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al3xtjames/Section_PE32_image_Setup_body.efi.0.0.en-US.ifr.txt

Created October 29, 2023 02:12
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ASUS ProArt Z790-CREATOR WIFI BIOS 1501
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Section_PE32_image_Setup_body.efi.0.0.en-US.ifr.txt
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Program version: 1.5.1, Extraction mode: UEFI
0x76618: FormSet Guid: 7B59104A-C00D-4158-87FF-F04D6396A915, Title: "Setup", Help: "Setup" { 0E A7 4A 10 59 7B 0D C0 58 41 87 FF F0 4D 63 96 A9 15 07 00 08 00 01 71 99 03 93 45 85 04 4B B4 5E 32 EB 83 26 04 0E }
0x7663F: Guid Guid: 0F0B1735-87A0-4193-B266-538C38AF48CE, ExtendedOpCode: Class, Class: 0x1 { 5F 15 35 17 0B 0F A0 87 93 41 B2 66 53 8C 38 AF 48 CE 03 01 00 }
0x76654: Guid Guid: 0F0B1735-87A0-4193-B266-538C38AF48CE, ExtendedOpCode: SubClass, SubClass: 0x0 { 5F 15 35 17 0B 0F A0 87 93 41 B2 66 53 8C 38 AF 48 CE 04 00 00 }
0x76669: DefaultStore DefaultId: 0x0, Name: "" { 5C 06 02 00 00 00 }
0x7666F: DefaultStore DefaultId: 0x1, Name: "" { 5C 06 02 00 01 00 }
0x76675: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0xF101, Size: 0xD35, Name: "Setup" { 24 1C 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 01 F1 35 0D 53 65 74 75 70 00 }
0x76691: VarStore Guid: 8BE4DF61-93CA-11D2-AA0D-00E098032B8C, VarStoreId: 0xF009, Size: 0x2, Name: "PlatformLang" { 24 23 61 DF E4 8B CA 93 D2 11 AA 0D 00 E0 98 03 2B 8C 09 F0 02 00 50 6C 61 74 66 6F 72 6D 4C 61 6E 67 00 }
0x766B4: VarStore Guid: 8BE4DF61-93CA-11D2-AA0D-00E098032B8C, VarStoreId: 0xF00A, Size: 0x2, Name: "PlatformLangCodes" { 24 28 61 DF E4 8B CA 93 D2 11 AA 0D 00 E0 98 03 2B 8C 0A F0 02 00 50 6C 61 74 66 6F 72 6D 4C 61 6E 67 43 6F 64 65 73 00 }
0x766DC: VarStore Guid: E770BB69-BCB4-4D04-9E97-23FF9456FEAC, VarStoreId: 0xF000, Size: 0x1, Name: "SystemAccess" { 24 23 69 BB 70 E7 B4 BC 04 4D 9E 97 23 FF 94 56 FE AC 00 F0 01 00 53 79 73 74 65 6D 41 63 63 65 73 73 00 }
0x766FF: VarStore Guid: 9CF0F18E-7C7D-49DE-B5AA-BBBAD6B21007, VarStoreId: 0xF002, Size: 0x2, Name: "AMICallback" { 24 22 8E F1 F0 9C 7D 7C DE 49 B5 AA BB BA D6 B2 10 07 02 F0 02 00 41 4D 49 43 61 6C 6C 62 61 63 6B 00 }
0x76721: VarStore Guid: C811FA38-42C8-4579-A9BB-60E94EDDFB34, VarStoreId: 0xF013, Size: 0x51, Name: "AMITSESetup" { 24 22 38 FA 11 C8 C8 42 79 45 A9 BB 60 E9 4E DD FB 34 13 F0 51 00 41 4D 49 54 53 45 53 65 74 75 70 00 }
0x76743: VarStore Guid: B4909CF3-7B93-4751-9BD8-5BA8220B9BB2, VarStoreId: 0xF003, Size: 0x2, Name: "BootManager" { 24 22 F3 9C 90 B4 93 7B 51 47 9B D8 5B A8 22 0B 9B B2 03 F0 02 00 42 6F 6F 74 4D 61 6E 61 67 65 72 00 }
0x76765: VarStore Guid: 8BE4DF61-93CA-11D2-AA0D-00E098032B8C, VarStoreId: 0xF005, Size: 0x2, Name: "Timeout" { 24 1E 61 DF E4 8B CA 93 D2 11 AA 0D 00 E0 98 03 2B 8C 05 F0 02 00 54 69 6D 65 6F 75 74 00 }
0x76783: VarStore Guid: 8BE4DF61-93CA-11D2-AA0D-00E098032B8C, VarStoreId: 0xF006, Size: 0x2, Name: "BootOrder" { 24 20 61 DF E4 8B CA 93 D2 11 AA 0D 00 E0 98 03 2B 8C 06 F0 02 00 42 6F 6F 74 4F 72 64 65 72 00 }
0x767A3: VarStore Guid: 19D96D3F-6A6A-47D2-B195-7B2432DA3BE2, VarStoreId: 0xF00D, Size: 0x11C, Name: "AddBootOption" { 24 24 3F 6D D9 19 6A 6A D2 47 B1 95 7B 24 32 DA 3B E2 0D F0 1C 01 41 64 64 42 6F 6F 74 4F 70 74 69 6F 6E 00 }
0x767C7: VarStore Guid: F6C73719-F34C-479C-B32F-277FCBBCFE4F, VarStoreId: 0xF00E, Size: 0x2, Name: "DelBootOption" { 24 24 19 37 C7 F6 4C F3 9C 47 B3 2F 27 7F CB BC FE 4F 0E F0 02 00 44 65 6C 42 6F 6F 74 4F 70 74 69 6F 6E 00 }
0x767EB: VarStore Guid: A56074DB-65FE-45F7-BD21-2D2BDD8E9652, VarStoreId: 0xF007, Size: 0x2, Name: "LegacyDev" { 24 20 DB 74 60 A5 FE 65 F7 45 BD 21 2D 2B DD 8E 96 52 07 F0 02 00 4C 65 67 61 63 79 44 65 76 00 }
0x7680B: VarStore Guid: A56074DB-65FE-45F7-BD21-2D2BDD8E9652, VarStoreId: 0xF016, Size: 0x2, Name: "LegacyGroup" { 24 22 DB 74 60 A5 FE 65 F7 45 BD 21 2D 2B DD 8E 96 52 16 F0 02 00 4C 65 67 61 63 79 47 72 6F 75 70 00 }
0x7682D: VarStore Guid: A56074DB-65FE-45F7-BD21-2D2BDD8E9652, VarStoreId: 0xF008, Size: 0x2, Name: "LegacyDevOrder" { 24 25 DB 74 60 A5 FE 65 F7 45 BD 21 2D 2B DD 8E 96 52 08 F0 02 00 4C 65 67 61 63 79 44 65 76 4F 72 64 65 72 00 }
0x76852: VarStore Guid: 052E6EB0-F240-42C5-8309-45874545C6B4, VarStoreId: 0xF014, Size: 0x2, Name: "BootNowCount" { 24 23 B0 6E 2E 05 40 F2 C5 42 83 09 45 87 45 45 C6 B4 14 F0 02 00 42 6F 6F 74 4E 6F 77 43 6F 75 6E 74 00 }
0x76875: VarStore Guid: C57AD6B7-0515-40A8-9D21-551652854E37, VarStoreId: 0xF00B, Size: 0x2, Name: "Shell" { 24 1C B7 D6 7A C5 15 05 A8 40 9D 21 55 16 52 85 4E 37 0B F0 02 00 53 68 65 6C 6C 00 }
0x76891: VarStore Guid: B08F97FF-E6E8-4193-A997-5E9E9B0ADB32, VarStoreId: 0x1, Size: 0x3C2, Name: "CpuSetup" { 24 1F FF 97 8F B0 E8 E6 93 41 A9 97 5E 9E 9B 0A DB 32 01 00 C2 03 43 70 75 53 65 74 75 70 00 }
0x768B0: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x2, Size: 0x39, Name: "SetupCpuFeatures" { 24 27 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 02 00 39 00 53 65 74 75 70 43 70 75 46 65 61 74 75 72 65 73 00 }
0x768D7: VarStore Guid: B08F97FF-E6E8-4193-A997-5E9E9B0ADB32, VarStoreId: 0x3, Size: 0xB, Name: "CpuSetupVolatileData" { 24 2B FF 97 8F B0 E8 E6 93 41 A9 97 5E 9E 9B 0A DB 32 03 00 0B 00 43 70 75 53 65 74 75 70 56 6F 6C 61 74 69 6C 65 44 61 74 61 00 }
0x76902: VarStore Guid: 72C5E28C-7783-43A1-8767-FAD73FCCAFA4, VarStoreId: 0x4, Size: 0x59A, Name: "SaSetup" { 24 1E 8C E2 C5 72 83 77 A1 43 87 67 FA D7 3F CC AF A4 04 00 9A 05 53 61 53 65 74 75 70 00 }
0x76920: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x5, Size: 0x6, Name: "TbtSetupVolatileData" { 24 2B 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 05 00 06 00 54 62 74 53 65 74 75 70 56 6F 6C 61 74 69 6C 65 44 61 74 61 00 }
0x7694B: VarStore Guid: 4570B7F1-ADE8-4943-8DC3-406472842384, VarStoreId: 0x6, Size: 0x811, Name: "PchSetup" { 24 1F F1 B7 70 45 E8 AD 43 49 8D C3 40 64 72 84 23 84 06 00 11 08 50 63 68 53 65 74 75 70 00 }
0x7696A: VarStore Guid: A1D89A3A-4A90-429D-4365-1F64C3A29614, VarStoreId: 0x7, Size: 0x11, Name: "NhltEndpointsTableConfigurationVariable" { 24 3E 3A 9A D8 A1 90 4A 9D 42 43 65 1F 64 C3 A2 96 14 07 00 11 00 4E 68 6C 74 45 6E 64 70 6F 69 6E 74 73 54 61 62 6C 65 43 6F 6E 66 69 67 75 72 61 74 69 6F 6E 56 61 72 69 61 62 6C 65 00 }
0x769A8: VarStore Guid: 5432122D-D034-49D2-A6DE-65A829EB4C74, VarStoreId: 0x8, Size: 0x37, Name: "MeSetup" { 24 1E 2D 12 32 54 34 D0 D2 49 A6 DE 65 A8 29 EB 4C 74 08 00 37 00 4D 65 53 65 74 75 70 00 }
0x769C6: VarStore Guid: 5432122D-D034-49D2-A6DE-65A829EB4C74, VarStoreId: 0x9, Size: 0x12, Name: "MeSetupStorage" { 24 25 2D 12 32 54 34 D0 D2 49 A6 DE 65 A8 29 EB 4C 74 09 00 12 00 4D 65 53 65 74 75 70 53 74 6F 72 61 67 65 00 }
0x769EB: VarStore Guid: 1E785E1A-8EC4-49E4-8275-FBBDEDED18E7, VarStoreId: 0xA, Size: 0xF, Name: "BoardInfoSetup" { 24 25 1A 5E 78 1E C4 8E E4 49 82 75 FB BD ED ED 18 E7 0A 00 0F 00 42 6F 61 72 64 49 6E 66 6F 53 65 74 75 70 00 }
0x76A10: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0xB, Size: 0x1, Name: "SetupAmtFeatures" { 24 27 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 0B 00 01 00 53 65 74 75 70 41 6D 74 46 65 61 74 75 72 65 73 00 }
0x76A37: VarStore Guid: 64192DCA-D034-49D2-A6DE-65A829EB4C74, VarStoreId: 0xC, Size: 0x8, Name: "IccAdvancedSetupDataVar" { 24 2E CA 2D 19 64 34 D0 D2 49 A6 DE 65 A8 29 EB 4C 74 0C 00 08 00 49 63 63 41 64 76 61 6E 63 65 64 53 65 74 75 70 44 61 74 61 56 61 72 00 }
0x76A65: VarStore Guid: AAF8E719-48F8-4099-A6F7-645FBD694C3D, VarStoreId: 0xD, Size: 0x7, Name: "SiSetup" { 24 1E 19 E7 F8 AA F8 48 99 40 A6 F7 64 5F BD 69 4C 3D 0D 00 07 00 53 69 53 65 74 75 70 00 }
0x76A83: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x2868, Size: 0x4, Name: "DebugSetupVolatileData" { 24 2D 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 68 28 04 00 44 65 62 75 67 53 65 74 75 70 56 6F 6C 61 74 69 6C 65 44 61 74 61 00 }
0x76AB0: VarStore Guid: B5FBE0C8-A72A-408D-859C-0FD7537AAA5F, VarStoreId: 0x2869, Size: 0xC, Name: "LpeSetup" { 24 1F C8 E0 FB B5 2A A7 8D 40 85 9C 0F D7 53 7A AA 5F 69 28 0C 00 4C 70 65 53 65 74 75 70 00 }
0x76ACF: VarStore Guid: DE0A5E74-4E3E-3D96-A440-2C96ECBD3C97, VarStoreId: 0xE, Size: 0x11, Name: "DebugConfigData" { 24 26 74 5E 0A DE 3E 4E 96 3D A4 40 2C 96 EC BD 3C 97 0E 00 11 00 44 65 62 75 67 43 6F 6E 66 69 67 44 61 74 61 00 }
0x76AF5: VarStore Guid: 5E9A565F-CDC0-413B-AD13-1FE8713FFDCD, VarStoreId: 0xF, Size: 0x3, Name: "PcieSataModVar" { 24 25 5F 56 9A 5E C0 CD 3B 41 AD 13 1F E8 71 3F FD CD 0F 00 03 00 50 63 69 65 53 61 74 61 4D 6F 64 56 61 72 00 }
0x76B1A: VarStore Guid: FAE2664D-C098-4DB5-9CD8-9B429CF93351, VarStoreId: 0x10, Size: 0x24, Name: "PcieSataSetupVar" { 24 27 4D 66 E2 FA 98 C0 B5 4D 9C D8 9B 42 9C F9 33 51 10 00 24 00 50 63 69 65 53 61 74 61 53 65 74 75 70 56 61 72 00 }
0x76B41: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x11, Size: 0x7, Name: "AsusFanSetupFeatures" { 24 2B 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 11 00 07 00 41 73 75 73 46 61 6E 53 65 74 75 70 46 65 61 74 75 72 65 73 00 }
0x76B6C: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x12, Size: 0x28, Name: "AsusHwmSetupOneof" { 24 28 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 12 00 28 00 41 73 75 73 48 77 6D 53 65 74 75 70 4F 6E 65 6F 66 00 }
0x76B94: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x13, Size: 0x1A, Name: "AsusHwmDeviceStatus" { 24 2A 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 13 00 1A 00 41 73 75 73 48 77 6D 44 65 76 69 63 65 53 74 61 74 75 73 00 }
0x76BBE: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x14, Size: 0xC4, Name: "AsusQFanSetupData" { 24 28 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 14 00 C4 00 41 73 75 73 51 46 61 6E 53 65 74 75 70 44 61 74 61 00 }
0x76BE6: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x15, Size: 0x2, Name: "AsusFanSetupFunction" { 24 2B 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 15 00 02 00 41 73 75 73 46 61 6E 53 65 74 75 70 46 75 6E 63 74 69 6F 6E 00 }
0x76C11: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x16, Size: 0xE, Name: "NBPlatformData" { 24 25 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 16 00 0E 00 4E 42 50 6C 61 74 66 6F 72 6D 44 61 74 61 00 }
0x76C36: VarStore Guid: C61C31A3-CB5D-46DD-9FE5-8A82BBC72483, VarStoreId: 0x17, Size: 0x5, Name: "AmiWrapperSetup" { 24 26 A3 31 1C C6 5D CB DD 46 9F E5 8A 82 BB C7 24 83 17 00 05 00 41 6D 69 57 72 61 70 70 65 72 53 65 74 75 70 00 }
0x76C5C: VarStore Guid: C0B4FB05-15E5-4588-9FE9-B3D39C067715, VarStoreId: 0x18, Size: 0x2, Name: "DriverManager" { 24 24 05 FB B4 C0 E5 15 88 45 9F E9 B3 D3 9C 06 77 15 18 00 02 00 44 72 69 76 65 72 4D 61 6E 61 67 65 72 00 }
0x76C80: VarStore Guid: 8BE4DF61-93CA-11D2-AA0D-00E098032B8C, VarStoreId: 0x19, Size: 0x2, Name: "DriverOrder" { 24 22 61 DF E4 8B CA 93 D2 11 AA 0D 00 E0 98 03 2B 8C 19 00 02 00 44 72 69 76 65 72 4F 72 64 65 72 00 }
0x76CA2: VarStore Guid: C143929C-BF5D-423B-999B-0F2DD2B61FF7, VarStoreId: 0x1A, Size: 0x2, Name: "AmiGopPolicySetupData" { 24 2C 9C 92 43 C1 5D BF 3B 42 99 9B 0F 2D D2 B6 1F F7 1A 00 02 00 41 6D 69 47 6F 70 50 6F 6C 69 63 79 53 65 74 75 70 44 61 74 61 00 }
0x76CCE: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x1B, Size: 0x2, Name: "NBGopPlatformData" { 24 28 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 1B 00 02 00 4E 42 47 6F 70 50 6C 61 74 66 6F 72 6D 44 61 74 61 00 }
0x76CF6: VarStoreEfi Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x1C, Attributes: 0x6, Size: 0x2, Name: "UsbMassDevNum" { 26 28 1C 00 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 06 00 00 00 02 00 55 73 62 4D 61 73 73 44 65 76 4E 75 6D 00 }
0x76D1E: VarStoreEfi Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x1D, Attributes: 0x6, Size: 0x20, Name: "UsbMassDevValid" { 26 2A 1D 00 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 06 00 00 00 20 00 55 73 62 4D 61 73 73 44 65 76 56 61 6C 69 64 00 }
0x76D48: VarStoreEfi Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x1E, Attributes: 0x6, Size: 0x4, Name: "UsbControllerNum" { 26 2B 1E 00 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 06 00 00 00 04 00 55 73 62 43 6F 6E 74 72 6F 6C 6C 65 72 4E 75 6D 00 }
0x76D73: VarStoreEfi Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x1F, Attributes: 0x7, Size: 0x31, Name: "UsbSupport" { 26 25 1F 00 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 07 00 00 00 31 00 55 73 62 53 75 70 70 6F 72 74 00 }
0x76D98: VarStore Guid: D1405D16-7AFC-4695-BB12-41459D3695A2, VarStoreId: 0x20, Size: 0x8, Name: "NetworkStackVar" { 24 26 16 5D 40 D1 FC 7A 95 46 BB 12 41 45 9D 36 95 A2 20 00 08 00 4E 65 74 77 6F 72 6B 53 74 61 63 6B 56 61 72 00 }
0x76DBE: VarStore Guid: 3DD0DE67-02D7-4129-914A-9F377CC34B0D, VarStoreId: 0x21, Size: 0x92, Name: "IDESecDev" { 24 20 67 DE D0 3D D7 02 29 41 91 4A 9F 37 7C C3 4B 0D 21 00 92 00 49 44 45 53 65 63 44 65 76 00 }
0x76DDE: VarStore Guid: 7B59104A-C00D-4158-87FF-F04D6396A915, VarStoreId: 0x22, Size: 0x7, Name: "SecureBootSetup" { 24 26 4A 10 59 7B 0D C0 58 41 87 FF F0 4D 63 96 A9 15 22 00 07 00 53 65 63 75 72 65 42 6F 6F 74 53 65 74 75 70 00 }
0x76E04: VarStore Guid: 7B59104A-C00D-4158-87FF-F04D6396A915, VarStoreId: 0x23, Size: 0x6, Name: "SecureVarPresent" { 24 27 4A 10 59 7B 0D C0 58 41 87 FF F0 4D 63 96 A9 15 23 00 06 00 53 65 63 75 72 65 56 61 72 50 72 65 73 65 6E 74 00 }
0x76E2B: VarStore Guid: 8BE4DF61-93CA-11D2-AA0D-00E098032B8C, VarStoreId: 0x24, Size: 0x1, Name: "VendorKeys" { 24 21 61 DF E4 8B CA 93 D2 11 AA 0D 00 E0 98 03 2B 8C 24 00 01 00 56 65 6E 64 6F 72 4B 65 79 73 00 }
0x76E4C: VarStore Guid: 8BE4DF61-93CA-11D2-AA0D-00E098032B8C, VarStoreId: 0x25, Size: 0x1, Name: "SetupMode" { 24 20 61 DF E4 8B CA 93 D2 11 AA 0D 00 E0 98 03 2B 8C 25 00 01 00 53 65 74 75 70 4D 6F 64 65 00 }
0x76E6C: VarStore Guid: 8BE4DF61-93CA-11D2-AA0D-00E098032B8C, VarStoreId: 0x26, Size: 0x1, Name: "SecureBoot" { 24 21 61 DF E4 8B CA 93 D2 11 AA 0D 00 E0 98 03 2B 8C 26 00 01 00 53 65 63 75 72 65 42 6F 6F 74 00 }
0x76E8D: VarStore Guid: 8BE4DF61-93CA-11D2-AA0D-00E098032B8C, VarStoreId: 0x27, Size: 0x1, Name: "AuditMode" { 24 20 61 DF E4 8B CA 93 D2 11 AA 0D 00 E0 98 03 2B 8C 27 00 01 00 41 75 64 69 74 4D 6F 64 65 00 }
0x76EAD: VarStore Guid: 8BE4DF61-93CA-11D2-AA0D-00E098032B8C, VarStoreId: 0x28, Size: 0x1, Name: "DeployedMode" { 24 23 61 DF E4 8B CA 93 D2 11 AA 0D 00 E0 98 03 2B 8C 28 00 01 00 44 65 70 6C 6F 79 65 64 4D 6F 64 65 00 }
0x76ED0: VarStore Guid: 7B59104A-C00D-4158-87FF-F04D6396A915, VarStoreId: 0x29, Size: 0x1, Name: "AuthVarPreBootPhase" { 24 2A 4A 10 59 7B 0D C0 58 41 87 FF F0 4D 63 96 A9 15 29 00 01 00 41 75 74 68 56 61 72 50 72 65 42 6F 6F 74 50 68 61 73 65 00 }
0x76EFA: VarStore Guid: 2798F49D-F760-480B-8055-916940C27740, VarStoreId: 0xDDDF, Size: 0x8C, Name: "TcgStorageDynamicSetupVar" { 24 30 9D F4 98 27 60 F7 0B 48 80 55 91 69 40 C2 77 40 DF DD 8C 00 54 63 67 53 74 6F 72 61 67 65 44 79 6E 61 6D 69 63 53 65 74 75 70 56 61 72 00 }
0x76F2A: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x2A, Size: 0xB4, Name: "Mt86Report1" { 24 22 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 2A 00 B4 00 4D 74 38 36 52 65 70 6F 72 74 31 00 }
0x76F4C: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x2B, Size: 0xB4, Name: "Mt86Report2" { 24 22 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 2B 00 B4 00 4D 74 38 36 52 65 70 6F 72 74 32 00 }
0x76F6E: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x2C, Size: 0xB4, Name: "Mt86Report3" { 24 22 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 2C 00 B4 00 4D 74 38 36 52 65 70 6F 72 74 33 00 }
0x76F90: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x2D, Size: 0xB, Name: "SetupLedData" { 24 23 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 2D 00 0B 00 53 65 74 75 70 4C 65 64 44 61 74 61 00 }
0x76FB3: VarStore Guid: A6F44860-B2E8-4FDA-BD45-78368994B6AE, VarStoreId: 0x2E, Size: 0x2, Name: "AsusHddSmartInfo" { 24 27 60 48 F4 A6 E8 B2 DA 4F BD 45 78 36 89 94 B6 AE 2E 00 02 00 41 73 75 73 48 64 64 53 6D 61 72 74 49 6E 66 6F 00 }
0x76FDA: VarStore Guid: 0024FD50-3BC1-436C-BDDD-2C92515C1285, VarStoreId: 0x2F, Size: 0x1F, Name: "SIBoardItemControl" { 24 29 50 FD 24 00 C1 3B 6C 43 BD DD 2C 92 51 5C 12 85 2F 00 1F 00 53 49 42 6F 61 72 64 49 74 65 6D 43 6F 6E 74 72 6F 6C 00 }
0x77003: VarStore Guid: A3A3B874-7636-4182-BA1E-F52C584494E3, VarStoreId: 0x30, Size: 0x520D, Name: "VARSTORE_OCMR_SETTINGS_NAME" { 24 32 74 B8 A3 A3 36 76 82 41 BA 1E F5 2C 58 44 94 E3 30 00 0D 52 56 41 52 53 54 4F 52 45 5F 4F 43 4D 52 5F 53 45 54 54 49 4E 47 53 5F 4E 41 4D 45 00 }
0x77035: VarStore Guid: 5E4CA5E2-C07F-455A-A4EB-D28550884E47, VarStoreId: 0x31, Size: 0x5C, Name: "ASUSAiSetup" { 24 22 E2 A5 4C 5E 7F C0 5A 45 A4 EB D2 85 50 88 4E 47 31 00 5C 00 41 53 55 53 41 69 53 65 74 75 70 00 }
0x77057: VarStore Guid: 0C278104-0FB9-4A12-9A37-8FF3B80E122E, VarStoreId: 0x32, Size: 0x8D, Name: "ASUSAI" { 24 1D 04 81 27 0C B9 0F 12 4A 9A 37 8F F3 B8 0E 12 2E 32 00 8D 00 41 53 55 53 41 49 00 }
0x77074: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x33, Size: 0x2, Name: "SetupAPMFeatures" { 24 27 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 33 00 02 00 53 65 74 75 70 41 50 4D 46 65 61 74 75 72 65 73 00 }
0x7709B: VarStore Guid: 560BF58A-1E0D-4D7E-953F-2980A261E031, VarStoreId: 0x34, Size: 0x9, Name: "VV_SIO0_LD2" { 24 22 8A F5 0B 56 0D 1E 7E 4D 95 3F 29 80 A2 61 E0 31 34 00 09 00 56 56 5F 53 49 4F 30 5F 4C 44 32 00 }
0x770BD: VarStore Guid: 560BF58A-1E0D-4D7E-953F-2980A261E031, VarStoreId: 0x35, Size: 0x3, Name: "NV_SIO0_LD2" { 24 22 8A F5 0B 56 0D 1E 7E 4D 95 3F 29 80 A2 61 E0 31 35 00 03 00 4E 56 5F 53 49 4F 30 5F 4C 44 32 00 }
0x770DF: VarStore Guid: 560BF58A-1E0D-4D7E-953F-2980A261E031, VarStoreId: 0x36, Size: 0x9, Name: "VV_SIO0_LD3" { 24 22 8A F5 0B 56 0D 1E 7E 4D 95 3F 29 80 A2 61 E0 31 36 00 09 00 56 56 5F 53 49 4F 30 5F 4C 44 33 00 }
0x77101: VarStore Guid: 560BF58A-1E0D-4D7E-953F-2980A261E031, VarStoreId: 0x37, Size: 0x3, Name: "NV_SIO0_LD3" { 24 22 8A F5 0B 56 0D 1E 7E 4D 95 3F 29 80 A2 61 E0 31 37 00 03 00 4E 56 5F 53 49 4F 30 5F 4C 44 33 00 }
0x77123: VarStore Guid: B63BF800-F267-4F55-9217-E97FB3B69846, VarStoreId: 0x38, Size: 0x2, Name: "DynamicPageCount" { 24 27 00 F8 3B B6 67 F2 55 4F 92 17 E9 7F B3 B6 98 46 38 00 02 00 44 79 6E 61 6D 69 63 50 61 67 65 43 6F 75 6E 74 00 }
0x7714A: VarStore Guid: EC87D643-EBA4-4BB5-A1E5-3F3E36B20DA9, VarStoreId: 0x39, Size: 0x6D, Name: "SetupVolatileData" { 24 28 43 D6 87 EC A4 EB B5 4B A1 E5 3F 3E 36 B2 0D A9 39 00 6D 00 53 65 74 75 70 56 6F 6C 61 74 69 6C 65 44 61 74 61 00 }
0x77172: Form FormId: 0x2710, Title: "Setup" { 01 86 10 27 07 00 }
0x77178: Ref Prompt: "My Favorites", Help: "My Favorites", QuestionFlags: 0x0, QuestionId: 0x1, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2712 { 0F 0F F4 30 F4 30 01 00 00 00 FF FF 00 12 27 }
0x77187: Ref Prompt: "Main", Help: "", QuestionFlags: 0x0, QuestionId: 0x2, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2713 { 0F 0F 09 00 02 00 02 00 00 00 FF FF 00 13 27 }
0x77196: Ref Prompt: "Ai Tweaker", Help: "", QuestionFlags: 0x0, QuestionId: 0x3, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2714 { 0F 0F FE 30 02 00 03 00 00 00 FF FF 00 14 27 }
0x771A5: Ref Prompt: "Advanced", Help: "", QuestionFlags: 0x0, QuestionId: 0x4, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2715 { 0F 0F 1E 00 02 00 04 00 00 00 FF FF 00 15 27 }
0x771B4: Ref Prompt: "Monitor", Help: "", QuestionFlags: 0x0, QuestionId: 0x5, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2716 { 0F 0F E9 31 02 00 05 00 00 00 FF FF 00 16 27 }
0x771C3: Ref Prompt: "Chipset", Help: "", QuestionFlags: 0x0, QuestionId: 0x6, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2717 { 0F 0F 1F 00 02 00 06 00 00 00 FF FF 00 17 27 }
0x771D2: Ref Prompt: "Boot", Help: "", QuestionFlags: 0x0, QuestionId: 0x7, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2718 { 0F 0F 20 00 02 00 07 00 00 00 FF FF 00 18 27 }
0x771E1: Ref Prompt: "Tool", Help: "", QuestionFlags: 0x0, QuestionId: 0x8, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2719 { 0F 0F 05 32 02 00 08 00 00 00 FF FF 00 19 27 }
0x771F0: Ref Prompt: "Exit", Help: "", QuestionFlags: 0x0, QuestionId: 0x9, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x271A { 0F 0F 4F 00 02 00 09 00 00 00 FF FF 00 1A 27 }
0x771FF: End { 29 02 }
0x77201: Form FormId: 0x2712, Title: "My Favorites" { 01 86 12 27 F4 30 }
0x77207: End { 29 02 }
0x77209: Form FormId: 0x2713, Title: "Main" { 01 86 13 27 09 00 }
0x7720F: Subtitle Prompt: "\x1b[;36;mBIOS Information", Help: "", Flags: 0x0 { 02 87 0C 00 00 00 00 }
0x77216: End { 29 02 }
0x77218: SuppressIf { 0A 82 }
0x7721A: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x77224: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x7722E: Equal { 2F 02 }
0x77230: End { 29 02 }
0x77232: Text Prompt: "BIOS Vendor", Help: "", Text: "N/A" { 03 08 0D 00 02 00 0E 00 }
0x7723A: Text Prompt: "Core Version", Help: "", Text: "N/A" { 03 08 0F 00 02 00 10 00 }
0x77242: Text Prompt: "Compliancy", Help: "", Text: "N/A" { 03 08 11 00 02 00 12 00 }
0x7724A: End { 29 02 }
0x7724C: Text Prompt: "BIOS Version", Help: "", Text: "N/A" { 03 08 13 00 02 00 14 00 }
0x77254: Text Prompt: "Build Date", Help: "", Text: "N/A" { 03 08 15 00 02 00 16 00 }
0x7725C: Text Prompt: "EC Version", Help: "EC F/W", Text: "" { 03 08 94 23 95 23 96 23 }
0x77264: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x7726B: End { 29 02 }
0x7726D: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x77274: End { 29 02 }
0x77276: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x7727D: End { 29 02 }
0x7727F: SuppressIf { 0A 82 }
0x77281: EqIdVal QuestionId: 0xA, Value: 0x0 { 12 86 0A 00 00 00 }
0x77287: EqIdVal QuestionId: 0xB, Value: 0x0 { 12 06 0B 00 00 00 }
0x7728D: And { 15 02 }
0x7728F: EqIdVal QuestionId: 0xC, Value: 0x0 { 12 06 0C 00 00 00 }
0x77295: And { 15 02 }
0x77297: EqIdVal QuestionId: 0xD, Value: 0x0 { 12 06 0D 00 00 00 }
0x7729D: And { 15 02 }
0x7729F: End { 29 02 }
0x772A1: Subtitle Prompt: "SMBIOS Information", Help: "", Flags: 0x0 { 02 87 21 25 00 00 00 }
0x772A8: End { 29 02 }
0x772AA: SuppressIf { 0A 82 }
0x772AC: True { 46 02 }
0x772AE: OneOf Prompt: "Manufacturer", Help: "DMI type1 Manufacturer information", QuestionFlags: 0x10, QuestionId: 0xA, VarStoreId: 0x2F, VarOffset: 0xE, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 22 25 23 25 0A 00 2F 00 0E 00 10 10 00 01 00 }
0x772BF: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x772C5: OneOfOption Option: "Hidden" Value: 0, MfgDefault { 09 07 52 25 20 00 00 }
0x772CC: OneOfOption Option: "Show" Value: 1 { 09 07 53 25 00 00 01 }
0x772D3: End { 29 02 }
0x772D5: OneOf Prompt: "Product Name", Help: "DMI type1 Product Name", QuestionFlags: 0x10, QuestionId: 0xB, VarStoreId: 0x2F, VarOffset: 0xF, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 25 25 26 25 0B 00 2F 00 0F 00 10 10 00 01 00 }
0x772E6: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x772EC: OneOfOption Option: "Hidden" Value: 0, MfgDefault { 09 07 52 25 20 00 00 }
0x772F3: OneOfOption Option: "Show" Value: 1 { 09 07 53 25 00 00 01 }
0x772FA: End { 29 02 }
0x772FC: OneOf Prompt: "System Number", Help: "DMI type1 System Number", QuestionFlags: 0x10, QuestionId: 0xC, VarStoreId: 0x2F, VarOffset: 0x10, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 28 25 29 25 0C 00 2F 00 10 00 10 10 00 01 00 }
0x7730D: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x77313: OneOfOption Option: "Hidden" Value: 0, MfgDefault { 09 07 52 25 20 00 00 }
0x7731A: OneOfOption Option: "Show" Value: 1 { 09 07 53 25 00 00 01 }
0x77321: End { 29 02 }
0x77323: OneOf Prompt: "Asset Tag Number", Help: "DMI type3 Asset Tag Number", QuestionFlags: 0x10, QuestionId: 0xD, VarStoreId: 0x2F, VarOffset: 0x11, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 2B 25 2C 25 0D 00 2F 00 11 00 10 10 00 01 00 }
0x77334: OneOfOption Option: "Hidden" Value: 0, Default, MfgDefault { 09 07 52 25 30 00 00 }
0x7733B: OneOfOption Option: "Show" Value: 1 { 09 07 53 25 00 00 01 }
0x77342: End { 29 02 }
0x77344: End { 29 02 }
0x77346: SuppressIf { 0A 82 }
0x77348: EqIdVal QuestionId: 0xA, Value: 0x0 { 12 06 0A 00 00 00 }
0x7734E: Text Prompt: "Manufacturer", Help: "DMI type1 Manufacturer information", Text: "" { 03 08 22 25 23 25 24 25 }
0x77356: End { 29 02 }
0x77358: SuppressIf { 0A 82 }
0x7735A: EqIdVal QuestionId: 0xB, Value: 0x0 { 12 06 0B 00 00 00 }
0x77360: Text Prompt: "Product Name", Help: "DMI type1 Product Name", Text: "" { 03 08 25 25 26 25 27 25 }
0x77368: End { 29 02 }
0x7736A: SuppressIf { 0A 82 }
0x7736C: EqIdVal QuestionId: 0xC, Value: 0x0 { 12 06 0C 00 00 00 }
0x77372: Text Prompt: "System Number", Help: "DMI type1 System Number", Text: "" { 03 08 28 25 29 25 2A 25 }
0x7737A: End { 29 02 }
0x7737C: SuppressIf { 0A 82 }
0x7737E: EqIdVal QuestionId: 0xD, Value: 0x0 { 12 06 0D 00 00 00 }
0x77384: Text Prompt: "Asset Tag Number", Help: "DMI type3 Asset Tag Number", Text: "001 " { 03 08 2B 25 2C 25 2D 25 }
0x7738C: End { 29 02 }
0x7738E: End { 29 02 }
0x77390: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x77397: End { 29 02 }
0x77399: SuppressIf { 0A 82 }
0x7739B: EqIdVal QuestionId: 0xE, Value: 0x0 { 12 06 0E 00 00 00 }
0x773A1: Subtitle Prompt: "MB Information", Help: "", Flags: 0x0 { 02 87 2E 25 00 00 00 }
0x773A8: End { 29 02 }
0x773AA: SuppressIf { 0A 82 }
0x773AC: True { 46 02 }
0x773AE: OneOf Prompt: "Lan MAC Address", Help: "Lan MAC Address", QuestionFlags: 0x10, QuestionId: 0xE, VarStoreId: 0x2F, VarOffset: 0x14, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 57 25 58 25 0E 00 2F 00 14 00 10 10 00 01 00 }
0x773BF: OneOfOption Option: "Disabled" Value: 0, Default { 09 07 04 00 10 00 00 }
0x773C6: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x773CD: End { 29 02 }
0x773CF: End { 29 02 }
0x773D1: SuppressIf { 0A 82 }
0x773D3: EqIdVal QuestionId: 0x13CA, Value: 0x0 { 12 06 CA 13 00 00 }
0x773D9: Text Prompt: "Intel Pcie Lan MAC Address", Help: "Intel Pcie Lan MAC Address", Text: "" { 03 08 35 25 36 25 37 25 }
0x773E1: End { 29 02 }
0x773E3: End { 29 02 }
0x773E5: SuppressIf { 0A 82 }
0x773E7: True { 46 02 }
0x773E9: OneOf Prompt: "Display Enter Setup Hotkey String", Help: "Enabled: Display Enter Setup Hotkey string; Disabled: Hide Enter Setup Hotkey string", QuestionFlags: 0x10, QuestionId: 0xF, VarStoreId: 0x2F, VarOffset: 0x7, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 42 25 43 25 0F 00 2F 00 07 00 10 10 00 01 00 }
0x773FA: Default DefaultId: 0x0 Value: 1 { 5B 06 00 00 00 01 }
0x77400: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x77407: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x7740E: End { 29 02 }
0x77410: End { 29 02 }
0x77412: Text Prompt: "LED EC Version", Help: "", Text: "" { 03 08 3D 24 02 00 3E 24 }
0x7741A: Text Prompt: "TI PD FW Version", Help: "TI PD FW Version", Text: "N/A" { 03 08 81 27 80 27 82 27 }
0x77422: Text Prompt: "ME FW Version", Help: "ME Firmware Version", Text: "N/A" { 03 08 8A 1A 89 1A 8B 1A }
0x7742A: Text Prompt: "PCH Stepping", Help: "PCH Stepping", Text: "UnKnown" { 03 08 7A 1A 79 1A 7B 1A }
0x77432: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x77439: End { 29 02 }
0x7743B: Subtitle Prompt: "\x1b[;36;mProcessor Information", Help: "", Flags: 0x0 { 02 87 36 1B 00 00 00 }
0x77442: End { 29 02 }
0x77444: Text Prompt: "Brand String", Help: "Displays the Processor Type.", Text: "N/A" { 03 08 38 1B 37 1B 39 1B }
0x7744C: Text Prompt: "Processor Base Frequency", Help: "Displays the Processor Speed.", Text: "N/A" { 03 08 3A 1B 3C 1B 3B 1B }
0x77454: Text Prompt: "Total Memory", Help: "Total Memory in the System.", Text: "N/A" { 03 08 46 1B 48 1B 47 1B }
0x7745C: Text Prompt: "Memory Frequency", Help: "Displays the Frequency of Memory", Text: "N/A" { 03 08 D4 07 D3 07 D5 07 }
0x77464: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x7746B: End { 29 02 }
0x7746D: SuppressIf { 0A 82 }
0x7746F: EqIdVal QuestionId: 0x160B, Value: 0xFFFF { 12 06 0B 16 FF FF }
0x77475: OneOf Prompt: "System Language", Help: "Choose the system default language", QuestionFlags: 0x0, QuestionId: 0x10, VarStoreId: 0xF009, VarOffset: 0x0, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x1, Step: 0x0 { 05 94 0B 00 0A 00 10 00 09 F0 00 00 00 11 00 00 01 00 00 00 }
0x77489: OneOfOption Option: "" Value: 0 { 09 08 02 00 01 01 00 00 }
0x77491: OneOfOption Option: "" Value: 1 { 09 08 02 00 01 01 01 00 }
0x77499: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x774A0: Default DefaultId: 0x1 Value: 0 { 5B 07 01 00 01 00 00 }
0x774A7: End { 29 02 }
0x774A9: End { 29 02 }
0x774AB: Date Prompt: "System Date", Help: "Set the Date. Use Tab to switch between Date elements.
Default Ranges:
Year: 2005-2099
Months: 1-12
Days: dependent on month", QuestionFlags: 0x0, QuestionId: 0x11, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, Flags: 0x10 { 1A 8E 17 00 18 00 11 00 00 00 FF FF 00 10 }
0x774B9: Default DefaultId: 0x0 Value: 2014-01-01 { 5B 09 00 00 06 DE 07 01 01 }
0x774C2: End { 29 02 }
0x774C4: Time Prompt: "System Time", Help: "Set the Time. Use Tab to switch between Time elements.", QuestionFlags: 0x0, QuestionId: 0x12, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, Flags: 0x10 { 1B 8E 19 00 1A 00 12 00 00 00 FF FF 00 10 }
0x774D2: Default DefaultId: 0x0 Value: 00:00:00 { 5B 08 00 00 05 00 00 00 }
0x774DA: End { 29 02 }
0x774DC: SuppressIf { 0A 82 }
0x774DE: EqIdVal QuestionId: 0x144A, Value: 0x0 { 12 06 4A 14 00 00 }
0x774E4: Text Prompt: "Access Level", Help: "", Text: "User" { 03 08 1B 00 02 00 1C 00 }
0x774EC: End { 29 02 }
0x774EE: SuppressIf { 0A 82 }
0x774F0: EqIdVal QuestionId: 0x144A, Value: 0x1 { 12 06 4A 14 01 00 }
0x774F6: Text Prompt: "Access Level", Help: "", Text: "Administrator" { 03 08 1B 00 02 00 1D 00 }
0x774FE: End { 29 02 }
0x77500: Ref Prompt: "Security", Help: "Security Settings", QuestionFlags: 0x0, QuestionId: 0x13, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2871 { 0F 0F 3B 00 3C 00 13 00 00 00 FF FF 00 71 28 }
0x7750F: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x77516: End { 29 02 }
0x77518: SuppressIf { 0A 82 }
0x7751A: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x77524: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x7752E: Equal { 2F 02 }
0x77530: End { 29 02 }
0x77532: SuppressIf { 0A 82 }
0x77534: EqIdValList QuestionId: 0x160A, Values: [0] { 14 08 0A 16 01 00 00 00 }
0x7753C: Text Prompt: "HDD Security Configuration:", Help: "", Text: "" { 03 08 4E 22 02 00 02 00 }
0x77544: End { 29 02 }
0x77546: SuppressIf { 0A 82 }
0x77548: EqIdValList QuestionId: 0x160A, Values: [65535] { 14 08 0A 16 01 00 FF FF }
0x77550: Ref Prompt: "", Help: "HDD Security Configuration for selected drive", QuestionFlags: 0x0, QuestionId: 0x14, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2AF1 { 0F 0F 02 00 60 22 14 00 00 00 FF FF 00 F1 2A }
0x7755F: End { 29 02 }
0x77561: End { 29 02 }
0x77563: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x7756A: End { 29 02 }
0x7756C: SuppressIf { 0A 82 }
0x7756E: True { 46 02 }
0x77570: OneOf Prompt: "Support HDD User Password", Help: "Support HDD User Password", QuestionFlags: 0x10, QuestionId: 0x15, VarStoreId: 0x2F, VarOffset: 0x12, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 55 25 56 25 15 00 2F 00 12 00 10 10 00 01 00 }
0x77581: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x77588: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x7758F: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x77595: End { 29 02 }
0x77597: OneOf Prompt: "HDD Master Password", Help: "Enable:Show HDD Master Password; Disable:Hide HDD Master Password.", QuestionFlags: 0x10, QuestionId: 0x16, VarStoreId: 0x2F, VarOffset: 0x13, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 59 25 5A 25 16 00 2F 00 13 00 10 10 00 01 00 }
0x775A8: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x775AF: OneOfOption Option: "Enabled" Value: 1, MfgDefault { 09 07 03 00 20 00 01 }
0x775B6: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x775BC: End { 29 02 }
0x775BE: End { 29 02 }
0x775C0: SuppressIf { 0A 82 }
0x775C2: EqIdValList QuestionId: 0x160A, Values: [0] { 14 88 0A 16 01 00 00 00 }
0x775CA: EqIdVal QuestionId: 0x15, Value: 0x0 { 12 06 15 00 00 00 }
0x775D0: EqIdVal QuestionId: 0x16, Value: 0x0 { 12 06 16 00 00 00 }
0x775D6: And { 15 02 }
0x775D8: Or { 16 02 }
0x775DA: End { 29 02 }
0x775DC: Text Prompt: "HDD Security Configuration:", Help: "", Text: "" { 03 08 4E 22 02 00 02 00 }
0x775E4: End { 29 02 }
0x775E6: SuppressIf { 0A 82 }
0x775E8: EqIdValList QuestionId: 0x160A, Values: [65535] { 14 88 0A 16 01 00 FF FF }
0x775F0: EqIdVal QuestionId: 0x15, Value: 0x0 { 12 06 15 00 00 00 }
0x775F6: EqIdVal QuestionId: 0x16, Value: 0x0 { 12 06 16 00 00 00 }
0x775FC: And { 15 02 }
0x775FE: Or { 16 02 }
0x77600: End { 29 02 }
0x77602: Ref Prompt: "", Help: "HDD Security Configuration for selected drive", QuestionFlags: 0x0, QuestionId: 0x17, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2AF1 { 0F 0F 02 00 60 22 17 00 00 00 FF FF 00 F1 2A }
0x77611: End { 29 02 }
0x77613: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x7761A: End { 29 02 }
0x7761C: End { 29 02 }
0x7761E: Form FormId: 0x2871, Title: "Security" { 01 86 71 28 3B 00 }
0x77624: Subtitle Prompt: "Password Description", Help: "", Flags: 0x0 { 02 87 3D 00 00 00 00 }
0x7762B: End { 29 02 }
0x7762D: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x77634: End { 29 02 }
0x77636: Subtitle Prompt: "If ONLY the Administrator's password is set, then this only limits access to Setup and is only asked for when entering Setup.", Help: "", Flags: 0x0 { 02 87 3E 00 00 00 00 }
0x7763D: End { 29 02 }
0x7763F: Subtitle Prompt: "If ONLY the User's password is set, then this is a power on password and must be entered to boot or enter Setup.", Help: "", Flags: 0x0 { 02 87 3F 00 00 00 00 }
0x77646: End { 29 02 }
0x77648: Subtitle Prompt: "In Setup the User will have Administrator rights.", Help: "", Flags: 0x0 { 02 87 40 00 00 00 00 }
0x7764F: End { 29 02 }
0x77651: Subtitle Prompt: "The password length must be in the following range:", Help: "", Flags: 0x0 { 02 87 41 00 00 00 00 }
0x77658: End { 29 02 }
0x7765A: Text Prompt: "Minimum length", Help: "", Text: "N/A" { 03 08 47 00 02 00 48 00 }
0x77662: Text Prompt: "Maximum length", Help: "", Text: "N/A" { 03 08 49 00 02 00 4A 00 }
0x7766A: SuppressIf { 0A 82 }
0x7766C: EqIdVal QuestionId: 0x144A, Value: 0x1 { 12 06 4A 14 01 00 }
0x77672: Text Prompt: "Administrator Password", Help: "", Text: "Not Installed" { 03 08 4B 00 02 00 F8 30 }
0x7767A: SuppressIf { 0A 82 }
0x7767C: True { 46 02 }
0x7767E: SuppressIf { 0A 82 }
0x77680: EqIdVal QuestionId: 0x1434, Value: 0xB { 12 06 34 14 0B 00 }
0x77686: Action Prompt: "Administrator Password", Help: "", QuestionFlags: 0x4, QuestionId: 0x2872, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, QuestionConfig: "" { 0C 8F 4B 00 02 00 72 28 00 00 FF FF 04 00 00 }
0x77695: End { 29 02 }
0x77697: End { 29 02 }
0x77699: End { 29 02 }
0x7769B: End { 29 02 }
0x7769D: Text Prompt: "User Password", Help: "", Text: "Not Installed" { 03 08 4D 00 02 00 F9 30 }
0x776A5: SuppressIf { 0A 82 }
0x776A7: True { 46 02 }
0x776A9: SuppressIf { 0A 82 }
0x776AB: EqIdVal QuestionId: 0x1434, Value: 0xB { 12 06 34 14 0B 00 }
0x776B1: Action Prompt: "User Password", Help: "", QuestionFlags: 0x4, QuestionId: 0x2873, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, QuestionConfig: "" { 0C 8F 4D 00 02 00 73 28 00 00 FF FF 04 00 00 }
0x776C0: End { 29 02 }
0x776C2: End { 29 02 }
0x776C4: End { 29 02 }
0x776C6: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x776CD: End { 29 02 }
0x776CF: GrayOutIf { 19 82 }
0x776D1: EqIdVal QuestionId: 0x144A, Value: 0x1 { 12 06 4A 14 01 00 }
0x776D7: Password Prompt: "Administrator Password", Help: "To clear the administrator password, key in the current password in the Enter Current Password box, and then press <Enter> when prompted to create/confirm the password.", QuestionFlags: 0x0, QuestionId: 0x18, VarStoreId: 0xF013, VarStoreInfo: 0x28, MinSize: 0x3, MaxSize: 0x14 { 08 91 4B 00 4C 00 18 00 13 F0 28 00 00 03 00 14 00 }
0x776E8: End { 29 02 }
0x776EA: End { 29 02 }
0x776EC: Password Prompt: "User Password", Help: "To clear the user password, key in the current password in the Enter Current Password box, and the press <Enter> when prompted to create and confirm the password.", QuestionFlags: 0x0, QuestionId: 0x19, VarStoreId: 0xF013, VarStoreInfo: 0x0, MinSize: 0x3, MaxSize: 0x14 { 08 91 4D 00 4E 00 19 00 13 F0 00 00 00 03 00 14 00 }
0x776FD: End { 29 02 }
0x776FF: End { 29 02 }
0x77701: Form FormId: 0x2AF1, Title: "HDD Password" { 01 86 F1 2A 5F 22 }
0x77707: Subtitle Prompt: "HDD Password Description :", Help: "", Flags: 0x0 { 02 87 4F 22 00 00 00 }
0x7770E: End { 29 02 }
0x77710: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x77717: End { 29 02 }
0x77719: Subtitle Prompt: "Allows Access to Set, Modify and Clear", Help: "", Flags: 0x0 { 02 87 50 22 00 00 00 }
0x77720: End { 29 02 }
0x77722: Subtitle Prompt: "Hard Disk User Password", Help: "", Flags: 0x0 { 02 87 51 22 00 00 00 }
0x77729: End { 29 02 }
0x7772B: Subtitle Prompt: "and Master Password.", Help: "", Flags: 0x0 { 02 87 52 22 00 00 00 }
0x77732: End { 29 02 }
0x77734: Subtitle Prompt: "User Password is mandatory to Enable HDD Security.", Help: "", Flags: 0x0 { 02 87 53 22 00 00 00 }
0x7773B: End { 29 02 }
0x7773D: Subtitle Prompt: "If Master password is installed (optional),", Help: "", Flags: 0x0 { 02 87 54 22 00 00 00 }
0x77744: End { 29 02 }
0x77746: Subtitle Prompt: "it can also be used to unlock the HDD.", Help: "", Flags: 0x0 { 02 87 55 22 00 00 00 }
0x7774D: End { 29 02 }
0x7774F: Subtitle Prompt: "If the 'Set User Password' option is hidden,", Help: "", Flags: 0x0 { 02 87 56 22 00 00 00 }
0x77756: End { 29 02 }
0x77758: Subtitle Prompt: "do power cycle to enable the option again.", Help: "", Flags: 0x0 { 02 87 57 22 00 00 00 }
0x7775F: End { 29 02 }
0x77761: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x77768: End { 29 02 }
0x7776A: Subtitle Prompt: "HDD PASSWORD CONFIGURATION:", Help: "", Flags: 0x0 { 02 87 61 22 00 00 00 }
0x77771: End { 29 02 }
0x77773: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x7777A: End { 29 02 }
0x7777C: SuppressIf { 0A 82 }
0x7777E: EqIdValList QuestionId: 0x1609, Values: [0] { 14 08 09 16 01 00 00 00 }
0x77786: Text Prompt: "Security Supported :", Help: "", Text: "Yes" { 03 08 62 22 02 00 66 22 }
0x7778E: End { 29 02 }
0x77790: SuppressIf { 0A 82 }
0x77792: EqIdValList QuestionId: 0x1609, Values: [1] { 14 08 09 16 01 00 01 00 }
0x7779A: Text Prompt: "Security Supported :", Help: "", Text: "No" { 03 08 62 22 02 00 67 22 }
0x777A2: End { 29 02 }
0x777A4: SuppressIf { 0A 82 }
0x777A6: EqIdValList QuestionId: 0x1608, Values: [0] { 14 08 08 16 01 00 00 00 }
0x777AE: Text Prompt: "Security Enabled :", Help: "", Text: "Yes" { 03 08 63 22 02 00 66 22 }
0x777B6: End { 29 02 }
0x777B8: SuppressIf { 0A 82 }
0x777BA: EqIdValList QuestionId: 0x1608, Values: [1] { 14 08 08 16 01 00 01 00 }
0x777C2: Text Prompt: "Security Enabled :", Help: "", Text: "No" { 03 08 63 22 02 00 67 22 }
0x777CA: End { 29 02 }
0x777CC: SuppressIf { 0A 82 }
0x777CE: EqIdValList QuestionId: 0x1607, Values: [0] { 14 08 07 16 01 00 00 00 }
0x777D6: Text Prompt: "Security Locked :", Help: "", Text: "Yes" { 03 08 64 22 02 00 66 22 }
0x777DE: End { 29 02 }
0x777E0: SuppressIf { 0A 82 }
0x777E2: EqIdValList QuestionId: 0x1607, Values: [1] { 14 08 07 16 01 00 01 00 }
0x777EA: Text Prompt: "Security Locked :", Help: "", Text: "No" { 03 08 64 22 02 00 67 22 }
0x777F2: End { 29 02 }
0x777F4: SuppressIf { 0A 82 }
0x777F6: EqIdValList QuestionId: 0x1602, Values: [0] { 14 08 02 16 01 00 00 00 }
0x777FE: Text Prompt: "Security Frozen :", Help: "", Text: "Yes" { 03 08 65 22 02 00 66 22 }
0x77806: End { 29 02 }
0x77808: SuppressIf { 0A 82 }
0x7780A: EqIdValList QuestionId: 0x1602, Values: [1] { 14 08 02 16 01 00 01 00 }
0x77812: Text Prompt: "Security Frozen :", Help: "", Text: "No" { 03 08 65 22 02 00 67 22 }
0x7781A: End { 29 02 }
0x7781C: SuppressIf { 0A 82 }
0x7781E: EqIdValList QuestionId: 0x1606, Values: [0] { 14 08 06 16 01 00 00 00 }
0x77826: Text Prompt: "HDD User Pwd Status:", Help: "", Text: "INSTALLED" { 03 08 7A 22 02 00 78 22 }
0x7782E: End { 29 02 }
0x77830: SuppressIf { 0A 82 }
0x77832: EqIdValList QuestionId: 0x1606, Values: [1] { 14 08 06 16 01 00 01 00 }
0x7783A: Text Prompt: "HDD User Pwd Status:", Help: "", Text: "NOT INSTALLED" { 03 08 7A 22 02 00 79 22 }
0x77842: End { 29 02 }
0x77844: SuppressIf { 0A 82 }
0x77846: EqIdValList QuestionId: 0x1605, Values: [0] { 14 08 05 16 01 00 00 00 }
0x7784E: Text Prompt: "HDD Master Pwd Status :", Help: "", Text: "INSTALLED" { 03 08 7B 22 02 00 78 22 }
0x77856: End { 29 02 }
0x77858: SuppressIf { 0A 82 }
0x7785A: EqIdValList QuestionId: 0x1605, Values: [1] { 14 08 05 16 01 00 01 00 }
0x77862: Text Prompt: "HDD Master Pwd Status :", Help: "", Text: "NOT INSTALLED" { 03 08 7B 22 02 00 79 22 }
0x7786A: End { 29 02 }
0x7786C: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x77873: End { 29 02 }
0x77875: GrayOutIf { 19 82 }
0x77877: EqIdVal QuestionId: 0x16, Value: 0x1 { 12 86 16 00 01 00 }
0x7787D: EqIdVal QuestionId: 0x1604, Value: 0x0 { 12 06 04 16 00 00 }
0x77883: EqIdVal QuestionId: 0x1602, Value: 0x1 { 12 06 02 16 01 00 }
0x77889: Or { 16 02 }
0x7788B: And { 15 02 }
0x7788D: End { 29 02 }
0x7788F: Password Prompt: "Set User Password", Help: "Set HDD User Password.
*** Advisable to Power Cycle System after Setting Hard Disk Passwords ***.
Discard or Save changes option in setup does not have any impact on HDD when password is set or removed. If the 'Set HDD User Password' option is hidden, do power cycle to enable the option again", QuestionFlags: 0x10, QuestionId: 0x1A, VarStoreId: 0x21, VarStoreInfo: 0x12, MinSize: 0x0, MaxSize: 0x20 { 08 91 75 22 6E 22 1A 00 21 00 12 00 10 00 00 20 00 }
0x778A0: End { 29 02 }
0x778A2: End { 29 02 }
0x778A4: SuppressIf { 0A 82 }
0x778A6: EqIdVal QuestionId: 0x16, Value: 0x0 { 12 86 16 00 00 00 }
0x778AC: EqIdVal QuestionId: 0x15, Value: 0x1 { 12 06 15 00 01 00 }
0x778B2: And { 15 02 }
0x778B4: End { 29 02 }
0x778B6: GrayOutIf { 19 82 }
0x778B8: EqIdVal QuestionId: 0x1603, Value: 0x0 { 12 86 03 16 00 00 }
0x778BE: EqIdVal QuestionId: 0x1602, Value: 0x1 { 12 06 02 16 01 00 }
0x778C4: Or { 16 02 }
0x778C6: End { 29 02 }
0x778C8: Password Prompt: "Set Master Password", Help: "Set HDD Master Password.
*** Advisable to Power Cycle System after Setting Hard Disk Passwords ***
Discard or Save changes option in setup does not have any impact on HDD when password is set or removed. If the 'Set HDD Master option' is hidden, user might have entered setup with user HDD Security privilege(expected) or else do power cycle to enable the option again", QuestionFlags: 0x10, QuestionId: 0x1B, VarStoreId: 0x21, VarStoreInfo: 0x52, MinSize: 0x0, MaxSize: 0x20 { 08 91 76 22 77 22 1B 00 21 00 52 00 10 00 00 20 00 }
0x778D9: End { 29 02 }
0x778DB: End { 29 02 }
0x778DD: End { 29 02 }
0x778DF: End { 29 02 }
0x778E1: Form FormId: 0x2714, Title: "Ai Tweaker" { 01 86 14 27 FE 30 }
0x778E7: Subtitle Prompt: "Target CPU Performance Core Speed: N/A", Help: "", Flags: 0x0 { 02 87 83 27 00 00 00 }
0x778EE: End { 29 02 }
0x778F0: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x778F7: End { 29 02 }
0x778F9: SuppressIf { 0A 82 }
0x778FB: EqIdVal QuestionId: 0x14C9, Value: 0x0 { 12 86 C9 14 00 00 }
0x77901: EqIdVal QuestionId: 0x4C5, Value: 0x0 { 12 06 C5 04 00 00 }
0x77907: Or { 16 02 }
0x77909: End { 29 02 }
0x7790B: Subtitle Prompt: "Target CPU Efficient Core Speed: N/A", Help: "", Flags: 0x0 { 02 87 88 27 00 00 00 }
0x77912: End { 29 02 }
0x77914: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x7791B: End { 29 02 }
0x7791D: End { 29 02 }
0x7791F: Subtitle Prompt: "Target DRAM Speed : N/A", Help: "", Flags: 0x0 { 02 87 84 27 00 00 00 }
0x77926: End { 29 02 }
0x77928: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x7792F: End { 29 02 }
0x77931: Subtitle Prompt: "Target Cache Speed : N/A", Help: "", Flags: 0x0 { 02 87 85 27 00 00 00 }
0x77938: End { 29 02 }
0x7793A: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x77941: End { 29 02 }
0x77943: SuppressIf { 0A 82 }
0x77945: EqIdVal QuestionId: 0x15AD, Value: 0x0 { 12 06 AD 15 00 00 }
0x7794B: Subtitle Prompt: "Target iGPU Speed : N/A", Help: "", Flags: 0x0 { 02 87 86 27 00 00 00 }
0x77952: End { 29 02 }
0x77954: End { 29 02 }
0x77956: SuppressIf { 0A 82 }
0x77958: EqIdVal QuestionId: 0x1600, Value: 0x0 { 12 86 00 16 00 00 }
0x7795E: EqIdVal QuestionId: 0x15FF, Value: 0x0 { 12 06 FF 15 00 00 }
0x77964: And { 15 02 }
0x77966: EqIdVal QuestionId: 0x15FE, Value: 0x0 { 12 06 FE 15 00 00 }
0x7796C: And { 15 02 }
0x7796E: Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
0x77978: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x77982: Equal { 2F 02 }
0x77984: And { 15 02 }
0x77986: Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
0x77990: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x7799A: Equal { 2F 02 }
0x7799C: And { 15 02 }
0x7799E: End { 29 02 }
0x779A0: OneOf Prompt: "Ai Overclock Tuner", Help: "[Manual]: When the manual mode is selected, the BCLK (base clock) frequency can be assigned manually.
[XMP I]: Load the DIMM’s default XMP memory timings (CL, TRCD, TRP, TRAS) with BCLK frequency and other memory parameters optimized by ASUS.
[XMP II]: Load the DIMM’s complete default XMP profile.
", QuestionFlags: 0x14, QuestionId: 0x2CD7, VarStoreId: 0x30, VarOffset: 0x0, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xB, Step: 0x0 { 05 91 89 27 8A 27 D7 2C 30 00 00 00 14 10 00 0B 00 }
0x779B1: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x779B8: SuppressIf { 0A 82 }
0x779BA: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x779C4: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x779CE: Equal { 2F 02 }
0x779D0: End { 29 02 }
0x779D2: SuppressIf { 0A 82 }
0x779D4: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x779DA: Not { 17 02 }
0x779DC: Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
0x779E6: Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
0x779F0: Equal { 2F 02 }
0x779F2: And { 15 02 }
0x779F4: End { 29 02 }
0x779F6: OneOfOption Option: "Manual" Value: 1 { 09 07 8C 27 00 00 01 }
0x779FD: End { 29 02 }
0x779FF: End { 29 02 }
0x77A01: SuppressIf { 0A 82 }
0x77A03: EqIdVal QuestionId: 0x1600, Value: 0x0 { 12 06 00 16 00 00 }
0x77A09: OneOfOption Option: "XMP I" Value: 5 { 09 07 8D 27 00 00 05 }
0x77A10: OneOfOption Option: "XMP II" Value: 6 { 09 07 8E 27 00 00 06 }
0x77A17: SuppressIf { 0A 82 }
0x77A19: EqIdVal QuestionId: 0x1601, Value: 0x0 { 12 06 01 16 00 00 }
0x77A1F: OneOfOption Option: "XMP Tweaked" Value: 11 { 09 07 8F 27 00 00 0B }
0x77A26: End { 29 02 }
0x77A28: End { 29 02 }
0x77A2A: SuppressIf { 0A 82 }
0x77A2C: EqIdVal QuestionId: 0x15FF, Value: 0x0 { 12 86 FF 15 00 00 }
0x77A32: EqIdVal QuestionId: 0x1600, Value: 0x0 { 12 06 00 16 00 00 }
0x77A38: Not { 17 02 }
0x77A3A: Or { 16 02 }
0x77A3C: End { 29 02 }
0x77A3E: OneOfOption Option: "D.O.C.P. I" Value: 7 { 09 07 92 27 00 00 07 }
0x77A45: OneOfOption Option: "D.O.C.P. II" Value: 8 { 09 07 93 27 00 00 08 }
0x77A4C: End { 29 02 }
0x77A4E: SuppressIf { 0A 82 }
0x77A50: EqIdVal QuestionId: 0x15FE, Value: 0x0 { 12 86 FE 15 00 00 }
0x77A56: EqIdVal QuestionId: 0x1600, Value: 0x0 { 12 06 00 16 00 00 }
0x77A5C: Not { 17 02 }
0x77A5E: Or { 16 02 }
0x77A60: EqIdVal QuestionId: 0x15FF, Value: 0x0 { 12 06 FF 15 00 00 }
0x77A66: Not { 17 02 }
0x77A68: Or { 16 02 }
0x77A6A: End { 29 02 }
0x77A6C: OneOfOption Option: "AEMP II" Value: 9 { 09 07 98 27 00 00 09 }
0x77A73: End { 29 02 }
0x77A75: End { 29 02 }
0x77A77: End { 29 02 }
0x77A79: SuppressIf { 0A 82 }
0x77A7B: EqIdValList QuestionId: 0x2CD7, Values: [5, 6, 11] { 14 8C D7 2C 03 00 05 00 06 00 0B 00 }
0x77A87: Not { 17 02 }
0x77A89: EqIdVal QuestionId: 0x1600, Value: 0x0 { 12 06 00 16 00 00 }
0x77A8F: Or { 16 02 }
0x77A91: End { 29 02 }
0x77A93: OneOf Prompt: " XMP", Help: "Each profile has its own DRAM frequency, timing and voltage.", QuestionFlags: 0x14, QuestionId: 0x2CD8, VarStoreId: 0x30, VarOffset: 0x16, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 9F 27 A3 27 D8 2C 30 00 16 00 14 10 00 02 00 }
0x77AA4: SuppressIf { 0A 82 }
0x77AA6: EqIdValList QuestionId: 0x1600, Values: [2, 4] { 14 0A 00 16 02 00 02 00 04 00 }
0x77AB0: OneOfOption Option: "Profile #1" Value: 0, Default { 09 07 A0 27 10 00 00 }
0x77AB7: End { 29 02 }
0x77AB9: SuppressIf { 0A 82 }
0x77ABB: EqIdValList QuestionId: 0x1600, Values: [1, 4] { 14 0A 00 16 02 00 01 00 04 00 }
0x77AC5: OneOfOption Option: "Profile #2" Value: 1 { 09 07 A1 27 00 00 01 }
0x77ACC: End { 29 02 }
0x77ACE: SuppressIf { 0A 82 }
0x77AD0: EqIdValList QuestionId: 0x1600, Values: [1, 2, 3] { 14 0C 00 16 03 00 01 00 02 00 03 00 }
0x77ADC: OneOfOption Option: "Profile #3" Value: 2 { 09 07 A2 27 00 00 02 }
0x77AE3: End { 29 02 }
0x77AE5: End { 29 02 }
0x77AE7: End { 29 02 }
0x77AE9: SuppressIf { 0A 82 }
0x77AEB: EqIdValList QuestionId: 0x2CD7, Values: [7, 8] { 14 8A D7 2C 02 00 07 00 08 00 }
0x77AF5: Not { 17 02 }
0x77AF7: EqIdVal QuestionId: 0x15FF, Value: 0x0 { 12 06 FF 15 00 00 }
0x77AFD: Or { 16 02 }
0x77AFF: End { 29 02 }
0x77B01: OneOf Prompt: " D.O.C.P.", Help: "Each profile has its own DRAM frequency, timing and voltage.", QuestionFlags: 0x14, QuestionId: 0x2CD9, VarStoreId: 0x30, VarOffset: 0x26D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 96 27 A3 27 D9 2C 30 00 6D 02 14 10 00 01 00 }
0x77B12: SuppressIf { 0A 82 }
0x77B14: EqIdValList QuestionId: 0x15FF, Values: [2] { 14 08 FF 15 01 00 02 00 }
0x77B1C: OneOfOption Option: "Profile #0" Value: 0, Default { 09 07 94 27 10 00 00 }
0x77B23: End { 29 02 }
0x77B25: SuppressIf { 0A 82 }
0x77B27: EqIdValList QuestionId: 0x15FF, Values: [1] { 14 08 FF 15 01 00 01 00 }
0x77B2F: OneOfOption Option: "Profile #1" Value: 1 { 09 07 95 27 00 00 01 }
0x77B36: End { 29 02 }
0x77B38: End { 29 02 }
0x77B3A: End { 29 02 }
0x77B3C: SuppressIf { 0A 82 }
0x77B3E: True { 46 02 }
0x77B40: OneOf Prompt: " AEMP", Help: "Each profile has its own DRAM frequency, timing and voltage.", QuestionFlags: 0x14, QuestionId: 0x2CDA, VarStoreId: 0x30, VarOffset: 0x26F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 9C 27 A3 27 DA 2C 30 00 6F 02 14 10 00 02 00 }
0x77B51: SuppressIf { 0A 82 }
0x77B53: EqIdValList QuestionId: 0x15FE, Values: [2, 4] { 14 0A FE 15 02 00 02 00 04 00 }
0x77B5D: OneOfOption Option: "Profile #0" Value: 0, Default { 09 07 99 27 10 00 00 }
0x77B64: End { 29 02 }
0x77B66: SuppressIf { 0A 82 }
0x77B68: EqIdValList QuestionId: 0x15FE, Values: [1, 4] { 14 0A FE 15 02 00 01 00 04 00 }
0x77B72: OneOfOption Option: "Profile #1" Value: 1 { 09 07 9A 27 00 00 01 }
0x77B79: End { 29 02 }
0x77B7B: SuppressIf { 0A 82 }
0x77B7D: EqIdValList QuestionId: 0x15FE, Values: [1, 2, 3] { 14 0C FE 15 03 00 01 00 02 00 03 00 }
0x77B89: OneOfOption Option: "Profile #2" Value: 2 { 09 07 9B 27 00 00 02 }
0x77B90: End { 29 02 }
0x77B92: End { 29 02 }
0x77B94: End { 29 02 }
0x77B96: SuppressIf { 0A 82 }
0x77B98: EqIdValList QuestionId: 0x2CD7, Values: [0] { 14 88 D7 2C 01 00 00 00 }
0x77BA0: Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
0x77BAA: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x77BB4: Equal { 2F 02 }
0x77BB6: Or { 16 02 }
0x77BB8: End { 29 02 }
0x77BBA: SuppressIf { 0A 82 }
0x77BBC: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x77BC2: Not { 17 02 }
0x77BC4: Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
0x77BCE: Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
0x77BD8: Equal { 2F 02 }
0x77BDA: And { 15 02 }
0x77BDC: End { 29 02 }
0x77BDE: String Prompt: " BCLK Frequency", Help: "Using a higher BCLK frequency will alter the operating frequency of all associated clock domains (CPU, DRAM and Cache). 100 BCLK is default.", QuestionFlags: 0x14, QuestionId: 0x2CDB, VarStoreId: 0x30, VarStoreInfo: 0x57D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 C2 27 C3 27 DB 2C 30 00 7D 05 14 00 14 00 }
0x77BEE: End { 29 02 }
0x77BF0: SuppressIf { 0A 82 }
0x77BF2: True { 46 02 }
0x77BF4: Numeric Prompt: " BCLK Frequency", Help: "Using a higher BCLK frequency will alter the operating frequency of all associated clock domains (CPU, DRAM and Cache). 100 BCLK is default.", QuestionFlags: 0x0, QuestionId: 0x1C, VarStoreId: 0x30, VarOffset: 0x1, Flags: 0x12, Size: 32, Min: 0x0, Max: 0x632EA0, Step: 0x1 { 07 9A C2 27 C3 27 1C 00 30 00 01 00 00 12 00 00 00 00 A0 2E 63 00 01 00 00 00 }
0x77C0E: Default DefaultId: 0x0 Value: 1000000 { 5B 09 00 00 02 40 42 0F 00 }
0x77C17: End { 29 02 }
0x77C19: End { 29 02 }
0x77C1B: End { 29 02 }
0x77C1D: End { 29 02 }
0x77C1F: SuppressIf { 0A 82 }
0x77C21: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x77C2B: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x77C35: Equal { 2F 02 }
0x77C37: End { 29 02 }
0x77C39: SuppressIf { 0A 82 }
0x77C3B: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x77C45: Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
0x77C4F: Equal { 2F 02 }
0x77C51: End { 29 02 }
0x77C53: OneOf Prompt: "BCLK Trimmer", Help: "Suggest to enable this item when applying higher BCLK parameters.", QuestionFlags: 0x10, QuestionId: 0x1D, VarStoreId: 0x30, VarOffset: 0x2C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 1A 2A 1B 2A 1D 00 30 00 2C 00 10 10 00 02 00 }
0x77C64: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x77C6B: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x77C72: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x77C79: End { 29 02 }
0x77C7B: End { 29 02 }
0x77C7D: End { 29 02 }
0x77C7F: SuppressIf { 0A 82 }
0x77C81: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x77C87: Not { 17 02 }
0x77C89: End { 29 02 }
0x77C8B: OneOf Prompt: "Intel(R) Adaptive Boost Technology", Help: "Enable/Disable IABT to improve performance by allowing higher multi-core turbo frequencies.
Operating within system power and temperature specifications when current, power and thermal headroom exists, please ensure quality cooling for the CPU before enabling the ABT function.", QuestionFlags: 0x14, QuestionId: 0x1E, VarStoreId: 0x30, VarOffset: 0x14E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 32 2C 33 2C 1E 00 30 00 4E 01 14 10 00 02 00 }
0x77C9C: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x77CA3: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x77CAA: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x77CB1: End { 29 02 }
0x77CB3: End { 29 02 }
0x77CB5: SuppressIf { 0A 82 }
0x77CB7: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x77CC1: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x77CCB: Equal { 2F 02 }
0x77CCD: End { 29 02 }
0x77CCF: OneOf Prompt: "ASUS MultiCore Enhancement", Help: "[Auto – Lets BIOS Optimize]: ASUS optimized core ratio Turbo and temperature settings at default processor speeds.
[Disabled – Enforce All limits]: Intel default Turbo core ratio settings.
[Enabled – Remove All limits]: Optimized power, temperature and current thresholds for maintaining maximum performance.
[Enabled – Remove All limits (90°C)]: Enable ASUS optimized power, current thresholds and limit CPU temperature at 90°C for better performance balance.", QuestionFlags: 0x14, QuestionId: 0x2CD0, VarStoreId: 0x30, VarOffset: 0x2D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 C6 27 C7 27 D0 2C 30 00 2D 00 14 10 00 03 00 }
0x77CE0: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x77CE6: OneOfOption Option: "Auto – Lets BIOS Optimize" Value: 0 { 09 07 B4 27 00 00 00 }
0x77CED: OneOfOption Option: "Disabled – Enforce All limits" Value: 1 { 09 07 B7 27 00 00 01 }
0x77CF4: OneOfOption Option: "Enabled – Remove All limits" Value: 2 { 09 07 B5 27 00 00 02 }
0x77CFB: OneOfOption Option: "Enabled – Remove All limits (90°C)" Value: 3 { 09 07 B6 27 00 00 03 }
0x77D02: End { 29 02 }
0x77D04: SuppressIf { 0A 82 }
0x77D06: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x77D10: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x77D1A: Equal { 2F 02 }
0x77D1C: End { 29 02 }
0x77D1E: Text Prompt: "Current ASUS MultiCore Enhancement Status", Help: "Current ASUS MultiCore Enhancement Status", Text: "N/A" { 03 08 B2 27 B2 27 B3 27 }
0x77D26: End { 29 02 }
0x77D28: OneOf Prompt: "SVID Behavior", Help: "Programs the CPU’s SVID behavior based on CPU’s quality.
The more optimistic the mode selected, the lower the temperature of the CPU.
Intel’s Fail Safe is the default behavior of the processor oblivious to the actual Motherboard design.
Trained optimizes SVID behavior to match input parameters such as VRM Loadline and Target Frequencies.", QuestionFlags: 0x10, QuestionId: 0x1F, VarStoreId: 0x30, VarOffset: 0x2E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x5, Step: 0x0 { 05 91 A4 27 A5 27 1F 00 30 00 2E 00 10 10 00 05 00 }
0x77D39: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x77D40: OneOfOption Option: "Best-Case Scenario" Value: 1 { 09 07 A6 27 00 00 01 }
0x77D47: OneOfOption Option: "Typical Scenario" Value: 2 { 09 07 A7 27 00 00 02 }
0x77D4E: OneOfOption Option: "Worst-Case Scenario" Value: 3 { 09 07 A8 27 00 00 03 }
0x77D55: OneOfOption Option: "Intel’s Fail Safe" Value: 4 { 09 07 A9 27 00 00 04 }
0x77D5C: SuppressIf { 0A 82 }
0x77D5E: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x77D68: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x77D72: Equal { 2F 02 }
0x77D74: End { 29 02 }
0x77D76: OneOfOption Option: "Trained" Value: 5 { 09 07 AA 27 00 00 05 }
0x77D7D: End { 29 02 }
0x77D7F: End { 29 02 }
0x77D81: End { 29 02 }
0x77D83: OneOf Prompt: "BCLK Frequency : DRAM Frequency Ratio", Help: "[Auto]: The BCLK frequency to DRAM frequency ratio will be set to the optimized setting.
[100:133]: The BCLK frequency to DRAM frequency ratio will be set to 100:133.
[100:100]: The BCLK frequency to DRAM frequency ratio will be set to 100:100.", QuestionFlags: 0x14, QuestionId: 0x2E24, VarStoreId: 0x30, VarOffset: 0x311, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 C8 27 C9 27 24 2E 30 00 11 03 14 10 00 02 00 }
0x77D94: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x77D9B: OneOfOption Option: "100:133" Value: 1 { 09 07 CB 27 00 00 01 }
0x77DA2: OneOfOption Option: "100:100" Value: 2 { 09 07 CA 27 00 00 02 }
0x77DA9: End { 29 02 }
0x77DAB: OneOf Prompt: "Memory Controller : DRAM Frequency Ratio", Help: "BCLK Frequency : DRAM Frequency Ratio of 100:133 tends to overclock better and 1:2 Memory Controller : DRAM Frequency Ratio only works with even numbered DRAM Ratios and not odd numbered ratios.", QuestionFlags: 0x14, QuestionId: 0x2E25, VarStoreId: 0x30, VarOffset: 0x312, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x4, Step: 0x0 { 05 91 4B 2A 4C 2A 25 2E 30 00 12 03 14 10 00 04 00 }
0x77DBC: OneOfOption Option: "Auto" Value: 0, Default, MfgDefault { 09 07 8B 27 30 00 00 }
0x77DC3: OneOfOption Option: "1:1" Value: 1 { 09 07 4D 2A 00 00 01 }
0x77DCA: OneOfOption Option: "1:2" Value: 2 { 09 07 4E 2A 00 00 02 }
0x77DD1: OneOfOption Option: "1:4" Value: 4 { 09 07 4F 2A 00 00 04 }
0x77DD8: End { 29 02 }
0x77DDA: SuppressIf { 0A 82 }
0x77DDC: True { 46 02 }
0x77DDE: String Prompt: "DRAM Ratio", Help: "DRAM Ratio", QuestionFlags: 0x14, QuestionId: 0x2E2A, VarStoreId: 0x30, VarStoreInfo: 0x25AD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 25 29 26 29 2A 2E 30 00 AD 25 14 00 14 00 }
0x77DEE: End { 29 02 }
0x77DF0: SuppressIf { 0A 82 }
0x77DF2: True { 46 02 }
0x77DF4: Numeric Prompt: "DRAM Ratio", Help: "DRAM Ratio", QuestionFlags: 0x0, QuestionId: 0x20, VarStoreId: 0x30, VarOffset: 0x313, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 25 29 26 29 20 00 30 00 13 03 00 10 00 FF 01 }
0x77E05: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x77E0B: End { 29 02 }
0x77E0D: End { 29 02 }
0x77E0F: End { 29 02 }
0x77E11: OneOf Prompt: "DRAM Frequency", Help: "Select the DRAM operating frequency. The configurable options vary with the BCLK(base clock) frequency setting. Select the auto mode to apply the optimized setting.
The Frequency ratios in grey are not recommended, use BCLK + ratios in white to reach your target Frequency if needed.", QuestionFlags: 0x14, QuestionId: 0x2E2C, VarStoreId: 0x30, VarOffset: 0x315, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xA9, Step: 0x0 { 05 91 27 29 28 29 2C 2E 30 00 15 03 14 10 00 A9 00 }
0x77E22: OneOfOption Option: "Auto" Value: 0, Default { 09 07 24 29 10 00 00 }
0x77E29: SuppressIf { 0A 82 }
0x77E2B: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77E2F: Uint8 Value: 0x1 { 42 03 01 }
0x77E32: LessEqual { 34 02 }
0x77E34: End { 29 02 }
0x77E36: OneOfOption Option: "" Value: 1 { 09 07 29 29 00 00 01 }
0x77E3D: End { 29 02 }
0x77E3F: SuppressIf { 0A 82 }
0x77E41: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77E45: Uint8 Value: 0x2 { 42 03 02 }
0x77E48: LessEqual { 34 02 }
0x77E4A: End { 29 02 }
0x77E4C: OneOfOption Option: "" Value: 2 { 09 07 2A 29 00 00 02 }
0x77E53: End { 29 02 }
0x77E55: SuppressIf { 0A 82 }
0x77E57: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77E5B: Uint8 Value: 0x3 { 42 03 03 }
0x77E5E: LessEqual { 34 02 }
0x77E60: End { 29 02 }
0x77E62: OneOfOption Option: "" Value: 3 { 09 07 2B 29 00 00 03 }
0x77E69: End { 29 02 }
0x77E6B: SuppressIf { 0A 82 }
0x77E6D: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77E71: Uint8 Value: 0x4 { 42 03 04 }
0x77E74: LessEqual { 34 02 }
0x77E76: End { 29 02 }
0x77E78: OneOfOption Option: "" Value: 4 { 09 07 2C 29 00 00 04 }
0x77E7F: End { 29 02 }
0x77E81: SuppressIf { 0A 82 }
0x77E83: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77E87: Uint8 Value: 0x5 { 42 03 05 }
0x77E8A: LessEqual { 34 02 }
0x77E8C: End { 29 02 }
0x77E8E: OneOfOption Option: "" Value: 5 { 09 07 2D 29 00 00 05 }
0x77E95: End { 29 02 }
0x77E97: SuppressIf { 0A 82 }
0x77E99: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77E9D: Uint8 Value: 0x6 { 42 03 06 }
0x77EA0: LessEqual { 34 02 }
0x77EA2: End { 29 02 }
0x77EA4: OneOfOption Option: "" Value: 6 { 09 07 2E 29 00 00 06 }
0x77EAB: End { 29 02 }
0x77EAD: SuppressIf { 0A 82 }
0x77EAF: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77EB3: Uint8 Value: 0x7 { 42 03 07 }
0x77EB6: LessEqual { 34 02 }
0x77EB8: End { 29 02 }
0x77EBA: OneOfOption Option: "" Value: 7 { 09 07 2F 29 00 00 07 }
0x77EC1: End { 29 02 }
0x77EC3: SuppressIf { 0A 82 }
0x77EC5: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77EC9: Uint8 Value: 0x8 { 42 03 08 }
0x77ECC: LessEqual { 34 02 }
0x77ECE: End { 29 02 }
0x77ED0: OneOfOption Option: "" Value: 8 { 09 07 30 29 00 00 08 }
0x77ED7: End { 29 02 }
0x77ED9: SuppressIf { 0A 82 }
0x77EDB: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77EDF: Uint8 Value: 0x9 { 42 03 09 }
0x77EE2: LessEqual { 34 02 }
0x77EE4: End { 29 02 }
0x77EE6: OneOfOption Option: "" Value: 9 { 09 07 31 29 00 00 09 }
0x77EED: End { 29 02 }
0x77EEF: SuppressIf { 0A 82 }
0x77EF1: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77EF5: Uint8 Value: 0xA { 42 03 0A }
0x77EF8: LessEqual { 34 02 }
0x77EFA: End { 29 02 }
0x77EFC: OneOfOption Option: "" Value: 10 { 09 07 32 29 00 00 0A }
0x77F03: End { 29 02 }
0x77F05: SuppressIf { 0A 82 }
0x77F07: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77F0B: Uint8 Value: 0xB { 42 03 0B }
0x77F0E: LessEqual { 34 02 }
0x77F10: End { 29 02 }
0x77F12: OneOfOption Option: "" Value: 11 { 09 07 33 29 00 00 0B }
0x77F19: End { 29 02 }
0x77F1B: SuppressIf { 0A 82 }
0x77F1D: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77F21: Uint8 Value: 0xC { 42 03 0C }
0x77F24: LessEqual { 34 02 }
0x77F26: End { 29 02 }
0x77F28: OneOfOption Option: "" Value: 12 { 09 07 34 29 00 00 0C }
0x77F2F: End { 29 02 }
0x77F31: SuppressIf { 0A 82 }
0x77F33: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77F37: Uint8 Value: 0xD { 42 03 0D }
0x77F3A: LessEqual { 34 02 }
0x77F3C: End { 29 02 }
0x77F3E: OneOfOption Option: "" Value: 13 { 09 07 35 29 00 00 0D }
0x77F45: End { 29 02 }
0x77F47: SuppressIf { 0A 82 }
0x77F49: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77F4D: Uint8 Value: 0xE { 42 03 0E }
0x77F50: LessEqual { 34 02 }
0x77F52: End { 29 02 }
0x77F54: OneOfOption Option: "" Value: 14 { 09 07 36 29 00 00 0E }
0x77F5B: End { 29 02 }
0x77F5D: SuppressIf { 0A 82 }
0x77F5F: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77F63: Uint8 Value: 0xF { 42 03 0F }
0x77F66: LessEqual { 34 02 }
0x77F68: End { 29 02 }
0x77F6A: OneOfOption Option: "" Value: 15 { 09 07 37 29 00 00 0F }
0x77F71: End { 29 02 }
0x77F73: SuppressIf { 0A 82 }
0x77F75: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77F79: Uint8 Value: 0x10 { 42 03 10 }
0x77F7C: LessEqual { 34 02 }
0x77F7E: End { 29 02 }
0x77F80: OneOfOption Option: "" Value: 16 { 09 07 38 29 00 00 10 }
0x77F87: End { 29 02 }
0x77F89: SuppressIf { 0A 82 }
0x77F8B: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77F8F: Uint8 Value: 0x11 { 42 03 11 }
0x77F92: LessEqual { 34 02 }
0x77F94: End { 29 02 }
0x77F96: OneOfOption Option: "" Value: 17 { 09 07 39 29 00 00 11 }
0x77F9D: End { 29 02 }
0x77F9F: SuppressIf { 0A 82 }
0x77FA1: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77FA5: Uint8 Value: 0x12 { 42 03 12 }
0x77FA8: LessEqual { 34 02 }
0x77FAA: End { 29 02 }
0x77FAC: OneOfOption Option: "" Value: 18 { 09 07 3A 29 00 00 12 }
0x77FB3: End { 29 02 }
0x77FB5: SuppressIf { 0A 82 }
0x77FB7: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77FBB: Uint8 Value: 0x13 { 42 03 13 }
0x77FBE: LessEqual { 34 02 }
0x77FC0: End { 29 02 }
0x77FC2: OneOfOption Option: "" Value: 19 { 09 07 3B 29 00 00 13 }
0x77FC9: End { 29 02 }
0x77FCB: SuppressIf { 0A 82 }
0x77FCD: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77FD1: Uint8 Value: 0x14 { 42 03 14 }
0x77FD4: LessEqual { 34 02 }
0x77FD6: End { 29 02 }
0x77FD8: OneOfOption Option: "" Value: 20 { 09 07 3C 29 00 00 14 }
0x77FDF: End { 29 02 }
0x77FE1: SuppressIf { 0A 82 }
0x77FE3: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77FE7: Uint8 Value: 0x15 { 42 03 15 }
0x77FEA: LessEqual { 34 02 }
0x77FEC: End { 29 02 }
0x77FEE: OneOfOption Option: "" Value: 21 { 09 07 3D 29 00 00 15 }
0x77FF5: End { 29 02 }
0x77FF7: SuppressIf { 0A 82 }
0x77FF9: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x77FFD: Uint8 Value: 0x16 { 42 03 16 }
0x78000: LessEqual { 34 02 }
0x78002: End { 29 02 }
0x78004: OneOfOption Option: "" Value: 22 { 09 07 3E 29 00 00 16 }
0x7800B: End { 29 02 }
0x7800D: SuppressIf { 0A 82 }
0x7800F: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78013: Uint8 Value: 0x17 { 42 03 17 }
0x78016: LessEqual { 34 02 }
0x78018: End { 29 02 }
0x7801A: OneOfOption Option: "" Value: 23 { 09 07 3F 29 00 00 17 }
0x78021: End { 29 02 }
0x78023: SuppressIf { 0A 82 }
0x78025: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78029: Uint8 Value: 0x18 { 42 03 18 }
0x7802C: LessEqual { 34 02 }
0x7802E: End { 29 02 }
0x78030: OneOfOption Option: "" Value: 24 { 09 07 40 29 00 00 18 }
0x78037: End { 29 02 }
0x78039: SuppressIf { 0A 82 }
0x7803B: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7803F: Uint8 Value: 0x19 { 42 03 19 }
0x78042: LessEqual { 34 02 }
0x78044: End { 29 02 }
0x78046: OneOfOption Option: "" Value: 25 { 09 07 41 29 00 00 19 }
0x7804D: End { 29 02 }
0x7804F: SuppressIf { 0A 82 }
0x78051: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78055: Uint8 Value: 0x1A { 42 03 1A }
0x78058: LessEqual { 34 02 }
0x7805A: End { 29 02 }
0x7805C: OneOfOption Option: "" Value: 26 { 09 07 42 29 00 00 1A }
0x78063: End { 29 02 }
0x78065: SuppressIf { 0A 82 }
0x78067: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7806B: Uint8 Value: 0x1B { 42 03 1B }
0x7806E: LessEqual { 34 02 }
0x78070: End { 29 02 }
0x78072: OneOfOption Option: "" Value: 27 { 09 07 43 29 00 00 1B }
0x78079: End { 29 02 }
0x7807B: SuppressIf { 0A 82 }
0x7807D: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78081: Uint8 Value: 0x1C { 42 03 1C }
0x78084: LessEqual { 34 02 }
0x78086: End { 29 02 }
0x78088: OneOfOption Option: "" Value: 28 { 09 07 44 29 00 00 1C }
0x7808F: End { 29 02 }
0x78091: SuppressIf { 0A 82 }
0x78093: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78097: Uint8 Value: 0x1D { 42 03 1D }
0x7809A: LessEqual { 34 02 }
0x7809C: End { 29 02 }
0x7809E: OneOfOption Option: "" Value: 29 { 09 07 45 29 00 00 1D }
0x780A5: End { 29 02 }
0x780A7: SuppressIf { 0A 82 }
0x780A9: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x780AD: Uint8 Value: 0x1E { 42 03 1E }
0x780B0: LessEqual { 34 02 }
0x780B2: End { 29 02 }
0x780B4: OneOfOption Option: "" Value: 30 { 09 07 46 29 00 00 1E }
0x780BB: End { 29 02 }
0x780BD: SuppressIf { 0A 82 }
0x780BF: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x780C3: Uint8 Value: 0x1F { 42 03 1F }
0x780C6: LessEqual { 34 02 }
0x780C8: End { 29 02 }
0x780CA: OneOfOption Option: "" Value: 31 { 09 07 47 29 00 00 1F }
0x780D1: End { 29 02 }
0x780D3: SuppressIf { 0A 82 }
0x780D5: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x780D9: Uint8 Value: 0x20 { 42 03 20 }
0x780DC: LessEqual { 34 02 }
0x780DE: End { 29 02 }
0x780E0: OneOfOption Option: "" Value: 32 { 09 07 48 29 00 00 20 }
0x780E7: End { 29 02 }
0x780E9: SuppressIf { 0A 82 }
0x780EB: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x780EF: Uint8 Value: 0x21 { 42 03 21 }
0x780F2: LessEqual { 34 02 }
0x780F4: End { 29 02 }
0x780F6: OneOfOption Option: "" Value: 33 { 09 07 49 29 00 00 21 }
0x780FD: End { 29 02 }
0x780FF: SuppressIf { 0A 82 }
0x78101: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78105: Uint8 Value: 0x22 { 42 03 22 }
0x78108: LessEqual { 34 02 }
0x7810A: End { 29 02 }
0x7810C: OneOfOption Option: "" Value: 34 { 09 07 4A 29 00 00 22 }
0x78113: End { 29 02 }
0x78115: SuppressIf { 0A 82 }
0x78117: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7811B: Uint8 Value: 0x23 { 42 03 23 }
0x7811E: LessEqual { 34 02 }
0x78120: End { 29 02 }
0x78122: OneOfOption Option: "" Value: 35 { 09 07 4B 29 00 00 23 }
0x78129: End { 29 02 }
0x7812B: SuppressIf { 0A 82 }
0x7812D: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78131: Uint8 Value: 0x24 { 42 03 24 }
0x78134: LessEqual { 34 02 }
0x78136: End { 29 02 }
0x78138: OneOfOption Option: "" Value: 36 { 09 07 4C 29 00 00 24 }
0x7813F: End { 29 02 }
0x78141: SuppressIf { 0A 82 }
0x78143: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78147: Uint8 Value: 0x25 { 42 03 25 }
0x7814A: LessEqual { 34 02 }
0x7814C: End { 29 02 }
0x7814E: OneOfOption Option: "" Value: 37 { 09 07 4D 29 00 00 25 }
0x78155: End { 29 02 }
0x78157: SuppressIf { 0A 82 }
0x78159: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7815D: Uint8 Value: 0x26 { 42 03 26 }
0x78160: LessEqual { 34 02 }
0x78162: End { 29 02 }
0x78164: OneOfOption Option: "" Value: 38 { 09 07 4E 29 00 00 26 }
0x7816B: End { 29 02 }
0x7816D: SuppressIf { 0A 82 }
0x7816F: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78173: Uint8 Value: 0x27 { 42 03 27 }
0x78176: LessEqual { 34 02 }
0x78178: End { 29 02 }
0x7817A: OneOfOption Option: "" Value: 39 { 09 07 4F 29 00 00 27 }
0x78181: End { 29 02 }
0x78183: SuppressIf { 0A 82 }
0x78185: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78189: Uint8 Value: 0x28 { 42 03 28 }
0x7818C: LessEqual { 34 02 }
0x7818E: End { 29 02 }
0x78190: OneOfOption Option: "" Value: 40 { 09 07 50 29 00 00 28 }
0x78197: End { 29 02 }
0x78199: SuppressIf { 0A 82 }
0x7819B: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7819F: Uint8 Value: 0x29 { 42 03 29 }
0x781A2: LessEqual { 34 02 }
0x781A4: End { 29 02 }
0x781A6: OneOfOption Option: "" Value: 41 { 09 07 51 29 00 00 29 }
0x781AD: End { 29 02 }
0x781AF: SuppressIf { 0A 82 }
0x781B1: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x781B5: Uint8 Value: 0x2A { 42 03 2A }
0x781B8: LessEqual { 34 02 }
0x781BA: End { 29 02 }
0x781BC: OneOfOption Option: "" Value: 42 { 09 07 52 29 00 00 2A }
0x781C3: End { 29 02 }
0x781C5: SuppressIf { 0A 82 }
0x781C7: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x781CB: Uint8 Value: 0x2B { 42 03 2B }
0x781CE: LessEqual { 34 02 }
0x781D0: End { 29 02 }
0x781D2: OneOfOption Option: "" Value: 43 { 09 07 53 29 00 00 2B }
0x781D9: End { 29 02 }
0x781DB: SuppressIf { 0A 82 }
0x781DD: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x781E1: Uint8 Value: 0x2C { 42 03 2C }
0x781E4: LessEqual { 34 02 }
0x781E6: End { 29 02 }
0x781E8: OneOfOption Option: "" Value: 44 { 09 07 54 29 00 00 2C }
0x781EF: End { 29 02 }
0x781F1: SuppressIf { 0A 82 }
0x781F3: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x781F7: Uint8 Value: 0x2D { 42 03 2D }
0x781FA: LessEqual { 34 02 }
0x781FC: End { 29 02 }
0x781FE: OneOfOption Option: "" Value: 45 { 09 07 55 29 00 00 2D }
0x78205: End { 29 02 }
0x78207: SuppressIf { 0A 82 }
0x78209: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7820D: Uint8 Value: 0x2E { 42 03 2E }
0x78210: LessEqual { 34 02 }
0x78212: End { 29 02 }
0x78214: OneOfOption Option: "" Value: 46 { 09 07 56 29 00 00 2E }
0x7821B: End { 29 02 }
0x7821D: SuppressIf { 0A 82 }
0x7821F: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78223: Uint8 Value: 0x2F { 42 03 2F }
0x78226: LessEqual { 34 02 }
0x78228: End { 29 02 }
0x7822A: OneOfOption Option: "" Value: 47 { 09 07 57 29 00 00 2F }
0x78231: End { 29 02 }
0x78233: SuppressIf { 0A 82 }
0x78235: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78239: Uint8 Value: 0x30 { 42 03 30 }
0x7823C: LessEqual { 34 02 }
0x7823E: End { 29 02 }
0x78240: OneOfOption Option: "" Value: 48 { 09 07 58 29 00 00 30 }
0x78247: End { 29 02 }
0x78249: SuppressIf { 0A 82 }
0x7824B: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7824F: Uint8 Value: 0x31 { 42 03 31 }
0x78252: LessEqual { 34 02 }
0x78254: End { 29 02 }
0x78256: OneOfOption Option: "" Value: 49 { 09 07 59 29 00 00 31 }
0x7825D: End { 29 02 }
0x7825F: SuppressIf { 0A 82 }
0x78261: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78265: Uint8 Value: 0x32 { 42 03 32 }
0x78268: LessEqual { 34 02 }
0x7826A: End { 29 02 }
0x7826C: OneOfOption Option: "" Value: 50 { 09 07 5A 29 00 00 32 }
0x78273: End { 29 02 }
0x78275: SuppressIf { 0A 82 }
0x78277: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7827B: Uint8 Value: 0x33 { 42 03 33 }
0x7827E: LessEqual { 34 02 }
0x78280: End { 29 02 }
0x78282: OneOfOption Option: "" Value: 51 { 09 07 5B 29 00 00 33 }
0x78289: End { 29 02 }
0x7828B: SuppressIf { 0A 82 }
0x7828D: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78291: Uint8 Value: 0x34 { 42 03 34 }
0x78294: LessEqual { 34 02 }
0x78296: End { 29 02 }
0x78298: OneOfOption Option: "" Value: 52 { 09 07 5C 29 00 00 34 }
0x7829F: End { 29 02 }
0x782A1: SuppressIf { 0A 82 }
0x782A3: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x782A7: Uint8 Value: 0x35 { 42 03 35 }
0x782AA: LessEqual { 34 02 }
0x782AC: End { 29 02 }
0x782AE: OneOfOption Option: "" Value: 53 { 09 07 5D 29 00 00 35 }
0x782B5: End { 29 02 }
0x782B7: SuppressIf { 0A 82 }
0x782B9: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x782BD: Uint8 Value: 0x36 { 42 03 36 }
0x782C0: LessEqual { 34 02 }
0x782C2: End { 29 02 }
0x782C4: OneOfOption Option: "" Value: 54 { 09 07 5E 29 00 00 36 }
0x782CB: End { 29 02 }
0x782CD: SuppressIf { 0A 82 }
0x782CF: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x782D3: Uint8 Value: 0x37 { 42 03 37 }
0x782D6: LessEqual { 34 02 }
0x782D8: End { 29 02 }
0x782DA: OneOfOption Option: "" Value: 55 { 09 07 5F 29 00 00 37 }
0x782E1: End { 29 02 }
0x782E3: SuppressIf { 0A 82 }
0x782E5: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x782E9: Uint8 Value: 0x38 { 42 03 38 }
0x782EC: LessEqual { 34 02 }
0x782EE: End { 29 02 }
0x782F0: OneOfOption Option: "" Value: 56 { 09 07 60 29 00 00 38 }
0x782F7: End { 29 02 }
0x782F9: SuppressIf { 0A 82 }
0x782FB: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x782FF: Uint8 Value: 0x39 { 42 03 39 }
0x78302: LessEqual { 34 02 }
0x78304: End { 29 02 }
0x78306: OneOfOption Option: "" Value: 57 { 09 07 61 29 00 00 39 }
0x7830D: End { 29 02 }
0x7830F: SuppressIf { 0A 82 }
0x78311: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78315: Uint8 Value: 0x3A { 42 03 3A }
0x78318: LessEqual { 34 02 }
0x7831A: End { 29 02 }
0x7831C: OneOfOption Option: "" Value: 58 { 09 07 62 29 00 00 3A }
0x78323: End { 29 02 }
0x78325: SuppressIf { 0A 82 }
0x78327: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7832B: Uint8 Value: 0x3B { 42 03 3B }
0x7832E: LessEqual { 34 02 }
0x78330: End { 29 02 }
0x78332: OneOfOption Option: "" Value: 59 { 09 07 63 29 00 00 3B }
0x78339: End { 29 02 }
0x7833B: SuppressIf { 0A 82 }
0x7833D: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78341: Uint8 Value: 0x3C { 42 03 3C }
0x78344: LessEqual { 34 02 }
0x78346: End { 29 02 }
0x78348: OneOfOption Option: "" Value: 60 { 09 07 64 29 00 00 3C }
0x7834F: End { 29 02 }
0x78351: SuppressIf { 0A 82 }
0x78353: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78357: Uint8 Value: 0x3D { 42 03 3D }
0x7835A: LessEqual { 34 02 }
0x7835C: End { 29 02 }
0x7835E: OneOfOption Option: "" Value: 61 { 09 07 65 29 00 00 3D }
0x78365: End { 29 02 }
0x78367: SuppressIf { 0A 82 }
0x78369: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7836D: Uint8 Value: 0x3E { 42 03 3E }
0x78370: LessEqual { 34 02 }
0x78372: End { 29 02 }
0x78374: OneOfOption Option: "" Value: 62 { 09 07 66 29 00 00 3E }
0x7837B: End { 29 02 }
0x7837D: SuppressIf { 0A 82 }
0x7837F: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78383: Uint8 Value: 0x3F { 42 03 3F }
0x78386: LessEqual { 34 02 }
0x78388: End { 29 02 }
0x7838A: OneOfOption Option: "" Value: 63 { 09 07 67 29 00 00 3F }
0x78391: End { 29 02 }
0x78393: SuppressIf { 0A 82 }
0x78395: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78399: Uint8 Value: 0x40 { 42 03 40 }
0x7839C: LessEqual { 34 02 }
0x7839E: End { 29 02 }
0x783A0: OneOfOption Option: "" Value: 64 { 09 07 68 29 00 00 40 }
0x783A7: End { 29 02 }
0x783A9: SuppressIf { 0A 82 }
0x783AB: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x783AF: Uint8 Value: 0x41 { 42 03 41 }
0x783B2: LessEqual { 34 02 }
0x783B4: End { 29 02 }
0x783B6: OneOfOption Option: "" Value: 65 { 09 07 69 29 00 00 41 }
0x783BD: End { 29 02 }
0x783BF: SuppressIf { 0A 82 }
0x783C1: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x783C5: Uint8 Value: 0x42 { 42 03 42 }
0x783C8: LessEqual { 34 02 }
0x783CA: End { 29 02 }
0x783CC: OneOfOption Option: "" Value: 66 { 09 07 6A 29 00 00 42 }
0x783D3: End { 29 02 }
0x783D5: SuppressIf { 0A 82 }
0x783D7: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x783DB: Uint8 Value: 0x43 { 42 03 43 }
0x783DE: LessEqual { 34 02 }
0x783E0: End { 29 02 }
0x783E2: OneOfOption Option: "" Value: 67 { 09 07 6B 29 00 00 43 }
0x783E9: End { 29 02 }
0x783EB: SuppressIf { 0A 82 }
0x783ED: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x783F1: Uint8 Value: 0x44 { 42 03 44 }
0x783F4: LessEqual { 34 02 }
0x783F6: End { 29 02 }
0x783F8: OneOfOption Option: "" Value: 68 { 09 07 6C 29 00 00 44 }
0x783FF: End { 29 02 }
0x78401: SuppressIf { 0A 82 }
0x78403: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78407: Uint8 Value: 0x45 { 42 03 45 }
0x7840A: LessEqual { 34 02 }
0x7840C: End { 29 02 }
0x7840E: OneOfOption Option: "" Value: 69 { 09 07 6D 29 00 00 45 }
0x78415: End { 29 02 }
0x78417: SuppressIf { 0A 82 }
0x78419: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7841D: Uint8 Value: 0x46 { 42 03 46 }
0x78420: LessEqual { 34 02 }
0x78422: End { 29 02 }
0x78424: OneOfOption Option: "" Value: 70 { 09 07 6E 29 00 00 46 }
0x7842B: End { 29 02 }
0x7842D: SuppressIf { 0A 82 }
0x7842F: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78433: Uint8 Value: 0x47 { 42 03 47 }
0x78436: LessEqual { 34 02 }
0x78438: End { 29 02 }
0x7843A: OneOfOption Option: "" Value: 71 { 09 07 6F 29 00 00 47 }
0x78441: End { 29 02 }
0x78443: SuppressIf { 0A 82 }
0x78445: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78449: Uint8 Value: 0x48 { 42 03 48 }
0x7844C: LessEqual { 34 02 }
0x7844E: End { 29 02 }
0x78450: OneOfOption Option: "" Value: 72 { 09 07 70 29 00 00 48 }
0x78457: End { 29 02 }
0x78459: SuppressIf { 0A 82 }
0x7845B: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7845F: Uint8 Value: 0x49 { 42 03 49 }
0x78462: LessEqual { 34 02 }
0x78464: End { 29 02 }
0x78466: OneOfOption Option: "" Value: 73 { 09 07 71 29 00 00 49 }
0x7846D: End { 29 02 }
0x7846F: SuppressIf { 0A 82 }
0x78471: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78475: Uint8 Value: 0x4A { 42 03 4A }
0x78478: LessEqual { 34 02 }
0x7847A: End { 29 02 }
0x7847C: OneOfOption Option: "" Value: 74 { 09 07 72 29 00 00 4A }
0x78483: End { 29 02 }
0x78485: SuppressIf { 0A 82 }
0x78487: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7848B: Uint8 Value: 0x4B { 42 03 4B }
0x7848E: LessEqual { 34 02 }
0x78490: End { 29 02 }
0x78492: OneOfOption Option: "" Value: 75 { 09 07 73 29 00 00 4B }
0x78499: End { 29 02 }
0x7849B: SuppressIf { 0A 82 }
0x7849D: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x784A1: Uint8 Value: 0x4C { 42 03 4C }
0x784A4: LessEqual { 34 02 }
0x784A6: End { 29 02 }
0x784A8: OneOfOption Option: "" Value: 76 { 09 07 74 29 00 00 4C }
0x784AF: End { 29 02 }
0x784B1: SuppressIf { 0A 82 }
0x784B3: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x784B7: Uint8 Value: 0x4D { 42 03 4D }
0x784BA: LessEqual { 34 02 }
0x784BC: End { 29 02 }
0x784BE: OneOfOption Option: "" Value: 77 { 09 07 75 29 00 00 4D }
0x784C5: End { 29 02 }
0x784C7: SuppressIf { 0A 82 }
0x784C9: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x784CD: Uint8 Value: 0x4E { 42 03 4E }
0x784D0: LessEqual { 34 02 }
0x784D2: End { 29 02 }
0x784D4: OneOfOption Option: "" Value: 78 { 09 07 76 29 00 00 4E }
0x784DB: End { 29 02 }
0x784DD: SuppressIf { 0A 82 }
0x784DF: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x784E3: Uint8 Value: 0x4F { 42 03 4F }
0x784E6: LessEqual { 34 02 }
0x784E8: End { 29 02 }
0x784EA: OneOfOption Option: "" Value: 79 { 09 07 77 29 00 00 4F }
0x784F1: End { 29 02 }
0x784F3: SuppressIf { 0A 82 }
0x784F5: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x784F9: Uint8 Value: 0x50 { 42 03 50 }
0x784FC: LessEqual { 34 02 }
0x784FE: End { 29 02 }
0x78500: OneOfOption Option: "" Value: 80 { 09 07 78 29 00 00 50 }
0x78507: End { 29 02 }
0x78509: SuppressIf { 0A 82 }
0x7850B: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7850F: Uint8 Value: 0x51 { 42 03 51 }
0x78512: LessEqual { 34 02 }
0x78514: End { 29 02 }
0x78516: OneOfOption Option: "" Value: 81 { 09 07 79 29 00 00 51 }
0x7851D: End { 29 02 }
0x7851F: SuppressIf { 0A 82 }
0x78521: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78525: Uint8 Value: 0x52 { 42 03 52 }
0x78528: LessEqual { 34 02 }
0x7852A: End { 29 02 }
0x7852C: OneOfOption Option: "" Value: 82 { 09 07 7A 29 00 00 52 }
0x78533: End { 29 02 }
0x78535: SuppressIf { 0A 82 }
0x78537: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7853B: Uint8 Value: 0x53 { 42 03 53 }
0x7853E: LessEqual { 34 02 }
0x78540: End { 29 02 }
0x78542: OneOfOption Option: "" Value: 83 { 09 07 7B 29 00 00 53 }
0x78549: End { 29 02 }
0x7854B: SuppressIf { 0A 82 }
0x7854D: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78551: Uint8 Value: 0x54 { 42 03 54 }
0x78554: LessEqual { 34 02 }
0x78556: End { 29 02 }
0x78558: OneOfOption Option: "" Value: 84 { 09 07 7C 29 00 00 54 }
0x7855F: End { 29 02 }
0x78561: SuppressIf { 0A 82 }
0x78563: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78567: Uint8 Value: 0x55 { 42 03 55 }
0x7856A: LessEqual { 34 02 }
0x7856C: End { 29 02 }
0x7856E: OneOfOption Option: "" Value: 85 { 09 07 7D 29 00 00 55 }
0x78575: End { 29 02 }
0x78577: SuppressIf { 0A 82 }
0x78579: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7857D: Uint8 Value: 0x56 { 42 03 56 }
0x78580: LessEqual { 34 02 }
0x78582: End { 29 02 }
0x78584: OneOfOption Option: "" Value: 86 { 09 07 7E 29 00 00 56 }
0x7858B: End { 29 02 }
0x7858D: SuppressIf { 0A 82 }
0x7858F: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78593: Uint8 Value: 0x57 { 42 03 57 }
0x78596: LessEqual { 34 02 }
0x78598: End { 29 02 }
0x7859A: OneOfOption Option: "" Value: 87 { 09 07 7F 29 00 00 57 }
0x785A1: End { 29 02 }
0x785A3: SuppressIf { 0A 82 }
0x785A5: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x785A9: Uint8 Value: 0x58 { 42 03 58 }
0x785AC: LessEqual { 34 02 }
0x785AE: End { 29 02 }
0x785B0: OneOfOption Option: "" Value: 88 { 09 07 80 29 00 00 58 }
0x785B7: End { 29 02 }
0x785B9: SuppressIf { 0A 82 }
0x785BB: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x785BF: Uint8 Value: 0x59 { 42 03 59 }
0x785C2: LessEqual { 34 02 }
0x785C4: End { 29 02 }
0x785C6: OneOfOption Option: "" Value: 89 { 09 07 81 29 00 00 59 }
0x785CD: End { 29 02 }
0x785CF: SuppressIf { 0A 82 }
0x785D1: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x785D5: Uint8 Value: 0x5A { 42 03 5A }
0x785D8: LessEqual { 34 02 }
0x785DA: End { 29 02 }
0x785DC: OneOfOption Option: "" Value: 90 { 09 07 82 29 00 00 5A }
0x785E3: End { 29 02 }
0x785E5: SuppressIf { 0A 82 }
0x785E7: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x785EB: Uint8 Value: 0x5B { 42 03 5B }
0x785EE: LessEqual { 34 02 }
0x785F0: End { 29 02 }
0x785F2: OneOfOption Option: "" Value: 91 { 09 07 83 29 00 00 5B }
0x785F9: End { 29 02 }
0x785FB: SuppressIf { 0A 82 }
0x785FD: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78601: Uint8 Value: 0x5C { 42 03 5C }
0x78604: LessEqual { 34 02 }
0x78606: End { 29 02 }
0x78608: OneOfOption Option: "" Value: 92 { 09 07 84 29 00 00 5C }
0x7860F: End { 29 02 }
0x78611: SuppressIf { 0A 82 }
0x78613: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78617: Uint8 Value: 0x5D { 42 03 5D }
0x7861A: LessEqual { 34 02 }
0x7861C: End { 29 02 }
0x7861E: OneOfOption Option: "" Value: 93 { 09 07 85 29 00 00 5D }
0x78625: End { 29 02 }
0x78627: SuppressIf { 0A 82 }
0x78629: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7862D: Uint8 Value: 0x5E { 42 03 5E }
0x78630: LessEqual { 34 02 }
0x78632: End { 29 02 }
0x78634: OneOfOption Option: "" Value: 94 { 09 07 86 29 00 00 5E }
0x7863B: End { 29 02 }
0x7863D: SuppressIf { 0A 82 }
0x7863F: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78643: Uint8 Value: 0x5F { 42 03 5F }
0x78646: LessEqual { 34 02 }
0x78648: End { 29 02 }
0x7864A: OneOfOption Option: "" Value: 95 { 09 07 87 29 00 00 5F }
0x78651: End { 29 02 }
0x78653: SuppressIf { 0A 82 }
0x78655: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78659: Uint8 Value: 0x60 { 42 03 60 }
0x7865C: LessEqual { 34 02 }
0x7865E: End { 29 02 }
0x78660: OneOfOption Option: "" Value: 96 { 09 07 88 29 00 00 60 }
0x78667: End { 29 02 }
0x78669: SuppressIf { 0A 82 }
0x7866B: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7866F: Uint8 Value: 0x61 { 42 03 61 }
0x78672: LessEqual { 34 02 }
0x78674: End { 29 02 }
0x78676: OneOfOption Option: "" Value: 97 { 09 07 89 29 00 00 61 }
0x7867D: End { 29 02 }
0x7867F: SuppressIf { 0A 82 }
0x78681: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78685: Uint8 Value: 0x62 { 42 03 62 }
0x78688: LessEqual { 34 02 }
0x7868A: End { 29 02 }
0x7868C: OneOfOption Option: "" Value: 98 { 09 07 8A 29 00 00 62 }
0x78693: End { 29 02 }
0x78695: SuppressIf { 0A 82 }
0x78697: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7869B: Uint8 Value: 0x63 { 42 03 63 }
0x7869E: LessEqual { 34 02 }
0x786A0: End { 29 02 }
0x786A2: OneOfOption Option: "" Value: 99 { 09 07 8B 29 00 00 63 }
0x786A9: End { 29 02 }
0x786AB: SuppressIf { 0A 82 }
0x786AD: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x786B1: Uint8 Value: 0x64 { 42 03 64 }
0x786B4: LessEqual { 34 02 }
0x786B6: End { 29 02 }
0x786B8: OneOfOption Option: "" Value: 100 { 09 07 8C 29 00 00 64 }
0x786BF: End { 29 02 }
0x786C1: SuppressIf { 0A 82 }
0x786C3: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x786C7: Uint8 Value: 0x65 { 42 03 65 }
0x786CA: LessEqual { 34 02 }
0x786CC: End { 29 02 }
0x786CE: OneOfOption Option: "" Value: 101 { 09 07 8D 29 00 00 65 }
0x786D5: End { 29 02 }
0x786D7: SuppressIf { 0A 82 }
0x786D9: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x786DD: Uint8 Value: 0x66 { 42 03 66 }
0x786E0: LessEqual { 34 02 }
0x786E2: End { 29 02 }
0x786E4: OneOfOption Option: "" Value: 102 { 09 07 8E 29 00 00 66 }
0x786EB: End { 29 02 }
0x786ED: SuppressIf { 0A 82 }
0x786EF: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x786F3: Uint8 Value: 0x67 { 42 03 67 }
0x786F6: LessEqual { 34 02 }
0x786F8: End { 29 02 }
0x786FA: OneOfOption Option: "" Value: 103 { 09 07 8F 29 00 00 67 }
0x78701: End { 29 02 }
0x78703: SuppressIf { 0A 82 }
0x78705: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78709: Uint8 Value: 0x68 { 42 03 68 }
0x7870C: LessEqual { 34 02 }
0x7870E: End { 29 02 }
0x78710: OneOfOption Option: "" Value: 104 { 09 07 90 29 00 00 68 }
0x78717: End { 29 02 }
0x78719: SuppressIf { 0A 82 }
0x7871B: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7871F: Uint8 Value: 0x69 { 42 03 69 }
0x78722: LessEqual { 34 02 }
0x78724: End { 29 02 }
0x78726: OneOfOption Option: "" Value: 105 { 09 07 91 29 00 00 69 }
0x7872D: End { 29 02 }
0x7872F: SuppressIf { 0A 82 }
0x78731: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78735: Uint8 Value: 0x6A { 42 03 6A }
0x78738: LessEqual { 34 02 }
0x7873A: End { 29 02 }
0x7873C: OneOfOption Option: "" Value: 106 { 09 07 92 29 00 00 6A }
0x78743: End { 29 02 }
0x78745: SuppressIf { 0A 82 }
0x78747: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7874B: Uint8 Value: 0x6B { 42 03 6B }
0x7874E: LessEqual { 34 02 }
0x78750: End { 29 02 }
0x78752: OneOfOption Option: "" Value: 107 { 09 07 93 29 00 00 6B }
0x78759: End { 29 02 }
0x7875B: SuppressIf { 0A 82 }
0x7875D: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78761: Uint8 Value: 0x6C { 42 03 6C }
0x78764: LessEqual { 34 02 }
0x78766: End { 29 02 }
0x78768: OneOfOption Option: "" Value: 108 { 09 07 94 29 00 00 6C }
0x7876F: End { 29 02 }
0x78771: SuppressIf { 0A 82 }
0x78773: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78777: Uint8 Value: 0x6D { 42 03 6D }
0x7877A: LessEqual { 34 02 }
0x7877C: End { 29 02 }
0x7877E: OneOfOption Option: "" Value: 109 { 09 07 95 29 00 00 6D }
0x78785: End { 29 02 }
0x78787: SuppressIf { 0A 82 }
0x78789: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7878D: Uint8 Value: 0x6E { 42 03 6E }
0x78790: LessEqual { 34 02 }
0x78792: End { 29 02 }
0x78794: OneOfOption Option: "" Value: 110 { 09 07 96 29 00 00 6E }
0x7879B: End { 29 02 }
0x7879D: SuppressIf { 0A 82 }
0x7879F: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x787A3: Uint8 Value: 0x6F { 42 03 6F }
0x787A6: LessEqual { 34 02 }
0x787A8: End { 29 02 }
0x787AA: OneOfOption Option: "" Value: 111 { 09 07 97 29 00 00 6F }
0x787B1: End { 29 02 }
0x787B3: SuppressIf { 0A 82 }
0x787B5: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x787B9: Uint8 Value: 0x70 { 42 03 70 }
0x787BC: LessEqual { 34 02 }
0x787BE: End { 29 02 }
0x787C0: OneOfOption Option: "" Value: 112 { 09 07 98 29 00 00 70 }
0x787C7: End { 29 02 }
0x787C9: SuppressIf { 0A 82 }
0x787CB: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x787CF: Uint8 Value: 0x71 { 42 03 71 }
0x787D2: LessEqual { 34 02 }
0x787D4: End { 29 02 }
0x787D6: OneOfOption Option: "" Value: 113 { 09 07 99 29 00 00 71 }
0x787DD: End { 29 02 }
0x787DF: SuppressIf { 0A 82 }
0x787E1: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x787E5: Uint8 Value: 0x72 { 42 03 72 }
0x787E8: LessEqual { 34 02 }
0x787EA: End { 29 02 }
0x787EC: OneOfOption Option: "" Value: 114 { 09 07 9A 29 00 00 72 }
0x787F3: End { 29 02 }
0x787F5: SuppressIf { 0A 82 }
0x787F7: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x787FB: Uint8 Value: 0x73 { 42 03 73 }
0x787FE: LessEqual { 34 02 }
0x78800: End { 29 02 }
0x78802: OneOfOption Option: "" Value: 115 { 09 07 9B 29 00 00 73 }
0x78809: End { 29 02 }
0x7880B: SuppressIf { 0A 82 }
0x7880D: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78811: Uint8 Value: 0x74 { 42 03 74 }
0x78814: LessEqual { 34 02 }
0x78816: End { 29 02 }
0x78818: OneOfOption Option: "" Value: 116 { 09 07 9C 29 00 00 74 }
0x7881F: End { 29 02 }
0x78821: SuppressIf { 0A 82 }
0x78823: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78827: Uint8 Value: 0x75 { 42 03 75 }
0x7882A: LessEqual { 34 02 }
0x7882C: End { 29 02 }
0x7882E: OneOfOption Option: "" Value: 117 { 09 07 9D 29 00 00 75 }
0x78835: End { 29 02 }
0x78837: SuppressIf { 0A 82 }
0x78839: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7883D: Uint8 Value: 0x76 { 42 03 76 }
0x78840: LessEqual { 34 02 }
0x78842: End { 29 02 }
0x78844: OneOfOption Option: "" Value: 118 { 09 07 9E 29 00 00 76 }
0x7884B: End { 29 02 }
0x7884D: SuppressIf { 0A 82 }
0x7884F: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78853: Uint8 Value: 0x77 { 42 03 77 }
0x78856: LessEqual { 34 02 }
0x78858: End { 29 02 }
0x7885A: OneOfOption Option: "" Value: 119 { 09 07 9F 29 00 00 77 }
0x78861: End { 29 02 }
0x78863: SuppressIf { 0A 82 }
0x78865: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78869: Uint8 Value: 0x78 { 42 03 78 }
0x7886C: LessEqual { 34 02 }
0x7886E: End { 29 02 }
0x78870: OneOfOption Option: "" Value: 120 { 09 07 A0 29 00 00 78 }
0x78877: End { 29 02 }
0x78879: SuppressIf { 0A 82 }
0x7887B: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7887F: Uint8 Value: 0x79 { 42 03 79 }
0x78882: LessEqual { 34 02 }
0x78884: End { 29 02 }
0x78886: OneOfOption Option: "" Value: 121 { 09 07 A1 29 00 00 79 }
0x7888D: End { 29 02 }
0x7888F: SuppressIf { 0A 82 }
0x78891: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78895: Uint8 Value: 0x7A { 42 03 7A }
0x78898: LessEqual { 34 02 }
0x7889A: End { 29 02 }
0x7889C: OneOfOption Option: "" Value: 122 { 09 07 A2 29 00 00 7A }
0x788A3: End { 29 02 }
0x788A5: SuppressIf { 0A 82 }
0x788A7: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x788AB: Uint8 Value: 0x7B { 42 03 7B }
0x788AE: LessEqual { 34 02 }
0x788B0: End { 29 02 }
0x788B2: OneOfOption Option: "" Value: 123 { 09 07 A3 29 00 00 7B }
0x788B9: End { 29 02 }
0x788BB: SuppressIf { 0A 82 }
0x788BD: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x788C1: Uint8 Value: 0x7C { 42 03 7C }
0x788C4: LessEqual { 34 02 }
0x788C6: End { 29 02 }
0x788C8: OneOfOption Option: "" Value: 124 { 09 07 A4 29 00 00 7C }
0x788CF: End { 29 02 }
0x788D1: SuppressIf { 0A 82 }
0x788D3: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x788D7: Uint8 Value: 0x7D { 42 03 7D }
0x788DA: LessEqual { 34 02 }
0x788DC: End { 29 02 }
0x788DE: OneOfOption Option: "" Value: 125 { 09 07 A5 29 00 00 7D }
0x788E5: End { 29 02 }
0x788E7: SuppressIf { 0A 82 }
0x788E9: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x788ED: Uint8 Value: 0x7E { 42 03 7E }
0x788F0: LessEqual { 34 02 }
0x788F2: End { 29 02 }
0x788F4: OneOfOption Option: "" Value: 126 { 09 07 A6 29 00 00 7E }
0x788FB: End { 29 02 }
0x788FD: SuppressIf { 0A 82 }
0x788FF: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78903: Uint8 Value: 0x7F { 42 03 7F }
0x78906: LessEqual { 34 02 }
0x78908: End { 29 02 }
0x7890A: OneOfOption Option: "" Value: 127 { 09 07 A7 29 00 00 7F }
0x78911: End { 29 02 }
0x78913: SuppressIf { 0A 82 }
0x78915: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78919: Uint8 Value: 0x80 { 42 03 80 }
0x7891C: LessEqual { 34 02 }
0x7891E: End { 29 02 }
0x78920: OneOfOption Option: "" Value: 128 { 09 07 A8 29 00 00 80 }
0x78927: End { 29 02 }
0x78929: SuppressIf { 0A 82 }
0x7892B: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7892F: Uint8 Value: 0x81 { 42 03 81 }
0x78932: LessEqual { 34 02 }
0x78934: End { 29 02 }
0x78936: OneOfOption Option: "" Value: 129 { 09 07 A9 29 00 00 81 }
0x7893D: End { 29 02 }
0x7893F: SuppressIf { 0A 82 }
0x78941: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78945: Uint8 Value: 0x82 { 42 03 82 }
0x78948: LessEqual { 34 02 }
0x7894A: End { 29 02 }
0x7894C: OneOfOption Option: "" Value: 130 { 09 07 AA 29 00 00 82 }
0x78953: End { 29 02 }
0x78955: SuppressIf { 0A 82 }
0x78957: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7895B: Uint8 Value: 0x83 { 42 03 83 }
0x7895E: LessEqual { 34 02 }
0x78960: End { 29 02 }
0x78962: OneOfOption Option: "" Value: 131 { 09 07 AB 29 00 00 83 }
0x78969: End { 29 02 }
0x7896B: SuppressIf { 0A 82 }
0x7896D: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78971: Uint8 Value: 0x84 { 42 03 84 }
0x78974: LessEqual { 34 02 }
0x78976: End { 29 02 }
0x78978: OneOfOption Option: "" Value: 132 { 09 07 AC 29 00 00 84 }
0x7897F: End { 29 02 }
0x78981: SuppressIf { 0A 82 }
0x78983: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78987: Uint8 Value: 0x85 { 42 03 85 }
0x7898A: LessEqual { 34 02 }
0x7898C: End { 29 02 }
0x7898E: OneOfOption Option: "" Value: 133 { 09 07 AD 29 00 00 85 }
0x78995: End { 29 02 }
0x78997: SuppressIf { 0A 82 }
0x78999: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x7899D: Uint8 Value: 0x86 { 42 03 86 }
0x789A0: LessEqual { 34 02 }
0x789A2: End { 29 02 }
0x789A4: OneOfOption Option: "" Value: 134 { 09 07 AE 29 00 00 86 }
0x789AB: End { 29 02 }
0x789AD: SuppressIf { 0A 82 }
0x789AF: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x789B3: Uint8 Value: 0x87 { 42 03 87 }
0x789B6: LessEqual { 34 02 }
0x789B8: End { 29 02 }
0x789BA: OneOfOption Option: "" Value: 135 { 09 07 AF 29 00 00 87 }
0x789C1: End { 29 02 }
0x789C3: SuppressIf { 0A 82 }
0x789C5: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x789C9: Uint8 Value: 0x88 { 42 03 88 }
0x789CC: LessEqual { 34 02 }
0x789CE: End { 29 02 }
0x789D0: OneOfOption Option: "" Value: 136 { 09 07 B0 29 00 00 88 }
0x789D7: End { 29 02 }
0x789D9: SuppressIf { 0A 82 }
0x789DB: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x789DF: Uint8 Value: 0x89 { 42 03 89 }
0x789E2: LessEqual { 34 02 }
0x789E4: End { 29 02 }
0x789E6: OneOfOption Option: "" Value: 137 { 09 07 B1 29 00 00 89 }
0x789ED: End { 29 02 }
0x789EF: SuppressIf { 0A 82 }
0x789F1: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x789F5: Uint8 Value: 0x8A { 42 03 8A }
0x789F8: LessEqual { 34 02 }
0x789FA: End { 29 02 }
0x789FC: OneOfOption Option: "" Value: 138 { 09 07 B2 29 00 00 8A }
0x78A03: End { 29 02 }
0x78A05: SuppressIf { 0A 82 }
0x78A07: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78A0B: Uint8 Value: 0x8B { 42 03 8B }
0x78A0E: LessEqual { 34 02 }
0x78A10: End { 29 02 }
0x78A12: OneOfOption Option: "" Value: 139 { 09 07 B3 29 00 00 8B }
0x78A19: End { 29 02 }
0x78A1B: SuppressIf { 0A 82 }
0x78A1D: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78A21: Uint8 Value: 0x8C { 42 03 8C }
0x78A24: LessEqual { 34 02 }
0x78A26: End { 29 02 }
0x78A28: OneOfOption Option: "" Value: 140 { 09 07 B4 29 00 00 8C }
0x78A2F: End { 29 02 }
0x78A31: SuppressIf { 0A 82 }
0x78A33: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78A37: Uint8 Value: 0x8D { 42 03 8D }
0x78A3A: LessEqual { 34 02 }
0x78A3C: End { 29 02 }
0x78A3E: OneOfOption Option: "" Value: 141 { 09 07 B5 29 00 00 8D }
0x78A45: End { 29 02 }
0x78A47: SuppressIf { 0A 82 }
0x78A49: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78A4D: Uint8 Value: 0x8E { 42 03 8E }
0x78A50: LessEqual { 34 02 }
0x78A52: End { 29 02 }
0x78A54: OneOfOption Option: "" Value: 142 { 09 07 B6 29 00 00 8E }
0x78A5B: End { 29 02 }
0x78A5D: SuppressIf { 0A 82 }
0x78A5F: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78A63: Uint8 Value: 0x8F { 42 03 8F }
0x78A66: LessEqual { 34 02 }
0x78A68: End { 29 02 }
0x78A6A: OneOfOption Option: "" Value: 143 { 09 07 B7 29 00 00 8F }
0x78A71: End { 29 02 }
0x78A73: SuppressIf { 0A 82 }
0x78A75: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78A79: Uint8 Value: 0x90 { 42 03 90 }
0x78A7C: LessEqual { 34 02 }
0x78A7E: End { 29 02 }
0x78A80: OneOfOption Option: "" Value: 144 { 09 07 B8 29 00 00 90 }
0x78A87: End { 29 02 }
0x78A89: SuppressIf { 0A 82 }
0x78A8B: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78A8F: Uint8 Value: 0x91 { 42 03 91 }
0x78A92: LessEqual { 34 02 }
0x78A94: End { 29 02 }
0x78A96: OneOfOption Option: "" Value: 145 { 09 07 B9 29 00 00 91 }
0x78A9D: End { 29 02 }
0x78A9F: SuppressIf { 0A 82 }
0x78AA1: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78AA5: Uint8 Value: 0x92 { 42 03 92 }
0x78AA8: LessEqual { 34 02 }
0x78AAA: End { 29 02 }
0x78AAC: OneOfOption Option: "" Value: 146 { 09 07 BA 29 00 00 92 }
0x78AB3: End { 29 02 }
0x78AB5: SuppressIf { 0A 82 }
0x78AB7: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78ABB: Uint8 Value: 0x93 { 42 03 93 }
0x78ABE: LessEqual { 34 02 }
0x78AC0: End { 29 02 }
0x78AC2: OneOfOption Option: "" Value: 147 { 09 07 BB 29 00 00 93 }
0x78AC9: End { 29 02 }
0x78ACB: SuppressIf { 0A 82 }
0x78ACD: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78AD1: Uint8 Value: 0x94 { 42 03 94 }
0x78AD4: LessEqual { 34 02 }
0x78AD6: End { 29 02 }
0x78AD8: OneOfOption Option: "" Value: 148 { 09 07 BC 29 00 00 94 }
0x78ADF: End { 29 02 }
0x78AE1: SuppressIf { 0A 82 }
0x78AE3: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78AE7: Uint8 Value: 0x95 { 42 03 95 }
0x78AEA: LessEqual { 34 02 }
0x78AEC: End { 29 02 }
0x78AEE: OneOfOption Option: "" Value: 149 { 09 07 BD 29 00 00 95 }
0x78AF5: End { 29 02 }
0x78AF7: SuppressIf { 0A 82 }
0x78AF9: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78AFD: Uint8 Value: 0x96 { 42 03 96 }
0x78B00: LessEqual { 34 02 }
0x78B02: End { 29 02 }
0x78B04: OneOfOption Option: "" Value: 150 { 09 07 BE 29 00 00 96 }
0x78B0B: End { 29 02 }
0x78B0D: SuppressIf { 0A 82 }
0x78B0F: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78B13: Uint8 Value: 0x97 { 42 03 97 }
0x78B16: LessEqual { 34 02 }
0x78B18: End { 29 02 }
0x78B1A: OneOfOption Option: "" Value: 151 { 09 07 BF 29 00 00 97 }
0x78B21: End { 29 02 }
0x78B23: SuppressIf { 0A 82 }
0x78B25: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78B29: Uint8 Value: 0x98 { 42 03 98 }
0x78B2C: LessEqual { 34 02 }
0x78B2E: End { 29 02 }
0x78B30: OneOfOption Option: "" Value: 152 { 09 07 C0 29 00 00 98 }
0x78B37: End { 29 02 }
0x78B39: SuppressIf { 0A 82 }
0x78B3B: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78B3F: Uint8 Value: 0x99 { 42 03 99 }
0x78B42: LessEqual { 34 02 }
0x78B44: End { 29 02 }
0x78B46: OneOfOption Option: "" Value: 153 { 09 07 C1 29 00 00 99 }
0x78B4D: End { 29 02 }
0x78B4F: SuppressIf { 0A 82 }
0x78B51: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78B55: Uint8 Value: 0x9A { 42 03 9A }
0x78B58: LessEqual { 34 02 }
0x78B5A: End { 29 02 }
0x78B5C: OneOfOption Option: "" Value: 154 { 09 07 C2 29 00 00 9A }
0x78B63: End { 29 02 }
0x78B65: SuppressIf { 0A 82 }
0x78B67: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78B6B: Uint8 Value: 0x9B { 42 03 9B }
0x78B6E: LessEqual { 34 02 }
0x78B70: End { 29 02 }
0x78B72: OneOfOption Option: "" Value: 155 { 09 07 C3 29 00 00 9B }
0x78B79: End { 29 02 }
0x78B7B: SuppressIf { 0A 82 }
0x78B7D: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78B81: Uint8 Value: 0x9C { 42 03 9C }
0x78B84: LessEqual { 34 02 }
0x78B86: End { 29 02 }
0x78B88: OneOfOption Option: "" Value: 156 { 09 07 C4 29 00 00 9C }
0x78B8F: End { 29 02 }
0x78B91: SuppressIf { 0A 82 }
0x78B93: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78B97: Uint8 Value: 0x9D { 42 03 9D }
0x78B9A: LessEqual { 34 02 }
0x78B9C: End { 29 02 }
0x78B9E: OneOfOption Option: "" Value: 157 { 09 07 C5 29 00 00 9D }
0x78BA5: End { 29 02 }
0x78BA7: SuppressIf { 0A 82 }
0x78BA9: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78BAD: Uint8 Value: 0x9E { 42 03 9E }
0x78BB0: LessEqual { 34 02 }
0x78BB2: End { 29 02 }
0x78BB4: OneOfOption Option: "" Value: 158 { 09 07 C6 29 00 00 9E }
0x78BBB: End { 29 02 }
0x78BBD: SuppressIf { 0A 82 }
0x78BBF: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78BC3: Uint8 Value: 0x9F { 42 03 9F }
0x78BC6: LessEqual { 34 02 }
0x78BC8: End { 29 02 }
0x78BCA: OneOfOption Option: "" Value: 159 { 09 07 C7 29 00 00 9F }
0x78BD1: End { 29 02 }
0x78BD3: SuppressIf { 0A 82 }
0x78BD5: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78BD9: Uint8 Value: 0xA0 { 42 03 A0 }
0x78BDC: LessEqual { 34 02 }
0x78BDE: End { 29 02 }
0x78BE0: OneOfOption Option: "" Value: 160 { 09 07 C8 29 00 00 A0 }
0x78BE7: End { 29 02 }
0x78BE9: SuppressIf { 0A 82 }
0x78BEB: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78BEF: Uint8 Value: 0xA1 { 42 03 A1 }
0x78BF2: LessEqual { 34 02 }
0x78BF4: End { 29 02 }
0x78BF6: OneOfOption Option: "" Value: 161 { 09 07 C9 29 00 00 A1 }
0x78BFD: End { 29 02 }
0x78BFF: SuppressIf { 0A 82 }
0x78C01: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78C05: Uint8 Value: 0xA2 { 42 03 A2 }
0x78C08: LessEqual { 34 02 }
0x78C0A: End { 29 02 }
0x78C0C: OneOfOption Option: "" Value: 162 { 09 07 CA 29 00 00 A2 }
0x78C13: End { 29 02 }
0x78C15: SuppressIf { 0A 82 }
0x78C17: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78C1B: Uint8 Value: 0xA3 { 42 03 A3 }
0x78C1E: LessEqual { 34 02 }
0x78C20: End { 29 02 }
0x78C22: OneOfOption Option: "" Value: 163 { 09 07 CB 29 00 00 A3 }
0x78C29: End { 29 02 }
0x78C2B: SuppressIf { 0A 82 }
0x78C2D: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78C31: Uint8 Value: 0xA4 { 42 03 A4 }
0x78C34: LessEqual { 34 02 }
0x78C36: End { 29 02 }
0x78C38: OneOfOption Option: "" Value: 164 { 09 07 CC 29 00 00 A4 }
0x78C3F: End { 29 02 }
0x78C41: SuppressIf { 0A 82 }
0x78C43: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78C47: Uint8 Value: 0xA5 { 42 03 A5 }
0x78C4A: LessEqual { 34 02 }
0x78C4C: End { 29 02 }
0x78C4E: OneOfOption Option: "" Value: 165 { 09 07 CD 29 00 00 A5 }
0x78C55: End { 29 02 }
0x78C57: SuppressIf { 0A 82 }
0x78C59: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78C5D: Uint8 Value: 0xA6 { 42 03 A6 }
0x78C60: LessEqual { 34 02 }
0x78C62: End { 29 02 }
0x78C64: OneOfOption Option: "" Value: 166 { 09 07 CE 29 00 00 A6 }
0x78C6B: End { 29 02 }
0x78C6D: SuppressIf { 0A 82 }
0x78C6F: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78C73: Uint8 Value: 0xA7 { 42 03 A7 }
0x78C76: LessEqual { 34 02 }
0x78C78: End { 29 02 }
0x78C7A: OneOfOption Option: "" Value: 167 { 09 07 CF 29 00 00 A7 }
0x78C81: End { 29 02 }
0x78C83: SuppressIf { 0A 82 }
0x78C85: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78C89: Uint8 Value: 0xA8 { 42 03 A8 }
0x78C8C: LessEqual { 34 02 }
0x78C8E: End { 29 02 }
0x78C90: OneOfOption Option: "" Value: 168 { 09 07 D0 29 00 00 A8 }
0x78C97: End { 29 02 }
0x78C99: SuppressIf { 0A 82 }
0x78C9B: QuestionRef1 QuestionId: 0x15FD { 40 84 FD 15 }
0x78C9F: Uint8 Value: 0xA9 { 42 03 A9 }
0x78CA2: LessEqual { 34 02 }
0x78CA4: End { 29 02 }
0x78CA6: OneOfOption Option: "" Value: 169 { 09 07 D1 29 00 00 A9 }
0x78CAD: End { 29 02 }
0x78CAF: End { 29 02 }
0x78CB1: GrayOutIf { 19 82 }
0x78CB3: EqIdVal QuestionId: 0x15FC, Value: 0x1 { 12 86 FC 15 01 00 }
0x78CB9: EqIdVal QuestionId: 0x15FB, Value: 0x1 { 12 06 FB 15 01 00 }
0x78CBF: And { 15 02 }
0x78CC1: End { 29 02 }
0x78CC3: OneOf Prompt: "Performance Core Ratio", Help: "[Auto]: The system will adjust all Performance core ratios automatically.
[Sync All Cores]: Configure a core ratio limit to synchronize all Performance cores.
[Sync All Cores(+1 to 2)]: Similar to Synch All Cores but additional bin added to top 2 cores.
[By Core Usage]: Configure the ratio limits for active cores depending on how many Performance cores are being utilized.
[AI Optimized]: Use AI to optimize the Performance core ratios.
", QuestionFlags: 0x14, QuestionId: 0x2CDE, VarStoreId: 0x30, VarOffset: 0x37, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x4, Step: 0x0 { 05 91 AB 27 AD 27 DE 2C 30 00 37 00 14 10 00 04 00 }
0x78CD4: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x78CDB: OneOfOption Option: "Sync All Cores" Value: 1 { 09 07 AE 27 00 00 01 }
0x78CE2: SuppressIf { 0A 82 }
0x78CE4: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x78CEA: Not { 17 02 }
0x78CEC: End { 29 02 }
0x78CEE: OneOfOption Option: "Sync All Cores(+1 to 2)" Value: 4 { 09 07 AF 27 00 00 04 }
0x78CF5: End { 29 02 }
0x78CF7: OneOfOption Option: "By Core Usage" Value: 2 { 09 07 B0 27 00 00 02 }
0x78CFE: SuppressIf { 0A 82 }
0x78D00: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x78D06: Not { 17 02 }
0x78D08: End { 29 02 }
0x78D0A: OneOfOption Option: "AI Optimized" Value: 3 { 09 07 B1 27 00 00 03 }
0x78D11: End { 29 02 }
0x78D13: End { 29 02 }
0x78D15: End { 29 02 }
0x78D17: SuppressIf { 0A 82 }
0x78D19: EqIdValList QuestionId: 0x2CDE, Values: [0, 3] { 14 0A DE 2C 02 00 00 00 03 00 }
0x78D23: String Prompt: " 1-Core Ratio Limit", Help: "The N-core ratio limit must be higher than or equal to the (N+1)-core ratio limit. (N stands for the number of CPU cores.)
The core ratio limit cannot be set to Auto when the core number is lower than N.
The biggest core’s ratio limit must be lower than or equal to the second biggest core’s ratio limit.", QuestionFlags: 0x14, QuestionId: 0x2CDF, VarStoreId: 0x30, VarStoreInfo: 0x66D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 1B 28 23 28 DF 2C 30 00 6D 06 14 00 14 00 }
0x78D33: End { 29 02 }
0x78D35: SuppressIf { 0A 82 }
0x78D37: True { 46 02 }
0x78D39: Numeric Prompt: " 1-Core Ratio Limit", Help: "The N-core ratio limit must be higher than or equal to the (N+1)-core ratio limit. (N stands for the number of CPU cores.)
The core ratio limit cannot be set to Auto when the core number is lower than N.
The biggest core’s ratio limit must be lower than or equal to the second biggest core’s ratio limit.", QuestionFlags: 0x0, QuestionId: 0x21, VarStoreId: 0x30, VarOffset: 0x38, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 1B 28 23 28 21 00 30 00 38 00 00 10 00 FF 01 }
0x78D4A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x78D50: End { 29 02 }
0x78D52: End { 29 02 }
0x78D54: SuppressIf { 0A 82 }
0x78D56: EqIdValList QuestionId: 0x2CDE, Values: [1, 4] { 14 0A DE 2C 02 00 01 00 04 00 }
0x78D60: SuppressIf { 0A 82 }
0x78D62: EqIdValList QuestionId: 0x15EF, Values: [0, 1] { 14 0A EF 15 02 00 00 00 01 00 }
0x78D6C: String Prompt: " 2-Core Ratio Limit", Help: "The N-core ratio limit must be higher than or equal to the (N+1)-core ratio limit. (N stands for the number of CPU cores.)
The core ratio limit cannot be set to Auto when the core number is lower than N.
The biggest core’s ratio limit must be lower than or equal to the second biggest core’s ratio limit.", QuestionFlags: 0x14, QuestionId: 0x2CE0, VarStoreId: 0x30, VarStoreInfo: 0x695, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 1C 28 23 28 E0 2C 30 00 95 06 14 00 14 00 }
0x78D7C: End { 29 02 }
0x78D7E: SuppressIf { 0A 82 }
0x78D80: True { 46 02 }
0x78D82: Numeric Prompt: " 2-Core Ratio Limit", Help: "The N-core ratio limit must be higher than or equal to the (N+1)-core ratio limit. (N stands for the number of CPU cores.)
The core ratio limit cannot be set to Auto when the core number is lower than N.
The biggest core’s ratio limit must be lower than or equal to the second biggest core’s ratio limit.", QuestionFlags: 0x0, QuestionId: 0x22, VarStoreId: 0x30, VarOffset: 0x39, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 1C 28 23 28 22 00 30 00 39 00 00 10 00 FF 01 }
0x78D93: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x78D99: End { 29 02 }
0x78D9B: End { 29 02 }
0x78D9D: End { 29 02 }
0x78D9F: SuppressIf { 0A 82 }
0x78DA1: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2] { 14 0C EF 15 03 00 00 00 01 00 02 00 }
0x78DAD: String Prompt: " 3-Core Ratio Limit", Help: "The N-core ratio limit must be higher than or equal to the (N+1)-core ratio limit. (N stands for the number of CPU cores.)
The core ratio limit cannot be set to Auto when the core number is lower than N.
The biggest core’s ratio limit must be lower than or equal to the second biggest core’s ratio limit.", QuestionFlags: 0x14, QuestionId: 0x2CE1, VarStoreId: 0x30, VarStoreInfo: 0x6BD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 1D 28 23 28 E1 2C 30 00 BD 06 14 00 14 00 }
0x78DBD: End { 29 02 }
0x78DBF: SuppressIf { 0A 82 }
0x78DC1: True { 46 02 }
0x78DC3: Numeric Prompt: " 3-Core Ratio Limit", Help: "The N-core ratio limit must be higher than or equal to the (N+1)-core ratio limit. (N stands for the number of CPU cores.)
The core ratio limit cannot be set to Auto when the core number is lower than N.
The biggest core’s ratio limit must be lower than or equal to the second biggest core’s ratio limit.", QuestionFlags: 0x0, QuestionId: 0x23, VarStoreId: 0x30, VarOffset: 0x3A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 1D 28 23 28 23 00 30 00 3A 00 00 10 00 FF 01 }
0x78DD4: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x78DDA: End { 29 02 }
0x78DDC: End { 29 02 }
0x78DDE: End { 29 02 }
0x78DE0: SuppressIf { 0A 82 }
0x78DE2: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3] { 14 0E EF 15 04 00 00 00 01 00 02 00 03 00 }
0x78DF0: String Prompt: " 4-Core Ratio Limit", Help: "The N-core ratio limit must be higher than or equal to the (N+1)-core ratio limit. (N stands for the number of CPU cores.)
The core ratio limit cannot be set to Auto when the core number is lower than N.
The biggest core’s ratio limit must be lower than or equal to the second biggest core’s ratio limit.", QuestionFlags: 0x14, QuestionId: 0x2CE2, VarStoreId: 0x30, VarStoreInfo: 0x6E5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 1E 28 23 28 E2 2C 30 00 E5 06 14 00 14 00 }
0x78E00: End { 29 02 }
0x78E02: SuppressIf { 0A 82 }
0x78E04: True { 46 02 }
0x78E06: Numeric Prompt: " 4-Core Ratio Limit", Help: "The N-core ratio limit must be higher than or equal to the (N+1)-core ratio limit. (N stands for the number of CPU cores.)
The core ratio limit cannot be set to Auto when the core number is lower than N.
The biggest core’s ratio limit must be lower than or equal to the second biggest core’s ratio limit.", QuestionFlags: 0x0, QuestionId: 0x24, VarStoreId: 0x30, VarOffset: 0x3B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 1E 28 23 28 24 00 30 00 3B 00 00 10 00 FF 01 }
0x78E17: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x78E1D: End { 29 02 }
0x78E1F: End { 29 02 }
0x78E21: End { 29 02 }
0x78E23: SuppressIf { 0A 82 }
0x78E25: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4] { 14 10 EF 15 05 00 00 00 01 00 02 00 03 00 04 00 }
0x78E35: String Prompt: " 5-Core Ratio Limit", Help: "The N-core ratio limit must be higher than or equal to the (N+1)-core ratio limit. (N stands for the number of CPU cores.)
The core ratio limit cannot be set to Auto when the core number is lower than N.
The biggest core’s ratio limit must be lower than or equal to the second biggest core’s ratio limit.", QuestionFlags: 0x14, QuestionId: 0x2CE3, VarStoreId: 0x30, VarStoreInfo: 0x70D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 1F 28 23 28 E3 2C 30 00 0D 07 14 00 14 00 }
0x78E45: End { 29 02 }
0x78E47: SuppressIf { 0A 82 }
0x78E49: True { 46 02 }
0x78E4B: Numeric Prompt: " 5-Core Ratio Limit", Help: "The N-core ratio limit must be higher than or equal to the (N+1)-core ratio limit. (N stands for the number of CPU cores.)
The core ratio limit cannot be set to Auto when the core number is lower than N.
The biggest core’s ratio limit must be lower than or equal to the second biggest core’s ratio limit.", QuestionFlags: 0x0, QuestionId: 0x25, VarStoreId: 0x30, VarOffset: 0x3C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 1F 28 23 28 25 00 30 00 3C 00 00 10 00 FF 01 }
0x78E5C: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x78E62: End { 29 02 }
0x78E64: End { 29 02 }
0x78E66: End { 29 02 }
0x78E68: SuppressIf { 0A 82 }
0x78E6A: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5] { 14 12 EF 15 06 00 00 00 01 00 02 00 03 00 04 00 05 00 }
0x78E7C: String Prompt: " 6-Core Ratio Limit", Help: "The N-core ratio limit must be higher than or equal to the (N+1)-core ratio limit. (N stands for the number of CPU cores.)
The core ratio limit cannot be set to Auto when the core number is lower than N.
The biggest core’s ratio limit must be lower than or equal to the second biggest core’s ratio limit.", QuestionFlags: 0x14, QuestionId: 0x2CE4, VarStoreId: 0x30, VarStoreInfo: 0x735, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 20 28 23 28 E4 2C 30 00 35 07 14 00 14 00 }
0x78E8C: End { 29 02 }
0x78E8E: SuppressIf { 0A 82 }
0x78E90: True { 46 02 }
0x78E92: Numeric Prompt: " 6-Core Ratio Limit", Help: "The N-core ratio limit must be higher than or equal to the (N+1)-core ratio limit. (N stands for the number of CPU cores.)
The core ratio limit cannot be set to Auto when the core number is lower than N.
The biggest core’s ratio limit must be lower than or equal to the second biggest core’s ratio limit.", QuestionFlags: 0x0, QuestionId: 0x26, VarStoreId: 0x30, VarOffset: 0x3D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 20 28 23 28 26 00 30 00 3D 00 00 10 00 FF 01 }
0x78EA3: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x78EA9: End { 29 02 }
0x78EAB: End { 29 02 }
0x78EAD: End { 29 02 }
0x78EAF: SuppressIf { 0A 82 }
0x78EB1: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5, 6] { 14 14 EF 15 07 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 }
0x78EC5: String Prompt: " 7-Core Ratio Limit", Help: "The N-core ratio limit must be higher than or equal to the (N+1)-core ratio limit. (N stands for the number of CPU cores.)
The core ratio limit cannot be set to Auto when the core number is lower than N.
The biggest core’s ratio limit must be lower than or equal to the second biggest core’s ratio limit.", QuestionFlags: 0x14, QuestionId: 0x2CE5, VarStoreId: 0x30, VarStoreInfo: 0x75D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 21 28 23 28 E5 2C 30 00 5D 07 14 00 14 00 }
0x78ED5: End { 29 02 }
0x78ED7: SuppressIf { 0A 82 }
0x78ED9: True { 46 02 }
0x78EDB: Numeric Prompt: " 7-Core Ratio Limit", Help: "The N-core ratio limit must be higher than or equal to the (N+1)-core ratio limit. (N stands for the number of CPU cores.)
The core ratio limit cannot be set to Auto when the core number is lower than N.
The biggest core’s ratio limit must be lower than or equal to the second biggest core’s ratio limit.", QuestionFlags: 0x0, QuestionId: 0x27, VarStoreId: 0x30, VarOffset: 0x3E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 21 28 23 28 27 00 30 00 3E 00 00 10 00 FF 01 }
0x78EEC: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x78EF2: End { 29 02 }
0x78EF4: End { 29 02 }
0x78EF6: End { 29 02 }
0x78EF8: SuppressIf { 0A 82 }
0x78EFA: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5, 6, 7] { 14 16 EF 15 08 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 07 00 }
0x78F10: String Prompt: " 8-Core Ratio Limit", Help: "The N-core ratio limit must be higher than or equal to the (N+1)-core ratio limit. (N stands for the number of CPU cores.)
The core ratio limit cannot be set to Auto when the core number is lower than N.
The biggest core’s ratio limit must be lower than or equal to the second biggest core’s ratio limit.", QuestionFlags: 0x14, QuestionId: 0x2CE6, VarStoreId: 0x30, VarStoreInfo: 0x785, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 22 28 23 28 E6 2C 30 00 85 07 14 00 14 00 }
0x78F20: End { 29 02 }
0x78F22: SuppressIf { 0A 82 }
0x78F24: True { 46 02 }
0x78F26: Numeric Prompt: " 8-Core Ratio Limit", Help: "The N-core ratio limit must be higher than or equal to the (N+1)-core ratio limit. (N stands for the number of CPU cores.)
The core ratio limit cannot be set to Auto when the core number is lower than N.
The biggest core’s ratio limit must be lower than or equal to the second biggest core’s ratio limit.", QuestionFlags: 0x0, QuestionId: 0x28, VarStoreId: 0x30, VarOffset: 0x3F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 22 28 23 28 28 00 30 00 3F 00 00 10 00 FF 01 }
0x78F37: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x78F3D: End { 29 02 }
0x78F3F: End { 29 02 }
0x78F41: End { 29 02 }
0x78F43: End { 29 02 }
0x78F45: End { 29 02 }
0x78F47: SuppressIf { 0A 82 }
0x78F49: True { 46 02 }
0x78F4B: OneOf Prompt: "", Help: "", QuestionFlags: 0x10, QuestionId: 0x29, VarStoreId: 0x32, VarOffset: 0x8A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x0, Step: 0x0 { 05 91 02 00 02 00 29 00 32 00 8A 00 10 10 00 00 00 }
0x78F5C: OneOfOption Option: "" Value: 0, Default { 09 07 02 00 10 00 00 }
0x78F63: End { 29 02 }
0x78F65: End { 29 02 }
0x78F67: SuppressIf { 0A 82 }
0x78F69: EqIdValList QuestionId: 0x2CDE, Values: [0, 1, 2, 4] { 14 0E DE 2C 04 00 00 00 01 00 02 00 04 00 }
0x78F77: OneOf Prompt: "Optimized AVX Frequency", Help: "Select Normal Use for typical use cases, select Heavy AVX for extreme loads such as Prime 95 AVX.", QuestionFlags: 0x14, QuestionId: 0x2CE7, VarStoreId: 0x31, VarOffset: 0x26, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 D8 2A D9 2A E7 2C 31 00 26 00 14 10 00 01 00 }
0x78F88: OneOfOption Option: "Normal Use" Value: 0, Default { 09 07 DA 2A 10 00 00 }
0x78F8F: OneOfOption Option: "Heavy AVX" Value: 1 { 09 07 DB 2A 00 00 01 }
0x78F96: End { 29 02 }
0x78F98: Text Prompt: "Light Load / Heavy Load", Help: "", Text: "N/A" { 03 08 C5 2A 02 00 C6 2A }
0x78FA0: SuppressIf { 0A 82 }
0x78FA2: True { 46 02 }
0x78FA4: SuppressIf { 0A 82 }
0x78FA6: EqIdVal QuestionId: 0x1434, Value: 0xB { 12 06 34 14 0B 00 }
0x78FAC: Action Prompt: "Light Load / Heavy Load", Help: "", QuestionFlags: 0x4, QuestionId: 0x2CE8, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, QuestionConfig: "" { 0C 8F C5 2A 02 00 E8 2C 00 00 FF FF 04 00 00 }
0x78FBB: End { 29 02 }
0x78FBD: End { 29 02 }
0x78FBF: End { 29 02 }
0x78FC1: End { 29 02 }
0x78FC3: SuppressIf { 0A 82 }
0x78FC5: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x78FCF: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x78FD9: Equal { 2F 02 }
0x78FDB: End { 29 02 }
0x78FDD: SuppressIf { 0A 82 }
0x78FDF: EqIdVal QuestionId: 0x2CDE, Value: 0x3 { 12 06 DE 2C 03 00 }
0x78FE5: Ref Prompt: "Specific Performance Core", Help: "Specific Performance Core", QuestionFlags: 0x0, QuestionId: 0x2A, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2D14 { 0F 0F 38 28 39 28 2A 00 00 00 FF FF 00 14 2D }
0x78FF4: End { 29 02 }
0x78FF6: End { 29 02 }
0x78FF8: SuppressIf { 0A 82 }
0x78FFA: EqIdVal QuestionId: 0x14C9, Value: 0x0 { 12 86 C9 14 00 00 }
0x79000: EqIdVal QuestionId: 0x4C5, Value: 0x0 { 12 06 C5 04 00 00 }
0x79006: Or { 16 02 }
0x79008: End { 29 02 }
0x7900A: GrayOutIf { 19 82 }
0x7900C: EqIdVal QuestionId: 0x15FC, Value: 0x1 { 12 86 FC 15 01 00 }
0x79012: EqIdVal QuestionId: 0x15FB, Value: 0x1 { 12 06 FB 15 01 00 }
0x79018: And { 15 02 }
0x7901A: End { 29 02 }
0x7901C: OneOf Prompt: "Efficient Core Ratio", Help: "[Auto]: The system will adjust all Efficient core ratios automatically.
[Sync All Cores]: Configure a core ratio limit to synchronize all Efficient cores.
[By Core Usage]: Configure the ratio limits for active cores depending on how many Efficient cores are being utilized.
[AI Optimized]: Use AI to optimize the Efficient core ratios.
", QuestionFlags: 0x14, QuestionId: 0x2CE9, VarStoreId: 0x30, VarOffset: 0x49, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 43 28 44 28 E9 2C 30 00 49 00 14 10 00 03 00 }
0x7902D: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x79034: OneOfOption Option: "Sync All Cores" Value: 1 { 09 07 AE 27 00 00 01 }
0x7903B: OneOfOption Option: "By Core Usage" Value: 2 { 09 07 B0 27 00 00 02 }
0x79042: SuppressIf { 0A 82 }
0x79044: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7904A: Not { 17 02 }
0x7904C: End { 29 02 }
0x7904E: OneOfOption Option: "AI Optimized" Value: 3 { 09 07 B1 27 00 00 03 }
0x79055: End { 29 02 }
0x79057: End { 29 02 }
0x79059: End { 29 02 }
0x7905B: SuppressIf { 0A 82 }
0x7905D: EqIdValList QuestionId: 0x2CE9, Values: [0, 3] { 14 0A E9 2C 02 00 00 00 03 00 }
0x79067: SuppressIf { 0A 82 }
0x79069: EqIdValList QuestionId: 0x2CE9, Values: [2] { 14 88 E9 2C 01 00 02 00 }
0x79071: QuestionRef1 QuestionId: 0x14C9 { 40 04 C9 14 }
0x79075: Uint8 Value: 0x8 { 42 03 08 }
0x79078: GreaterThan { 31 02 }
0x7907A: And { 15 02 }
0x7907C: End { 29 02 }
0x7907E: String Prompt: " Efficient 1-Core Ratio Limit", Help: "Ratio Limit for Efficient cores when N Efficient cores are loaded", QuestionFlags: 0x14, QuestionId: 0x2CEA, VarStoreId: 0x30, VarStoreInfo: 0x8ED, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 46 28 4E 28 EA 2C 30 00 ED 08 14 00 14 00 }
0x7908E: End { 29 02 }
0x79090: SuppressIf { 0A 82 }
0x79092: True { 46 02 }
0x79094: Numeric Prompt: " Efficient 1-Core Ratio Limit", Help: "Ratio Limit for Efficient cores when N Efficient cores are loaded", QuestionFlags: 0x0, QuestionId: 0x2B, VarStoreId: 0x30, VarOffset: 0x4A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 46 28 4E 28 2B 00 30 00 4A 00 00 10 00 FF 01 }
0x790A5: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x790AB: End { 29 02 }
0x790AD: End { 29 02 }
0x790AF: SuppressIf { 0A 82 }
0x790B1: EqIdVal QuestionId: 0x2CE9, Value: 0x1 { 12 06 E9 2C 01 00 }
0x790B7: SuppressIf { 0A 82 }
0x790B9: EqIdValList QuestionId: 0x15F9, Values: [0, 1] { 14 0A F9 15 02 00 00 00 01 00 }
0x790C3: String Prompt: " Efficient 2-Core Ratio Limit", Help: "Ratio Limit for Efficient cores when N Efficient cores are loaded", QuestionFlags: 0x14, QuestionId: 0x2CEB, VarStoreId: 0x30, VarStoreInfo: 0x915, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 47 28 4E 28 EB 2C 30 00 15 09 14 00 14 00 }
0x790D3: End { 29 02 }
0x790D5: SuppressIf { 0A 82 }
0x790D7: True { 46 02 }
0x790D9: Numeric Prompt: " Efficient 2-Core Ratio Limit", Help: "Ratio Limit for Efficient cores when N Efficient cores are loaded", QuestionFlags: 0x0, QuestionId: 0x2C, VarStoreId: 0x30, VarOffset: 0x4B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 47 28 4E 28 2C 00 30 00 4B 00 00 10 00 FF 01 }
0x790EA: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x790F0: End { 29 02 }
0x790F2: End { 29 02 }
0x790F4: End { 29 02 }
0x790F6: SuppressIf { 0A 82 }
0x790F8: EqIdValList QuestionId: 0x15F9, Values: [0, 1, 2] { 14 0C F9 15 03 00 00 00 01 00 02 00 }
0x79104: String Prompt: " Efficient 3-Core Ratio Limit", Help: "Ratio Limit for Efficient cores when N Efficient cores are loaded", QuestionFlags: 0x14, QuestionId: 0x2CEC, VarStoreId: 0x30, VarStoreInfo: 0x93D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 48 28 4E 28 EC 2C 30 00 3D 09 14 00 14 00 }
0x79114: End { 29 02 }
0x79116: SuppressIf { 0A 82 }
0x79118: True { 46 02 }
0x7911A: Numeric Prompt: " Efficient 3-Core Ratio Limit", Help: "Ratio Limit for Efficient cores when N Efficient cores are loaded", QuestionFlags: 0x0, QuestionId: 0x2D, VarStoreId: 0x30, VarOffset: 0x4C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 48 28 4E 28 2D 00 30 00 4C 00 00 10 00 FF 01 }
0x7912B: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x79131: End { 29 02 }
0x79133: End { 29 02 }
0x79135: End { 29 02 }
0x79137: SuppressIf { 0A 82 }
0x79139: EqIdValList QuestionId: 0x15F9, Values: [0, 1, 2, 3] { 14 0E F9 15 04 00 00 00 01 00 02 00 03 00 }
0x79147: String Prompt: " Efficient 4-Core Ratio Limit", Help: "Ratio Limit for Efficient cores when N Efficient cores are loaded", QuestionFlags: 0x14, QuestionId: 0x2CED, VarStoreId: 0x30, VarStoreInfo: 0x965, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 49 28 4E 28 ED 2C 30 00 65 09 14 00 14 00 }
0x79157: End { 29 02 }
0x79159: SuppressIf { 0A 82 }
0x7915B: True { 46 02 }
0x7915D: Numeric Prompt: " Efficient 4-Core Ratio Limit", Help: "Ratio Limit for Efficient cores when N Efficient cores are loaded", QuestionFlags: 0x0, QuestionId: 0x2E, VarStoreId: 0x30, VarOffset: 0x4D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 49 28 4E 28 2E 00 30 00 4D 00 00 10 00 FF 01 }
0x7916E: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x79174: End { 29 02 }
0x79176: End { 29 02 }
0x79178: End { 29 02 }
0x7917A: SuppressIf { 0A 82 }
0x7917C: EqIdValList QuestionId: 0x15F9, Values: [0, 1, 2, 3, 4] { 14 10 F9 15 05 00 00 00 01 00 02 00 03 00 04 00 }
0x7918C: String Prompt: " Efficient 5-Core Ratio Limit", Help: "Ratio Limit for Efficient cores when N Efficient cores are loaded", QuestionFlags: 0x14, QuestionId: 0x2CEE, VarStoreId: 0x30, VarStoreInfo: 0x98D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 4A 28 4E 28 EE 2C 30 00 8D 09 14 00 14 00 }
0x7919C: End { 29 02 }
0x7919E: SuppressIf { 0A 82 }
0x791A0: True { 46 02 }
0x791A2: Numeric Prompt: " Efficient 5-Core Ratio Limit", Help: "Ratio Limit for Efficient cores when N Efficient cores are loaded", QuestionFlags: 0x0, QuestionId: 0x2F, VarStoreId: 0x30, VarOffset: 0x4E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 4A 28 4E 28 2F 00 30 00 4E 00 00 10 00 FF 01 }
0x791B3: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x791B9: End { 29 02 }
0x791BB: End { 29 02 }
0x791BD: End { 29 02 }
0x791BF: SuppressIf { 0A 82 }
0x791C1: EqIdValList QuestionId: 0x15F9, Values: [0, 1, 2, 3, 4, 5] { 14 12 F9 15 06 00 00 00 01 00 02 00 03 00 04 00 05 00 }
0x791D3: String Prompt: " Efficient 6-Core Ratio Limit", Help: "Ratio Limit for Efficient cores when N Efficient cores are loaded", QuestionFlags: 0x14, QuestionId: 0x2CEF, VarStoreId: 0x30, VarStoreInfo: 0x9B5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 4B 28 4E 28 EF 2C 30 00 B5 09 14 00 14 00 }
0x791E3: End { 29 02 }
0x791E5: SuppressIf { 0A 82 }
0x791E7: True { 46 02 }
0x791E9: Numeric Prompt: " Efficient 6-Core Ratio Limit", Help: "Ratio Limit for Efficient cores when N Efficient cores are loaded", QuestionFlags: 0x0, QuestionId: 0x30, VarStoreId: 0x30, VarOffset: 0x4F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 4B 28 4E 28 30 00 30 00 4F 00 00 10 00 FF 01 }
0x791FA: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x79200: End { 29 02 }
0x79202: End { 29 02 }
0x79204: End { 29 02 }
0x79206: SuppressIf { 0A 82 }
0x79208: EqIdValList QuestionId: 0x15F9, Values: [0, 1, 2, 3, 4, 5, 6] { 14 14 F9 15 07 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 }
0x7921C: String Prompt: " Efficient 7-Core Ratio Limit", Help: "Ratio Limit for Efficient cores when N Efficient cores are loaded", QuestionFlags: 0x14, QuestionId: 0x2CF0, VarStoreId: 0x30, VarStoreInfo: 0x9DD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 4C 28 4E 28 F0 2C 30 00 DD 09 14 00 14 00 }
0x7922C: End { 29 02 }
0x7922E: SuppressIf { 0A 82 }
0x79230: True { 46 02 }
0x79232: Numeric Prompt: " Efficient 7-Core Ratio Limit", Help: "Ratio Limit for Efficient cores when N Efficient cores are loaded", QuestionFlags: 0x0, QuestionId: 0x31, VarStoreId: 0x30, VarOffset: 0x50, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 4C 28 4E 28 31 00 30 00 50 00 00 10 00 FF 01 }
0x79243: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x79249: End { 29 02 }
0x7924B: End { 29 02 }
0x7924D: End { 29 02 }
0x7924F: SuppressIf { 0A 82 }
0x79251: EqIdValList QuestionId: 0x15F9, Values: [0, 1, 2, 3, 4, 5, 6, 7] { 14 16 F9 15 08 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 07 00 }
0x79267: String Prompt: " Efficient 8-Core Ratio Limit", Help: "Ratio Limit for Efficient cores when N Efficient cores are loaded", QuestionFlags: 0x14, QuestionId: 0x2CF1, VarStoreId: 0x30, VarStoreInfo: 0xA05, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 4D 28 4E 28 F1 2C 30 00 05 0A 14 00 14 00 }
0x79277: End { 29 02 }
0x79279: SuppressIf { 0A 82 }
0x7927B: True { 46 02 }
0x7927D: Numeric Prompt: " Efficient 8-Core Ratio Limit", Help: "Ratio Limit for Efficient cores when N Efficient cores are loaded", QuestionFlags: 0x0, QuestionId: 0x32, VarStoreId: 0x30, VarOffset: 0x51, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 4D 28 4E 28 32 00 30 00 51 00 00 10 00 FF 01 }
0x7928E: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x79294: End { 29 02 }
0x79296: End { 29 02 }
0x79298: End { 29 02 }
0x7929A: End { 29 02 }
0x7929C: End { 29 02 }
0x7929E: End { 29 02 }
0x792A0: SuppressIf { 0A 82 }
0x792A2: EqIdValList QuestionId: 0x2CE9, Values: [0, 1, 3, 4] { 14 0E E9 2C 04 00 00 00 01 00 03 00 04 00 }
0x792B0: SuppressIf { 0A 82 }
0x792B2: QuestionRef1 QuestionId: 0x14C9 { 40 84 C9 14 }
0x792B6: Uint8 Value: 0x8 { 42 03 08 }
0x792B9: LessEqual { 34 02 }
0x792BB: End { 29 02 }
0x792BD: Ref Prompt: "By E-Core Usage", Help: "By E-Core Usage", QuestionFlags: 0x0, QuestionId: 0x33, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2D6A { 0F 0F 24 28 25 28 33 00 00 00 FF FF 00 6A 2D }
0x792CC: End { 29 02 }
0x792CE: End { 29 02 }
0x792D0: SuppressIf { 0A 82 }
0x792D2: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x792DC: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x792E6: Equal { 2F 02 }
0x792E8: End { 29 02 }
0x792EA: SuppressIf { 0A 82 }
0x792EC: EqIdVal QuestionId: 0x2CE9, Value: 0x3 { 12 06 E9 2C 03 00 }
0x792F2: Ref Prompt: "Specific Efficient Core", Help: "Specific Efficient Core", QuestionFlags: 0x0, QuestionId: 0x34, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2D4D { 0F 0F 4F 28 50 28 34 00 00 00 FF FF 00 4D 2D }
0x79301: End { 29 02 }
0x79303: End { 29 02 }
0x79305: End { 29 02 }
0x79307: Ref Prompt: "AVX Related Controls", Help: "AVX Related Controls", QuestionFlags: 0x0, QuestionId: 0x35, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2D7B { 0F 0F 6C 2B 6D 2B 35 00 00 00 FF FF 00 7B 2D }
0x79316: Ref Prompt: "DRAM Timing Control", Help: "DRAM Timing Control", QuestionFlags: 0x0, QuestionId: 0x36, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x3037 { 0F 0F CC 27 CD 27 36 00 00 00 FF FF 00 37 30 }
0x79325: Ref Prompt: "DIGI+ VRM", Help: "DIGI+ VRM", QuestionFlags: 0x0, QuestionId: 0x37, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2D8C { 0F 0F E7 2A E7 2A 37 00 00 00 FF FF 00 8C 2D }
0x79334: Ref Prompt: "Auto Voltage Caps", Help: "Auto Voltage Caps", QuestionFlags: 0x0, QuestionId: 0x38, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2D9D { 0F 0F 49 2B 4A 2B 38 00 00 00 FF FF 00 9D 2D }
0x79343: Ref Prompt: "Internal CPU Power Management", Help: "Internal CPU Power Management", QuestionFlags: 0x0, QuestionId: 0x39, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2DA1 { 0F 0F D6 27 D7 27 39 00 00 00 FF FF 00 A1 2D }
0x79352: SuppressIf { 0A 82 }
0x79354: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x7935E: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x79368: Equal { 2F 02 }
0x7936A: End { 29 02 }
0x7936C: Ref Prompt: "Thermal Velocity Boost", Help: "Thermal Velocity Boost", QuestionFlags: 0x0, QuestionId: 0x3A, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2DAE { 0F 0F D8 27 D9 27 3A 00 00 00 FF FF 00 AE 2D }
0x7937B: End { 29 02 }
0x7937D: SuppressIf { 0A 82 }
0x7937F: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x79389: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x79393: Equal { 2F 02 }
0x79395: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x7939F: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x793A9: Equal { 2F 02 }
0x793AB: And { 15 02 }
0x793AD: End { 29 02 }
0x793AF: SuppressIf { 0A 82 }
0x793B1: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x793B7: Not { 17 02 }
0x793B9: End { 29 02 }
0x793BB: Ref Prompt: "V/F Point Offset", Help: "V/F Point Offset", QuestionFlags: 0x0, QuestionId: 0x3B, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2D80 { 0F 0F 10 2B 11 2B 3B 00 00 00 FF FF 00 80 2D }
0x793CA: End { 29 02 }
0x793CC: End { 29 02 }
0x793CE: Ref Prompt: "Tweaker’s Paradise", Help: "Tweaker’s Paradise", QuestionFlags: 0x0, QuestionId: 0x3C, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2DC7 { 0F 0F CE 27 CF 27 3C 00 00 00 FF FF 00 C7 2D }
0x793DD: SuppressIf { 0A 82 }
0x793DF: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x793E5: Not { 17 02 }
0x793E7: End { 29 02 }
0x793E9: Ref Prompt: "AI Features", Help: "AI Features", QuestionFlags: 0x0, QuestionId: 0x3D, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2DDD { 0F 0F 8A 2A 8B 2A 3D 00 00 00 FF FF 00 DD 2D }
0x793F8: End { 29 02 }
0x793FA: Text Prompt: ":--:", Help: "", Text: "" { 03 08 6B 00 02 00 02 00 }
0x79402: SuppressIf { 0A 82 }
0x79404: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7940A: Not { 17 02 }
0x7940C: End { 29 02 }
0x7940E: OneOf Prompt: "Ring Down Bin", Help: "Enable/Disable Ring Downbin feature. Enabled - CPU will down bin the ring ratio, which means the requested max ring ratio may not be observed. Disable - CPU will not down bin the ring ratio and the requested ring ratio limit will be observed. Default is Enabled. Please use caution when disabling this feature as it may result in overvoltaging of the CPU. Uses OC mailbox command 0x19.", QuestionFlags: 0x10, QuestionId: 0x3E, VarStoreId: 0x30, VarOffset: 0xC7, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 66 2A D5 1D 3E 00 30 00 C7 00 10 10 00 02 00 }
0x7941F: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x79426: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7942D: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x79434: End { 29 02 }
0x79436: End { 29 02 }
0x79438: String Prompt: "Min. CPU Cache Ratio", Help: "Configures the minimum possible CPU cache ratio.", QuestionFlags: 0x14, QuestionId: 0x2CF2, VarStoreId: 0x30, VarStoreInfo: 0xEDD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 60 28 61 28 F2 2C 30 00 DD 0E 14 00 14 00 }
0x79448: End { 29 02 }
0x7944A: SuppressIf { 0A 82 }
0x7944C: True { 46 02 }
0x7944E: Numeric Prompt: "Min. CPU Cache Ratio", Help: "Configures the minimum possible CPU cache ratio.", QuestionFlags: 0x0, QuestionId: 0x3F, VarStoreId: 0x30, VarOffset: 0xC8, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3F, Step: 0x1 { 07 91 60 28 61 28 3F 00 30 00 C8 00 00 10 00 3F 01 }
0x7945F: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x79465: End { 29 02 }
0x79467: End { 29 02 }
0x79469: String Prompt: "Max. CPU Cache Ratio", Help: "Configures the maximum possible CPU cache ratio.", QuestionFlags: 0x14, QuestionId: 0x2CF3, VarStoreId: 0x30, VarStoreInfo: 0xF05, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 62 28 63 28 F3 2C 30 00 05 0F 14 00 14 00 }
0x79479: End { 29 02 }
0x7947B: SuppressIf { 0A 82 }
0x7947D: True { 46 02 }
0x7947F: Numeric Prompt: "Max. CPU Cache Ratio", Help: "Configures the maximum possible CPU cache ratio.", QuestionFlags: 0x0, QuestionId: 0x40, VarStoreId: 0x30, VarOffset: 0xC9, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3F, Step: 0x1 { 07 91 62 28 63 28 40 00 30 00 C9 00 00 10 00 3F 01 }
0x79490: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x79496: End { 29 02 }
0x79498: End { 29 02 }
0x7949A: SuppressIf { 0A 82 }
0x7949C: EqIdVal QuestionId: 0x15AD, Value: 0x0 { 12 06 AD 15 00 00 }
0x794A2: String Prompt: "Max. CPU Graphics Ratio", Help: "Configures the CPU graphics ratio. The ratio may vary depednding on the system loading.", QuestionFlags: 0x14, QuestionId: 0x2CF4, VarStoreId: 0x30, VarStoreInfo: 0x645, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 64 28 65 28 F4 2C 30 00 45 06 14 00 14 00 }
0x794B2: End { 29 02 }
0x794B4: SuppressIf { 0A 82 }
0x794B6: True { 46 02 }
0x794B8: Numeric Prompt: "Max. CPU Graphics Ratio", Help: "Configures the CPU graphics ratio. The ratio may vary depednding on the system loading.", QuestionFlags: 0x0, QuestionId: 0x41, VarStoreId: 0x30, VarOffset: 0x35, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3F, Step: 0x1 { 07 91 64 28 65 28 41 00 30 00 35 00 00 10 00 3F 01 }
0x794C9: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x794CF: End { 29 02 }
0x794D1: End { 29 02 }
0x794D3: End { 29 02 }
0x794D5: Text Prompt: ":--:", Help: "", Text: "" { 03 08 6B 00 02 00 02 00 }
0x794DD: GrayOutIf { 19 82 }
0x794DF: EqIdVal QuestionId: 0x15FA, Value: 0x0 { 12 06 FA 15 00 00 }
0x794E5: OneOf Prompt: "Extreme Over-voltage", Help: "[Enabled]: Set to this option to select a high overclocking voltage, but which may affect the CPU lifespan.
[Disabled]: Set to this option for CPU overvoltage protection.", QuestionFlags: 0x14, QuestionId: 0x2CF5, VarStoreId: 0x30, VarOffset: 0x21E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 44 2A 45 2A F5 2C 30 00 1E 02 14 10 00 01 00 }
0x794F6: OneOfOption Option: "Disabled" Value: 0, Default { 09 07 9D 27 10 00 00 }
0x794FD: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x79504: End { 29 02 }
0x79506: End { 29 02 }
0x79508: SuppressIf { 0A 82 }
0x7950A: EqIdVal QuestionId: 0x15FA, Value: 0x1 { 12 06 FA 15 01 00 }
0x79510: Subtitle Prompt: "The item can only be enabled when the onboard CPU_OV jumper is switched on.
[Enabled]: Allow higher voltages for overclocking, but the CPU lifetime will not be guaranteed.", Help: "", Flags: 0x0 { 02 87 46 2A 00 00 00 }
0x79517: End { 29 02 }
0x79519: End { 29 02 }
0x7951B: SuppressIf { 0A 82 }
0x7951D: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x79527: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x79531: Equal { 2F 02 }
0x79533: End { 29 02 }
0x79535: SuppressIf { 0A 82 }
0x79537: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7953D: Not { 17 02 }
0x7953F: End { 29 02 }
0x79541: OneOf Prompt: "BCLK Aware Adaptive Voltage", Help: "BCLK Aware Adaptive Voltage enable/disable. When enabled, pcode will be aware of the BCLK frequency when calculating the CPU V/F curves. This is ideal for BCLK OC to avoid high voltage overrides. Uses OC Mailbox command 0x15.", QuestionFlags: 0x10, QuestionId: 0x42, VarStoreId: 0x30, VarOffset: 0x222, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 9A 1D 9B 1D 42 00 30 00 22 02 10 10 00 02 00 }
0x79552: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x79559: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x79560: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x79567: End { 29 02 }
0x79569: End { 29 02 }
0x7956B: End { 29 02 }
0x7956D: OneOf Prompt: "Actual VRM Core Voltage", Help: "Configure the VRM output rail for Core Voltage. Manual mode allows user-defined values. Offset mode modifies values by SVID.", QuestionFlags: 0x10, QuestionId: 0x2CF6, VarStoreId: 0x30, VarOffset: 0x15D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 71 28 72 28 F6 2C 30 00 5D 01 10 10 00 02 00 }
0x7957E: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x79585: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x7958C: OneOfOption Option: "Offset Mode" Value: 2 { 09 07 17 28 00 00 02 }
0x79593: End { 29 02 }
0x79595: SuppressIf { 0A 82 }
0x79597: EqIdValList QuestionId: 0x2CF6, Values: [0, 2, 3] { 14 0C F6 2C 03 00 00 00 02 00 03 00 }
0x795A3: String Prompt: " - CPU Core Voltage Override", Help: "Configure the input voltage for the CPU by the external voltage regulator.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.005V", QuestionFlags: 0x14, QuestionId: 0x2CF7, VarStoreId: 0x30, VarStoreInfo: 0x133D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 75 28 76 28 F7 2C 30 00 3D 13 14 00 14 00 }
0x795B3: End { 29 02 }
0x795B5: SuppressIf { 0A 82 }
0x795B7: True { 46 02 }
0x795B9: Numeric Prompt: " - CPU Core Voltage Override", Help: "Configure the input voltage for the CPU by the external voltage regulator.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.005V", QuestionFlags: 0x0, QuestionId: 0x43, VarStoreId: 0x30, VarOffset: 0x15E, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 75 28 76 28 43 00 30 00 5E 01 00 11 00 00 FF FF 01 00 }
0x795CD: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x795D4: End { 29 02 }
0x795D6: End { 29 02 }
0x795D8: End { 29 02 }
0x795DA: SuppressIf { 0A 82 }
0x795DC: EqIdValList QuestionId: 0x2CF6, Values: [0, 1] { 14 0A F6 2C 02 00 00 00 01 00 }
0x795E6: OneOf Prompt: " - Offset Mode Sign", Help: "[+]: Offset the CPU core voltage by a positive value.
[-]: Offset the CPU core voltage by a negative value.", QuestionFlags: 0x10, QuestionId: 0x44, VarStoreId: 0x30, VarOffset: 0x160, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 73 28 74 28 44 00 30 00 60 01 10 10 00 01 00 }
0x795F7: OneOfOption Option: "-" Value: 1 { 09 07 1A 28 00 00 01 }
0x795FE: OneOfOption Option: "+" Value: 0, Default { 09 07 19 28 10 00 00 }
0x79605: End { 29 02 }
0x79607: End { 29 02 }
0x79609: SuppressIf { 0A 82 }
0x7960B: EqIdValList QuestionId: 0x2CF6, Values: [0, 1, 3] { 14 0C F6 2C 03 00 00 00 01 00 03 00 }
0x79617: String Prompt: " - CPU Core Voltage Offset", Help: "Configure the input voltage for the CPU by the external voltage regulator.
Min.: 0.005V | Max.: 0.635V | Standard: By CPU | Increment: 0.005V", QuestionFlags: 0x14, QuestionId: 0x2CF8, VarStoreId: 0x30, VarStoreInfo: 0x1365, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 77 28 78 28 F8 2C 30 00 65 13 14 00 14 00 }
0x79627: End { 29 02 }
0x79629: SuppressIf { 0A 82 }
0x7962B: True { 46 02 }
0x7962D: Numeric Prompt: " - CPU Core Voltage Offset", Help: "Configure the input voltage for the CPU by the external voltage regulator.
Min.: 0.005V | Max.: 0.635V | Standard: By CPU | Increment: 0.005V", QuestionFlags: 0x0, QuestionId: 0x45, VarStoreId: 0x30, VarOffset: 0x161, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 77 28 78 28 45 00 30 00 61 01 00 11 00 00 FF FF 01 00 }
0x79641: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79648: End { 29 02 }
0x7964A: End { 29 02 }
0x7964C: End { 29 02 }
0x7964E: OneOf Prompt: "Global Core SVID Voltage", Help: "Configure the global Core Voltage requested by the cores. Result may be influenced by Actual VRM Core Voltage.", QuestionFlags: 0x10, QuestionId: 0x2CF9, VarStoreId: 0x30, VarOffset: 0x167, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 7F 28 80 28 F9 2C 30 00 67 01 10 10 00 03 00 }
0x7965F: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x79666: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x7966D: SuppressIf { 0A 82 }
0x7966F: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x79679: Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
0x79683: Equal { 2F 02 }
0x79685: End { 29 02 }
0x79687: SuppressIf { 0A 82 }
0x79689: EqIdValList QuestionId: 0x2DCD, Values: [0] { 14 08 CD 2D 01 00 00 00 }
0x79691: OneOfOption Option: "Offset Mode" Value: 2 { 09 07 17 28 00 00 02 }
0x79698: End { 29 02 }
0x7969A: End { 29 02 }
0x7969C: SuppressIf { 0A 82 }
0x7969E: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x796A8: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x796B2: Equal { 2F 02 }
0x796B4: End { 29 02 }
0x796B6: SuppressIf { 0A 82 }
0x796B8: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x796BE: Not { 17 02 }
0x796C0: End { 29 02 }
0x796C2: SuppressIf { 0A 82 }
0x796C4: EqIdVal QuestionId: 0x2CD2, Value: 0x1 { 12 06 D2 2C 01 00 }
0x796CA: OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 18 28 00 00 03 }
0x796D1: End { 29 02 }
0x796D3: End { 29 02 }
0x796D5: End { 29 02 }
0x796D7: End { 29 02 }
0x796D9: SuppressIf { 0A 82 }
0x796DB: EqIdValList QuestionId: 0x2CF9, Values: [0, 2, 3] { 14 0C F9 2C 03 00 00 00 02 00 03 00 }
0x796E7: String Prompt: " - CPU Core Voltage Override", Help: "Configure the voltage for the CPU Core.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2CFA, VarStoreId: 0x30, VarStoreInfo: 0x13DD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 81 28 82 28 FA 2C 30 00 DD 13 14 00 14 00 }
0x796F7: End { 29 02 }
0x796F9: SuppressIf { 0A 82 }
0x796FB: True { 46 02 }
0x796FD: Numeric Prompt: " - CPU Core Voltage Override", Help: "Configure the voltage for the CPU Core.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x46, VarStoreId: 0x30, VarOffset: 0x168, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 81 28 82 28 46 00 30 00 68 01 00 11 00 00 FF FF 01 00 }
0x79711: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79718: End { 29 02 }
0x7971A: End { 29 02 }
0x7971C: End { 29 02 }
0x7971E: SuppressIf { 0A 82 }
0x79720: EqIdValList QuestionId: 0x2CF9, Values: [0, 1] { 14 0A F9 2C 02 00 00 00 01 00 }
0x7972A: OneOf Prompt: " - Offset Mode Sign", Help: "[+]: Offset the CPU core voltage by a positive value.
[-]: Offset the CPU core voltage by a negative value.", QuestionFlags: 0x10, QuestionId: 0x47, VarStoreId: 0x30, VarOffset: 0x16A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 73 28 74 28 47 00 30 00 6A 01 10 10 00 01 00 }
0x7973B: OneOfOption Option: "-" Value: 1 { 09 07 1A 28 00 00 01 }
0x79742: OneOfOption Option: "+" Value: 0, Default { 09 07 19 28 10 00 00 }
0x79749: End { 29 02 }
0x7974B: End { 29 02 }
0x7974D: SuppressIf { 0A 82 }
0x7974F: EqIdValList QuestionId: 0x2CF9, Values: [0, 1, 2] { 14 0C F9 2C 03 00 00 00 01 00 02 00 }
0x7975B: String Prompt: " - Additional Turbo Mode CPU Core Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in Turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.250V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2CFB, VarStoreId: 0x30, VarStoreInfo: 0x138D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 7B 28 7C 28 FB 2C 30 00 8D 13 14 00 14 00 }
0x7976B: End { 29 02 }
0x7976D: SuppressIf { 0A 82 }
0x7976F: True { 46 02 }
0x79771: Numeric Prompt: " - Additional Turbo Mode CPU Core Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in Turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.250V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x48, VarStoreId: 0x30, VarOffset: 0x163, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 7B 28 7C 28 48 00 30 00 63 01 00 11 00 00 FF FF 01 00 }
0x79785: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7978C: End { 29 02 }
0x7978E: End { 29 02 }
0x79790: End { 29 02 }
0x79792: SuppressIf { 0A 82 }
0x79794: EqIdValList QuestionId: 0x2CF9, Values: [0, 1] { 14 0A F9 2C 02 00 00 00 01 00 }
0x7979E: String Prompt: " - Offset Voltage", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2CFC, VarStoreId: 0x30, VarStoreInfo: 0x13B5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 79 28 7A 28 FC 2C 30 00 B5 13 14 00 14 00 }
0x797AE: End { 29 02 }
0x797B0: SuppressIf { 0A 82 }
0x797B2: True { 46 02 }
0x797B4: Numeric Prompt: " - Offset Voltage", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x49, VarStoreId: 0x30, VarOffset: 0x165, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 79 28 7A 28 49 00 30 00 65 01 00 11 00 00 FF FF 01 00 }
0x797C8: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x797CF: End { 29 02 }
0x797D1: End { 29 02 }
0x797D3: End { 29 02 }
0x797D5: SuppressIf { 0A 82 }
0x797D7: EqIdValList QuestionId: 0x2CF9, Values: [0, 1, 2] { 14 0C F9 2C 03 00 00 00 01 00 02 00 }
0x797E3: Text Prompt: " \x1b[1;37;mTotal Adaptive Mode CPU Core Voltage", Help: " \x1b[1;37;mTotal Adaptive Mode CPU Core Voltage", Text: "\x1b[1;37;mBy CPU" { 03 08 7D 28 7D 28 7E 28 }
0x797EB: End { 29 02 }
0x797ED: OneOf Prompt: "Cache SVID Voltage", Help: "Configure the Cache Voltage requested by the Ring Domain. Result may be influenced Actual VRM Vore Voltage.", QuestionFlags: 0x10, QuestionId: 0x2CFD, VarStoreId: 0x30, VarOffset: 0x17F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 95 28 96 28 FD 2C 30 00 7F 01 10 10 00 03 00 }
0x797FE: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x79805: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x7980C: SuppressIf { 0A 82 }
0x7980E: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x79818: Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
0x79822: Equal { 2F 02 }
0x79824: End { 29 02 }
0x79826: SuppressIf { 0A 82 }
0x79828: EqIdValList QuestionId: 0x2DCD, Values: [0] { 14 08 CD 2D 01 00 00 00 }
0x79830: OneOfOption Option: "Offset Mode" Value: 2 { 09 07 17 28 00 00 02 }
0x79837: End { 29 02 }
0x79839: End { 29 02 }
0x7983B: SuppressIf { 0A 82 }
0x7983D: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x79847: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x79851: Equal { 2F 02 }
0x79853: End { 29 02 }
0x79855: SuppressIf { 0A 82 }
0x79857: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7985D: Not { 17 02 }
0x7985F: End { 29 02 }
0x79861: OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 18 28 00 00 03 }
0x79868: End { 29 02 }
0x7986A: End { 29 02 }
0x7986C: End { 29 02 }
0x7986E: SuppressIf { 0A 82 }
0x79870: EqIdValList QuestionId: 0x2CFD, Values: [0, 2, 3] { 14 0C FD 2C 03 00 00 00 02 00 03 00 }
0x7987C: String Prompt: " - Cache Voltage Override", Help: "Configure the voltage for the Cache.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2CFE, VarStoreId: 0x30, VarStoreInfo: 0x1545, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 97 28 98 28 FE 2C 30 00 45 15 14 00 14 00 }
0x7988C: End { 29 02 }
0x7988E: SuppressIf { 0A 82 }
0x79890: True { 46 02 }
0x79892: Numeric Prompt: " - Cache Voltage Override", Help: "Configure the voltage for the Cache.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x4A, VarStoreId: 0x30, VarOffset: 0x180, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 97 28 98 28 4A 00 30 00 80 01 00 11 00 00 FF FF 01 00 }
0x798A6: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x798AD: End { 29 02 }
0x798AF: End { 29 02 }
0x798B1: End { 29 02 }
0x798B3: SuppressIf { 0A 82 }
0x798B5: EqIdValList QuestionId: 0x2CFD, Values: [0, 1] { 14 0A FD 2C 02 00 00 00 01 00 }
0x798BF: OneOf Prompt: " - Offset Mode Sign", Help: "[+]: Offset the Cache voltage by a positive value.
[-]: Offset the Cache voltage by a negative value.", QuestionFlags: 0x10, QuestionId: 0x4B, VarStoreId: 0x30, VarOffset: 0x182, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 99 28 9A 28 4B 00 30 00 82 01 10 10 00 01 00 }
0x798D0: OneOfOption Option: "-" Value: 1 { 09 07 1A 28 00 00 01 }
0x798D7: OneOfOption Option: "+" Value: 0, Default { 09 07 19 28 10 00 00 }
0x798DE: End { 29 02 }
0x798E0: End { 29 02 }
0x798E2: SuppressIf { 0A 82 }
0x798E4: EqIdValList QuestionId: 0x2CFD, Values: [0, 1, 2] { 14 0C FD 2C 03 00 00 00 01 00 02 00 }
0x798F0: String Prompt: " - Additional Turbo Mode Cache Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in Turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.250V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2CFF, VarStoreId: 0x30, VarStoreInfo: 0x156D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 9B 28 9C 28 FF 2C 30 00 6D 15 14 00 14 00 }
0x79900: End { 29 02 }
0x79902: SuppressIf { 0A 82 }
0x79904: True { 46 02 }
0x79906: Numeric Prompt: " - Additional Turbo Mode Cache Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in Turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.250V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x4C, VarStoreId: 0x30, VarOffset: 0x183, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 9B 28 9C 28 4C 00 30 00 83 01 00 11 00 00 FF FF 01 00 }
0x7991A: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79921: End { 29 02 }
0x79923: End { 29 02 }
0x79925: End { 29 02 }
0x79927: SuppressIf { 0A 82 }
0x79929: EqIdValList QuestionId: 0x2CFD, Values: [0, 1] { 14 0A FD 2C 02 00 00 00 01 00 }
0x79933: String Prompt: " - Offset Voltage", Help: "Configure the Cache voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D00, VarStoreId: 0x30, VarStoreInfo: 0x1595, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 9D 28 9E 28 00 2D 30 00 95 15 14 00 14 00 }
0x79943: End { 29 02 }
0x79945: SuppressIf { 0A 82 }
0x79947: True { 46 02 }
0x79949: Numeric Prompt: " - Offset Voltage", Help: "Configure the Cache voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x4D, VarStoreId: 0x30, VarOffset: 0x185, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 9D 28 9E 28 4D 00 30 00 85 01 00 11 00 00 FF FF 01 00 }
0x7995D: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79964: End { 29 02 }
0x79966: End { 29 02 }
0x79968: End { 29 02 }
0x7996A: SuppressIf { 0A 82 }
0x7996C: EqIdValList QuestionId: 0x2CFD, Values: [0, 1, 2] { 14 0C FD 2C 03 00 00 00 01 00 02 00 }
0x79978: Text Prompt: " \x1b[1;37;mTotal Adaptive Mode Cache Voltage", Help: " \x1b[1;37;mTotal Adaptive Mode Cache Voltage", Text: "\x1b[1;37;mBy CPU" { 03 08 9F 28 9F 28 A0 28 }
0x79980: End { 29 02 }
0x79982: SuppressIf { 0A 82 }
0x79984: EqIdVal QuestionId: 0x15AD, Value: 0x0 { 12 06 AD 15 00 00 }
0x7998A: OneOf Prompt: "CPU Graphics Voltage", Help: "Configure the mode of voltage fed to the CPU Graphics. Manual mode allows user-defined values. Offset mode modifies values by SVID.", QuestionFlags: 0x10, QuestionId: 0x2D01, VarStoreId: 0x30, VarOffset: 0x16F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 BA 28 BB 28 01 2D 30 00 6F 01 10 10 00 02 00 }
0x7999B: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x799A2: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x799A9: OneOfOption Option: "Offset Mode" Value: 2 { 09 07 17 28 00 00 02 }
0x799B0: End { 29 02 }
0x799B2: SuppressIf { 0A 82 }
0x799B4: EqIdValList QuestionId: 0x2D01, Values: [0, 2] { 14 0A 01 2D 02 00 00 00 02 00 }
0x799BE: String Prompt: " - CPU Graphics Voltage Override", Help: "Configure the voltage for the CPU Graphics.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.005V", QuestionFlags: 0x14, QuestionId: 0x2D02, VarStoreId: 0x30, VarStoreInfo: 0x1455, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 BC 28 BD 28 02 2D 30 00 55 14 14 00 14 00 }
0x799CE: End { 29 02 }
0x799D0: SuppressIf { 0A 82 }
0x799D2: True { 46 02 }
0x799D4: Numeric Prompt: " - CPU Graphics Voltage Override", Help: "Configure the voltage for the CPU Graphics.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.005V", QuestionFlags: 0x0, QuestionId: 0x4E, VarStoreId: 0x30, VarOffset: 0x170, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 BC 28 BD 28 4E 00 30 00 70 01 00 11 00 00 FF FF 01 00 }
0x799E8: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x799EF: End { 29 02 }
0x799F1: End { 29 02 }
0x799F3: End { 29 02 }
0x799F5: SuppressIf { 0A 82 }
0x799F7: EqIdValList QuestionId: 0x2D01, Values: [0, 1] { 14 0A 01 2D 02 00 00 00 01 00 }
0x79A01: OneOf Prompt: " - Offset Mode Sign", Help: "[+]: Offset the CPU graphics voltage by a positive value.
[-]: Offset the CPU graphics voltage by a negative value.", QuestionFlags: 0x10, QuestionId: 0x4F, VarStoreId: 0x30, VarOffset: 0x172, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 BE 28 BF 28 4F 00 30 00 72 01 10 10 00 01 00 }
0x79A12: OneOfOption Option: "+" Value: 0, Default { 09 07 19 28 10 00 00 }
0x79A19: OneOfOption Option: "-" Value: 1 { 09 07 1A 28 00 00 01 }
0x79A20: End { 29 02 }
0x79A22: String Prompt: " - CPU Graphics Voltage Offset", Help: "Configure the CPU graphics voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.005V | Max.: 0.635V | Standard: By CPU | Increment: 0.005V", QuestionFlags: 0x14, QuestionId: 0x2D03, VarStoreId: 0x30, VarStoreInfo: 0x147D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 C0 28 C1 28 03 2D 30 00 7D 14 14 00 14 00 }
0x79A32: End { 29 02 }
0x79A34: SuppressIf { 0A 82 }
0x79A36: True { 46 02 }
0x79A38: Numeric Prompt: " - CPU Graphics Voltage Offset", Help: "Configure the CPU graphics voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.005V | Max.: 0.635V | Standard: By CPU | Increment: 0.005V", QuestionFlags: 0x0, QuestionId: 0x50, VarStoreId: 0x30, VarOffset: 0x173, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 C0 28 C1 28 50 00 30 00 73 01 00 11 00 00 FF FF 01 00 }
0x79A4C: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79A53: End { 29 02 }
0x79A55: End { 29 02 }
0x79A57: End { 29 02 }
0x79A59: End { 29 02 }
0x79A5B: SuppressIf { 0A 82 }
0x79A5D: EqIdVal QuestionId: 0x15F9, Value: 0x0 { 12 06 F9 15 00 00 }
0x79A63: OneOf Prompt: "CPU L2 Voltage", Help: "Configure the voltage for the CPU L2. This may help for sustaining high clock speeds.", QuestionFlags: 0x10, QuestionId: 0x2D04, VarStoreId: 0x30, VarOffset: 0x175, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 87 28 88 28 04 2D 30 00 75 01 10 10 00 03 00 }
0x79A74: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x79A7B: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x79A82: SuppressIf { 0A 82 }
0x79A84: True { 46 02 }
0x79A86: OneOfOption Option: "Offset Mode" Value: 2 { 09 07 17 28 00 00 02 }
0x79A8D: End { 29 02 }
0x79A8F: SuppressIf { 0A 82 }
0x79A91: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x79A9B: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x79AA5: Equal { 2F 02 }
0x79AA7: End { 29 02 }
0x79AA9: SuppressIf { 0A 82 }
0x79AAB: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x79AB1: Not { 17 02 }
0x79AB3: End { 29 02 }
0x79AB5: OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 18 28 00 00 03 }
0x79ABC: End { 29 02 }
0x79ABE: End { 29 02 }
0x79AC0: End { 29 02 }
0x79AC2: SuppressIf { 0A 82 }
0x79AC4: EqIdValList QuestionId: 0x2D04, Values: [0, 2, 3] { 14 0C 04 2D 03 00 00 00 02 00 03 00 }
0x79AD0: String Prompt: " - CPU L2 Voltage Override", Help: "Configure the voltage for the CPU L2.
Min.: 0.700V | Max.: 1.800V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D05, VarStoreId: 0x30, VarStoreInfo: 0x14A5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 89 28 8A 28 05 2D 30 00 A5 14 14 00 14 00 }
0x79AE0: End { 29 02 }
0x79AE2: SuppressIf { 0A 82 }
0x79AE4: True { 46 02 }
0x79AE6: Numeric Prompt: " - CPU L2 Voltage Override", Help: "Configure the voltage for the CPU L2.
Min.: 0.700V | Max.: 1.800V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x51, VarStoreId: 0x30, VarOffset: 0x176, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 89 28 8A 28 51 00 30 00 76 01 00 11 00 00 FF FF 01 00 }
0x79AFA: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79B01: End { 29 02 }
0x79B03: End { 29 02 }
0x79B05: End { 29 02 }
0x79B07: SuppressIf { 0A 82 }
0x79B09: EqIdValList QuestionId: 0x2D04, Values: [0, 1] { 14 0A 04 2D 02 00 00 00 01 00 }
0x79B13: OneOf Prompt: " - Offset Mode Sign", Help: "[+]: Offset the CPU L2 voltage by a positive value.
[-]: Offset the CPU L2 voltage by a negative value.", QuestionFlags: 0x10, QuestionId: 0x52, VarStoreId: 0x30, VarOffset: 0x178, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 8D 28 8E 28 52 00 30 00 78 01 10 10 00 01 00 }
0x79B24: OneOfOption Option: "-" Value: 1 { 09 07 1A 28 00 00 01 }
0x79B2B: OneOfOption Option: "+" Value: 0, Default { 09 07 19 28 10 00 00 }
0x79B32: End { 29 02 }
0x79B34: End { 29 02 }
0x79B36: SuppressIf { 0A 82 }
0x79B38: EqIdValList QuestionId: 0x2D04, Values: [0, 1, 3] { 14 0C 04 2D 03 00 00 00 01 00 03 00 }
0x79B44: String Prompt: " - CPU L2 Voltage Offset", Help: "Configure the CPU L2 voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D06, VarStoreId: 0x30, VarStoreInfo: 0x14CD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 8B 28 8C 28 06 2D 30 00 CD 14 14 00 14 00 }
0x79B54: End { 29 02 }
0x79B56: SuppressIf { 0A 82 }
0x79B58: True { 46 02 }
0x79B5A: Numeric Prompt: " - CPU L2 Voltage Offset", Help: "Configure the CPU L2 voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x53, VarStoreId: 0x30, VarOffset: 0x179, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 8B 28 8C 28 53 00 30 00 79 01 00 11 00 00 FF FF 01 00 }
0x79B6E: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79B75: End { 29 02 }
0x79B77: End { 29 02 }
0x79B79: End { 29 02 }
0x79B7B: SuppressIf { 0A 82 }
0x79B7D: EqIdValList QuestionId: 0x2D04, Values: [0, 1, 2] { 14 0C 04 2D 03 00 00 00 01 00 02 00 }
0x79B89: String Prompt: " - Additional Turbo Mode CPU L2 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in Turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.250V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D07, VarStoreId: 0x30, VarStoreInfo: 0x14F5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 8F 28 90 28 07 2D 30 00 F5 14 14 00 14 00 }
0x79B99: End { 29 02 }
0x79B9B: SuppressIf { 0A 82 }
0x79B9D: True { 46 02 }
0x79B9F: Numeric Prompt: " - Additional Turbo Mode CPU L2 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in Turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.250V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x54, VarStoreId: 0x30, VarOffset: 0x17B, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 8F 28 90 28 54 00 30 00 7B 01 00 11 00 00 FF FF 01 00 }
0x79BB3: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79BBA: End { 29 02 }
0x79BBC: End { 29 02 }
0x79BBE: String Prompt: " - Offset Voltage", Help: "Configure the CPU L2 voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D08, VarStoreId: 0x30, VarStoreInfo: 0x151D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 91 28 92 28 08 2D 30 00 1D 15 14 00 14 00 }
0x79BCE: End { 29 02 }
0x79BD0: SuppressIf { 0A 82 }
0x79BD2: True { 46 02 }
0x79BD4: Numeric Prompt: " - Offset Voltage", Help: "Configure the CPU L2 voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x55, VarStoreId: 0x30, VarOffset: 0x17D, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 91 28 92 28 55 00 30 00 7D 01 00 11 00 00 FF FF 01 00 }
0x79BE8: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79BEF: End { 29 02 }
0x79BF1: End { 29 02 }
0x79BF3: Text Prompt: " \x1b[1;37;mTotal Adaptive Mode CPU L2 Voltage", Help: " \x1b[1;37;mTotal Adaptive Mode CPU L2 Voltage", Text: "\x1b[1;37;mBy CPU" { 03 08 93 28 93 28 94 28 }
0x79BFB: End { 29 02 }
0x79BFD: End { 29 02 }
0x79BFF: OneOf Prompt: "CPU System Agent Voltage", Help: "Configure the voltage for the CPU System Agent.Manual mode allows user-defined values. Offset mode modifies values by SVID.", QuestionFlags: 0x10, QuestionId: 0x2D09, VarStoreId: 0x30, VarOffset: 0x187, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 A1 28 A2 28 09 2D 30 00 87 01 10 10 00 02 00 }
0x79C10: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x79C17: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x79C1E: OneOfOption Option: "Offset Mode" Value: 2 { 09 07 17 28 00 00 02 }
0x79C25: End { 29 02 }
0x79C27: SuppressIf { 0A 82 }
0x79C29: EqIdValList QuestionId: 0x2D09, Values: [0, 2] { 14 0A 09 2D 02 00 00 00 02 00 }
0x79C33: String Prompt: " - CPU System Agent Voltage Override", Help: "Configure the voltage for the CPU System Agent.
Min.: 0.700V | Max.: 1.800V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D0A, VarStoreId: 0x30, VarStoreInfo: 0x15BD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 A3 28 A4 28 0A 2D 30 00 BD 15 14 00 14 00 }
0x79C43: End { 29 02 }
0x79C45: SuppressIf { 0A 82 }
0x79C47: True { 46 02 }
0x79C49: Numeric Prompt: " - CPU System Agent Voltage Override", Help: "Configure the voltage for the CPU System Agent.
Min.: 0.700V | Max.: 1.800V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x56, VarStoreId: 0x30, VarOffset: 0x188, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 A3 28 A4 28 56 00 30 00 88 01 00 11 00 00 FF FF 01 00 }
0x79C5D: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79C64: End { 29 02 }
0x79C66: End { 29 02 }
0x79C68: End { 29 02 }
0x79C6A: SuppressIf { 0A 82 }
0x79C6C: EqIdValList QuestionId: 0x2D09, Values: [0, 1] { 14 0A 09 2D 02 00 00 00 01 00 }
0x79C76: String Prompt: " - CPU System Agent Voltage Offset", Help: "Configure the CPU System Agent voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D0B, VarStoreId: 0x30, VarStoreInfo: 0x15E5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 A5 28 A6 28 0B 2D 30 00 E5 15 14 00 14 00 }
0x79C86: End { 29 02 }
0x79C88: SuppressIf { 0A 82 }
0x79C8A: True { 46 02 }
0x79C8C: Numeric Prompt: " - CPU System Agent Voltage Offset", Help: "Configure the CPU System Agent voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x57, VarStoreId: 0x30, VarOffset: 0x18B, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 A5 28 A6 28 57 00 30 00 8B 01 00 11 00 00 FF FF 01 00 }
0x79CA0: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79CA7: End { 29 02 }
0x79CA9: End { 29 02 }
0x79CAB: End { 29 02 }
0x79CAD: String Prompt: "CPU Input Voltage", Help: "Configure the voltage for the CPU Input.
Min.: 1.500V | Max.: 2.100V | Standard: 1.800V | Increment: 0.010V", QuestionFlags: 0x14, QuestionId: 0x2D0C, VarStoreId: 0x30, VarStoreInfo: 0x160D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 14 29 15 29 0C 2D 30 00 0D 16 14 00 14 00 }
0x79CBD: End { 29 02 }
0x79CBF: SuppressIf { 0A 82 }
0x79CC1: True { 46 02 }
0x79CC3: Numeric Prompt: "CPU Input Voltage", Help: "Configure the voltage for the CPU Input.
Min.: 1.500V | Max.: 2.100V | Standard: 1.800V | Increment: 0.010V", QuestionFlags: 0x0, QuestionId: 0x58, VarStoreId: 0x30, VarOffset: 0x18D, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 14 29 15 29 58 00 30 00 8D 01 00 11 00 00 FF FF 01 00 }
0x79CD7: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79CDE: End { 29 02 }
0x79CE0: End { 29 02 }
0x79CE2: OneOf Prompt: "High DRAM Voltage Mode", Help: "If Disabled, the upper range for DRAM Voltage will be 1.435V. If Enabled, the upper range will be 2.070V. If enabled on non-supported DRAM, the voltage will be lower than requested.", QuestionFlags: 0x14, QuestionId: 0x2D10, VarStoreId: 0x30, VarOffset: 0x1AD, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 D2 28 D3 28 10 2D 30 00 AD 01 14 10 00 02 00 }
0x79CF3: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x79CFA: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x79D01: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x79D08: End { 29 02 }
0x79D0A: String Prompt: "DRAM VDD Voltage", Help: "Power for the DRAM ICs’ VDD portion", QuestionFlags: 0x14, QuestionId: 0x2D11, VarStoreId: 0x30, VarStoreInfo: 0x188D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 D4 28 D5 28 11 2D 30 00 8D 18 14 00 14 00 }
0x79D1A: End { 29 02 }
0x79D1C: SuppressIf { 0A 82 }
0x79D1E: True { 46 02 }
0x79D20: Numeric Prompt: "DRAM VDD Voltage", Help: "Power for the DRAM ICs’ VDD portion", QuestionFlags: 0x0, QuestionId: 0x59, VarStoreId: 0x30, VarOffset: 0x1AE, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 D4 28 D5 28 59 00 30 00 AE 01 00 11 00 00 FF FF 01 00 }
0x79D34: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79D3B: End { 29 02 }
0x79D3D: End { 29 02 }
0x79D3F: String Prompt: "DRAM VDDQ Voltage", Help: "Power for the DRAM ICs’ VDD Data portion", QuestionFlags: 0x14, QuestionId: 0x2D12, VarStoreId: 0x30, VarStoreInfo: 0x18B5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 D6 28 D7 28 12 2D 30 00 B5 18 14 00 14 00 }
0x79D4F: End { 29 02 }
0x79D51: SuppressIf { 0A 82 }
0x79D53: True { 46 02 }
0x79D55: Numeric Prompt: "DRAM VDDQ Voltage", Help: "Power for the DRAM ICs’ VDD Data portion", QuestionFlags: 0x0, QuestionId: 0x5A, VarStoreId: 0x30, VarOffset: 0x1B0, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 D6 28 D7 28 5A 00 30 00 B0 01 00 11 00 00 FF FF 01 00 }
0x79D69: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79D70: End { 29 02 }
0x79D72: End { 29 02 }
0x79D74: Ref Prompt: "Advanced Memory Voltages", Help: "Advanced Memory Voltages", QuestionFlags: 0x0, QuestionId: 0x5B, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2DEE { 0F 0F D8 28 D9 28 5B 00 00 00 FF FF 00 EE 2D }
0x79D83: End { 29 02 }
0x79D85: Form FormId: 0x2D14, Title: "Specific Performance Core" { 01 86 14 2D 38 28 }
0x79D8B: String Prompt: "Performance Core0 Specific Ratio Limit", Help: "Configure a ratio limit for certain Performance Cores.", QuestionFlags: 0x14, QuestionId: 0x2D15, VarStoreId: 0x30, VarStoreInfo: 0x7AD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 3A 28 42 28 15 2D 30 00 AD 07 14 00 14 00 }
0x79D9B: End { 29 02 }
0x79D9D: SuppressIf { 0A 82 }
0x79D9F: True { 46 02 }
0x79DA1: Numeric Prompt: "Performance Core0 Specific Ratio Limit", Help: "Configure a ratio limit for certain Performance Cores.", QuestionFlags: 0x0, QuestionId: 0x5C, VarStoreId: 0x30, VarOffset: 0x40, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 3A 28 42 28 5C 00 30 00 40 00 00 10 00 FF 01 }
0x79DB2: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x79DB8: End { 29 02 }
0x79DBA: End { 29 02 }
0x79DBC: SuppressIf { 0A 82 }
0x79DBE: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x79DC4: Not { 17 02 }
0x79DC6: End { 29 02 }
0x79DC8: OneOf Prompt: "Performance Core0 specific Voltage", Help: "Allows configuration of the voltage supply to the CPU cores. A setting of Auto will scale voltage according to the applied CPU core ratio. Do not confuse this setting with VCCIN (CPU Input voltage).", QuestionFlags: 0x14, QuestionId: 0x2D16, VarStoreId: 0x30, VarOffset: 0x4BD, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 A2 2B A3 2B 16 2D 30 00 BD 04 14 10 00 03 00 }
0x79DD9: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x79DE0: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x79DE7: OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 18 28 00 00 03 }
0x79DEE: End { 29 02 }
0x79DF0: End { 29 02 }
0x79DF2: SuppressIf { 0A 82 }
0x79DF4: EqIdValList QuestionId: 0x2D16, Values: [0, 2, 3] { 14 0C 16 2D 03 00 00 00 02 00 03 00 }
0x79E00: String Prompt: " CPU Core-0 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D1A, VarStoreId: 0x30, VarStoreInfo: 0x4DAD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 A4 2B A5 2B 1A 2D 30 00 AD 4D 14 00 14 00 }
0x79E10: End { 29 02 }
0x79E12: SuppressIf { 0A 82 }
0x79E14: True { 46 02 }
0x79E16: Numeric Prompt: " CPU Core-0 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x5D, VarStoreId: 0x30, VarOffset: 0x4DD, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 A4 2B A5 2B 5D 00 30 00 DD 04 00 11 00 00 FF FF 01 00 }
0x79E2A: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79E31: End { 29 02 }
0x79E33: End { 29 02 }
0x79E35: End { 29 02 }
0x79E37: SuppressIf { 0A 82 }
0x79E39: EqIdValList QuestionId: 0x2D16, Values: [0, 1] { 14 0A 16 2D 02 00 00 00 01 00 }
0x79E43: OneOf Prompt: " -Offset Mode Sign", Help: "[+]: Offset the CPU core voltage by a positive value.
[-]: Offset the CPU core voltage by a negative value.", QuestionFlags: 0x14, QuestionId: 0x2D18, VarStoreId: 0x30, VarOffset: 0x4D5, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 A6 2B A7 2B 18 2D 30 00 D5 04 14 10 00 01 00 }
0x79E54: OneOfOption Option: "+" Value: 0, Default { 09 07 19 28 10 00 00 }
0x79E5B: OneOfOption Option: "-" Value: 1 { 09 07 1A 28 00 00 01 }
0x79E62: End { 29 02 }
0x79E64: End { 29 02 }
0x79E66: SuppressIf { 0A 82 }
0x79E68: EqIdValList QuestionId: 0x2D16, Values: [0, 1, 2] { 14 0C 16 2D 03 00 00 00 01 00 02 00 }
0x79E74: String Prompt: " -Additional Turbo Mode CPU Core0 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D1B, VarStoreId: 0x30, VarStoreInfo: 0x4EED, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 AA 2B AB 2B 1B 2D 30 00 ED 4E 14 00 14 00 }
0x79E84: End { 29 02 }
0x79E86: SuppressIf { 0A 82 }
0x79E88: True { 46 02 }
0x79E8A: Numeric Prompt: " -Additional Turbo Mode CPU Core0 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x5E, VarStoreId: 0x30, VarOffset: 0x4ED, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 AA 2B AB 2B 5E 00 30 00 ED 04 00 11 00 00 FF FF 01 00 }
0x79E9E: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79EA5: End { 29 02 }
0x79EA7: End { 29 02 }
0x79EA9: String Prompt: " -Performance Core0 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D19, VarStoreId: 0x30, VarStoreInfo: 0x4C6D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 A8 2B A9 2B 19 2D 30 00 6D 4C 14 00 14 00 }
0x79EB9: End { 29 02 }
0x79EBB: SuppressIf { 0A 82 }
0x79EBD: True { 46 02 }
0x79EBF: Numeric Prompt: " -Performance Core0 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x5F, VarStoreId: 0x30, VarOffset: 0x4C5, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 A8 2B A9 2B 5F 00 30 00 C5 04 00 11 00 00 FF FF 01 00 }
0x79ED3: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79EDA: End { 29 02 }
0x79EDC: End { 29 02 }
0x79EDE: Text Prompt: " \x1b[1;37;mTotal Adaptive Mode CPU Core-0 Voltage", Help: " \x1b[1;37;mTotal Adaptive Mode CPU Core-0 Voltage", Text: "\x1b[1;37;mBy CPU" { 03 08 AC 2B AC 2B AD 2B }
0x79EE6: End { 29 02 }
0x79EE8: SuppressIf { 0A 82 }
0x79EEA: True { 46 02 }
0x79EEC: Numeric Prompt: "", Help: "", QuestionFlags: 0x0, QuestionId: 0x60, VarStoreId: 0x30, VarOffset: 0x4FD, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 02 00 02 00 60 00 30 00 FD 04 00 11 00 00 FF FF 01 00 }
0x79F00: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79F07: End { 29 02 }
0x79F09: End { 29 02 }
0x79F0B: SuppressIf { 0A 82 }
0x79F0D: EqIdValList QuestionId: 0x15EF, Values: [0, 1] { 14 0A EF 15 02 00 00 00 01 00 }
0x79F17: String Prompt: "Performance Core1 Specific Ratio Limit", Help: "Configure a ratio limit for certain Performance Cores.", QuestionFlags: 0x14, QuestionId: 0x2D1C, VarStoreId: 0x30, VarStoreInfo: 0x7D5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 3B 28 42 28 1C 2D 30 00 D5 07 14 00 14 00 }
0x79F27: End { 29 02 }
0x79F29: SuppressIf { 0A 82 }
0x79F2B: True { 46 02 }
0x79F2D: Numeric Prompt: "Performance Core1 Specific Ratio Limit", Help: "Configure a ratio limit for certain Performance Cores.", QuestionFlags: 0x0, QuestionId: 0x61, VarStoreId: 0x30, VarOffset: 0x41, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 3B 28 42 28 61 00 30 00 41 00 00 10 00 FF 01 }
0x79F3E: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x79F44: End { 29 02 }
0x79F46: End { 29 02 }
0x79F48: SuppressIf { 0A 82 }
0x79F4A: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x79F50: Not { 17 02 }
0x79F52: End { 29 02 }
0x79F54: OneOf Prompt: "Performance Core1 specific Voltage", Help: "Allows configuration of the voltage supply to the CPU cores. A setting of Auto will scale voltage according to the applied CPU core ratio. Do not confuse this setting with VCCIN (CPU Input voltage).", QuestionFlags: 0x14, QuestionId: 0x2D1D, VarStoreId: 0x30, VarOffset: 0x4BE, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 AE 2B AF 2B 1D 2D 30 00 BE 04 14 10 00 03 00 }
0x79F65: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x79F6C: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x79F73: OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 18 28 00 00 03 }
0x79F7A: End { 29 02 }
0x79F7C: End { 29 02 }
0x79F7E: SuppressIf { 0A 82 }
0x79F80: EqIdValList QuestionId: 0x2D1D, Values: [0, 2, 3] { 14 0C 1D 2D 03 00 00 00 02 00 03 00 }
0x79F8C: String Prompt: " CPU Core-1 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D21, VarStoreId: 0x30, VarStoreInfo: 0x4DD5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 B0 2B B1 2B 21 2D 30 00 D5 4D 14 00 14 00 }
0x79F9C: End { 29 02 }
0x79F9E: SuppressIf { 0A 82 }
0x79FA0: True { 46 02 }
0x79FA2: Numeric Prompt: " CPU Core-1 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x62, VarStoreId: 0x30, VarOffset: 0x4DF, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 B0 2B B1 2B 62 00 30 00 DF 04 00 11 00 00 FF FF 01 00 }
0x79FB6: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x79FBD: End { 29 02 }
0x79FBF: End { 29 02 }
0x79FC1: End { 29 02 }
0x79FC3: SuppressIf { 0A 82 }
0x79FC5: EqIdValList QuestionId: 0x2D1D, Values: [0, 1] { 14 0A 1D 2D 02 00 00 00 01 00 }
0x79FCF: OneOf Prompt: " -Offset Mode Sign", Help: "[+]: Offset the CPU core voltage by a positive value.
[-]: Offset the CPU core voltage by a negative value.", QuestionFlags: 0x14, QuestionId: 0x2D1F, VarStoreId: 0x30, VarOffset: 0x4D6, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 B2 2B B3 2B 1F 2D 30 00 D6 04 14 10 00 01 00 }
0x79FE0: OneOfOption Option: "+" Value: 0, Default { 09 07 19 28 10 00 00 }
0x79FE7: OneOfOption Option: "-" Value: 1 { 09 07 1A 28 00 00 01 }
0x79FEE: End { 29 02 }
0x79FF0: End { 29 02 }
0x79FF2: SuppressIf { 0A 82 }
0x79FF4: EqIdValList QuestionId: 0x2D1D, Values: [0, 1, 2] { 14 0C 1D 2D 03 00 00 00 01 00 02 00 }
0x7A000: String Prompt: " -Additional Turbo Mode CPU Core1 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D22, VarStoreId: 0x30, VarStoreInfo: 0x4F15, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 B6 2B B7 2B 22 2D 30 00 15 4F 14 00 14 00 }
0x7A010: End { 29 02 }
0x7A012: SuppressIf { 0A 82 }
0x7A014: True { 46 02 }
0x7A016: Numeric Prompt: " -Additional Turbo Mode CPU Core1 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x63, VarStoreId: 0x30, VarOffset: 0x4EF, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 B6 2B B7 2B 63 00 30 00 EF 04 00 11 00 00 FF FF 01 00 }
0x7A02A: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A031: End { 29 02 }
0x7A033: End { 29 02 }
0x7A035: String Prompt: " -Performance Core1 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D20, VarStoreId: 0x30, VarStoreInfo: 0x4C95, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 B4 2B B5 2B 20 2D 30 00 95 4C 14 00 14 00 }
0x7A045: End { 29 02 }
0x7A047: SuppressIf { 0A 82 }
0x7A049: True { 46 02 }
0x7A04B: Numeric Prompt: " -Performance Core1 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x64, VarStoreId: 0x30, VarOffset: 0x4C7, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 B4 2B B5 2B 64 00 30 00 C7 04 00 11 00 00 FF FF 01 00 }
0x7A05F: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A066: End { 29 02 }
0x7A068: End { 29 02 }
0x7A06A: Text Prompt: " \x1b[1;37;mTotal Adaptive Mode CPU Core-1 Voltage", Help: " \x1b[1;37;mTotal Adaptive Mode CPU Core-1 Voltage", Text: "\x1b[1;37;mBy CPU" { 03 08 B8 2B B8 2B B9 2B }
0x7A072: End { 29 02 }
0x7A074: SuppressIf { 0A 82 }
0x7A076: True { 46 02 }
0x7A078: Numeric Prompt: "", Help: "", QuestionFlags: 0x0, QuestionId: 0x65, VarStoreId: 0x30, VarOffset: 0x4FF, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 02 00 02 00 65 00 30 00 FF 04 00 11 00 00 FF FF 01 00 }
0x7A08C: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A093: End { 29 02 }
0x7A095: End { 29 02 }
0x7A097: End { 29 02 }
0x7A099: SuppressIf { 0A 82 }
0x7A09B: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2] { 14 0C EF 15 03 00 00 00 01 00 02 00 }
0x7A0A7: String Prompt: "Performance Core2 Specific Ratio Limit", Help: "Configure a ratio limit for certain Performance Cores.", QuestionFlags: 0x14, QuestionId: 0x2D23, VarStoreId: 0x30, VarStoreInfo: 0x7FD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 3C 28 42 28 23 2D 30 00 FD 07 14 00 14 00 }
0x7A0B7: End { 29 02 }
0x7A0B9: SuppressIf { 0A 82 }
0x7A0BB: True { 46 02 }
0x7A0BD: Numeric Prompt: "Performance Core2 Specific Ratio Limit", Help: "Configure a ratio limit for certain Performance Cores.", QuestionFlags: 0x0, QuestionId: 0x66, VarStoreId: 0x30, VarOffset: 0x42, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 3C 28 42 28 66 00 30 00 42 00 00 10 00 FF 01 }
0x7A0CE: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7A0D4: End { 29 02 }
0x7A0D6: End { 29 02 }
0x7A0D8: SuppressIf { 0A 82 }
0x7A0DA: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7A0E0: Not { 17 02 }
0x7A0E2: End { 29 02 }
0x7A0E4: OneOf Prompt: "Performance Core2 specific Voltage", Help: "Allows configuration of the voltage supply to the CPU cores. A setting of Auto will scale voltage according to the applied CPU core ratio. Do not confuse this setting with VCCIN (CPU Input voltage).", QuestionFlags: 0x14, QuestionId: 0x2D24, VarStoreId: 0x30, VarOffset: 0x4BF, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 BA 2B BB 2B 24 2D 30 00 BF 04 14 10 00 03 00 }
0x7A0F5: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7A0FC: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x7A103: OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 18 28 00 00 03 }
0x7A10A: End { 29 02 }
0x7A10C: End { 29 02 }
0x7A10E: SuppressIf { 0A 82 }
0x7A110: EqIdValList QuestionId: 0x2D24, Values: [0, 2, 3] { 14 0C 24 2D 03 00 00 00 02 00 03 00 }
0x7A11C: String Prompt: " CPU Core-2 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D28, VarStoreId: 0x30, VarStoreInfo: 0x4DFD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 BC 2B BD 2B 28 2D 30 00 FD 4D 14 00 14 00 }
0x7A12C: End { 29 02 }
0x7A12E: SuppressIf { 0A 82 }
0x7A130: True { 46 02 }
0x7A132: Numeric Prompt: " CPU Core-2 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x67, VarStoreId: 0x30, VarOffset: 0x4E1, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 BC 2B BD 2B 67 00 30 00 E1 04 00 11 00 00 FF FF 01 00 }
0x7A146: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A14D: End { 29 02 }
0x7A14F: End { 29 02 }
0x7A151: End { 29 02 }
0x7A153: SuppressIf { 0A 82 }
0x7A155: EqIdValList QuestionId: 0x2D24, Values: [0, 1] { 14 0A 24 2D 02 00 00 00 01 00 }
0x7A15F: OneOf Prompt: " -Offset Mode Sign", Help: "[+]: Offset the CPU core voltage by a positive value.
[-]: Offset the CPU core voltage by a negative value.", QuestionFlags: 0x14, QuestionId: 0x2D26, VarStoreId: 0x30, VarOffset: 0x4D7, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 BE 2B BF 2B 26 2D 30 00 D7 04 14 10 00 01 00 }
0x7A170: OneOfOption Option: "+" Value: 0, Default { 09 07 19 28 10 00 00 }
0x7A177: OneOfOption Option: "-" Value: 1 { 09 07 1A 28 00 00 01 }
0x7A17E: End { 29 02 }
0x7A180: End { 29 02 }
0x7A182: SuppressIf { 0A 82 }
0x7A184: EqIdValList QuestionId: 0x2D24, Values: [0, 1, 2] { 14 0C 24 2D 03 00 00 00 01 00 02 00 }
0x7A190: String Prompt: " -Additional Turbo Mode CPU Core2 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D29, VarStoreId: 0x30, VarStoreInfo: 0x4F3D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 C2 2B C3 2B 29 2D 30 00 3D 4F 14 00 14 00 }
0x7A1A0: End { 29 02 }
0x7A1A2: SuppressIf { 0A 82 }
0x7A1A4: True { 46 02 }
0x7A1A6: Numeric Prompt: " -Additional Turbo Mode CPU Core2 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x68, VarStoreId: 0x30, VarOffset: 0x4F1, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 C2 2B C3 2B 68 00 30 00 F1 04 00 11 00 00 FF FF 01 00 }
0x7A1BA: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A1C1: End { 29 02 }
0x7A1C3: End { 29 02 }
0x7A1C5: String Prompt: " -Performance Core2 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D27, VarStoreId: 0x30, VarStoreInfo: 0x4CBD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 C0 2B C1 2B 27 2D 30 00 BD 4C 14 00 14 00 }
0x7A1D5: End { 29 02 }
0x7A1D7: SuppressIf { 0A 82 }
0x7A1D9: True { 46 02 }
0x7A1DB: Numeric Prompt: " -Performance Core2 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x69, VarStoreId: 0x30, VarOffset: 0x4C9, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 C0 2B C1 2B 69 00 30 00 C9 04 00 11 00 00 FF FF 01 00 }
0x7A1EF: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A1F6: End { 29 02 }
0x7A1F8: End { 29 02 }
0x7A1FA: Text Prompt: " \x1b[1;37;mTotal Adaptive Mode CPU Core-2 Voltage", Help: " \x1b[1;37;mTotal Adaptive Mode CPU Core-2 Voltage", Text: "\x1b[1;37;mBy CPU" { 03 08 C4 2B C4 2B C5 2B }
0x7A202: End { 29 02 }
0x7A204: SuppressIf { 0A 82 }
0x7A206: True { 46 02 }
0x7A208: Numeric Prompt: "", Help: "", QuestionFlags: 0x0, QuestionId: 0x6A, VarStoreId: 0x30, VarOffset: 0x501, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 02 00 02 00 6A 00 30 00 01 05 00 11 00 00 FF FF 01 00 }
0x7A21C: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A223: End { 29 02 }
0x7A225: End { 29 02 }
0x7A227: End { 29 02 }
0x7A229: SuppressIf { 0A 82 }
0x7A22B: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3] { 14 0E EF 15 04 00 00 00 01 00 02 00 03 00 }
0x7A239: String Prompt: "Performance Core3 Specific Ratio Limit", Help: "Configure a ratio limit for certain Performance Cores.", QuestionFlags: 0x14, QuestionId: 0x2D2A, VarStoreId: 0x30, VarStoreInfo: 0x825, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 3D 28 42 28 2A 2D 30 00 25 08 14 00 14 00 }
0x7A249: End { 29 02 }
0x7A24B: SuppressIf { 0A 82 }
0x7A24D: True { 46 02 }
0x7A24F: Numeric Prompt: "Performance Core3 Specific Ratio Limit", Help: "Configure a ratio limit for certain Performance Cores.", QuestionFlags: 0x0, QuestionId: 0x6B, VarStoreId: 0x30, VarOffset: 0x43, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 3D 28 42 28 6B 00 30 00 43 00 00 10 00 FF 01 }
0x7A260: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7A266: End { 29 02 }
0x7A268: End { 29 02 }
0x7A26A: SuppressIf { 0A 82 }
0x7A26C: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7A272: Not { 17 02 }
0x7A274: End { 29 02 }
0x7A276: OneOf Prompt: "Performance Core3 specific Voltage", Help: "Allows configuration of the voltage supply to the CPU cores. A setting of Auto will scale voltage according to the applied CPU core ratio. Do not confuse this setting with VCCIN (CPU Input voltage).", QuestionFlags: 0x14, QuestionId: 0x2D2B, VarStoreId: 0x30, VarOffset: 0x4C0, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 C6 2B C7 2B 2B 2D 30 00 C0 04 14 10 00 03 00 }
0x7A287: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7A28E: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x7A295: OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 18 28 00 00 03 }
0x7A29C: End { 29 02 }
0x7A29E: End { 29 02 }
0x7A2A0: SuppressIf { 0A 82 }
0x7A2A2: EqIdValList QuestionId: 0x2D2B, Values: [0, 2, 3] { 14 0C 2B 2D 03 00 00 00 02 00 03 00 }
0x7A2AE: String Prompt: " CPU Core-3 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D2F, VarStoreId: 0x30, VarStoreInfo: 0x4E25, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 C8 2B C9 2B 2F 2D 30 00 25 4E 14 00 14 00 }
0x7A2BE: End { 29 02 }
0x7A2C0: SuppressIf { 0A 82 }
0x7A2C2: True { 46 02 }
0x7A2C4: Numeric Prompt: " CPU Core-3 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x6C, VarStoreId: 0x30, VarOffset: 0x4E3, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 C8 2B C9 2B 6C 00 30 00 E3 04 00 11 00 00 FF FF 01 00 }
0x7A2D8: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A2DF: End { 29 02 }
0x7A2E1: End { 29 02 }
0x7A2E3: End { 29 02 }
0x7A2E5: SuppressIf { 0A 82 }
0x7A2E7: EqIdValList QuestionId: 0x2D2B, Values: [0, 1] { 14 0A 2B 2D 02 00 00 00 01 00 }
0x7A2F1: OneOf Prompt: " -Offset Mode Sign", Help: "[+]: Offset the CPU core voltage by a positive value.
[-]: Offset the CPU core voltage by a negative value.", QuestionFlags: 0x14, QuestionId: 0x2D2D, VarStoreId: 0x30, VarOffset: 0x4D8, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 CA 2B CB 2B 2D 2D 30 00 D8 04 14 10 00 01 00 }
0x7A302: OneOfOption Option: "+" Value: 0, Default { 09 07 19 28 10 00 00 }
0x7A309: OneOfOption Option: "-" Value: 1 { 09 07 1A 28 00 00 01 }
0x7A310: End { 29 02 }
0x7A312: End { 29 02 }
0x7A314: SuppressIf { 0A 82 }
0x7A316: EqIdValList QuestionId: 0x2D2B, Values: [0, 1, 2] { 14 0C 2B 2D 03 00 00 00 01 00 02 00 }
0x7A322: String Prompt: " -Additional Turbo Mode CPU Core3 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D30, VarStoreId: 0x30, VarStoreInfo: 0x4F65, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 CE 2B CF 2B 30 2D 30 00 65 4F 14 00 14 00 }
0x7A332: End { 29 02 }
0x7A334: SuppressIf { 0A 82 }
0x7A336: True { 46 02 }
0x7A338: Numeric Prompt: " -Additional Turbo Mode CPU Core3 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x6D, VarStoreId: 0x30, VarOffset: 0x4F3, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 CE 2B CF 2B 6D 00 30 00 F3 04 00 11 00 00 FF FF 01 00 }
0x7A34C: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A353: End { 29 02 }
0x7A355: End { 29 02 }
0x7A357: String Prompt: " -Performance Core3 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D2E, VarStoreId: 0x30, VarStoreInfo: 0x4CE5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 CC 2B CD 2B 2E 2D 30 00 E5 4C 14 00 14 00 }
0x7A367: End { 29 02 }
0x7A369: SuppressIf { 0A 82 }
0x7A36B: True { 46 02 }
0x7A36D: Numeric Prompt: " -Performance Core3 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x6E, VarStoreId: 0x30, VarOffset: 0x4CB, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 CC 2B CD 2B 6E 00 30 00 CB 04 00 11 00 00 FF FF 01 00 }
0x7A381: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A388: End { 29 02 }
0x7A38A: End { 29 02 }
0x7A38C: Text Prompt: " \x1b[1;37;mTotal Adaptive Mode CPU Core-3 Voltage", Help: " \x1b[1;37;mTotal Adaptive Mode CPU Core-3 Voltage", Text: "\x1b[1;37;mBy CPU" { 03 08 D0 2B D0 2B D1 2B }
0x7A394: End { 29 02 }
0x7A396: SuppressIf { 0A 82 }
0x7A398: True { 46 02 }
0x7A39A: Numeric Prompt: "", Help: "", QuestionFlags: 0x0, QuestionId: 0x6F, VarStoreId: 0x30, VarOffset: 0x503, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 02 00 02 00 6F 00 30 00 03 05 00 11 00 00 FF FF 01 00 }
0x7A3AE: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A3B5: End { 29 02 }
0x7A3B7: End { 29 02 }
0x7A3B9: End { 29 02 }
0x7A3BB: SuppressIf { 0A 82 }
0x7A3BD: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4] { 14 10 EF 15 05 00 00 00 01 00 02 00 03 00 04 00 }
0x7A3CD: String Prompt: "Performance Core4 Specific Ratio Limit", Help: "Configure a ratio limit for certain Performance Cores.", QuestionFlags: 0x14, QuestionId: 0x2D31, VarStoreId: 0x30, VarStoreInfo: 0x84D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 3E 28 42 28 31 2D 30 00 4D 08 14 00 14 00 }
0x7A3DD: End { 29 02 }
0x7A3DF: SuppressIf { 0A 82 }
0x7A3E1: True { 46 02 }
0x7A3E3: Numeric Prompt: "Performance Core4 Specific Ratio Limit", Help: "Configure a ratio limit for certain Performance Cores.", QuestionFlags: 0x0, QuestionId: 0x70, VarStoreId: 0x30, VarOffset: 0x44, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 3E 28 42 28 70 00 30 00 44 00 00 10 00 FF 01 }
0x7A3F4: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7A3FA: End { 29 02 }
0x7A3FC: End { 29 02 }
0x7A3FE: SuppressIf { 0A 82 }
0x7A400: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7A406: Not { 17 02 }
0x7A408: End { 29 02 }
0x7A40A: OneOf Prompt: "Performance Core4 specific Voltage", Help: "Allows configuration of the voltage supply to the CPU cores. A setting of Auto will scale voltage according to the applied CPU core ratio. Do not confuse this setting with VCCIN (CPU Input voltage).", QuestionFlags: 0x14, QuestionId: 0x2D32, VarStoreId: 0x30, VarOffset: 0x4C1, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 D2 2B D3 2B 32 2D 30 00 C1 04 14 10 00 03 00 }
0x7A41B: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7A422: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x7A429: OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 18 28 00 00 03 }
0x7A430: End { 29 02 }
0x7A432: End { 29 02 }
0x7A434: SuppressIf { 0A 82 }
0x7A436: EqIdValList QuestionId: 0x2D32, Values: [0, 2, 3] { 14 0C 32 2D 03 00 00 00 02 00 03 00 }
0x7A442: String Prompt: " CPU Core-4 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D36, VarStoreId: 0x30, VarStoreInfo: 0x4E4D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 D4 2B D5 2B 36 2D 30 00 4D 4E 14 00 14 00 }
0x7A452: End { 29 02 }
0x7A454: SuppressIf { 0A 82 }
0x7A456: True { 46 02 }
0x7A458: Numeric Prompt: " CPU Core-4 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x71, VarStoreId: 0x30, VarOffset: 0x4E5, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 D4 2B D5 2B 71 00 30 00 E5 04 00 11 00 00 FF FF 01 00 }
0x7A46C: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A473: End { 29 02 }
0x7A475: End { 29 02 }
0x7A477: End { 29 02 }
0x7A479: SuppressIf { 0A 82 }
0x7A47B: EqIdValList QuestionId: 0x2D32, Values: [0, 1] { 14 0A 32 2D 02 00 00 00 01 00 }
0x7A485: OneOf Prompt: " -Offset Mode Sign", Help: "[+]: Offset the CPU core voltage by a positive value.
[-]: Offset the CPU core voltage by a negative value.", QuestionFlags: 0x14, QuestionId: 0x2D34, VarStoreId: 0x30, VarOffset: 0x4D9, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 D6 2B D7 2B 34 2D 30 00 D9 04 14 10 00 01 00 }
0x7A496: OneOfOption Option: "+" Value: 0, Default { 09 07 19 28 10 00 00 }
0x7A49D: OneOfOption Option: "-" Value: 1 { 09 07 1A 28 00 00 01 }
0x7A4A4: End { 29 02 }
0x7A4A6: End { 29 02 }
0x7A4A8: SuppressIf { 0A 82 }
0x7A4AA: EqIdValList QuestionId: 0x2D32, Values: [0, 1, 2] { 14 0C 32 2D 03 00 00 00 01 00 02 00 }
0x7A4B6: String Prompt: " -Additional Turbo Mode CPU Core4 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D37, VarStoreId: 0x30, VarStoreInfo: 0x4F8D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 DA 2B DB 2B 37 2D 30 00 8D 4F 14 00 14 00 }
0x7A4C6: End { 29 02 }
0x7A4C8: SuppressIf { 0A 82 }
0x7A4CA: True { 46 02 }
0x7A4CC: Numeric Prompt: " -Additional Turbo Mode CPU Core4 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x72, VarStoreId: 0x30, VarOffset: 0x4F5, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 DA 2B DB 2B 72 00 30 00 F5 04 00 11 00 00 FF FF 01 00 }
0x7A4E0: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A4E7: End { 29 02 }
0x7A4E9: End { 29 02 }
0x7A4EB: String Prompt: " -Performance Core4 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D35, VarStoreId: 0x30, VarStoreInfo: 0x4D0D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 D8 2B D9 2B 35 2D 30 00 0D 4D 14 00 14 00 }
0x7A4FB: End { 29 02 }
0x7A4FD: SuppressIf { 0A 82 }
0x7A4FF: True { 46 02 }
0x7A501: Numeric Prompt: " -Performance Core4 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x73, VarStoreId: 0x30, VarOffset: 0x4CD, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 D8 2B D9 2B 73 00 30 00 CD 04 00 11 00 00 FF FF 01 00 }
0x7A515: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A51C: End { 29 02 }
0x7A51E: End { 29 02 }
0x7A520: Text Prompt: " \x1b[1;37;mTotal Adaptive Mode CPU Core-4 Voltage", Help: " \x1b[1;37;mTotal Adaptive Mode CPU Core-4 Voltage", Text: "\x1b[1;37;mBy CPU" { 03 08 DC 2B DC 2B DD 2B }
0x7A528: End { 29 02 }
0x7A52A: SuppressIf { 0A 82 }
0x7A52C: True { 46 02 }
0x7A52E: Numeric Prompt: "", Help: "", QuestionFlags: 0x0, QuestionId: 0x74, VarStoreId: 0x30, VarOffset: 0x505, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 02 00 02 00 74 00 30 00 05 05 00 11 00 00 FF FF 01 00 }
0x7A542: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A549: End { 29 02 }
0x7A54B: End { 29 02 }
0x7A54D: End { 29 02 }
0x7A54F: SuppressIf { 0A 82 }
0x7A551: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5] { 14 12 EF 15 06 00 00 00 01 00 02 00 03 00 04 00 05 00 }
0x7A563: String Prompt: "Performance Core5 Specific Ratio Limit", Help: "Configure a ratio limit for certain Performance Cores.", QuestionFlags: 0x14, QuestionId: 0x2D38, VarStoreId: 0x30, VarStoreInfo: 0x875, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 3F 28 42 28 38 2D 30 00 75 08 14 00 14 00 }
0x7A573: End { 29 02 }
0x7A575: SuppressIf { 0A 82 }
0x7A577: True { 46 02 }
0x7A579: Numeric Prompt: "Performance Core5 Specific Ratio Limit", Help: "Configure a ratio limit for certain Performance Cores.", QuestionFlags: 0x0, QuestionId: 0x75, VarStoreId: 0x30, VarOffset: 0x45, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 3F 28 42 28 75 00 30 00 45 00 00 10 00 FF 01 }
0x7A58A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7A590: End { 29 02 }
0x7A592: End { 29 02 }
0x7A594: SuppressIf { 0A 82 }
0x7A596: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7A59C: Not { 17 02 }
0x7A59E: End { 29 02 }
0x7A5A0: OneOf Prompt: "Performance Core5 specific Voltage", Help: "Allows configuration of the voltage supply to the CPU cores. A setting of Auto will scale voltage according to the applied CPU core ratio. Do not confuse this setting with VCCIN (CPU Input voltage).", QuestionFlags: 0x14, QuestionId: 0x2D39, VarStoreId: 0x30, VarOffset: 0x4C2, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 DE 2B DF 2B 39 2D 30 00 C2 04 14 10 00 03 00 }
0x7A5B1: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7A5B8: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x7A5BF: OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 18 28 00 00 03 }
0x7A5C6: End { 29 02 }
0x7A5C8: End { 29 02 }
0x7A5CA: SuppressIf { 0A 82 }
0x7A5CC: EqIdValList QuestionId: 0x2D39, Values: [0, 2, 3] { 14 0C 39 2D 03 00 00 00 02 00 03 00 }
0x7A5D8: String Prompt: " CPU Core-5 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600 | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D3D, VarStoreId: 0x30, VarStoreInfo: 0x4E75, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E0 2B E1 2B 3D 2D 30 00 75 4E 14 00 14 00 }
0x7A5E8: End { 29 02 }
0x7A5EA: SuppressIf { 0A 82 }
0x7A5EC: True { 46 02 }
0x7A5EE: Numeric Prompt: " CPU Core-5 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600 | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x76, VarStoreId: 0x30, VarOffset: 0x4E7, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 E0 2B E1 2B 76 00 30 00 E7 04 00 11 00 00 FF FF 01 00 }
0x7A602: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A609: End { 29 02 }
0x7A60B: End { 29 02 }
0x7A60D: End { 29 02 }
0x7A60F: SuppressIf { 0A 82 }
0x7A611: EqIdValList QuestionId: 0x2D39, Values: [0, 1] { 14 0A 39 2D 02 00 00 00 01 00 }
0x7A61B: OneOf Prompt: " -Offset Mode Sign", Help: "[+]: Offset the CPU core voltage by a positive value.
[-]: Offset the CPU core voltage by a negative value.", QuestionFlags: 0x14, QuestionId: 0x2D3B, VarStoreId: 0x30, VarOffset: 0x4DA, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 E2 2B E3 2B 3B 2D 30 00 DA 04 14 10 00 01 00 }
0x7A62C: OneOfOption Option: "+" Value: 0, Default { 09 07 19 28 10 00 00 }
0x7A633: OneOfOption Option: "-" Value: 1 { 09 07 1A 28 00 00 01 }
0x7A63A: End { 29 02 }
0x7A63C: End { 29 02 }
0x7A63E: SuppressIf { 0A 82 }
0x7A640: EqIdValList QuestionId: 0x2D39, Values: [0, 1, 2] { 14 0C 39 2D 03 00 00 00 01 00 02 00 }
0x7A64C: String Prompt: " -Additional Turbo Mode CPU Core5 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D3E, VarStoreId: 0x30, VarStoreInfo: 0x4FB5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E6 2B E7 2B 3E 2D 30 00 B5 4F 14 00 14 00 }
0x7A65C: End { 29 02 }
0x7A65E: SuppressIf { 0A 82 }
0x7A660: True { 46 02 }
0x7A662: Numeric Prompt: " -Additional Turbo Mode CPU Core5 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x77, VarStoreId: 0x30, VarOffset: 0x4F7, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 E6 2B E7 2B 77 00 30 00 F7 04 00 11 00 00 FF FF 01 00 }
0x7A676: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A67D: End { 29 02 }
0x7A67F: End { 29 02 }
0x7A681: String Prompt: " -Performance Core5 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D3C, VarStoreId: 0x30, VarStoreInfo: 0x4D35, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E4 2B E5 2B 3C 2D 30 00 35 4D 14 00 14 00 }
0x7A691: End { 29 02 }
0x7A693: SuppressIf { 0A 82 }
0x7A695: True { 46 02 }
0x7A697: Numeric Prompt: " -Performance Core5 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x78, VarStoreId: 0x30, VarOffset: 0x4CF, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 E4 2B E5 2B 78 00 30 00 CF 04 00 11 00 00 FF FF 01 00 }
0x7A6AB: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A6B2: End { 29 02 }
0x7A6B4: End { 29 02 }
0x7A6B6: Text Prompt: " \x1b[1;37;mTotal Adaptive Mode CPU Core-5 Voltage", Help: " \x1b[1;37;mTotal Adaptive Mode CPU Core-5 Voltage", Text: "\x1b[1;37;mBy CPU" { 03 08 E8 2B E8 2B E9 2B }
0x7A6BE: End { 29 02 }
0x7A6C0: SuppressIf { 0A 82 }
0x7A6C2: True { 46 02 }
0x7A6C4: Numeric Prompt: "", Help: "", QuestionFlags: 0x0, QuestionId: 0x79, VarStoreId: 0x30, VarOffset: 0x507, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 02 00 02 00 79 00 30 00 07 05 00 11 00 00 FF FF 01 00 }
0x7A6D8: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A6DF: End { 29 02 }
0x7A6E1: End { 29 02 }
0x7A6E3: End { 29 02 }
0x7A6E5: SuppressIf { 0A 82 }
0x7A6E7: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5, 6] { 14 14 EF 15 07 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 }
0x7A6FB: String Prompt: "Performance Core6 Specific Ratio Limit", Help: "Configure a ratio limit for certain Performance Cores.", QuestionFlags: 0x14, QuestionId: 0x2D3F, VarStoreId: 0x30, VarStoreInfo: 0x89D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 40 28 42 28 3F 2D 30 00 9D 08 14 00 14 00 }
0x7A70B: End { 29 02 }
0x7A70D: SuppressIf { 0A 82 }
0x7A70F: True { 46 02 }
0x7A711: Numeric Prompt: "Performance Core6 Specific Ratio Limit", Help: "Configure a ratio limit for certain Performance Cores.", QuestionFlags: 0x0, QuestionId: 0x7A, VarStoreId: 0x30, VarOffset: 0x46, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 40 28 42 28 7A 00 30 00 46 00 00 10 00 FF 01 }
0x7A722: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7A728: End { 29 02 }
0x7A72A: End { 29 02 }
0x7A72C: SuppressIf { 0A 82 }
0x7A72E: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7A734: Not { 17 02 }
0x7A736: End { 29 02 }
0x7A738: OneOf Prompt: "Performance Core6 specific Voltage", Help: "Allows configuration of the voltage supply to the CPU cores. A setting of Auto will scale voltage according to the applied CPU core ratio. Do not confuse this setting with VCCIN (CPU Input voltage).", QuestionFlags: 0x14, QuestionId: 0x2D40, VarStoreId: 0x30, VarOffset: 0x4C3, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 EA 2B EB 2B 40 2D 30 00 C3 04 14 10 00 03 00 }
0x7A749: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7A750: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x7A757: OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 18 28 00 00 03 }
0x7A75E: End { 29 02 }
0x7A760: End { 29 02 }
0x7A762: SuppressIf { 0A 82 }
0x7A764: EqIdValList QuestionId: 0x2D40, Values: [0, 2, 3] { 14 0C 40 2D 03 00 00 00 02 00 03 00 }
0x7A770: String Prompt: " CPU Core-6 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D44, VarStoreId: 0x30, VarStoreInfo: 0x4E9D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 EC 2B ED 2B 44 2D 30 00 9D 4E 14 00 14 00 }
0x7A780: End { 29 02 }
0x7A782: SuppressIf { 0A 82 }
0x7A784: True { 46 02 }
0x7A786: Numeric Prompt: " CPU Core-6 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x7B, VarStoreId: 0x30, VarOffset: 0x4E9, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 EC 2B ED 2B 7B 00 30 00 E9 04 00 11 00 00 FF FF 01 00 }
0x7A79A: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A7A1: End { 29 02 }
0x7A7A3: End { 29 02 }
0x7A7A5: End { 29 02 }
0x7A7A7: SuppressIf { 0A 82 }
0x7A7A9: EqIdValList QuestionId: 0x2D40, Values: [0, 1] { 14 0A 40 2D 02 00 00 00 01 00 }
0x7A7B3: OneOf Prompt: " -Offset Mode Sign", Help: "[+]: Offset the CPU core voltage by a positive value.
[-]: Offset the CPU core voltage by a negative value.", QuestionFlags: 0x14, QuestionId: 0x2D42, VarStoreId: 0x30, VarOffset: 0x4DB, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 EE 2B EF 2B 42 2D 30 00 DB 04 14 10 00 01 00 }
0x7A7C4: OneOfOption Option: "+" Value: 0, Default { 09 07 19 28 10 00 00 }
0x7A7CB: OneOfOption Option: "-" Value: 1 { 09 07 1A 28 00 00 01 }
0x7A7D2: End { 29 02 }
0x7A7D4: End { 29 02 }
0x7A7D6: SuppressIf { 0A 82 }
0x7A7D8: EqIdValList QuestionId: 0x2D40, Values: [0, 1, 2] { 14 0C 40 2D 03 00 00 00 01 00 02 00 }
0x7A7E4: String Prompt: " -Additional Turbo Mode CPU Core6 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D45, VarStoreId: 0x30, VarStoreInfo: 0x4FDD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F2 2B F3 2B 45 2D 30 00 DD 4F 14 00 14 00 }
0x7A7F4: End { 29 02 }
0x7A7F6: SuppressIf { 0A 82 }
0x7A7F8: True { 46 02 }
0x7A7FA: Numeric Prompt: " -Additional Turbo Mode CPU Core6 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x7C, VarStoreId: 0x30, VarOffset: 0x4F9, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 F2 2B F3 2B 7C 00 30 00 F9 04 00 11 00 00 FF FF 01 00 }
0x7A80E: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A815: End { 29 02 }
0x7A817: End { 29 02 }
0x7A819: String Prompt: " -Performance Core6 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D43, VarStoreId: 0x30, VarStoreInfo: 0x4D5D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F0 2B F1 2B 43 2D 30 00 5D 4D 14 00 14 00 }
0x7A829: End { 29 02 }
0x7A82B: SuppressIf { 0A 82 }
0x7A82D: True { 46 02 }
0x7A82F: Numeric Prompt: " -Performance Core6 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x7D, VarStoreId: 0x30, VarOffset: 0x4D1, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 F0 2B F1 2B 7D 00 30 00 D1 04 00 11 00 00 FF FF 01 00 }
0x7A843: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A84A: End { 29 02 }
0x7A84C: End { 29 02 }
0x7A84E: Text Prompt: " \x1b[1;37;mTotal Adaptive Mode CPU Core-6 Voltage", Help: " \x1b[1;37;mTotal Adaptive Mode CPU Core-6 Voltage", Text: "\x1b[1;37;mBy CPU" { 03 08 F4 2B F4 2B F5 2B }
0x7A856: End { 29 02 }
0x7A858: SuppressIf { 0A 82 }
0x7A85A: True { 46 02 }
0x7A85C: Numeric Prompt: "", Help: "", QuestionFlags: 0x0, QuestionId: 0x7E, VarStoreId: 0x30, VarOffset: 0x509, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 02 00 02 00 7E 00 30 00 09 05 00 11 00 00 FF FF 01 00 }
0x7A870: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A877: End { 29 02 }
0x7A879: End { 29 02 }
0x7A87B: End { 29 02 }
0x7A87D: SuppressIf { 0A 82 }
0x7A87F: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5, 6, 7] { 14 16 EF 15 08 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 07 00 }
0x7A895: String Prompt: "Performance Core7 Specific Ratio Limit", Help: "Configure a ratio limit for certain Performance Cores.", QuestionFlags: 0x14, QuestionId: 0x2D46, VarStoreId: 0x30, VarStoreInfo: 0x8C5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 41 28 42 28 46 2D 30 00 C5 08 14 00 14 00 }
0x7A8A5: End { 29 02 }
0x7A8A7: SuppressIf { 0A 82 }
0x7A8A9: True { 46 02 }
0x7A8AB: Numeric Prompt: "Performance Core7 Specific Ratio Limit", Help: "Configure a ratio limit for certain Performance Cores.", QuestionFlags: 0x0, QuestionId: 0x7F, VarStoreId: 0x30, VarOffset: 0x47, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 41 28 42 28 7F 00 30 00 47 00 00 10 00 FF 01 }
0x7A8BC: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7A8C2: End { 29 02 }
0x7A8C4: End { 29 02 }
0x7A8C6: SuppressIf { 0A 82 }
0x7A8C8: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7A8CE: Not { 17 02 }
0x7A8D0: End { 29 02 }
0x7A8D2: OneOf Prompt: "Performance Core7 specific Voltage", Help: "Allows configuration of the voltage supply to the CPU cores. A setting of Auto will scale voltage according to the applied CPU core ratio. Do not confuse this setting with VCCIN (CPU Input voltage).", QuestionFlags: 0x14, QuestionId: 0x2D47, VarStoreId: 0x30, VarOffset: 0x4C4, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 F6 2B F7 2B 47 2D 30 00 C4 04 14 10 00 03 00 }
0x7A8E3: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7A8EA: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x7A8F1: OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 18 28 00 00 03 }
0x7A8F8: End { 29 02 }
0x7A8FA: End { 29 02 }
0x7A8FC: SuppressIf { 0A 82 }
0x7A8FE: EqIdValList QuestionId: 0x2D47, Values: [0, 2, 3] { 14 0C 47 2D 03 00 00 00 02 00 03 00 }
0x7A90A: String Prompt: " CPU Core-7 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D4B, VarStoreId: 0x30, VarStoreInfo: 0x4EC5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F8 2B F9 2B 4B 2D 30 00 C5 4E 14 00 14 00 }
0x7A91A: End { 29 02 }
0x7A91C: SuppressIf { 0A 82 }
0x7A91E: True { 46 02 }
0x7A920: Numeric Prompt: " CPU Core-7 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x80, VarStoreId: 0x30, VarOffset: 0x4EB, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 F8 2B F9 2B 80 00 30 00 EB 04 00 11 00 00 FF FF 01 00 }
0x7A934: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A93B: End { 29 02 }
0x7A93D: End { 29 02 }
0x7A93F: End { 29 02 }
0x7A941: SuppressIf { 0A 82 }
0x7A943: EqIdValList QuestionId: 0x2D47, Values: [0, 1] { 14 0A 47 2D 02 00 00 00 01 00 }
0x7A94D: OneOf Prompt: " -Offset Mode Sign", Help: "[+]: Offset the CPU core voltage by a positive value.
[-]: Offset the CPU core voltage by a negative value.", QuestionFlags: 0x14, QuestionId: 0x2D49, VarStoreId: 0x30, VarOffset: 0x4DC, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 FA 2B FB 2B 49 2D 30 00 DC 04 14 10 00 01 00 }
0x7A95E: OneOfOption Option: "+" Value: 0, Default { 09 07 19 28 10 00 00 }
0x7A965: OneOfOption Option: "-" Value: 1 { 09 07 1A 28 00 00 01 }
0x7A96C: End { 29 02 }
0x7A96E: End { 29 02 }
0x7A970: SuppressIf { 0A 82 }
0x7A972: EqIdValList QuestionId: 0x2D47, Values: [0, 1, 2] { 14 0C 47 2D 03 00 00 00 01 00 02 00 }
0x7A97E: String Prompt: " -Additional Turbo Mode CPU Core7 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D4C, VarStoreId: 0x30, VarStoreInfo: 0x5005, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 FE 2B FF 2B 4C 2D 30 00 05 50 14 00 14 00 }
0x7A98E: End { 29 02 }
0x7A990: SuppressIf { 0A 82 }
0x7A992: True { 46 02 }
0x7A994: Numeric Prompt: " -Additional Turbo Mode CPU Core7 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x81, VarStoreId: 0x30, VarOffset: 0x4FB, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 FE 2B FF 2B 81 00 30 00 FB 04 00 11 00 00 FF FF 01 00 }
0x7A9A8: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A9AF: End { 29 02 }
0x7A9B1: End { 29 02 }
0x7A9B3: String Prompt: " -Performance Core7 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D4A, VarStoreId: 0x30, VarStoreInfo: 0x4D85, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 FC 2B FD 2B 4A 2D 30 00 85 4D 14 00 14 00 }
0x7A9C3: End { 29 02 }
0x7A9C5: SuppressIf { 0A 82 }
0x7A9C7: True { 46 02 }
0x7A9C9: Numeric Prompt: " -Performance Core7 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x82, VarStoreId: 0x30, VarOffset: 0x4D3, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 FC 2B FD 2B 82 00 30 00 D3 04 00 11 00 00 FF FF 01 00 }
0x7A9DD: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7A9E4: End { 29 02 }
0x7A9E6: End { 29 02 }
0x7A9E8: Text Prompt: " \x1b[1;37;mTotal Adaptive Mode CPU Core-7 Voltage", Help: " \x1b[1;37;mTotal Adaptive Mode CPU Core-7 Voltage", Text: "\x1b[1;37;mBy CPU" { 03 08 00 2C 00 2C 01 2C }
0x7A9F0: End { 29 02 }
0x7A9F2: SuppressIf { 0A 82 }
0x7A9F4: True { 46 02 }
0x7A9F6: Numeric Prompt: "", Help: "", QuestionFlags: 0x0, QuestionId: 0x83, VarStoreId: 0x30, VarOffset: 0x50B, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 02 00 02 00 83 00 30 00 0B 05 00 11 00 00 FF FF 01 00 }
0x7AA0A: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7AA11: End { 29 02 }
0x7AA13: End { 29 02 }
0x7AA15: End { 29 02 }
0x7AA17: End { 29 02 }
0x7AA19: Form FormId: 0x2D4D, Title: "Specific Efficient Core" { 01 86 4D 2D 4F 28 }
0x7AA1F: String Prompt: "Efficient Core Group0 Specific Ratio Limit", Help: "Configure a ratio limit for certain Efficient Cores.", QuestionFlags: 0x14, QuestionId: 0x2D4E, VarStoreId: 0x30, VarStoreInfo: 0xB6D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 51 28 55 28 4E 2D 30 00 6D 0B 14 00 14 00 }
0x7AA2F: End { 29 02 }
0x7AA31: SuppressIf { 0A 82 }
0x7AA33: True { 46 02 }
0x7AA35: Numeric Prompt: "Efficient Core Group0 Specific Ratio Limit", Help: "Configure a ratio limit for certain Efficient Cores.", QuestionFlags: 0x0, QuestionId: 0x84, VarStoreId: 0x30, VarOffset: 0x5A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 51 28 55 28 84 00 30 00 5A 00 00 10 00 FF 01 }
0x7AA46: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7AA4C: End { 29 02 }
0x7AA4E: End { 29 02 }
0x7AA50: SuppressIf { 0A 82 }
0x7AA52: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7AA58: Not { 17 02 }
0x7AA5A: End { 29 02 }
0x7AA5C: OneOf Prompt: "Efficient Core Group0 specific Voltage", Help: "Allows configuration of the voltage supply to the CPU cores. A setting of Auto will scale voltage according to the applied CPU core ratio. Do not confuse this setting with VCCIN (CPU Input voltage).", QuestionFlags: 0x14, QuestionId: 0x2D4F, VarStoreId: 0x30, VarOffset: 0x50D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 02 2C 03 2C 4F 2D 30 00 0D 05 14 10 00 03 00 }
0x7AA6D: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7AA74: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x7AA7B: OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 18 28 00 00 03 }
0x7AA82: End { 29 02 }
0x7AA84: End { 29 02 }
0x7AA86: SuppressIf { 0A 82 }
0x7AA88: EqIdValList QuestionId: 0x2D4F, Values: [0, 2, 3] { 14 0C 4F 2D 03 00 00 00 02 00 03 00 }
0x7AA94: String Prompt: " CPU Core-0 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D53, VarStoreId: 0x30, VarStoreInfo: 0x50CD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 04 2C 05 2C 53 2D 30 00 CD 50 14 00 14 00 }
0x7AAA4: End { 29 02 }
0x7AAA6: SuppressIf { 0A 82 }
0x7AAA8: True { 46 02 }
0x7AAAA: Numeric Prompt: " CPU Core-0 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x85, VarStoreId: 0x30, VarOffset: 0x52D, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 04 2C 05 2C 85 00 30 00 2D 05 00 11 00 00 FF FF 01 00 }
0x7AABE: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7AAC5: End { 29 02 }
0x7AAC7: End { 29 02 }
0x7AAC9: End { 29 02 }
0x7AACB: SuppressIf { 0A 82 }
0x7AACD: EqIdValList QuestionId: 0x2D4F, Values: [0, 1] { 14 0A 4F 2D 02 00 00 00 01 00 }
0x7AAD7: OneOf Prompt: " -Offset Mode Sign", Help: "[+]: Offset the CPU core voltage by a positive value.
[-]: Offset the CPU core voltage by a negative value.", QuestionFlags: 0x14, QuestionId: 0x2D51, VarStoreId: 0x30, VarOffset: 0x525, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 06 2C 07 2C 51 2D 30 00 25 05 14 10 00 01 00 }
0x7AAE8: OneOfOption Option: "+" Value: 0, Default { 09 07 19 28 10 00 00 }
0x7AAEF: OneOfOption Option: "-" Value: 1 { 09 07 1A 28 00 00 01 }
0x7AAF6: End { 29 02 }
0x7AAF8: End { 29 02 }
0x7AAFA: SuppressIf { 0A 82 }
0x7AAFC: EqIdValList QuestionId: 0x2D4F, Values: [0, 1, 2] { 14 0C 4F 2D 03 00 00 00 01 00 02 00 }
0x7AB08: String Prompt: " -Additional Turbo Mode Efficient Group0 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D54, VarStoreId: 0x30, VarStoreInfo: 0x516D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 0A 2C 0B 2C 54 2D 30 00 6D 51 14 00 14 00 }
0x7AB18: End { 29 02 }
0x7AB1A: SuppressIf { 0A 82 }
0x7AB1C: True { 46 02 }
0x7AB1E: Numeric Prompt: " -Additional Turbo Mode Efficient Group0 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x86, VarStoreId: 0x30, VarOffset: 0x53D, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 0A 2C 0B 2C 86 00 30 00 3D 05 00 11 00 00 FF FF 01 00 }
0x7AB32: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7AB39: End { 29 02 }
0x7AB3B: End { 29 02 }
0x7AB3D: String Prompt: " -Efficient Core Group0 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D52, VarStoreId: 0x30, VarStoreInfo: 0x502D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 08 2C 09 2C 52 2D 30 00 2D 50 14 00 14 00 }
0x7AB4D: End { 29 02 }
0x7AB4F: SuppressIf { 0A 82 }
0x7AB51: True { 46 02 }
0x7AB53: Numeric Prompt: " -Efficient Core Group0 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x87, VarStoreId: 0x30, VarOffset: 0x515, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 08 2C 09 2C 87 00 30 00 15 05 00 11 00 00 FF FF 01 00 }
0x7AB67: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7AB6E: End { 29 02 }
0x7AB70: End { 29 02 }
0x7AB72: Text Prompt: " \x1b[1;37;mTotal Adaptive Mode E-Core Group0 Voltage", Help: " \x1b[1;37;mTotal Adaptive Mode E-Core Group0 Voltage", Text: "\x1b[1;37;mBy CPU" { 03 08 0C 2C 0C 2C 0D 2C }
0x7AB7A: End { 29 02 }
0x7AB7C: SuppressIf { 0A 82 }
0x7AB7E: True { 46 02 }
0x7AB80: Numeric Prompt: "", Help: "", QuestionFlags: 0x0, QuestionId: 0x88, VarStoreId: 0x30, VarOffset: 0x54D, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 02 00 02 00 88 00 30 00 4D 05 00 11 00 00 FF FF 01 00 }
0x7AB94: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7AB9B: End { 29 02 }
0x7AB9D: End { 29 02 }
0x7AB9F: SuppressIf { 0A 82 }
0x7ABA1: EqIdValList QuestionId: 0x15F9, Values: [0, 1, 2, 3, 4, 5, 6, 7] { 14 16 F9 15 08 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 07 00 }
0x7ABB7: String Prompt: "Efficient Core Group1 Specific Ratio Limit", Help: "Configure a ratio limit for certain Efficient Cores.", QuestionFlags: 0x14, QuestionId: 0x2D55, VarStoreId: 0x30, VarStoreInfo: 0xB95, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 52 28 55 28 55 2D 30 00 95 0B 14 00 14 00 }
0x7ABC7: End { 29 02 }
0x7ABC9: SuppressIf { 0A 82 }
0x7ABCB: True { 46 02 }
0x7ABCD: Numeric Prompt: "Efficient Core Group1 Specific Ratio Limit", Help: "Configure a ratio limit for certain Efficient Cores.", QuestionFlags: 0x0, QuestionId: 0x89, VarStoreId: 0x30, VarOffset: 0x5B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 52 28 55 28 89 00 30 00 5B 00 00 10 00 FF 01 }
0x7ABDE: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7ABE4: End { 29 02 }
0x7ABE6: End { 29 02 }
0x7ABE8: SuppressIf { 0A 82 }
0x7ABEA: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7ABF0: Not { 17 02 }
0x7ABF2: End { 29 02 }
0x7ABF4: OneOf Prompt: "Efficient Core Group1 specific Voltage", Help: "Allows configuration of the voltage supply to the CPU cores. A setting of Auto will scale voltage according to the applied CPU core ratio. Do not confuse this setting with VCCIN (CPU Input voltage).", QuestionFlags: 0x14, QuestionId: 0x2D56, VarStoreId: 0x30, VarOffset: 0x50E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 0E 2C 0F 2C 56 2D 30 00 0E 05 14 10 00 03 00 }
0x7AC05: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7AC0C: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x7AC13: OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 18 28 00 00 03 }
0x7AC1A: End { 29 02 }
0x7AC1C: End { 29 02 }
0x7AC1E: SuppressIf { 0A 82 }
0x7AC20: EqIdValList QuestionId: 0x2D56, Values: [0, 2, 3] { 14 0C 56 2D 03 00 00 00 02 00 03 00 }
0x7AC2C: String Prompt: " CPU Core-1 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D5A, VarStoreId: 0x30, VarStoreInfo: 0x50F5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 10 2C 11 2C 5A 2D 30 00 F5 50 14 00 14 00 }
0x7AC3C: End { 29 02 }
0x7AC3E: SuppressIf { 0A 82 }
0x7AC40: True { 46 02 }
0x7AC42: Numeric Prompt: " CPU Core-1 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x8A, VarStoreId: 0x30, VarOffset: 0x52F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 10 2C 11 2C 8A 00 30 00 2F 05 00 11 00 00 FF FF 01 00 }
0x7AC56: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7AC5D: End { 29 02 }
0x7AC5F: End { 29 02 }
0x7AC61: End { 29 02 }
0x7AC63: SuppressIf { 0A 82 }
0x7AC65: EqIdValList QuestionId: 0x2D56, Values: [0, 1] { 14 0A 56 2D 02 00 00 00 01 00 }
0x7AC6F: OneOf Prompt: " -Offset Mode Sign", Help: "[+]: Offset the CPU core voltage by a positive value.
[-]: Offset the CPU core voltage by a negative value.", QuestionFlags: 0x14, QuestionId: 0x2D58, VarStoreId: 0x30, VarOffset: 0x526, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 12 2C 13 2C 58 2D 30 00 26 05 14 10 00 01 00 }
0x7AC80: OneOfOption Option: "+" Value: 0, Default { 09 07 19 28 10 00 00 }
0x7AC87: OneOfOption Option: "-" Value: 1 { 09 07 1A 28 00 00 01 }
0x7AC8E: End { 29 02 }
0x7AC90: End { 29 02 }
0x7AC92: SuppressIf { 0A 82 }
0x7AC94: EqIdValList QuestionId: 0x2D56, Values: [0, 1, 2] { 14 0C 56 2D 03 00 00 00 01 00 02 00 }
0x7ACA0: String Prompt: " -Additional Turbo Mode Efficient Group1 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D5B, VarStoreId: 0x30, VarStoreInfo: 0x5195, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 16 2C 17 2C 5B 2D 30 00 95 51 14 00 14 00 }
0x7ACB0: End { 29 02 }
0x7ACB2: SuppressIf { 0A 82 }
0x7ACB4: True { 46 02 }
0x7ACB6: Numeric Prompt: " -Additional Turbo Mode Efficient Group1 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x8B, VarStoreId: 0x30, VarOffset: 0x53F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 16 2C 17 2C 8B 00 30 00 3F 05 00 11 00 00 FF FF 01 00 }
0x7ACCA: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7ACD1: End { 29 02 }
0x7ACD3: End { 29 02 }
0x7ACD5: String Prompt: " -Efficient Core Group1 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D59, VarStoreId: 0x30, VarStoreInfo: 0x5055, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 14 2C 15 2C 59 2D 30 00 55 50 14 00 14 00 }
0x7ACE5: End { 29 02 }
0x7ACE7: SuppressIf { 0A 82 }
0x7ACE9: True { 46 02 }
0x7ACEB: Numeric Prompt: " -Efficient Core Group1 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x8C, VarStoreId: 0x30, VarOffset: 0x517, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 14 2C 15 2C 8C 00 30 00 17 05 00 11 00 00 FF FF 01 00 }
0x7ACFF: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7AD06: End { 29 02 }
0x7AD08: End { 29 02 }
0x7AD0A: Text Prompt: " \x1b[1;37;mTotal Adaptive Mode E-Core Group1 Voltage", Help: " \x1b[1;37;mTotal Adaptive Mode E-Core Group1 Voltage", Text: "\x1b[1;37;mBy CPU" { 03 08 18 2C 18 2C 19 2C }
0x7AD12: End { 29 02 }
0x7AD14: SuppressIf { 0A 82 }
0x7AD16: True { 46 02 }
0x7AD18: Numeric Prompt: "", Help: "", QuestionFlags: 0x0, QuestionId: 0x8D, VarStoreId: 0x30, VarOffset: 0x54F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 02 00 02 00 8D 00 30 00 4F 05 00 11 00 00 FF FF 01 00 }
0x7AD2C: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7AD33: End { 29 02 }
0x7AD35: End { 29 02 }
0x7AD37: End { 29 02 }
0x7AD39: SuppressIf { 0A 82 }
0x7AD3B: EqIdValList QuestionId: 0x15F9, Values: [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11] { 14 1E F9 15 0C 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 07 00 08 00 09 00 0A 00 0B 00 }
0x7AD59: String Prompt: "Efficient Core Group2 Specific Ratio Limit", Help: "Configure a ratio limit for certain Efficient Cores.", QuestionFlags: 0x14, QuestionId: 0x2D5C, VarStoreId: 0x30, VarStoreInfo: 0xBBD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 53 28 55 28 5C 2D 30 00 BD 0B 14 00 14 00 }
0x7AD69: End { 29 02 }
0x7AD6B: SuppressIf { 0A 82 }
0x7AD6D: True { 46 02 }
0x7AD6F: Numeric Prompt: "Efficient Core Group2 Specific Ratio Limit", Help: "Configure a ratio limit for certain Efficient Cores.", QuestionFlags: 0x0, QuestionId: 0x8E, VarStoreId: 0x30, VarOffset: 0x5C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 53 28 55 28 8E 00 30 00 5C 00 00 10 00 FF 01 }
0x7AD80: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7AD86: End { 29 02 }
0x7AD88: End { 29 02 }
0x7AD8A: SuppressIf { 0A 82 }
0x7AD8C: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7AD92: Not { 17 02 }
0x7AD94: End { 29 02 }
0x7AD96: OneOf Prompt: "Efficient Core Group2 specific Voltage", Help: "Allows configuration of the voltage supply to the CPU cores. A setting of Auto will scale voltage according to the applied CPU core ratio. Do not confuse this setting with VCCIN (CPU Input voltage).", QuestionFlags: 0x14, QuestionId: 0x2D5D, VarStoreId: 0x30, VarOffset: 0x50F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 1A 2C 1B 2C 5D 2D 30 00 0F 05 14 10 00 03 00 }
0x7ADA7: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7ADAE: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x7ADB5: OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 18 28 00 00 03 }
0x7ADBC: End { 29 02 }
0x7ADBE: End { 29 02 }
0x7ADC0: SuppressIf { 0A 82 }
0x7ADC2: EqIdValList QuestionId: 0x2D5D, Values: [0, 2, 3] { 14 0C 5D 2D 03 00 00 00 02 00 03 00 }
0x7ADCE: String Prompt: " CPU Core-2 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D61, VarStoreId: 0x30, VarStoreInfo: 0x511D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 1C 2C 1D 2C 61 2D 30 00 1D 51 14 00 14 00 }
0x7ADDE: End { 29 02 }
0x7ADE0: SuppressIf { 0A 82 }
0x7ADE2: True { 46 02 }
0x7ADE4: Numeric Prompt: " CPU Core-2 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x8F, VarStoreId: 0x30, VarOffset: 0x531, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 1C 2C 1D 2C 8F 00 30 00 31 05 00 11 00 00 FF FF 01 00 }
0x7ADF8: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7ADFF: End { 29 02 }
0x7AE01: End { 29 02 }
0x7AE03: End { 29 02 }
0x7AE05: SuppressIf { 0A 82 }
0x7AE07: EqIdValList QuestionId: 0x2D5D, Values: [0, 1] { 14 0A 5D 2D 02 00 00 00 01 00 }
0x7AE11: OneOf Prompt: " -Offset Mode Sign", Help: "[+]: Offset the CPU core voltage by a positive value.
[-]: Offset the CPU core voltage by a negative value.", QuestionFlags: 0x14, QuestionId: 0x2D5F, VarStoreId: 0x30, VarOffset: 0x527, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 1E 2C 1F 2C 5F 2D 30 00 27 05 14 10 00 01 00 }
0x7AE22: OneOfOption Option: "+" Value: 0, Default { 09 07 19 28 10 00 00 }
0x7AE29: OneOfOption Option: "-" Value: 1 { 09 07 1A 28 00 00 01 }
0x7AE30: End { 29 02 }
0x7AE32: End { 29 02 }
0x7AE34: SuppressIf { 0A 82 }
0x7AE36: EqIdValList QuestionId: 0x2D5D, Values: [0, 1, 2] { 14 0C 5D 2D 03 00 00 00 01 00 02 00 }
0x7AE42: String Prompt: " -Additional Turbo Mode Efficient Group2 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D62, VarStoreId: 0x30, VarStoreInfo: 0x51BD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 22 2C 23 2C 62 2D 30 00 BD 51 14 00 14 00 }
0x7AE52: End { 29 02 }
0x7AE54: SuppressIf { 0A 82 }
0x7AE56: True { 46 02 }
0x7AE58: Numeric Prompt: " -Additional Turbo Mode Efficient Group2 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x90, VarStoreId: 0x30, VarOffset: 0x541, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 22 2C 23 2C 90 00 30 00 41 05 00 11 00 00 FF FF 01 00 }
0x7AE6C: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7AE73: End { 29 02 }
0x7AE75: End { 29 02 }
0x7AE77: String Prompt: " -Efficient Core Group2 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D60, VarStoreId: 0x30, VarStoreInfo: 0x507D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 20 2C 21 2C 60 2D 30 00 7D 50 14 00 14 00 }
0x7AE87: End { 29 02 }
0x7AE89: SuppressIf { 0A 82 }
0x7AE8B: True { 46 02 }
0x7AE8D: Numeric Prompt: " -Efficient Core Group2 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x91, VarStoreId: 0x30, VarOffset: 0x519, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 20 2C 21 2C 91 00 30 00 19 05 00 11 00 00 FF FF 01 00 }
0x7AEA1: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7AEA8: End { 29 02 }
0x7AEAA: End { 29 02 }
0x7AEAC: Text Prompt: " \x1b[1;37;mTotal Adaptive Mode E-Core Group2 Voltage", Help: " \x1b[1;37;mTotal Adaptive Mode E-Core Group2 Voltage", Text: "\x1b[2;37;mBy CPU" { 03 08 24 2C 24 2C 25 2C }
0x7AEB4: End { 29 02 }
0x7AEB6: SuppressIf { 0A 82 }
0x7AEB8: True { 46 02 }
0x7AEBA: Numeric Prompt: "", Help: "", QuestionFlags: 0x0, QuestionId: 0x92, VarStoreId: 0x30, VarOffset: 0x551, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 02 00 02 00 92 00 30 00 51 05 00 11 00 00 FF FF 01 00 }
0x7AECE: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7AED5: End { 29 02 }
0x7AED7: End { 29 02 }
0x7AED9: End { 29 02 }
0x7AEDB: SuppressIf { 0A 82 }
0x7AEDD: EqIdValList QuestionId: 0x15F9, Values: [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] { 14 26 F9 15 10 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 07 00 08 00 09 00 0A 00 0B 00 0C 00 0D 00 0E 00 0F 00 }
0x7AF03: String Prompt: "Efficient Core Group3 Specific Ratio Limit", Help: "Configure a ratio limit for certain Efficient Cores.", QuestionFlags: 0x14, QuestionId: 0x2D63, VarStoreId: 0x30, VarStoreInfo: 0xBE5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 54 28 55 28 63 2D 30 00 E5 0B 14 00 14 00 }
0x7AF13: End { 29 02 }
0x7AF15: SuppressIf { 0A 82 }
0x7AF17: True { 46 02 }
0x7AF19: Numeric Prompt: "Efficient Core Group3 Specific Ratio Limit", Help: "Configure a ratio limit for certain Efficient Cores.", QuestionFlags: 0x0, QuestionId: 0x93, VarStoreId: 0x30, VarOffset: 0x5D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 54 28 55 28 93 00 30 00 5D 00 00 10 00 FF 01 }
0x7AF2A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7AF30: End { 29 02 }
0x7AF32: End { 29 02 }
0x7AF34: SuppressIf { 0A 82 }
0x7AF36: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7AF3C: Not { 17 02 }
0x7AF3E: End { 29 02 }
0x7AF40: OneOf Prompt: "Efficient Core Group3 specific Voltage", Help: "Allows configuration of the voltage supply to the CPU cores. A setting of Auto will scale voltage according to the applied CPU core ratio. Do not confuse this setting with VCCIN (CPU Input voltage).", QuestionFlags: 0x14, QuestionId: 0x2D64, VarStoreId: 0x30, VarOffset: 0x510, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 26 2C 27 2C 64 2D 30 00 10 05 14 10 00 03 00 }
0x7AF51: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7AF58: OneOfOption Option: "Manual Mode" Value: 1 { 09 07 16 28 00 00 01 }
0x7AF5F: OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 18 28 00 00 03 }
0x7AF66: End { 29 02 }
0x7AF68: End { 29 02 }
0x7AF6A: SuppressIf { 0A 82 }
0x7AF6C: EqIdValList QuestionId: 0x2D64, Values: [0, 2, 3] { 14 0C 64 2D 03 00 00 00 02 00 03 00 }
0x7AF78: String Prompt: " CPU Core-3 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D68, VarStoreId: 0x30, VarStoreInfo: 0x5145, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 28 2C 29 2C 68 2D 30 00 45 51 14 00 14 00 }
0x7AF88: End { 29 02 }
0x7AF8A: SuppressIf { 0A 82 }
0x7AF8C: True { 46 02 }
0x7AF8E: Numeric Prompt: " CPU Core-3 Voltage Override", Help: "Configure the CPU core voltage. Save changes and reset the system for the change to take effect.
Min.: 0.600V | Max.: 1.700V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x94, VarStoreId: 0x30, VarOffset: 0x533, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 28 2C 29 2C 94 00 30 00 33 05 00 11 00 00 FF FF 01 00 }
0x7AFA2: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7AFA9: End { 29 02 }
0x7AFAB: End { 29 02 }
0x7AFAD: End { 29 02 }
0x7AFAF: SuppressIf { 0A 82 }
0x7AFB1: EqIdValList QuestionId: 0x2D64, Values: [0, 1] { 14 0A 64 2D 02 00 00 00 01 00 }
0x7AFBB: OneOf Prompt: " -Offset Mode Sign", Help: "[+]: Offset the CPU core voltage by a positive value.
[-]: Offset the CPU core voltage by a negative value.", QuestionFlags: 0x14, QuestionId: 0x2D66, VarStoreId: 0x30, VarOffset: 0x528, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 2A 2C 2B 2C 66 2D 30 00 28 05 14 10 00 01 00 }
0x7AFCC: OneOfOption Option: "+" Value: 0, Default { 09 07 19 28 10 00 00 }
0x7AFD3: OneOfOption Option: "-" Value: 1 { 09 07 1A 28 00 00 01 }
0x7AFDA: End { 29 02 }
0x7AFDC: End { 29 02 }
0x7AFDE: SuppressIf { 0A 82 }
0x7AFE0: EqIdValList QuestionId: 0x2D64, Values: [0, 1, 2] { 14 0C 64 2D 03 00 00 00 01 00 02 00 }
0x7AFEC: String Prompt: " -Additional Turbo Mode Efficient Group3 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D69, VarStoreId: 0x30, VarStoreInfo: 0x51E5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2E 2C 2F 2C 69 2D 30 00 E5 51 14 00 14 00 }
0x7AFFC: End { 29 02 }
0x7AFFE: SuppressIf { 0A 82 }
0x7B000: True { 46 02 }
0x7B002: Numeric Prompt: " -Additional Turbo Mode Efficient Group3 Voltage", Help: "Configure the amount of voltage fed to the CPU cores when running in the turbo mode. Increase the voltage when configuring a high CPU core frequency. This voltage will be affected by the offset value.
Min.: 0.001V | Max.: 1.920V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x95, VarStoreId: 0x30, VarOffset: 0x543, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 2E 2C 2F 2C 95 00 30 00 43 05 00 11 00 00 FF FF 01 00 }
0x7B016: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7B01D: End { 29 02 }
0x7B01F: End { 29 02 }
0x7B021: String Prompt: " -Efficient Core Group3 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x14, QuestionId: 0x2D67, VarStoreId: 0x30, VarStoreInfo: 0x50A5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2C 2C 2D 2C 67 2D 30 00 A5 50 14 00 14 00 }
0x7B031: End { 29 02 }
0x7B033: SuppressIf { 0A 82 }
0x7B035: True { 46 02 }
0x7B037: Numeric Prompt: " -Efficient Core Group3 Offset", Help: "Configure the CPU core voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.001V | Max.: 0.999V | Standard: By CPU | Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x96, VarStoreId: 0x30, VarOffset: 0x51B, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 2C 2C 2D 2C 96 00 30 00 1B 05 00 11 00 00 FF FF 01 00 }
0x7B04B: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7B052: End { 29 02 }
0x7B054: End { 29 02 }
0x7B056: Text Prompt: " \x1b[3;37;mTotal Adaptive Mode E-Core Group3 Voltage", Help: " \x1b[3;37;mTotal Adaptive Mode E-Core Group3 Voltage", Text: "\x1b[3;37;mBy CPU" { 03 08 30 2C 30 2C 31 2C }
0x7B05E: End { 29 02 }
0x7B060: SuppressIf { 0A 82 }
0x7B062: True { 46 02 }
0x7B064: Numeric Prompt: "", Help: "", QuestionFlags: 0x0, QuestionId: 0x97, VarStoreId: 0x30, VarOffset: 0x553, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 02 00 02 00 97 00 30 00 53 05 00 11 00 00 FF FF 01 00 }
0x7B078: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7B07F: End { 29 02 }
0x7B081: End { 29 02 }
0x7B083: End { 29 02 }
0x7B085: End { 29 02 }
0x7B087: Form FormId: 0x2D6A, Title: "By E-Core Usage" { 01 86 6A 2D 24 28 }
0x7B08D: String Prompt: "Efficient Turbo Ratio Limit 1", Help: "User defined Ratio for Efficient TurboRatioLimits", QuestionFlags: 0x14, QuestionId: 0x2D6B, VarStoreId: 0x30, VarStoreInfo: 0x8ED, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 26 28 27 28 6B 2D 30 00 ED 08 14 00 14 00 }
0x7B09D: End { 29 02 }
0x7B09F: SuppressIf { 0A 82 }
0x7B0A1: True { 46 02 }
0x7B0A3: Numeric Prompt: "Efficient Turbo Ratio Limit 1", Help: "User defined Ratio for Efficient TurboRatioLimits", QuestionFlags: 0x0, QuestionId: 0x98, VarStoreId: 0x30, VarOffset: 0x4A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 26 28 27 28 98 00 30 00 4A 00 00 10 00 FF 01 }
0x7B0B4: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B0BA: End { 29 02 }
0x7B0BC: End { 29 02 }
0x7B0BE: String Prompt: "Efficient Turbo Ratio Cores 1", Help: "User defined core# for Efficient TurboRatioLimits", QuestionFlags: 0x14, QuestionId: 0x2D6C, VarStoreId: 0x30, VarStoreInfo: 0xA2D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 28 28 29 28 6C 2D 30 00 2D 0A 14 00 14 00 }
0x7B0CE: End { 29 02 }
0x7B0D0: SuppressIf { 0A 82 }
0x7B0D2: True { 46 02 }
0x7B0D4: Numeric Prompt: "Efficient Turbo Ratio Cores 1", Help: "User defined core# for Efficient TurboRatioLimits", QuestionFlags: 0x0, QuestionId: 0x99, VarStoreId: 0x30, VarOffset: 0x52, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 28 28 29 28 99 00 30 00 52 00 00 10 00 FF 01 }
0x7B0E5: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B0EB: End { 29 02 }
0x7B0ED: End { 29 02 }
0x7B0EF: GrayOutIf { 19 82 }
0x7B0F1: EqIdVal QuestionId: 0x98, Value: 0x0 { 12 86 98 00 00 00 }
0x7B0F7: EqIdVal QuestionId: 0x99, Value: 0x0 { 12 06 99 00 00 00 }
0x7B0FD: Or { 16 02 }
0x7B0FF: EqIdId QuestionId: 0x99, OtherQuestionId: 0x15F9 { 13 06 99 00 F9 15 }
0x7B105: Or { 16 02 }
0x7B107: End { 29 02 }
0x7B109: String Prompt: "Efficient Turbo Ratio Limit 2", Help: "User defined Ratio for Efficient TurboRatioLimits", QuestionFlags: 0x14, QuestionId: 0x2D6D, VarStoreId: 0x30, VarStoreInfo: 0x915, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2A 28 27 28 6D 2D 30 00 15 09 14 00 14 00 }
0x7B119: End { 29 02 }
0x7B11B: SuppressIf { 0A 82 }
0x7B11D: True { 46 02 }
0x7B11F: Numeric Prompt: "Efficient Turbo Ratio Limit 2", Help: "User defined Ratio for Efficient TurboRatioLimits", QuestionFlags: 0x0, QuestionId: 0x9A, VarStoreId: 0x30, VarOffset: 0x4B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x50, Step: 0x1 { 07 91 2A 28 27 28 9A 00 30 00 4B 00 00 10 00 50 01 }
0x7B130: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B136: End { 29 02 }
0x7B138: End { 29 02 }
0x7B13A: String Prompt: "Efficient Turbo Ratio Cores 2", Help: "User defined core# for Efficient TurboRatioLimits", QuestionFlags: 0x14, QuestionId: 0x2D6E, VarStoreId: 0x30, VarStoreInfo: 0xA55, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2B 28 29 28 6E 2D 30 00 55 0A 14 00 14 00 }
0x7B14A: End { 29 02 }
0x7B14C: SuppressIf { 0A 82 }
0x7B14E: True { 46 02 }
0x7B150: Numeric Prompt: "Efficient Turbo Ratio Cores 2", Help: "User defined core# for Efficient TurboRatioLimits", QuestionFlags: 0x0, QuestionId: 0x9B, VarStoreId: 0x30, VarOffset: 0x53, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 2B 28 29 28 9B 00 30 00 53 00 00 10 00 FF 01 }
0x7B161: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B167: End { 29 02 }
0x7B169: End { 29 02 }
0x7B16B: GrayOutIf { 19 82 }
0x7B16D: EqIdVal QuestionId: 0x9A, Value: 0x0 { 12 86 9A 00 00 00 }
0x7B173: EqIdVal QuestionId: 0x9B, Value: 0x0 { 12 06 9B 00 00 00 }
0x7B179: Or { 16 02 }
0x7B17B: EqIdId QuestionId: 0x9B, OtherQuestionId: 0x15F9 { 13 06 9B 00 F9 15 }
0x7B181: Or { 16 02 }
0x7B183: End { 29 02 }
0x7B185: String Prompt: "Efficient Turbo Ratio Limit 3", Help: "User defined Ratio for Efficient TurboRatioLimits", QuestionFlags: 0x14, QuestionId: 0x2D6F, VarStoreId: 0x30, VarStoreInfo: 0x93D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2C 28 27 28 6F 2D 30 00 3D 09 14 00 14 00 }
0x7B195: End { 29 02 }
0x7B197: SuppressIf { 0A 82 }
0x7B199: True { 46 02 }
0x7B19B: Numeric Prompt: "Efficient Turbo Ratio Limit 3", Help: "User defined Ratio for Efficient TurboRatioLimits", QuestionFlags: 0x0, QuestionId: 0x9C, VarStoreId: 0x30, VarOffset: 0x4C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x50, Step: 0x1 { 07 91 2C 28 27 28 9C 00 30 00 4C 00 00 10 00 50 01 }
0x7B1AC: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B1B2: End { 29 02 }
0x7B1B4: End { 29 02 }
0x7B1B6: String Prompt: "Efficient Turbo Ratio Cores 3", Help: "User defined core# for Efficient TurboRatioLimits", QuestionFlags: 0x14, QuestionId: 0x2D70, VarStoreId: 0x30, VarStoreInfo: 0xA7D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2D 28 29 28 70 2D 30 00 7D 0A 14 00 14 00 }
0x7B1C6: End { 29 02 }
0x7B1C8: SuppressIf { 0A 82 }
0x7B1CA: True { 46 02 }
0x7B1CC: Numeric Prompt: "Efficient Turbo Ratio Cores 3", Help: "User defined core# for Efficient TurboRatioLimits", QuestionFlags: 0x0, QuestionId: 0x9D, VarStoreId: 0x30, VarOffset: 0x54, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 2D 28 29 28 9D 00 30 00 54 00 00 10 00 FF 01 }
0x7B1DD: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B1E3: End { 29 02 }
0x7B1E5: End { 29 02 }
0x7B1E7: GrayOutIf { 19 82 }
0x7B1E9: EqIdVal QuestionId: 0x9C, Value: 0x0 { 12 86 9C 00 00 00 }
0x7B1EF: EqIdVal QuestionId: 0x9D, Value: 0x0 { 12 06 9D 00 00 00 }
0x7B1F5: Or { 16 02 }
0x7B1F7: EqIdId QuestionId: 0x9D, OtherQuestionId: 0x15F9 { 13 06 9D 00 F9 15 }
0x7B1FD: Or { 16 02 }
0x7B1FF: End { 29 02 }
0x7B201: String Prompt: "Efficient Turbo Ratio Limit 4", Help: "User defined Ratio for Efficient TurboRatioLimits", QuestionFlags: 0x14, QuestionId: 0x2D71, VarStoreId: 0x30, VarStoreInfo: 0x965, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2E 28 27 28 71 2D 30 00 65 09 14 00 14 00 }
0x7B211: End { 29 02 }
0x7B213: SuppressIf { 0A 82 }
0x7B215: True { 46 02 }
0x7B217: Numeric Prompt: "Efficient Turbo Ratio Limit 4", Help: "User defined Ratio for Efficient TurboRatioLimits", QuestionFlags: 0x0, QuestionId: 0x9E, VarStoreId: 0x30, VarOffset: 0x4D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x50, Step: 0x1 { 07 91 2E 28 27 28 9E 00 30 00 4D 00 00 10 00 50 01 }
0x7B228: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B22E: End { 29 02 }
0x7B230: End { 29 02 }
0x7B232: String Prompt: "Efficient Turbo Ratio Cores 4", Help: "User defined core# for Efficient TurboRatioLimits", QuestionFlags: 0x14, QuestionId: 0x2D72, VarStoreId: 0x30, VarStoreInfo: 0xAA5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2F 28 29 28 72 2D 30 00 A5 0A 14 00 14 00 }
0x7B242: End { 29 02 }
0x7B244: SuppressIf { 0A 82 }
0x7B246: True { 46 02 }
0x7B248: Numeric Prompt: "Efficient Turbo Ratio Cores 4", Help: "User defined core# for Efficient TurboRatioLimits", QuestionFlags: 0x0, QuestionId: 0x9F, VarStoreId: 0x30, VarOffset: 0x55, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 2F 28 29 28 9F 00 30 00 55 00 00 10 00 FF 01 }
0x7B259: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B25F: End { 29 02 }
0x7B261: End { 29 02 }
0x7B263: GrayOutIf { 19 82 }
0x7B265: EqIdVal QuestionId: 0x9E, Value: 0x0 { 12 86 9E 00 00 00 }
0x7B26B: EqIdVal QuestionId: 0x9F, Value: 0x0 { 12 06 9F 00 00 00 }
0x7B271: Or { 16 02 }
0x7B273: EqIdId QuestionId: 0x9F, OtherQuestionId: 0x15F9 { 13 06 9F 00 F9 15 }
0x7B279: Or { 16 02 }
0x7B27B: End { 29 02 }
0x7B27D: String Prompt: "Efficient Turbo Ratio Limit 5", Help: "User defined Ratio for Efficient TurboRatioLimits", QuestionFlags: 0x14, QuestionId: 0x2D73, VarStoreId: 0x30, VarStoreInfo: 0x98D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 30 28 27 28 73 2D 30 00 8D 09 14 00 14 00 }
0x7B28D: End { 29 02 }
0x7B28F: SuppressIf { 0A 82 }
0x7B291: True { 46 02 }
0x7B293: Numeric Prompt: "Efficient Turbo Ratio Limit 5", Help: "User defined Ratio for Efficient TurboRatioLimits", QuestionFlags: 0x0, QuestionId: 0xA0, VarStoreId: 0x30, VarOffset: 0x4E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x50, Step: 0x1 { 07 91 30 28 27 28 A0 00 30 00 4E 00 00 10 00 50 01 }
0x7B2A4: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B2AA: End { 29 02 }
0x7B2AC: End { 29 02 }
0x7B2AE: String Prompt: "Efficient Turbo Ratio Cores 5", Help: "User defined core# for Efficient TurboRatioLimits", QuestionFlags: 0x14, QuestionId: 0x2D74, VarStoreId: 0x30, VarStoreInfo: 0xACD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 31 28 29 28 74 2D 30 00 CD 0A 14 00 14 00 }
0x7B2BE: End { 29 02 }
0x7B2C0: SuppressIf { 0A 82 }
0x7B2C2: True { 46 02 }
0x7B2C4: Numeric Prompt: "Efficient Turbo Ratio Cores 5", Help: "User defined core# for Efficient TurboRatioLimits", QuestionFlags: 0x0, QuestionId: 0xA1, VarStoreId: 0x30, VarOffset: 0x56, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 31 28 29 28 A1 00 30 00 56 00 00 10 00 FF 01 }
0x7B2D5: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B2DB: End { 29 02 }
0x7B2DD: End { 29 02 }
0x7B2DF: GrayOutIf { 19 82 }
0x7B2E1: EqIdVal QuestionId: 0xA0, Value: 0x0 { 12 86 A0 00 00 00 }
0x7B2E7: EqIdVal QuestionId: 0xA1, Value: 0x0 { 12 06 A1 00 00 00 }
0x7B2ED: Or { 16 02 }
0x7B2EF: EqIdId QuestionId: 0xA1, OtherQuestionId: 0x15F9 { 13 06 A1 00 F9 15 }
0x7B2F5: Or { 16 02 }
0x7B2F7: End { 29 02 }
0x7B2F9: String Prompt: "Efficient Turbo Ratio Limit 6", Help: "User defined Ratio for Efficient TurboRatioLimits", QuestionFlags: 0x14, QuestionId: 0x2D75, VarStoreId: 0x30, VarStoreInfo: 0x9B5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 32 28 27 28 75 2D 30 00 B5 09 14 00 14 00 }
0x7B309: End { 29 02 }
0x7B30B: SuppressIf { 0A 82 }
0x7B30D: True { 46 02 }
0x7B30F: Numeric Prompt: "Efficient Turbo Ratio Limit 6", Help: "User defined Ratio for Efficient TurboRatioLimits", QuestionFlags: 0x0, QuestionId: 0xA2, VarStoreId: 0x30, VarOffset: 0x4F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x50, Step: 0x1 { 07 91 32 28 27 28 A2 00 30 00 4F 00 00 10 00 50 01 }
0x7B320: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B326: End { 29 02 }
0x7B328: End { 29 02 }
0x7B32A: String Prompt: "Efficient Turbo Ratio Cores 6", Help: "User defined core# for Efficient TurboRatioLimits", QuestionFlags: 0x14, QuestionId: 0x2D76, VarStoreId: 0x30, VarStoreInfo: 0xAF5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 33 28 29 28 76 2D 30 00 F5 0A 14 00 14 00 }
0x7B33A: End { 29 02 }
0x7B33C: SuppressIf { 0A 82 }
0x7B33E: True { 46 02 }
0x7B340: Numeric Prompt: "Efficient Turbo Ratio Cores 6", Help: "User defined core# for Efficient TurboRatioLimits", QuestionFlags: 0x0, QuestionId: 0xA3, VarStoreId: 0x30, VarOffset: 0x57, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 33 28 29 28 A3 00 30 00 57 00 00 10 00 FF 01 }
0x7B351: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B357: End { 29 02 }
0x7B359: End { 29 02 }
0x7B35B: GrayOutIf { 19 82 }
0x7B35D: EqIdVal QuestionId: 0xA2, Value: 0x0 { 12 86 A2 00 00 00 }
0x7B363: EqIdVal QuestionId: 0xA3, Value: 0x0 { 12 06 A3 00 00 00 }
0x7B369: Or { 16 02 }
0x7B36B: EqIdId QuestionId: 0xA3, OtherQuestionId: 0x15F9 { 13 06 A3 00 F9 15 }
0x7B371: Or { 16 02 }
0x7B373: End { 29 02 }
0x7B375: String Prompt: "Efficient Turbo Ratio Limit 7", Help: "User defined Ratio for Efficient TurboRatioLimits", QuestionFlags: 0x14, QuestionId: 0x2D77, VarStoreId: 0x30, VarStoreInfo: 0x9DD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 34 28 27 28 77 2D 30 00 DD 09 14 00 14 00 }
0x7B385: End { 29 02 }
0x7B387: SuppressIf { 0A 82 }
0x7B389: True { 46 02 }
0x7B38B: Numeric Prompt: "Efficient Turbo Ratio Limit 7", Help: "User defined Ratio for Efficient TurboRatioLimits", QuestionFlags: 0x0, QuestionId: 0xA4, VarStoreId: 0x30, VarOffset: 0x50, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x50, Step: 0x1 { 07 91 34 28 27 28 A4 00 30 00 50 00 00 10 00 50 01 }
0x7B39C: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B3A2: End { 29 02 }
0x7B3A4: End { 29 02 }
0x7B3A6: String Prompt: "Efficient Turbo Ratio Cores 7", Help: "User defined core# for Efficient TurboRatioLimits", QuestionFlags: 0x14, QuestionId: 0x2D78, VarStoreId: 0x30, VarStoreInfo: 0xB1D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 35 28 29 28 78 2D 30 00 1D 0B 14 00 14 00 }
0x7B3B6: End { 29 02 }
0x7B3B8: SuppressIf { 0A 82 }
0x7B3BA: True { 46 02 }
0x7B3BC: Numeric Prompt: "Efficient Turbo Ratio Cores 7", Help: "User defined core# for Efficient TurboRatioLimits", QuestionFlags: 0x0, QuestionId: 0xA5, VarStoreId: 0x30, VarOffset: 0x58, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 35 28 29 28 A5 00 30 00 58 00 00 10 00 FF 01 }
0x7B3CD: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B3D3: End { 29 02 }
0x7B3D5: End { 29 02 }
0x7B3D7: GrayOutIf { 19 82 }
0x7B3D9: EqIdVal QuestionId: 0xA4, Value: 0x0 { 12 86 A4 00 00 00 }
0x7B3DF: EqIdVal QuestionId: 0xA5, Value: 0x0 { 12 06 A5 00 00 00 }
0x7B3E5: Or { 16 02 }
0x7B3E7: EqIdId QuestionId: 0xA5, OtherQuestionId: 0x15F9 { 13 06 A5 00 F9 15 }
0x7B3ED: Or { 16 02 }
0x7B3EF: End { 29 02 }
0x7B3F1: String Prompt: "Efficient Turbo Ratio Limit 8", Help: "User defined Ratio for Efficient TurboRatioLimits", QuestionFlags: 0x14, QuestionId: 0x2D79, VarStoreId: 0x30, VarStoreInfo: 0xA05, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 36 28 27 28 79 2D 30 00 05 0A 14 00 14 00 }
0x7B401: End { 29 02 }
0x7B403: SuppressIf { 0A 82 }
0x7B405: True { 46 02 }
0x7B407: Numeric Prompt: "Efficient Turbo Ratio Limit 8", Help: "User defined Ratio for Efficient TurboRatioLimits", QuestionFlags: 0x0, QuestionId: 0xA6, VarStoreId: 0x30, VarOffset: 0x51, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x50, Step: 0x1 { 07 91 36 28 27 28 A6 00 30 00 51 00 00 10 00 50 01 }
0x7B418: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B41E: End { 29 02 }
0x7B420: End { 29 02 }
0x7B422: String Prompt: "Efficient Turbo Ratio Cores 8", Help: "User defined core# for Efficient TurboRatioLimits", QuestionFlags: 0x14, QuestionId: 0x2D7A, VarStoreId: 0x30, VarStoreInfo: 0xB45, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 37 28 29 28 7A 2D 30 00 45 0B 14 00 14 00 }
0x7B432: End { 29 02 }
0x7B434: SuppressIf { 0A 82 }
0x7B436: True { 46 02 }
0x7B438: Numeric Prompt: "Efficient Turbo Ratio Cores 8", Help: "User defined core# for Efficient TurboRatioLimits", QuestionFlags: 0x0, QuestionId: 0xA7, VarStoreId: 0x30, VarOffset: 0x59, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 37 28 29 28 A7 00 30 00 59 00 00 10 00 FF 01 }
0x7B449: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B44F: End { 29 02 }
0x7B451: End { 29 02 }
0x7B453: End { 29 02 }
0x7B455: End { 29 02 }
0x7B457: End { 29 02 }
0x7B459: End { 29 02 }
0x7B45B: End { 29 02 }
0x7B45D: End { 29 02 }
0x7B45F: End { 29 02 }
0x7B461: End { 29 02 }
0x7B463: Form FormId: 0x2D7B, Title: "AVX Related Controls" { 01 86 7B 2D 6C 2B }
0x7B469: Subtitle Prompt: "Current Per-Core Ratio Limit", Help: "", Flags: 0x0 { 02 87 53 2B 00 00 00 }
0x7B470: End { 29 02 }
0x7B472: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x7B479: End { 29 02 }
0x7B47B: Text Prompt: "Core 0", Help: "Displays Current Max Core Ratio for Core 0", Text: "N/A" { 03 08 54 2B 55 2B 56 2B }
0x7B483: SuppressIf { 0A 82 }
0x7B485: EqIdValList QuestionId: 0x15EF, Values: [0, 1] { 14 0A EF 15 02 00 00 00 01 00 }
0x7B48F: Text Prompt: "Core 1", Help: "Displays Current Max Core Ratio for Core 1", Text: "N/A" { 03 08 57 2B 58 2B 59 2B }
0x7B497: End { 29 02 }
0x7B499: SuppressIf { 0A 82 }
0x7B49B: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2] { 14 0C EF 15 03 00 00 00 01 00 02 00 }
0x7B4A7: Text Prompt: "Core 2", Help: "Displays Current Max Core Ratio for Core 2", Text: "N/A" { 03 08 5A 2B 5B 2B 5C 2B }
0x7B4AF: End { 29 02 }
0x7B4B1: SuppressIf { 0A 82 }
0x7B4B3: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3] { 14 0E EF 15 04 00 00 00 01 00 02 00 03 00 }
0x7B4C1: Text Prompt: "Core 3", Help: "Displays Current Max Core Ratio for Core 3", Text: "N/A" { 03 08 5D 2B 5E 2B 5F 2B }
0x7B4C9: End { 29 02 }
0x7B4CB: SuppressIf { 0A 82 }
0x7B4CD: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4] { 14 10 EF 15 05 00 00 00 01 00 02 00 03 00 04 00 }
0x7B4DD: Text Prompt: "Core 4", Help: "Displays Current Max Core Ratio for Core 4", Text: "N/A" { 03 08 60 2B 61 2B 62 2B }
0x7B4E5: End { 29 02 }
0x7B4E7: SuppressIf { 0A 82 }
0x7B4E9: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5] { 14 12 EF 15 06 00 00 00 01 00 02 00 03 00 04 00 05 00 }
0x7B4FB: Text Prompt: "Core 5", Help: "Displays Current Max Core Ratio for Core 5", Text: "N/A" { 03 08 63 2B 64 2B 65 2B }
0x7B503: End { 29 02 }
0x7B505: SuppressIf { 0A 82 }
0x7B507: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5, 6] { 14 14 EF 15 07 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 }
0x7B51B: Text Prompt: "Core 6", Help: "Displays Current Max Core Ratio for Core 6", Text: "N/A" { 03 08 66 2B 67 2B 68 2B }
0x7B523: End { 29 02 }
0x7B525: SuppressIf { 0A 82 }
0x7B527: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5, 6, 7] { 14 16 EF 15 08 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 07 00 }
0x7B53D: Text Prompt: "Core 7", Help: "Displays Current Max Core Ratio for Core 7", Text: "N/A" { 03 08 69 2B 6A 2B 6B 2B }
0x7B545: End { 29 02 }
0x7B547: OneOf Prompt: "AVX2", Help: "Enable/Disable the AVX 2 Instructions.", QuestionFlags: 0x10, QuestionId: 0xA8, VarStoreId: 0x30, VarOffset: 0xCA, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 6F 2B 70 2B A8 00 30 00 CA 00 10 10 00 02 00 }
0x7B558: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7B55F: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7B566: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x7B56D: End { 29 02 }
0x7B56F: SuppressIf { 0A 82 }
0x7B571: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x7B57B: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x7B585: Equal { 2F 02 }
0x7B587: End { 29 02 }
0x7B589: SuppressIf { 0A 82 }
0x7B58B: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x7B595: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x7B59F: Equal { 2F 02 }
0x7B5A1: End { 29 02 }
0x7B5A3: OneOf Prompt: "AVX512", Help: "Enable/Disable the AVX 512 Instructions. Note: AVX512 is only available when E-Cores are disabled.", QuestionFlags: 0x10, QuestionId: 0xA9, VarStoreId: 0x30, VarOffset: 0xCB, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 71 2B 72 2B A9 00 30 00 CB 00 10 10 00 02 00 }
0x7B5B4: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7B5BB: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7B5C2: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x7B5C9: End { 29 02 }
0x7B5CB: End { 29 02 }
0x7B5CD: SuppressIf { 0A 82 }
0x7B5CF: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7B5D5: Not { 17 02 }
0x7B5D7: End { 29 02 }
0x7B5D9: OneOf Prompt: "AVX2 Ratio Offset to per-core Ratio Limit", Help: "AVX2 Ratio Offset. Specifies number of bins to decrease AVX ratio vs. Per-Core Ratio. AVX is a more stressful workload, it is helpful to lower the AVX ratio to ensure maximum possible ratio for SSE workloads. Uses Mailbox MSR 0x150, cmd 0x1B. Range 0 - 31. 0 = No offset.", QuestionFlags: 0x14, QuestionId: 0x2D7C, VarStoreId: 0x30, VarOffset: 0xCC, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 73 2B 75 2B 7C 2D 30 00 CC 00 14 10 00 01 00 }
0x7B5EA: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7B5F1: OneOfOption Option: "User Specify" Value: 1 { 09 07 6E 2B 00 00 01 }
0x7B5F8: End { 29 02 }
0x7B5FA: SuppressIf { 0A 82 }
0x7B5FC: EqIdVal QuestionId: 0x2D7C, Value: 0x1 { 12 86 7C 2D 01 00 }
0x7B602: Not { 17 02 }
0x7B604: End { 29 02 }
0x7B606: Numeric Prompt: "AVX2 Ratio Offset", Help: "AVX2 Ratio Offset. Specifies number of bins to decrease AVX ratio vs. Per-Core Ratio. AVX is a more stressful workload, it is helpful to lower the AVX ratio to ensure maximum possible ratio for SSE workloads. Uses Mailbox MSR 0x150, cmd 0x1B. Range 0 - 31. 0 = No offset.", QuestionFlags: 0x14, QuestionId: 0x2D7D, VarStoreId: 0x30, VarOffset: 0xCD, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 74 2B 75 2B 7D 2D 30 00 CD 00 14 10 00 1F 01 }
0x7B617: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B61D: End { 29 02 }
0x7B61F: End { 29 02 }
0x7B621: SuppressIf { 0A 82 }
0x7B623: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x7B62D: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x7B637: Equal { 2F 02 }
0x7B639: End { 29 02 }
0x7B63B: OneOf Prompt: "AVX512 Ratio Offset to per-core Ratio Limit", Help: "AVX512 Ratio Offset. Specifies number of bins to decrease AVX512 ratio vs. Per-Core Ratio. AVX is a more stressful workload, it is helpful to lower the AVX ratio to ensure maximum possible ratio for SSE workloads. Uses Mailbox MSR 0x150, cmd 0x1B. Range 0 - 31. 0 = No offset.", QuestionFlags: 0x14, QuestionId: 0x2D7E, VarStoreId: 0x30, VarOffset: 0xCE, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 76 2B 78 2B 7E 2D 30 00 CE 00 14 10 00 01 00 }
0x7B64C: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7B653: OneOfOption Option: "User Specify" Value: 1 { 09 07 6E 2B 00 00 01 }
0x7B65A: End { 29 02 }
0x7B65C: SuppressIf { 0A 82 }
0x7B65E: EqIdVal QuestionId: 0x2D7E, Value: 0x1 { 12 86 7E 2D 01 00 }
0x7B664: Not { 17 02 }
0x7B666: End { 29 02 }
0x7B668: Numeric Prompt: "AVX512 Ratio Offset", Help: "AVX512 Ratio Offset. Specifies number of bins to decrease AVX512 ratio vs. Per-Core Ratio. AVX is a more stressful workload, it is helpful to lower the AVX ratio to ensure maximum possible ratio for SSE workloads. Uses Mailbox MSR 0x150, cmd 0x1B. Range 0 - 31. 0 = No offset.", QuestionFlags: 0x14, QuestionId: 0x2D7F, VarStoreId: 0x30, VarOffset: 0xCF, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 77 2B 78 2B 7F 2D 30 00 CF 00 14 10 00 1F 01 }
0x7B679: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B67F: End { 29 02 }
0x7B681: End { 29 02 }
0x7B683: End { 29 02 }
0x7B685: OneOf Prompt: "AVX2 Voltage Guardband Scale Factor", Help: "Controls the voltage guardband applied to AVX workloads. Range in 1/100 units, where 125=1.25 scale factor. The resulting final voltage guardband is default guardband * Scale Factor.
Therefore lower than 100 values reduces guardband while higher than 100 values increases guardband.", QuestionFlags: 0x10, QuestionId: 0xAA, VarStoreId: 0x30, VarOffset: 0xD0, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 79 2B 7B 2B AA 00 30 00 D0 00 10 10 00 01 00 }
0x7B696: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7B69D: OneOfOption Option: "User Specify" Value: 1 { 09 07 6E 2B 00 00 01 }
0x7B6A4: End { 29 02 }
0x7B6A6: SuppressIf { 0A 82 }
0x7B6A8: EqIdVal QuestionId: 0xAA, Value: 0x1 { 12 86 AA 00 01 00 }
0x7B6AE: Not { 17 02 }
0x7B6B0: End { 29 02 }
0x7B6B2: Numeric Prompt: "AVX2 Voltage Guardband Scale Factor", Help: "Controls the voltage guardband applied to AVX workloads. Range in 1/100 units, where 125=1.25 scale factor. The resulting final voltage guardband is default guardband * Scale Factor.
Therefore lower than 100 values reduces guardband while higher than 100 values increases guardband.", QuestionFlags: 0x10, QuestionId: 0xAB, VarStoreId: 0x30, VarOffset: 0xD1, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xC7, Step: 0x1 { 07 91 7A 2B 7B 2B AB 00 30 00 D1 00 10 10 00 C7 01 }
0x7B6C3: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B6C9: End { 29 02 }
0x7B6CB: End { 29 02 }
0x7B6CD: SuppressIf { 0A 82 }
0x7B6CF: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x7B6D9: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x7B6E3: Equal { 2F 02 }
0x7B6E5: End { 29 02 }
0x7B6E7: OneOf Prompt: "AVX512 Voltage Guardband Scale Factor", Help: "Controls the voltage guardband applied to AVX512 workloads. Range in 1/100 units, where 125=1.25 scale factor. The resulting final voltage guardband is default guardband * Scale Factor.
Therefore lower than 100 values reduces guardband while higher than 100 values increases guardband.", QuestionFlags: 0x10, QuestionId: 0xAC, VarStoreId: 0x30, VarOffset: 0xD2, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 7C 2B 7E 2B AC 00 30 00 D2 00 10 10 00 01 00 }
0x7B6F8: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7B6FF: OneOfOption Option: "User Specify" Value: 1 { 09 07 6E 2B 00 00 01 }
0x7B706: End { 29 02 }
0x7B708: SuppressIf { 0A 82 }
0x7B70A: EqIdVal QuestionId: 0xAC, Value: 0x1 { 12 86 AC 00 01 00 }
0x7B710: Not { 17 02 }
0x7B712: End { 29 02 }
0x7B714: Numeric Prompt: "AVX512 Voltage Guardband Scale Factor", Help: "Controls the voltage guardband applied to AVX512 workloads. Range in 1/100 units, where 125=1.25 scale factor. The resulting final voltage guardband is default guardband * Scale Factor.
Therefore lower than 100 values reduces guardband while higher than 100 values increases guardband.", QuestionFlags: 0x10, QuestionId: 0xAD, VarStoreId: 0x30, VarOffset: 0xD3, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xC7, Step: 0x1 { 07 91 7D 2B 7E 2B AD 00 30 00 D3 00 10 10 00 C7 01 }
0x7B725: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7B72B: End { 29 02 }
0x7B72D: End { 29 02 }
0x7B72F: End { 29 02 }
0x7B731: End { 29 02 }
0x7B733: End { 29 02 }
0x7B735: End { 29 02 }
0x7B737: Form FormId: 0x2D80, Title: "V/F Point Offset" { 01 86 80 2D 10 2B }
0x7B73D: Text Prompt: "V/F Point 1(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Help: "V/F Point 1(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Text: "" { 03 08 12 2B 12 2B 1D 2B }
0x7B745: Text Prompt: "V/F Point 2(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Help: "V/F Point 2(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Text: "" { 03 08 13 2B 13 2B 1E 2B }
0x7B74D: Text Prompt: "V/F Point 3(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Help: "V/F Point 3(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Text: "" { 03 08 14 2B 14 2B 1F 2B }
0x7B755: Text Prompt: "V/F Point 4(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Help: "V/F Point 4(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Text: "" { 03 08 15 2B 15 2B 20 2B }
0x7B75D: Text Prompt: "V/F Point 5(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Help: "V/F Point 5(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Text: "" { 03 08 16 2B 16 2B 21 2B }
0x7B765: Text Prompt: "V/F Point 6(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Help: "V/F Point 6(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Text: "" { 03 08 17 2B 17 2B 22 2B }
0x7B76D: Text Prompt: "V/F Point 7(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Help: "V/F Point 7(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Text: "" { 03 08 18 2B 18 2B 23 2B }
0x7B775: Text Prompt: "V/F Point 8(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Help: "V/F Point 8(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Text: "" { 03 08 19 2B 19 2B 24 2B }
0x7B77D: Text Prompt: "V/F Point 9(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Help: "V/F Point 9(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Text: "" { 03 08 1A 2B 1A 2B 25 2B }
0x7B785: Text Prompt: "V/F Point 10(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Help: "V/F Point 10(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Text: "" { 03 08 1B 2B 1B 2B 26 2B }
0x7B78D: Text Prompt: "V/F Point 11(For OC Ratio)(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Help: "V/F Point 11(For OC Ratio)(Frequency / VID @ AC/DC_LL 0.01 / Current Offset)", Text: "" { 03 08 1C 2B 1C 2B 27 2B }
0x7B795: OneOf Prompt: "Offset Mode Sign 1", Help: "Offset Mode Sign 1", QuestionFlags: 0x10, QuestionId: 0xAE, VarStoreId: 0x30, VarOffset: 0xFA, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 3E 2B 3E 2B AE 00 30 00 FA 00 10 10 00 01 00 }
0x7B7A6: OneOfOption Option: "-" Value: 1 { 09 07 D6 2D 00 00 01 }
0x7B7AD: OneOfOption Option: "+" Value: 0, Default { 09 07 D5 2D 10 00 00 }
0x7B7B4: End { 29 02 }
0x7B7B6: String Prompt: "V/F Point 1 Offset", Help: "V/F Point 1 Offset", QuestionFlags: 0x14, QuestionId: 0x2D81, VarStoreId: 0x30, VarStoreInfo: 0x1045, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 28 2B 33 2B 81 2D 30 00 45 10 14 00 14 00 }
0x7B7C6: End { 29 02 }
0x7B7C8: SuppressIf { 0A 82 }
0x7B7CA: True { 46 02 }
0x7B7CC: Numeric Prompt: "V/F Point 1 Offset", Help: "V/F Point 1 Offset", QuestionFlags: 0x0, QuestionId: 0xAF, VarStoreId: 0x30, VarOffset: 0x109, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 28 2B 33 2B AF 00 30 00 09 01 00 11 00 00 FF FF 01 00 }
0x7B7E0: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7B7E7: End { 29 02 }
0x7B7E9: End { 29 02 }
0x7B7EB: OneOf Prompt: "Offset Mode Sign 2", Help: "Offset Mode Sign 2", QuestionFlags: 0x10, QuestionId: 0xB0, VarStoreId: 0x30, VarOffset: 0xFB, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 3F 2B 3F 2B B0 00 30 00 FB 00 10 10 00 01 00 }
0x7B7FC: OneOfOption Option: "-" Value: 1 { 09 07 D6 2D 00 00 01 }
0x7B803: OneOfOption Option: "+" Value: 0, Default { 09 07 D5 2D 10 00 00 }
0x7B80A: End { 29 02 }
0x7B80C: String Prompt: "V/F Point 2 Offset", Help: "V/F Point 2 Offset", QuestionFlags: 0x14, QuestionId: 0x2D82, VarStoreId: 0x30, VarStoreInfo: 0x106D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 29 2B 34 2B 82 2D 30 00 6D 10 14 00 14 00 }
0x7B81C: End { 29 02 }
0x7B81E: SuppressIf { 0A 82 }
0x7B820: True { 46 02 }
0x7B822: Numeric Prompt: "V/F Point 2 Offset", Help: "V/F Point 2 Offset", QuestionFlags: 0x0, QuestionId: 0xB1, VarStoreId: 0x30, VarOffset: 0x10B, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 29 2B 34 2B B1 00 30 00 0B 01 00 11 00 00 FF FF 01 00 }
0x7B836: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7B83D: End { 29 02 }
0x7B83F: End { 29 02 }
0x7B841: OneOf Prompt: "Offset Mode Sign 3", Help: "Offset Mode Sign 3", QuestionFlags: 0x10, QuestionId: 0xB2, VarStoreId: 0x30, VarOffset: 0xFC, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 40 2B 40 2B B2 00 30 00 FC 00 10 10 00 01 00 }
0x7B852: OneOfOption Option: "-" Value: 1 { 09 07 D6 2D 00 00 01 }
0x7B859: OneOfOption Option: "+" Value: 0, Default { 09 07 D5 2D 10 00 00 }
0x7B860: End { 29 02 }
0x7B862: String Prompt: "V/F Point 3 Offset", Help: "V/F Point 3 Offset", QuestionFlags: 0x14, QuestionId: 0x2D83, VarStoreId: 0x30, VarStoreInfo: 0x1095, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2A 2B 35 2B 83 2D 30 00 95 10 14 00 14 00 }
0x7B872: End { 29 02 }
0x7B874: SuppressIf { 0A 82 }
0x7B876: True { 46 02 }
0x7B878: Numeric Prompt: "V/F Point 3 Offset", Help: "V/F Point 3 Offset", QuestionFlags: 0x0, QuestionId: 0xB3, VarStoreId: 0x30, VarOffset: 0x10D, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 2A 2B 35 2B B3 00 30 00 0D 01 00 11 00 00 FF FF 01 00 }
0x7B88C: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7B893: End { 29 02 }
0x7B895: End { 29 02 }
0x7B897: OneOf Prompt: "Offset Mode Sign 4", Help: "Offset Mode Sign 4", QuestionFlags: 0x10, QuestionId: 0xB4, VarStoreId: 0x30, VarOffset: 0xFD, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 41 2B 41 2B B4 00 30 00 FD 00 10 10 00 01 00 }
0x7B8A8: OneOfOption Option: "-" Value: 1 { 09 07 D6 2D 00 00 01 }
0x7B8AF: OneOfOption Option: "+" Value: 0, Default { 09 07 D5 2D 10 00 00 }
0x7B8B6: End { 29 02 }
0x7B8B8: String Prompt: "V/F Point 4 Offset", Help: "V/F Point 4 Offset", QuestionFlags: 0x14, QuestionId: 0x2D84, VarStoreId: 0x30, VarStoreInfo: 0x10BD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2B 2B 36 2B 84 2D 30 00 BD 10 14 00 14 00 }
0x7B8C8: End { 29 02 }
0x7B8CA: SuppressIf { 0A 82 }
0x7B8CC: True { 46 02 }
0x7B8CE: Numeric Prompt: "V/F Point 4 Offset", Help: "V/F Point 4 Offset", QuestionFlags: 0x0, QuestionId: 0xB5, VarStoreId: 0x30, VarOffset: 0x10F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 2B 2B 36 2B B5 00 30 00 0F 01 00 11 00 00 FF FF 01 00 }
0x7B8E2: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7B8E9: End { 29 02 }
0x7B8EB: End { 29 02 }
0x7B8ED: OneOf Prompt: "Offset Mode Sign 5", Help: "Offset Mode Sign 5", QuestionFlags: 0x10, QuestionId: 0xB6, VarStoreId: 0x30, VarOffset: 0xFE, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 42 2B 42 2B B6 00 30 00 FE 00 10 10 00 01 00 }
0x7B8FE: OneOfOption Option: "-" Value: 1 { 09 07 D6 2D 00 00 01 }
0x7B905: OneOfOption Option: "+" Value: 0, Default { 09 07 D5 2D 10 00 00 }
0x7B90C: End { 29 02 }
0x7B90E: String Prompt: "V/F Point 5 Offset", Help: "V/F Point 5 Offset", QuestionFlags: 0x14, QuestionId: 0x2D85, VarStoreId: 0x30, VarStoreInfo: 0x10E5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2C 2B 37 2B 85 2D 30 00 E5 10 14 00 14 00 }
0x7B91E: End { 29 02 }
0x7B920: SuppressIf { 0A 82 }
0x7B922: True { 46 02 }
0x7B924: Numeric Prompt: "V/F Point 5 Offset", Help: "V/F Point 5 Offset", QuestionFlags: 0x0, QuestionId: 0xB7, VarStoreId: 0x30, VarOffset: 0x111, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 2C 2B 37 2B B7 00 30 00 11 01 00 11 00 00 FF FF 01 00 }
0x7B938: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7B93F: End { 29 02 }
0x7B941: End { 29 02 }
0x7B943: OneOf Prompt: "Offset Mode Sign 6", Help: "Offset Mode Sign 6", QuestionFlags: 0x10, QuestionId: 0xB8, VarStoreId: 0x30, VarOffset: 0xFF, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 43 2B 43 2B B8 00 30 00 FF 00 10 10 00 01 00 }
0x7B954: OneOfOption Option: "-" Value: 1 { 09 07 D6 2D 00 00 01 }
0x7B95B: OneOfOption Option: "+" Value: 0, Default { 09 07 D5 2D 10 00 00 }
0x7B962: End { 29 02 }
0x7B964: String Prompt: "V/F Point 6 Offset", Help: "V/F Point 6 Offset", QuestionFlags: 0x14, QuestionId: 0x2D86, VarStoreId: 0x30, VarStoreInfo: 0x110D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2D 2B 38 2B 86 2D 30 00 0D 11 14 00 14 00 }
0x7B974: End { 29 02 }
0x7B976: SuppressIf { 0A 82 }
0x7B978: True { 46 02 }
0x7B97A: Numeric Prompt: "V/F Point 6 Offset", Help: "V/F Point 6 Offset", QuestionFlags: 0x0, QuestionId: 0xB9, VarStoreId: 0x30, VarOffset: 0x113, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 2D 2B 38 2B B9 00 30 00 13 01 00 11 00 00 FF FF 01 00 }
0x7B98E: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7B995: End { 29 02 }
0x7B997: End { 29 02 }
0x7B999: OneOf Prompt: "Offset Mode Sign 7", Help: "Offset Mode Sign 7", QuestionFlags: 0x10, QuestionId: 0xBA, VarStoreId: 0x30, VarOffset: 0x100, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 44 2B 44 2B BA 00 30 00 00 01 10 10 00 01 00 }
0x7B9AA: OneOfOption Option: "-" Value: 1 { 09 07 D6 2D 00 00 01 }
0x7B9B1: OneOfOption Option: "+" Value: 0, Default { 09 07 D5 2D 10 00 00 }
0x7B9B8: End { 29 02 }
0x7B9BA: String Prompt: "V/F Point 7 Offset", Help: "V/F Point 7 Offset", QuestionFlags: 0x14, QuestionId: 0x2D87, VarStoreId: 0x30, VarStoreInfo: 0x1135, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2E 2B 39 2B 87 2D 30 00 35 11 14 00 14 00 }
0x7B9CA: End { 29 02 }
0x7B9CC: SuppressIf { 0A 82 }
0x7B9CE: True { 46 02 }
0x7B9D0: Numeric Prompt: "V/F Point 7 Offset", Help: "V/F Point 7 Offset", QuestionFlags: 0x0, QuestionId: 0xBB, VarStoreId: 0x30, VarOffset: 0x115, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 2E 2B 39 2B BB 00 30 00 15 01 00 11 00 00 FF FF 01 00 }
0x7B9E4: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7B9EB: End { 29 02 }
0x7B9ED: End { 29 02 }
0x7B9EF: OneOf Prompt: "Offset Mode Sign 8", Help: "Offset Mode Sign 8", QuestionFlags: 0x10, QuestionId: 0xBC, VarStoreId: 0x30, VarOffset: 0x101, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 45 2B 45 2B BC 00 30 00 01 01 10 10 00 01 00 }
0x7BA00: OneOfOption Option: "-" Value: 1 { 09 07 D6 2D 00 00 01 }
0x7BA07: OneOfOption Option: "+" Value: 0, Default { 09 07 D5 2D 10 00 00 }
0x7BA0E: End { 29 02 }
0x7BA10: String Prompt: "V/F Point 8 Offset", Help: "V/F Point 8 Offset
When ratios are the same, point 7 must be >= point 8 otherwise it will cause Machine Check Exception. Therefore leave point 8 at Auto if point 7 has the same ratio.", QuestionFlags: 0x14, QuestionId: 0x2D88, VarStoreId: 0x30, VarStoreInfo: 0x115D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2F 2B 3A 2B 88 2D 30 00 5D 11 14 00 14 00 }
0x7BA20: End { 29 02 }
0x7BA22: SuppressIf { 0A 82 }
0x7BA24: True { 46 02 }
0x7BA26: Numeric Prompt: "V/F Point 8 Offset", Help: "V/F Point 8 Offset
When ratios are the same, point 7 must be >= point 8 otherwise it will cause Machine Check Exception. Therefore leave point 8 at Auto if point 7 has the same ratio.", QuestionFlags: 0x0, QuestionId: 0xBD, VarStoreId: 0x30, VarOffset: 0x117, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 2F 2B 3A 2B BD 00 30 00 17 01 00 11 00 00 FF FF 01 00 }
0x7BA3A: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7BA41: End { 29 02 }
0x7BA43: End { 29 02 }
0x7BA45: OneOf Prompt: "Offset Mode Sign 9", Help: "Offset Mode Sign 9", QuestionFlags: 0x10, QuestionId: 0xBE, VarStoreId: 0x30, VarOffset: 0x102, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 46 2B 46 2B BE 00 30 00 02 01 10 10 00 01 00 }
0x7BA56: OneOfOption Option: "-" Value: 1 { 09 07 D6 2D 00 00 01 }
0x7BA5D: OneOfOption Option: "+" Value: 0, Default { 09 07 D5 2D 10 00 00 }
0x7BA64: End { 29 02 }
0x7BA66: String Prompt: "V/F Point 9 Offset", Help: "V/F Point 9 Offset", QuestionFlags: 0x14, QuestionId: 0x2D89, VarStoreId: 0x30, VarStoreInfo: 0x1185, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 30 2B 3B 2B 89 2D 30 00 85 11 14 00 14 00 }
0x7BA76: End { 29 02 }
0x7BA78: SuppressIf { 0A 82 }
0x7BA7A: True { 46 02 }
0x7BA7C: Numeric Prompt: "V/F Point 9 Offset", Help: "V/F Point 9 Offset", QuestionFlags: 0x0, QuestionId: 0xBF, VarStoreId: 0x30, VarOffset: 0x119, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 30 2B 3B 2B BF 00 30 00 19 01 00 11 00 00 FF FF 01 00 }
0x7BA90: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7BA97: End { 29 02 }
0x7BA99: End { 29 02 }
0x7BA9B: OneOf Prompt: "Offset Mode Sign 10", Help: "Offset Mode Sign 10", QuestionFlags: 0x10, QuestionId: 0xC0, VarStoreId: 0x30, VarOffset: 0x103, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 47 2B 47 2B C0 00 30 00 03 01 10 10 00 01 00 }
0x7BAAC: OneOfOption Option: "-" Value: 1 { 09 07 D6 2D 00 00 01 }
0x7BAB3: OneOfOption Option: "+" Value: 0, Default { 09 07 D5 2D 10 00 00 }
0x7BABA: End { 29 02 }
0x7BABC: String Prompt: "V/F Point 10 Offset", Help: "V/F Point 10 Offset", QuestionFlags: 0x14, QuestionId: 0x2D8A, VarStoreId: 0x30, VarStoreInfo: 0x11AD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 31 2B 3C 2B 8A 2D 30 00 AD 11 14 00 14 00 }
0x7BACC: End { 29 02 }
0x7BACE: SuppressIf { 0A 82 }
0x7BAD0: True { 46 02 }
0x7BAD2: Numeric Prompt: "V/F Point 10 Offset", Help: "V/F Point 10 Offset", QuestionFlags: 0x0, QuestionId: 0xC1, VarStoreId: 0x30, VarOffset: 0x11B, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 31 2B 3C 2B C1 00 30 00 1B 01 00 11 00 00 FF FF 01 00 }
0x7BAE6: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7BAED: End { 29 02 }
0x7BAEF: End { 29 02 }
0x7BAF1: OneOf Prompt: "Offset Mode Sign 11", Help: "Offset Mode Sign 11", QuestionFlags: 0x10, QuestionId: 0xC2, VarStoreId: 0x30, VarOffset: 0x104, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 48 2B 48 2B C2 00 30 00 04 01 10 10 00 01 00 }
0x7BB02: OneOfOption Option: "-" Value: 1 { 09 07 D6 2D 00 00 01 }
0x7BB09: OneOfOption Option: "+" Value: 0, Default { 09 07 D5 2D 10 00 00 }
0x7BB10: End { 29 02 }
0x7BB12: String Prompt: "V/F Point 11 Offset", Help: "V/F Point 11 Offset", QuestionFlags: 0x14, QuestionId: 0x2D8B, VarStoreId: 0x30, VarStoreInfo: 0x11D5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 32 2B 3D 2B 8B 2D 30 00 D5 11 14 00 14 00 }
0x7BB22: End { 29 02 }
0x7BB24: SuppressIf { 0A 82 }
0x7BB26: True { 46 02 }
0x7BB28: Numeric Prompt: "V/F Point 11 Offset", Help: "V/F Point 11 Offset", QuestionFlags: 0x0, QuestionId: 0xC3, VarStoreId: 0x30, VarOffset: 0x11D, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 32 2B 3D 2B C3 00 30 00 1D 01 00 11 00 00 FF FF 01 00 }
0x7BB3C: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7BB43: End { 29 02 }
0x7BB45: End { 29 02 }
0x7BB47: End { 29 02 }
0x7BB49: Form FormId: 0x2D8C, Title: "DIGI+ VRM" { 01 86 8C 2D E7 2A }
0x7BB4F: OneOf Prompt: "VRM Initialization Check", Help: "When any error occurs during VRM initialization, the system will hang at POSTcode 76/77 if this function is enabled.", QuestionFlags: 0x10, QuestionId: 0xC4, VarStoreId: 0x30, VarOffset: 0x55D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 D2 29 D3 29 C4 00 30 00 5D 05 10 10 00 01 00 }
0x7BB60: Default DefaultId: 0x0 Value: 1 { 5B 06 00 00 00 01 }
0x7BB66: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x7BB6D: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x7BB74: End { 29 02 }
0x7BB76: OneOf Prompt: "CPU Input Voltage Load-line Calibration", Help: "CPU Input Voltage Load-line Calibration", QuestionFlags: 0x10, QuestionId: 0xC5, VarStoreId: 0x30, VarOffset: 0x57B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 DC 29 DD 29 C5 00 30 00 7B 05 10 10 00 03 00 }
0x7BB87: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7BB8E: OneOfOption Option: "Level 1" Value: 1 { 09 07 DE 29 00 00 01 }
0x7BB95: OneOfOption Option: "Level 2" Value: 2 { 09 07 DF 29 00 00 02 }
0x7BB9C: OneOfOption Option: "Level 3" Value: 3 { 09 07 E0 29 00 00 03 }
0x7BBA3: End { 29 02 }
0x7BBA5: OneOf Prompt: "CPU Load-line Calibration", Help: "The load-line is defined by the Intel VRM specification and affects the level of voltage supplied to the processor. Higher load-line calibration settings result in reduced VDroop at the expense of voltage overshoot and will increase CPU temperatures due to higher voltage under load. Select from level 1 to 8 to adjust the load-line slope. Level 1 = greater Vdroop, Level = 8 minimum VDroop.
* Performance is dependent on the CPU model used. Do not remove the VRM heatsink.", QuestionFlags: 0x14, QuestionId: 0x2D8D, VarStoreId: 0x30, VarOffset: 0x55F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x7, Step: 0x0 { 05 91 D4 29 D5 29 8D 2D 30 00 5F 05 14 10 00 07 00 }
0x7BBB6: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7BBBD: OneOfOption Option: "Level 1" Value: 1 { 09 07 DE 29 00 00 01 }
0x7BBC4: OneOfOption Option: "Level 2" Value: 2 { 09 07 DF 29 00 00 02 }
0x7BBCB: OneOfOption Option: "Level 3" Value: 3 { 09 07 E0 29 00 00 03 }
0x7BBD2: OneOfOption Option: "Level 4:Recommended for OC" Value: 4 { 09 07 E1 29 00 00 04 }
0x7BBD9: OneOfOption Option: "Level 5" Value: 5 { 09 07 E2 29 00 00 05 }
0x7BBE0: OneOfOption Option: "Level 6" Value: 6 { 09 07 E3 29 00 00 06 }
0x7BBE7: OneOfOption Option: "Level 7" Value: 7 { 09 07 E4 29 00 00 07 }
0x7BBEE: End { 29 02 }
0x7BBF0: Text Prompt: "Current CPU Load-line Calibration", Help: "Current CPU Load-line Calibration", Text: "N/A" { 03 08 D6 29 D6 29 D7 29 }
0x7BBF8: OneOf Prompt: "Synch ACDC Loadline with VRM Loadline", Help: "Synch ACDC Loadline with VRM Loadline.
If enabled,VRM Loadline will be adjust automatically to match AC/DC Loadline.", QuestionFlags: 0x10, QuestionId: 0xC6, VarStoreId: 0x30, VarOffset: 0x55E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 D8 29 D9 29 C6 00 30 00 5E 05 10 10 00 01 00 }
0x7BC09: OneOfOption Option: "Disabled" Value: 0, Default { 09 07 9D 27 10 00 00 }
0x7BC10: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x7BC17: End { 29 02 }
0x7BC19: SuppressIf { 0A 82 }
0x7BC1B: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x7BC25: Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
0x7BC2F: Equal { 2F 02 }
0x7BC31: End { 29 02 }
0x7BC33: OneOf Prompt: "CPU Current Capability", Help: "Sets the shut-off current limit for the external voltage regulator. A higher setting will allow the voltage regulator to supply more current while a lower setting will cause the voltage regulator to shut off the system when the supplied current is higher than the set value.
*Configure higher values when overclocking or when using high current demanding stress tests.", QuestionFlags: 0x10, QuestionId: 0xC7, VarStoreId: 0x30, VarOffset: 0x560, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x8, Step: 0x0 { 05 91 E6 29 E7 29 C7 00 30 00 60 05 10 10 00 08 00 }
0x7BC44: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7BC4B: OneOfOption Option: "100%" Value: 1 { 09 07 ED 29 00 00 01 }
0x7BC52: OneOfOption Option: "110%" Value: 2 { 09 07 EE 29 00 00 02 }
0x7BC59: OneOfOption Option: "120%" Value: 3 { 09 07 EF 29 00 00 03 }
0x7BC60: SuppressIf { 0A 82 }
0x7BC62: Uint64 Value: 0x78 { 45 8A 78 00 00 00 00 00 00 00 }
0x7BC6C: Uint64 Value: 0x78 { 45 0A 78 00 00 00 00 00 00 00 }
0x7BC76: LessEqual { 34 02 }
0x7BC78: End { 29 02 }
0x7BC7A: OneOfOption Option: "130%" Value: 4 { 09 07 F0 29 00 00 04 }
0x7BC81: OneOfOption Option: "140%" Value: 5 { 09 07 F1 29 00 00 05 }
0x7BC88: SuppressIf { 0A 82 }
0x7BC8A: Uint64 Value: 0x78 { 45 8A 78 00 00 00 00 00 00 00 }
0x7BC94: Uint64 Value: 0x8C { 45 0A 8C 00 00 00 00 00 00 00 }
0x7BC9E: LessEqual { 34 02 }
0x7BCA0: End { 29 02 }
0x7BCA2: OneOfOption Option: "150%" Value: 6 { 09 07 F2 29 00 00 06 }
0x7BCA9: OneOfOption Option: "160%" Value: 7 { 09 07 F3 29 00 00 07 }
0x7BCB0: OneOfOption Option: "170%" Value: 8 { 09 07 F4 29 00 00 08 }
0x7BCB7: End { 29 02 }
0x7BCB9: End { 29 02 }
0x7BCBB: SuppressIf { 0A 82 }
0x7BCBD: EqIdVal QuestionId: 0x15F8, Value: 0x0 { 12 06 F8 15 00 00 }
0x7BCC3: OneOfOption Option: "200%" Value: 6 { 09 07 F5 29 00 00 06 }
0x7BCCA: End { 29 02 }
0x7BCCC: End { 29 02 }
0x7BCCE: OneOf Prompt: "CPU VRM Switching Frequency", Help: "Sets the VRM switching frequency. VRM switching frequency affects transient response and VRM component temperatures. Setting a higher switching frequency will result in better transient response at the expense of higher VRM temperatures. Active cooling of the VRM heatsink is recommended when running high CPU voltage and high load-line calibration values.
* Do not remove the VRM heatsink.", QuestionFlags: 0x10, QuestionId: 0xC8, VarStoreId: 0x30, VarOffset: 0x562, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 F6 29 F7 29 C8 00 30 00 62 05 10 10 00 01 00 }
0x7BCDF: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7BCE6: OneOfOption Option: "Manual" Value: 1 { 09 07 8C 27 00 00 01 }
0x7BCED: End { 29 02 }
0x7BCEF: SuppressIf { 0A 82 }
0x7BCF1: EqIdVal QuestionId: 0xC8, Value: 0x0 { 12 06 C8 00 00 00 }
0x7BCF7: Numeric Prompt: " Fixed CPU VRM Switching Frequency(KHz)", Help: "The switching frequency will affect the VRM transient response speed and the component thermal production. Configure a higher frequency to get a quicker transient response speed.
Min.: 250KHz | Max.: 500KHz | Manual frequency step: 50KHz", QuestionFlags: 0x10, QuestionId: 0xC9, VarStoreId: 0x30, VarOffset: 0x563, Flags: 0x11, Size: 16, Min: 0xFA, Max: 0x1F4, Step: 0x32 { 07 94 F8 29 F9 29 C9 00 30 00 63 05 10 11 FA 00 F4 01 32 00 }
0x7BD0B: Default DefaultId: 0x0 Value: 500 { 5B 07 00 00 01 F4 01 }
0x7BD12: End { 29 02 }
0x7BD14: End { 29 02 }
0x7BD16: SuppressIf { 0A 82 }
0x7BD18: EqIdVal QuestionId: 0xC8, Value: 0x1 { 12 06 C8 00 01 00 }
0x7BD1E: OneOf Prompt: " VRM Spread Spectrum", Help: "Reduced the magnitude of peak noise from the VRM. Enable to reduce peak noise. Disable this setting when overclocking.", QuestionFlags: 0x10, QuestionId: 0xCA, VarStoreId: 0x30, VarOffset: 0x565, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 FE 29 FF 29 CA 00 30 00 65 05 10 10 00 02 00 }
0x7BD2F: OneOfOption Option: "Auto" Value: 0, Default, MfgDefault { 09 07 8B 27 30 00 00 }
0x7BD36: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7BD3D: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x7BD44: End { 29 02 }
0x7BD46: End { 29 02 }
0x7BD48: OneOf Prompt: "CPU Power Duty Control", Help: "CPU power duty control adjusts the duty cycle of each VRM phase based upon current and/or temperature.
[T. Probe]: Sets the buck controller to balance VRM FET temperatures.
[Extreme]: Sets the buck controller to balance per phase current.
* Do not remove the VRM Heatsink.", QuestionFlags: 0x10, QuestionId: 0xCB, VarStoreId: 0x30, VarOffset: 0x567, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 02 2A 03 2A CB 00 30 00 67 05 10 10 00 02 00 }
0x7BD59: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7BD5F: OneOfOption Option: "Auto" Value: 0 { 09 07 8B 27 00 00 00 }
0x7BD66: OneOfOption Option: "T.Probe" Value: 1 { 09 07 04 2A 00 00 01 }
0x7BD6D: OneOfOption Option: "Extreme" Value: 2 { 09 07 05 2A 00 00 02 }
0x7BD74: End { 29 02 }
0x7BD76: End { 29 02 }
0x7BD78: SuppressIf { 0A 82 }
0x7BD7A: Uint64 Value: 0x3 { 45 8A 03 00 00 00 00 00 00 00 }
0x7BD84: Uint64 Value: 0x5 { 45 0A 05 00 00 00 00 00 00 00 }
0x7BD8E: Equal { 2F 02 }
0x7BD90: Uint64 Value: 0x3 { 45 0A 03 00 00 00 00 00 00 00 }
0x7BD9A: Uint64 Value: 0x10 { 45 0A 10 00 00 00 00 00 00 00 }
0x7BDA4: Equal { 2F 02 }
0x7BDA6: Or { 16 02 }
0x7BDA8: End { 29 02 }
0x7BDAA: OneOf Prompt: "CPU Power Phase Control", Help: "[Standard]: The number of active phases is controlled by the CPU.
[Extreme]: Sets full phase mode.", QuestionFlags: 0x10, QuestionId: 0xCC, VarStoreId: 0x30, VarOffset: 0x568, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 06 2A 08 2A CC 00 30 00 68 05 10 10 00 02 00 }
0x7BDBB: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7BDC2: OneOfOption Option: "Standard" Value: 1 { 09 07 D3 27 00 00 01 }
0x7BDC9: OneOfOption Option: "Extreme" Value: 2 { 09 07 D2 27 00 00 02 }
0x7BDD0: End { 29 02 }
0x7BDD2: End { 29 02 }
0x7BDD4: SuppressIf { 0A 82 }
0x7BDD6: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x7BDE0: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x7BDEA: Equal { 2F 02 }
0x7BDEC: End { 29 02 }
0x7BDEE: Numeric Prompt: "CPU Power Thermal Control", Help: "Sets the VRM thermal cut-off trip point. 125 Celsius is default and recommended for all overclocking and normal use.
* Do not remove the VRM heatsink.", QuestionFlags: 0x10, QuestionId: 0xCD, VarStoreId: 0x30, VarOffset: 0x56A, Flags: 0x10, Size: 8, Min: 0x7D, Max: 0x8D, Step: 0x1 { 07 91 0B 2A 0C 2A CD 00 30 00 6A 05 10 10 7D 8D 01 }
0x7BDFF: Default DefaultId: 0x0 Value: 125 { 5B 06 00 00 00 7D }
0x7BE05: End { 29 02 }
0x7BE07: End { 29 02 }
0x7BE09: SuppressIf { 0A 82 }
0x7BE0B: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x7BE15: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x7BE1F: Equal { 2F 02 }
0x7BE21: End { 29 02 }
0x7BE23: OneOf Prompt: "CPU VRM Thermal Control", Help: "Disable to increase the temperature limit of the CPU VRM.", QuestionFlags: 0x10, QuestionId: 0xCE, VarStoreId: 0x30, VarOffset: 0x56B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 1E 2A 1F 2A CE 00 30 00 6B 05 10 10 00 02 00 }
0x7BE34: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7BE3B: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7BE42: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x7BE49: End { 29 02 }
0x7BE4B: End { 29 02 }
0x7BE4D: SuppressIf { 0A 82 }
0x7BE4F: EqIdVal QuestionId: 0x15AD, Value: 0x0 { 12 06 AD 15 00 00 }
0x7BE55: OneOf Prompt: "CPU Graphics Load-line Calibration", Help: "The load-line is defined by the Intel VRM specification and affects the CPU Graphics power voltage. The CPU Graphics working voltage will decrease proportionally depending on the CPU Graphics loading. Higher levels of the load-line calibration can get a higher voltage and a better overclocking performance but increase the CPU Graphics and VRM thermal production. Select from level 1 to 8 to adjust the CPU Graphics power voltage from 100% to 15%.
* The boosted performance may vary depending on the CPU Graphics specification. Do not remove the thermal module.", QuestionFlags: 0x10, QuestionId: 0xCF, VarStoreId: 0x30, VarOffset: 0x56C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x7, Step: 0x0 { 05 91 DA 29 DB 29 CF 00 30 00 6C 05 10 10 00 07 00 }
0x7BE66: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7BE6D: OneOfOption Option: "Level 1" Value: 1 { 09 07 DE 29 00 00 01 }
0x7BE74: OneOfOption Option: "Level 2" Value: 2 { 09 07 DF 29 00 00 02 }
0x7BE7B: OneOfOption Option: "Level 3" Value: 3 { 09 07 E0 29 00 00 03 }
0x7BE82: OneOfOption Option: "Level 4:Recommended for OC" Value: 4 { 09 07 E1 29 00 00 04 }
0x7BE89: OneOfOption Option: "Level 5" Value: 5 { 09 07 E2 29 00 00 05 }
0x7BE90: OneOfOption Option: "Level 6" Value: 6 { 09 07 E3 29 00 00 06 }
0x7BE97: OneOfOption Option: "Level 7" Value: 7 { 09 07 E4 29 00 00 07 }
0x7BE9E: End { 29 02 }
0x7BEA0: End { 29 02 }
0x7BEA2: SuppressIf { 0A 82 }
0x7BEA4: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x7BEAE: Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
0x7BEB8: Equal { 2F 02 }
0x7BEBA: End { 29 02 }
0x7BEBC: SuppressIf { 0A 82 }
0x7BEBE: EqIdVal QuestionId: 0x15AD, Value: 0x0 { 12 06 AD 15 00 00 }
0x7BEC4: OneOf Prompt: "CPU Graphics VRM Switching Frequency", Help: "The switching frequency will affect the CPU Graphics transient response speed and the component thermal production. Select the manual mode to configure a higher frequency to get a quicker transient response speed.
* Do not remove the thermal module when the manual mode is selected. The thermal conditions should be monitored.", QuestionFlags: 0x10, QuestionId: 0xD0, VarStoreId: 0x30, VarOffset: 0x56E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 FA 29 FB 29 D0 00 30 00 6E 05 10 10 00 01 00 }
0x7BED5: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7BEDC: OneOfOption Option: "Manual" Value: 1 { 09 07 8C 27 00 00 01 }
0x7BEE3: End { 29 02 }
0x7BEE5: End { 29 02 }
0x7BEE7: SuppressIf { 0A 82 }
0x7BEE9: EqIdVal QuestionId: 0x15AD, Value: 0x0 { 12 06 AD 15 00 00 }
0x7BEEF: SuppressIf { 0A 82 }
0x7BEF1: EqIdVal QuestionId: 0xD0, Value: 0x0 { 12 06 D0 00 00 00 }
0x7BEF7: Numeric Prompt: " Fixed CPU Graphics Switching Frequency(KHz)", Help: "The switching frequency will affect the CPU Graphics transient response speed and the component thermal production. Configure a higher frequency to get a quicker transient response speed.
Min.: 250KHz | Max.: 500KHz | Manual frequency step: 50KHz", QuestionFlags: 0x10, QuestionId: 0xD1, VarStoreId: 0x30, VarOffset: 0x56F, Flags: 0x11, Size: 16, Min: 0xFA, Max: 0x1F4, Step: 0x32 { 07 94 FC 29 FD 29 D1 00 30 00 6F 05 10 11 FA 00 F4 01 32 00 }
0x7BF0B: Default DefaultId: 0x0 Value: 500 { 5B 07 00 00 01 F4 01 }
0x7BF12: End { 29 02 }
0x7BF14: End { 29 02 }
0x7BF16: End { 29 02 }
0x7BF18: End { 29 02 }
0x7BF1A: Text Prompt: ":--:", Help: "", Text: "" { 03 08 6B 00 02 00 02 00 }
0x7BF22: Subtitle Prompt: "Boot Voltages", Help: "", Flags: 0x0 { 02 87 66 28 00 00 00 }
0x7BF29: End { 29 02 }
0x7BF2B: String Prompt: "CPU Core/Cache Boot Voltage", Help: "The CPU voltage at initial boot up.", QuestionFlags: 0x14, QuestionId: 0x2D98, VarStoreId: 0x30, VarStoreInfo: 0x142D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 67 28 68 28 98 2D 30 00 2D 14 14 00 14 00 }
0x7BF3B: End { 29 02 }
0x7BF3D: SuppressIf { 0A 82 }
0x7BF3F: True { 46 02 }
0x7BF41: Numeric Prompt: "CPU Core/Cache Boot Voltage", Help: "The CPU voltage at initial boot up.", QuestionFlags: 0x0, QuestionId: 0xD2, VarStoreId: 0x30, VarOffset: 0x16D, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 67 28 68 28 D2 00 30 00 6D 01 00 11 00 00 FF FF 01 00 }
0x7BF55: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7BF5C: End { 29 02 }
0x7BF5E: End { 29 02 }
0x7BF60: String Prompt: "CPU Input Boot Voltage", Help: "The CPU Input Voltage at initial boot up.", QuestionFlags: 0x14, QuestionId: 0x2D99, VarStoreId: 0x30, VarStoreInfo: 0x1685, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 6B 28 6C 28 99 2D 30 00 85 16 14 00 14 00 }
0x7BF70: End { 29 02 }
0x7BF72: SuppressIf { 0A 82 }
0x7BF74: True { 46 02 }
0x7BF76: Numeric Prompt: "CPU Input Boot Voltage", Help: "The CPU Input Voltage at initial boot up.", QuestionFlags: 0x0, QuestionId: 0xD3, VarStoreId: 0x30, VarOffset: 0x193, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 6B 28 6C 28 D3 00 30 00 93 01 00 11 00 00 FF FF 01 00 }
0x7BF8A: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7BF91: End { 29 02 }
0x7BF93: End { 29 02 }
0x7BF95: String Prompt: "PLL Termination Boot Voltage", Help: "The PLL Termination Voltage at initial boot up.", QuestionFlags: 0x14, QuestionId: 0x2D9A, VarStoreId: 0x30, VarStoreInfo: 0x1725, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 6D 28 6E 28 9A 2D 30 00 25 17 14 00 14 00 }
0x7BFA5: End { 29 02 }
0x7BFA7: SuppressIf { 0A 82 }
0x7BFA9: True { 46 02 }
0x7BFAB: Numeric Prompt: "PLL Termination Boot Voltage", Help: "The PLL Termination Voltage at initial boot up.", QuestionFlags: 0x0, QuestionId: 0xD4, VarStoreId: 0x30, VarOffset: 0x19B, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 6D 28 6E 28 D4 00 30 00 9B 01 00 11 00 00 FF FF 01 00 }
0x7BFBF: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7BFC6: End { 29 02 }
0x7BFC8: End { 29 02 }
0x7BFCA: String Prompt: "CPU Standby Boot Voltage", Help: "The CPU Standby voltage at initial boot up.", QuestionFlags: 0x14, QuestionId: 0x2D9B, VarStoreId: 0x30, VarStoreInfo: 0x1775, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 69 28 6A 28 9B 2D 30 00 75 17 14 00 14 00 }
0x7BFDA: End { 29 02 }
0x7BFDC: SuppressIf { 0A 82 }
0x7BFDE: True { 46 02 }
0x7BFE0: Numeric Prompt: "CPU Standby Boot Voltage", Help: "The CPU Standby voltage at initial boot up.", QuestionFlags: 0x0, QuestionId: 0xD5, VarStoreId: 0x30, VarOffset: 0x19F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 69 28 6A 28 D5 00 30 00 9F 01 00 11 00 00 FF FF 01 00 }
0x7BFF4: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7BFFB: End { 29 02 }
0x7BFFD: End { 29 02 }
0x7BFFF: String Prompt: "Memory Controller Boot Voltage", Help: "The Memory Controller Voltage at initial boot up.", QuestionFlags: 0x14, QuestionId: 0x2D9C, VarStoreId: 0x30, VarStoreInfo: 0x17ED, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 6F 28 70 28 9C 2D 30 00 ED 17 14 00 14 00 }
0x7C00F: End { 29 02 }
0x7C011: SuppressIf { 0A 82 }
0x7C013: True { 46 02 }
0x7C015: Numeric Prompt: "Memory Controller Boot Voltage", Help: "The Memory Controller Voltage at initial boot up.", QuestionFlags: 0x0, QuestionId: 0xD6, VarStoreId: 0x30, VarOffset: 0x1A5, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 6F 28 70 28 D6 00 30 00 A5 01 00 11 00 00 FF FF 01 00 }
0x7C029: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7C030: End { 29 02 }
0x7C032: End { 29 02 }
0x7C034: End { 29 02 }
0x7C036: Form FormId: 0x2D9D, Title: "Auto Voltage Caps" { 01 86 9D 2D 49 2B }
0x7C03C: String Prompt: "CPU Core Auto Voltage Cap", Help: "Setting this to a specific value will set a ceiling for CPU Core Auto voltage. When not in manual mode, it's effectiveness is subject to other factors such as AC/DC Loadline values and CPU's native VID.", QuestionFlags: 0x14, QuestionId: 0x2D9E, VarStoreId: 0x30, VarStoreInfo: 0x1405, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 4B 2B 4C 2B 9E 2D 30 00 05 14 14 00 14 00 }
0x7C04C: End { 29 02 }
0x7C04E: SuppressIf { 0A 82 }
0x7C050: True { 46 02 }
0x7C052: Numeric Prompt: "CPU Core Auto Voltage Cap", Help: "Setting this to a specific value will set a ceiling for CPU Core Auto voltage. When not in manual mode, it's effectiveness is subject to other factors such as AC/DC Loadline values and CPU's native VID.", QuestionFlags: 0x0, QuestionId: 0xD7, VarStoreId: 0x30, VarOffset: 0x16B, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 4B 2B 4C 2B D7 00 30 00 6B 01 00 11 00 00 FF FF 01 00 }
0x7C066: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7C06D: End { 29 02 }
0x7C06F: End { 29 02 }
0x7C071: String Prompt: "CPU Input Auto Voltage Cap", Help: "Setting this to a specific value will set a ceiling for CPU Input Auto Voltage.", QuestionFlags: 0x14, QuestionId: 0x2D9F, VarStoreId: 0x30, VarStoreInfo: 0x165D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 4D 2B 4E 2B 9F 2D 30 00 5D 16 14 00 14 00 }
0x7C081: End { 29 02 }
0x7C083: SuppressIf { 0A 82 }
0x7C085: True { 46 02 }
0x7C087: Numeric Prompt: "CPU Input Auto Voltage Cap", Help: "Setting this to a specific value will set a ceiling for CPU Input Auto Voltage.", QuestionFlags: 0x0, QuestionId: 0xD8, VarStoreId: 0x30, VarOffset: 0x191, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 4D 2B 4E 2B D8 00 30 00 91 01 00 11 00 00 FF FF 01 00 }
0x7C09B: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7C0A2: End { 29 02 }
0x7C0A4: End { 29 02 }
0x7C0A6: String Prompt: "Memory Controller Auto Voltage Cap", Help: "Setting this to a specific value will set a ceiling for Memory Controller Auto Voltage.", QuestionFlags: 0x14, QuestionId: 0x2DA0, VarStoreId: 0x30, VarStoreInfo: 0x17C5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 4F 2B 50 2B A0 2D 30 00 C5 17 14 00 14 00 }
0x7C0B6: End { 29 02 }
0x7C0B8: SuppressIf { 0A 82 }
0x7C0BA: True { 46 02 }
0x7C0BC: Numeric Prompt: "Memory Controller Auto Voltage Cap", Help: "Setting this to a specific value will set a ceiling for Memory Controller Auto Voltage.", QuestionFlags: 0x0, QuestionId: 0xD9, VarStoreId: 0x30, VarOffset: 0x1A3, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 4F 2B 50 2B D9 00 30 00 A3 01 00 11 00 00 FF FF 01 00 }
0x7C0D0: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7C0D7: End { 29 02 }
0x7C0D9: End { 29 02 }
0x7C0DB: End { 29 02 }
0x7C0DD: Form FormId: 0x2DA1, Title: "Internal CPU Power Management" { 01 86 A1 2D E6 2A }
0x7C0E3: SuppressIf { 0A 82 }
0x7C0E5: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 06 E0 15 07 00 }
0x7C0EB: GrayOutIf { 19 82 }
0x7C0ED: EqIdVal QuestionId: 0x2CD0, Value: 0x3 { 12 86 D0 2C 03 00 }
0x7C0F3: EqIdVal QuestionId: 0x15F7, Value: 0x2 { 12 06 F7 15 02 00 }
0x7C0F9: Or { 16 02 }
0x7C0FB: End { 29 02 }
0x7C0FD: String Prompt: "Tcc Activation Offset", Help: "Offset from factory set Tcc activation temprature at which the Thermal Control Circuit must be activated. Tcc will be activated at: Tcc Activation Temp - Tcc Activation Offset.", QuestionFlags: 0x14, QuestionId: 0x2DA2, VarStoreId: 0x30, VarStoreInfo: 0x4C45, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E2 2A E3 2A A2 2D 30 00 45 4C 14 00 14 00 }
0x7C10D: End { 29 02 }
0x7C10F: SuppressIf { 0A 82 }
0x7C111: True { 46 02 }
0x7C113: Numeric Prompt: "Tcc Activation Offset", Help: "Offset from factory set Tcc activation temprature at which the Thermal Control Circuit must be activated. Tcc will be activated at: Tcc Activation Temp - Tcc Activation Offset.", QuestionFlags: 0x0, QuestionId: 0xDA, VarStoreId: 0x30, VarOffset: 0x4BC, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 E2 2A E3 2A DA 00 30 00 BC 04 00 10 00 FF 01 }
0x7C124: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7C12A: End { 29 02 }
0x7C12C: End { 29 02 }
0x7C12E: End { 29 02 }
0x7C130: End { 29 02 }
0x7C132: SuppressIf { 0A 82 }
0x7C134: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7C13A: Not { 17 02 }
0x7C13C: End { 29 02 }
0x7C13E: GrayOutIf { 19 82 }
0x7C140: EqIdVal QuestionId: 0x2CD0, Value: 0x3 { 12 06 D0 2C 03 00 }
0x7C146: String Prompt: "Maximum CPU Core Temperature", Help: "Set the maximum allowable temperature for CPU cores. The CPU will throttle or shutdown when it reaches this temperature to prevent damaging the cores.
*Do not set this value too high as high temperatures may damage the CPU permanently.", QuestionFlags: 0x14, QuestionId: 0x2DA3, VarStoreId: 0x30, VarStoreInfo: 0x4A8D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E0 2A E1 2A A3 2D 30 00 8D 4A 14 00 14 00 }
0x7C156: End { 29 02 }
0x7C158: SuppressIf { 0A 82 }
0x7C15A: True { 46 02 }
0x7C15C: Numeric Prompt: "Maximum CPU Core Temperature", Help: "Set the maximum allowable temperature for CPU cores. The CPU will throttle or shutdown when it reaches this temperature to prevent damaging the cores.
*Do not set this value too high as high temperatures may damage the CPU permanently.", QuestionFlags: 0x0, QuestionId: 0xDB, VarStoreId: 0x30, VarOffset: 0x49B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 E0 2A E1 2A DB 00 30 00 9B 04 00 10 00 FF 01 }
0x7C16D: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7C173: End { 29 02 }
0x7C175: End { 29 02 }
0x7C177: End { 29 02 }
0x7C179: End { 29 02 }
0x7C17B: SuppressIf { 0A 82 }
0x7C17D: EqIdVal QuestionId: 0x15F6, Value: 0x0 { 12 06 F6 15 00 00 }
0x7C183: SuppressIf { 0A 82 }
0x7C185: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7C18B: Not { 17 02 }
0x7C18D: End { 29 02 }
0x7C18F: String Prompt: "Fast Throttle Threshold", Help: "Fast Throttle Threshold. Specified value for max allowed temperature when cores throttle. Support Fast Throttle Threshold in the range of 63 to 115 deg Celsius.", QuestionFlags: 0x14, QuestionId: 0x2DA4, VarStoreId: 0x30, VarStoreInfo: 0x1225, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E4 2A E5 2A A4 2D 30 00 25 12 14 00 14 00 }
0x7C19F: End { 29 02 }
0x7C1A1: SuppressIf { 0A 82 }
0x7C1A3: True { 46 02 }
0x7C1A5: Numeric Prompt: "Fast Throttle Threshold", Help: "Fast Throttle Threshold. Specified value for max allowed temperature when cores throttle. Support Fast Throttle Threshold in the range of 63 to 115 deg Celsius.", QuestionFlags: 0x0, QuestionId: 0xDC, VarStoreId: 0x30, VarOffset: 0x150, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 E4 2A E5 2A DC 00 30 00 50 01 00 10 00 FF 01 }
0x7C1B6: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7C1BC: End { 29 02 }
0x7C1BE: End { 29 02 }
0x7C1C0: End { 29 02 }
0x7C1C2: End { 29 02 }
0x7C1C4: String Prompt: "Package Temperature Threshold", Help: "When regulation is set to enable, frequency will adjust to stay below this package temperature threshold.", QuestionFlags: 0x14, QuestionId: 0x2DA5, VarStoreId: 0x30, VarStoreInfo: 0x4BF5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 BF 2A C0 2A A5 2D 30 00 F5 4B 14 00 14 00 }
0x7C1D4: End { 29 02 }
0x7C1D6: SuppressIf { 0A 82 }
0x7C1D8: True { 46 02 }
0x7C1DA: Numeric Prompt: "Package Temperature Threshold", Help: "When regulation is set to enable, frequency will adjust to stay below this package temperature threshold.", QuestionFlags: 0x0, QuestionId: 0xDD, VarStoreId: 0x30, VarOffset: 0x4BA, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 BF 2A C0 2A DD 00 30 00 BA 04 00 10 00 FF 01 }
0x7C1EB: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7C1F1: End { 29 02 }
0x7C1F3: End { 29 02 }
0x7C1F5: OneOf Prompt: "Regulate Frequency by above Threshold", Help: "When enabled, frequency will adjust to stay below the above threshold.
SVID must be enabled for this to work.", QuestionFlags: 0x10, QuestionId: 0xDE, VarStoreId: 0x31, VarOffset: 0x24, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 C3 2A C4 2A DE 00 31 00 24 00 10 10 00 02 00 }
0x7C206: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7C20D: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x7C214: OneOfOption Option: "Disabled" Value: 2 { 09 07 9D 27 00 00 02 }
0x7C21B: End { 29 02 }
0x7C21D: Text Prompt: ":--:", Help: "", Text: "" { 03 08 6B 00 02 00 02 00 }
0x7C225: Subtitle Prompt: "Turbo Mode Parameters", Help: "", Flags: 0x0 { 02 87 02 28 00 00 00 }
0x7C22C: End { 29 02 }
0x7C22E: String Prompt: "IVR Transmitter VDDQ ICCMAX", Help: "
Min.: 0 | Max.: 15(4A) | Standard: 15(4A)", QuestionFlags: 0x14, QuestionId: 0x2DA6, VarStoreId: 0x30, VarStoreInfo: 0x2035, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 C8 28 C9 28 A6 2D 30 00 35 20 14 00 14 00 }
0x7C23E: End { 29 02 }
0x7C240: SuppressIf { 0A 82 }
0x7C242: True { 46 02 }
0x7C244: Numeric Prompt: "IVR Transmitter VDDQ ICCMAX", Help: "
Min.: 0 | Max.: 15(4A) | Standard: 15(4A)", QuestionFlags: 0x0, QuestionId: 0xDF, VarStoreId: 0x30, VarOffset: 0x211, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 C8 28 C9 28 DF 00 30 00 11 02 00 10 00 FF 01 }
0x7C255: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7C25B: End { 29 02 }
0x7C25D: End { 29 02 }
0x7C25F: SuppressIf { 0A 82 }
0x7C261: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7C267: Not { 17 02 }
0x7C269: End { 29 02 }
0x7C26B: SuppressIf { 0A 82 }
0x7C26D: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x7C277: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x7C281: Equal { 2F 02 }
0x7C283: End { 29 02 }
0x7C285: OneOf Prompt: "Unlimited ICCMAX", Help: "Enable/Disable Unlimited ICCMAX. Support VR Current Limit (ICCMAX) value set above 511.75A", QuestionFlags: 0x10, QuestionId: 0xE0, VarStoreId: 0x30, VarOffset: 0x4AC, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 56 28 57 28 E0 00 30 00 AC 04 10 10 00 02 00 }
0x7C296: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7C29D: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7C2A4: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x7C2AB: End { 29 02 }
0x7C2AD: End { 29 02 }
0x7C2AF: End { 29 02 }
0x7C2B1: String Prompt: "CPU Core/Cache Current Limit Max.", Help: "Allows configuration of a current limit for frequency/power throttling. Can be set to maximum value (511.75) to prevent throttling when overclocking.", QuestionFlags: 0x14, QuestionId: 0x2DA7, VarStoreId: 0x30, VarStoreInfo: 0x4AB5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 58 28 59 28 A7 2D 30 00 B5 4A 14 00 14 00 }
0x7C2C1: End { 29 02 }
0x7C2C3: SuppressIf { 0A 82 }
0x7C2C5: True { 46 02 }
0x7C2C7: Numeric Prompt: "CPU Core/Cache Current Limit Max.", Help: "Allows configuration of a current limit for frequency/power throttling. Can be set to maximum value (511.75) to prevent throttling when overclocking.", QuestionFlags: 0x0, QuestionId: 0xE1, VarStoreId: 0x30, VarOffset: 0x49C, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 58 28 59 28 E1 00 30 00 9C 04 00 11 00 00 FF FF 01 00 }
0x7C2DB: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7C2E2: End { 29 02 }
0x7C2E4: End { 29 02 }
0x7C2E6: Text Prompt: "Current CPU Core/Cache Current Limit", Help: "Current CPU Core/Cache Current Limit", Text: "N/A" { 03 08 5A 28 5A 28 5B 28 }
0x7C2EE: SuppressIf { 0A 82 }
0x7C2F0: EqIdVal QuestionId: 0x15AD, Value: 0x0 { 12 06 AD 15 00 00 }
0x7C2F6: String Prompt: "CPU Graphics Current Limit", Help: "Set a high current limit to prevent frequency or power throttling during overclocking.", QuestionFlags: 0x14, QuestionId: 0x2DA8, VarStoreId: 0x30, VarStoreInfo: 0x4ADD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 5C 28 5D 28 A8 2D 30 00 DD 4A 14 00 14 00 }
0x7C306: End { 29 02 }
0x7C308: SuppressIf { 0A 82 }
0x7C30A: True { 46 02 }
0x7C30C: Numeric Prompt: "CPU Graphics Current Limit", Help: "Set a high current limit to prevent frequency or power throttling during overclocking.", QuestionFlags: 0x0, QuestionId: 0xE2, VarStoreId: 0x30, VarOffset: 0x49E, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 5C 28 5D 28 E2 00 30 00 9E 04 00 11 00 00 FF FF 01 00 }
0x7C320: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7C327: End { 29 02 }
0x7C329: End { 29 02 }
0x7C32B: End { 29 02 }
0x7C32D: String Prompt: "Long Duration Package Power Limit", Help: "An Intel parameter known as [power limit 1] and specified in Watts. The default value is defined by TDP of the processor. Increasing the value will allow the Turbo ratio to be maintained for a longer duration under higher current loads.
Min.: 1 | Max.: 4095", QuestionFlags: 0x14, QuestionId: 0x2DA9, VarStoreId: 0x30, VarStoreInfo: 0x4B7D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 03 28 04 28 A9 2D 30 00 7D 4B 14 00 14 00 }
0x7C33D: End { 29 02 }
0x7C33F: SuppressIf { 0A 82 }
0x7C341: True { 46 02 }
0x7C343: Numeric Prompt: "Long Duration Package Power Limit", Help: "An Intel parameter known as [power limit 1] and specified in Watts. The default value is defined by TDP of the processor. Increasing the value will allow the Turbo ratio to be maintained for a longer duration under higher current loads.
Min.: 1 | Max.: 4095", QuestionFlags: 0x0, QuestionId: 0xE3, VarStoreId: 0x30, VarOffset: 0x4AD, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFF, Step: 0x1 { 07 94 03 28 04 28 E3 00 30 00 AD 04 00 11 00 00 FF 0F 01 00 }
0x7C357: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7C35E: End { 29 02 }
0x7C360: End { 29 02 }
0x7C362: Text Prompt: "Current Long Duration Package Power Limit", Help: "Current Long Duration Package Power Limit", Text: "N/A" { 03 08 05 28 05 28 06 28 }
0x7C36A: OneOf Prompt: "Package Power Time Window", Help: "An Intel parameter of [power limit 1] and specified in seconds. The applied value indicates how long the Turbo ratio can be active when TDP is exceeded.
Min.: 1 | Max.: 448", QuestionFlags: 0x10, QuestionId: 0xE4, VarStoreId: 0x30, VarOffset: 0x4AF, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x1C0, Step: 0x0 { 05 94 07 28 08 28 E4 00 30 00 AF 04 10 11 00 00 C0 01 00 00 }
0x7C37E: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x7C386: OneOfOption Option: "1" Value: 1 { 09 08 91 04 01 01 01 00 }
0x7C38E: OneOfOption Option: "2" Value: 2 { 09 08 92 04 01 01 02 00 }
0x7C396: OneOfOption Option: "3" Value: 3 { 09 08 93 04 01 01 03 00 }
0x7C39E: OneOfOption Option: "4" Value: 4 { 09 08 94 04 01 01 04 00 }
0x7C3A6: OneOfOption Option: "5" Value: 5 { 09 08 95 04 01 01 05 00 }
0x7C3AE: OneOfOption Option: "6" Value: 6 { 09 08 96 04 01 01 06 00 }
0x7C3B6: OneOfOption Option: "7" Value: 7 { 09 08 97 04 01 01 07 00 }
0x7C3BE: OneOfOption Option: "8" Value: 8 { 09 08 98 04 01 01 08 00 }
0x7C3C6: OneOfOption Option: "10" Value: 10 { 09 08 9A 04 01 01 0A 00 }
0x7C3CE: OneOfOption Option: "12" Value: 12 { 09 08 9C 04 01 01 0C 00 }
0x7C3D6: OneOfOption Option: "14" Value: 14 { 09 08 9E 04 01 01 0E 00 }
0x7C3DE: OneOfOption Option: "16" Value: 16 { 09 08 A0 04 01 01 10 00 }
0x7C3E6: OneOfOption Option: "20" Value: 20 { 09 08 B5 1D 01 01 14 00 }
0x7C3EE: OneOfOption Option: "24" Value: 24 { 09 08 B6 1D 01 01 18 00 }
0x7C3F6: OneOfOption Option: "28" Value: 28 { 09 08 B7 1D 01 01 1C 00 }
0x7C3FE: OneOfOption Option: "32" Value: 32 { 09 08 B8 1D 01 01 20 00 }
0x7C406: OneOfOption Option: "40" Value: 40 { 09 08 B9 1D 01 01 28 00 }
0x7C40E: OneOfOption Option: "48" Value: 48 { 09 08 BA 1D 01 01 30 00 }
0x7C416: OneOfOption Option: "56" Value: 56 { 09 08 BB 1D 01 01 38 00 }
0x7C41E: OneOfOption Option: "64" Value: 64 { 09 08 BC 1D 01 01 40 00 }
0x7C426: OneOfOption Option: "80" Value: 80 { 09 08 BD 1D 01 01 50 00 }
0x7C42E: OneOfOption Option: "96" Value: 96 { 09 08 BE 1D 01 01 60 00 }
0x7C436: OneOfOption Option: "112" Value: 112 { 09 08 BF 1D 01 01 70 00 }
0x7C43E: OneOfOption Option: "128" Value: 128 { 09 08 C0 1D 01 01 80 00 }
0x7C446: OneOfOption Option: "160" Value: 160 { 09 08 0B 28 01 01 A0 00 }
0x7C44E: OneOfOption Option: "192" Value: 192 { 09 08 0C 28 01 01 C0 00 }
0x7C456: OneOfOption Option: "224" Value: 224 { 09 08 0D 28 01 01 E0 00 }
0x7C45E: OneOfOption Option: "256" Value: 256 { 09 08 0E 28 01 01 00 01 }
0x7C466: OneOfOption Option: "320" Value: 320 { 09 08 0F 28 01 01 40 01 }
0x7C46E: OneOfOption Option: "384" Value: 384 { 09 08 10 28 01 01 80 01 }
0x7C476: OneOfOption Option: "448" Value: 448 { 09 08 11 28 01 01 C0 01 }
0x7C47E: End { 29 02 }
0x7C480: Text Prompt: "Current Package Power Time Window", Help: "Current Package Power Time Window", Text: "N/A" { 03 08 09 28 09 28 0A 28 }
0x7C488: String Prompt: "Short Duration Package Power Limit", Help: "An Intel parameter known as [power limit 2] and specified in Watts. It is the second Intel power limit which provides protection when package power exceeds power limit 1. The default setting is 1.25 times power limit 1. According to Intel, the platform must support this value for up to 10msec when power consumption exceeds power limit 2. ASUS motherboards are engineered to support this duration for a longer time as required to facilitate overclocking.
Min.: 1 | Max.: 4095", QuestionFlags: 0x14, QuestionId: 0x2DAA, VarStoreId: 0x30, VarStoreInfo: 0x4BCD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 12 28 13 28 AA 2D 30 00 CD 4B 14 00 14 00 }
0x7C498: End { 29 02 }
0x7C49A: SuppressIf { 0A 82 }
0x7C49C: True { 46 02 }
0x7C49E: Numeric Prompt: "Short Duration Package Power Limit", Help: "An Intel parameter known as [power limit 2] and specified in Watts. It is the second Intel power limit which provides protection when package power exceeds power limit 1. The default setting is 1.25 times power limit 1. According to Intel, the platform must support this value for up to 10msec when power consumption exceeds power limit 2. ASUS motherboards are engineered to support this duration for a longer time as required to facilitate overclocking.
Min.: 1 | Max.: 4095", QuestionFlags: 0x0, QuestionId: 0xE5, VarStoreId: 0x30, VarOffset: 0x4B1, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFF, Step: 0x1 { 07 94 12 28 13 28 E5 00 30 00 B1 04 00 11 00 00 FF 0F 01 00 }
0x7C4B2: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7C4B9: End { 29 02 }
0x7C4BB: End { 29 02 }
0x7C4BD: Text Prompt: "Current Short Duration Package Power Limit", Help: "Current Short Duration Package Power Limit", Text: "N/A" { 03 08 14 28 14 28 15 28 }
0x7C4C5: OneOf Prompt: "Dual Tau Boost", Help: "Enable Dual Tau Boost feature. This is only applicable for Desktop 35W/65W/125W sku. When DPTF is enabled this feature is ignored.", QuestionFlags: 0x10, QuestionId: 0xE6, VarStoreId: 0x1, VarOffset: 0x2AE, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 75 04 76 04 E6 00 01 00 AE 02 10 10 00 01 00 }
0x7C4D6: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x7C4DD: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x7C4E4: End { 29 02 }
0x7C4E6: String Prompt: "IA AC Load Line", Help: "AC Loadline defined in mOhms. Range is 0-62.49 mOhms.", QuestionFlags: 0x14, QuestionId: 0x2DAB, VarStoreId: 0x30, VarStoreInfo: 0x4B2D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 54 2A 55 2A AB 2D 30 00 2D 4B 14 00 14 00 }
0x7C4F6: End { 29 02 }
0x7C4F8: SuppressIf { 0A 82 }
0x7C4FA: True { 46 02 }
0x7C4FC: Numeric Prompt: "IA AC Load Line", Help: "AC Loadline defined in mOhms. Range is 0-62.49 mOhms.", QuestionFlags: 0x0, QuestionId: 0xE7, VarStoreId: 0x30, VarOffset: 0x4A8, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x3F, Step: 0x1 { 07 94 54 2A 55 2A E7 00 30 00 A8 04 00 11 00 00 3F 00 01 00 }
0x7C510: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7C517: End { 29 02 }
0x7C519: End { 29 02 }
0x7C51B: String Prompt: "IA DC Load Line", Help: "DC Loadline defined in mOhms. Range is 0-62.49 mOhms.", QuestionFlags: 0x14, QuestionId: 0x2DAC, VarStoreId: 0x30, VarStoreInfo: 0x4B55, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 56 2A 57 2A AC 2D 30 00 55 4B 14 00 14 00 }
0x7C52B: End { 29 02 }
0x7C52D: SuppressIf { 0A 82 }
0x7C52F: True { 46 02 }
0x7C531: Numeric Prompt: "IA DC Load Line", Help: "DC Loadline defined in mOhms. Range is 0-62.49 mOhms.", QuestionFlags: 0x0, QuestionId: 0xE8, VarStoreId: 0x30, VarOffset: 0x4AA, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x3F, Step: 0x1 { 07 94 56 2A 57 2A E8 00 30 00 AA 04 00 11 00 00 3F 00 01 00 }
0x7C545: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7C54C: End { 29 02 }
0x7C54E: End { 29 02 }
0x7C550: OneOf Prompt: "IA CEP Enable", Help: "Enable/Disable IA CEP (Current Excursion Protection) Support. Uses pCode Mailbox Command 0x37, Sub-command 0x1. Set Data bit2 to 1.", QuestionFlags: 0x10, QuestionId: 0xE9, VarStoreId: 0x30, VarOffset: 0x4B5, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 58 2A 59 2A E9 00 30 00 B5 04 10 10 00 02 00 }
0x7C561: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7C568: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7C56F: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x7C576: End { 29 02 }
0x7C578: SuppressIf { 0A 82 }
0x7C57A: EqIdVal QuestionId: 0x15AD, Value: 0x0 { 12 06 AD 15 00 00 }
0x7C580: OneOf Prompt: "GT CEP Enable", Help: "Enable/Disable GT CEP (Current Excursion Protection) Support. Uses pCode Mailbox Command 0x37, Sub-command 0x1. Set Data bit3 to 1.", QuestionFlags: 0x10, QuestionId: 0xEA, VarStoreId: 0x30, VarOffset: 0x4B6, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 5A 2A 5B 2A EA 00 30 00 B6 04 10 10 00 02 00 }
0x7C591: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7C598: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7C59F: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x7C5A6: End { 29 02 }
0x7C5A8: End { 29 02 }
0x7C5AA: OneOf Prompt: "SA CEP Enable", Help: "Enable/Disable SA CEP (Current Excursion Protection) Support. Uses pCode Mailbox Command 0x37, Sub-command 0x1. Set Data bit3 to 1.", QuestionFlags: 0x10, QuestionId: 0xEB, VarStoreId: 0x30, VarOffset: 0x4B7, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 5C 2A 5D 2A EB 00 30 00 B7 04 10 10 00 02 00 }
0x7C5BB: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7C5C2: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7C5C9: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x7C5D0: End { 29 02 }
0x7C5D2: OneOf Prompt: "IA SoC Iccmax Reactive Protector", Help: "IA SoC Iccmax Reactive Protector", QuestionFlags: 0x10, QuestionId: 0xEC, VarStoreId: 0x30, VarOffset: 0x4B8, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 5E 2A 5F 2A EC 00 30 00 B8 04 10 10 00 02 00 }
0x7C5E3: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7C5EA: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7C5F1: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x7C5F8: End { 29 02 }
0x7C5FA: OneOf Prompt: "Inverse Temperature Dependency Throttle", Help: "Enable Inverse Temperature Dependency Throttle Support.", QuestionFlags: 0x10, QuestionId: 0xED, VarStoreId: 0x30, VarOffset: 0x4B9, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 60 2A 61 2A ED 00 30 00 B9 04 10 10 00 02 00 }
0x7C60B: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7C612: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7C619: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x7C620: End { 29 02 }
0x7C622: String Prompt: "IA VR Voltage Limit", Help: "Voltage Limit (VMAX). This value represents the Maximum instantaneous voltage allowed at any given time. Range is 0 - 7999mV. Uses BIOS VR mailbox command 0x8.", QuestionFlags: 0x14, QuestionId: 0x2DAD, VarStoreId: 0x30, VarStoreInfo: 0x4B05, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 5E 28 5F 28 AD 2D 30 00 05 4B 14 00 14 00 }
0x7C632: End { 29 02 }
0x7C634: SuppressIf { 0A 82 }
0x7C636: True { 46 02 }
0x7C638: Numeric Prompt: "IA VR Voltage Limit", Help: "Voltage Limit (VMAX). This value represents the Maximum instantaneous voltage allowed at any given time. Range is 0 - 7999mV. Uses BIOS VR mailbox command 0x8.", QuestionFlags: 0x0, QuestionId: 0xEE, VarStoreId: 0x30, VarOffset: 0x4A6, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 5E 28 5F 28 EE 00 30 00 A6 04 00 11 00 00 FF FF 01 00 }
0x7C64C: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7C653: End { 29 02 }
0x7C655: End { 29 02 }
0x7C657: SuppressIf { 0A 82 }
0x7C659: True { 46 02 }
0x7C65B: OneOf Prompt: "CPU DLVR Bypass Mode Enable", Help: "Enable CPU DLVR bypass mode support.", QuestionFlags: 0x10, QuestionId: 0xEF, VarStoreId: 0x30, VarOffset: 0x49A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 DE 2A DF 2A EF 00 30 00 9A 04 10 10 00 02 00 }
0x7C66C: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7C673: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7C67A: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x7C681: End { 29 02 }
0x7C683: End { 29 02 }
0x7C685: OneOf Prompt: "CPU SVID Support", Help: "Disable this item to prevent the CPU from communicating with the external voltage regulator.", QuestionFlags: 0x10, QuestionId: 0x2CD2, VarStoreId: 0x30, VarOffset: 0x5E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 1C 2A 1D 2A D2 2C 30 00 5E 00 10 10 00 02 00 }
0x7C696: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7C69D: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7C6A4: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x7C6AB: End { 29 02 }
0x7C6AD: End { 29 02 }
0x7C6AF: Form FormId: 0x2DAE, Title: "Thermal Velocity Boost" { 01 86 AE 2D D8 27 }
0x7C6B5: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 F9 27 00 00 00 }
0x7C6BC: End { 29 02 }
0x7C6BE: Text Prompt: ":--:", Help: "", Text: "" { 03 08 6B 00 02 00 02 00 }
0x7C6C6: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 FA 27 00 00 00 }
0x7C6CD: End { 29 02 }
0x7C6CF: SuppressIf { 0A 82 }
0x7C6D1: EqIdValList QuestionId: 0x15EF, Values: [0, 1] { 14 0A EF 15 02 00 00 00 01 00 }
0x7C6DB: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 FB 27 00 00 00 }
0x7C6E2: End { 29 02 }
0x7C6E4: End { 29 02 }
0x7C6E6: SuppressIf { 0A 82 }
0x7C6E8: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2] { 14 0C EF 15 03 00 00 00 01 00 02 00 }
0x7C6F4: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 FC 27 00 00 00 }
0x7C6FB: End { 29 02 }
0x7C6FD: End { 29 02 }
0x7C6FF: SuppressIf { 0A 82 }
0x7C701: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3] { 14 0E EF 15 04 00 00 00 01 00 02 00 03 00 }
0x7C70F: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 FD 27 00 00 00 }
0x7C716: End { 29 02 }
0x7C718: End { 29 02 }
0x7C71A: SuppressIf { 0A 82 }
0x7C71C: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4] { 14 10 EF 15 05 00 00 00 01 00 02 00 03 00 04 00 }
0x7C72C: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 FE 27 00 00 00 }
0x7C733: End { 29 02 }
0x7C735: End { 29 02 }
0x7C737: SuppressIf { 0A 82 }
0x7C739: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5] { 14 12 EF 15 06 00 00 00 01 00 02 00 03 00 04 00 05 00 }
0x7C74B: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 FF 27 00 00 00 }
0x7C752: End { 29 02 }
0x7C754: End { 29 02 }
0x7C756: SuppressIf { 0A 82 }
0x7C758: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5, 6] { 14 14 EF 15 07 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 }
0x7C76C: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 00 28 00 00 00 }
0x7C773: End { 29 02 }
0x7C775: End { 29 02 }
0x7C777: SuppressIf { 0A 82 }
0x7C779: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5, 6, 7] { 14 16 EF 15 08 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 07 00 }
0x7C78F: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 01 28 00 00 00 }
0x7C796: End { 29 02 }
0x7C798: End { 29 02 }
0x7C79A: OneOf Prompt: "Cache Dynamic OC Switcher", Help: "Enabling this dynamically switches back and forth between High Cache mode and Low Cache Mode based on current threshold specified.", QuestionFlags: 0x10, QuestionId: 0xF0, VarStoreId: 0x30, VarOffset: 0x152, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x0 { 05 91 F0 2A F1 2A F0 00 30 00 52 01 10 10 00 FF 00 }
0x7C7AB: OneOfOption Option: "Auto" Value: 255, Default { 09 07 8B 27 10 00 FF }
0x7C7B2: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x7C7B9: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x7C7C0: End { 29 02 }
0x7C7C2: SuppressIf { 0A 82 }
0x7C7C4: EqIdValList QuestionId: 0xF0, Values: [255, 0] { 14 0A F0 00 02 00 FF 00 00 00 }
0x7C7CE: String Prompt: "Current Threshold to Switch to Low Cache Gear", Help: "Set this threshold to control when the Cache goes into high gear and when it goes down to low gear. Bigger than this value = Low Gear, smaller than this value=High Gear. Recommend a value of 45A. In Amps Unit.", QuestionFlags: 0x14, QuestionId: 0x2DAF, VarStoreId: 0x30, VarStoreInfo: 0x124D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F2 2A F3 2A AF 2D 30 00 4D 12 14 00 14 00 }
0x7C7DE: End { 29 02 }
0x7C7E0: SuppressIf { 0A 82 }
0x7C7E2: True { 46 02 }
0x7C7E4: Numeric Prompt: "Current Threshold to Switch to Low Cache Gear", Help: "Set this threshold to control when the Cache goes into high gear and when it goes down to low gear. Bigger than this value = Low Gear, smaller than this value=High Gear. Recommend a value of 45A. In Amps Unit.", QuestionFlags: 0x0, QuestionId: 0xF1, VarStoreId: 0x30, VarOffset: 0x153, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 94 F2 2A F3 2A F1 00 30 00 53 01 00 11 00 00 FF 00 01 00 }
0x7C7F8: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7C7FF: End { 29 02 }
0x7C801: End { 29 02 }
0x7C803: String Prompt: "Threads to Sleep for High Cache Gear", Help: "Threads to request to sleep in High Cache Gear. A good value would be total threads minus number of physical PCores, this ensures only P-Cores are awake in High Gear Mode.", QuestionFlags: 0x14, QuestionId: 0x2DB0, VarStoreId: 0x30, VarStoreInfo: 0x1275, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F4 2A F5 2A B0 2D 30 00 75 12 14 00 14 00 }
0x7C813: End { 29 02 }
0x7C815: SuppressIf { 0A 82 }
0x7C817: True { 46 02 }
0x7C819: Numeric Prompt: "Threads to Sleep for High Cache Gear", Help: "Threads to request to sleep in High Cache Gear. A good value would be total threads minus number of physical PCores, this ensures only P-Cores are awake in High Gear Mode.", QuestionFlags: 0x0, QuestionId: 0xF2, VarStoreId: 0x30, VarOffset: 0x155, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 94 F4 2A F5 2A F2 00 30 00 55 01 00 11 00 00 FF 00 01 00 }
0x7C82D: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7C834: End { 29 02 }
0x7C836: End { 29 02 }
0x7C838: String Prompt: "High Cache Ratio", Help: "The Ratio for Cache during High Cache Gear.", QuestionFlags: 0x14, QuestionId: 0x2DB1, VarStoreId: 0x30, VarStoreInfo: 0x129D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F6 2A F7 2A B1 2D 30 00 9D 12 14 00 14 00 }
0x7C848: End { 29 02 }
0x7C84A: SuppressIf { 0A 82 }
0x7C84C: True { 46 02 }
0x7C84E: Numeric Prompt: "High Cache Ratio", Help: "The Ratio for Cache during High Cache Gear.", QuestionFlags: 0x0, QuestionId: 0xF3, VarStoreId: 0x30, VarOffset: 0x157, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 F6 2A F7 2A F3 00 30 00 57 01 00 10 00 FF 01 }
0x7C85F: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7C865: End { 29 02 }
0x7C867: End { 29 02 }
0x7C869: String Prompt: "High Cache Voltage", Help: "The Voltage for Cache during High Cache Gear. Key 0 for default VID.", QuestionFlags: 0x14, QuestionId: 0x2DB2, VarStoreId: 0x30, VarStoreInfo: 0x12C5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F8 2A F9 2A B2 2D 30 00 C5 12 14 00 14 00 }
0x7C879: End { 29 02 }
0x7C87B: SuppressIf { 0A 82 }
0x7C87D: True { 46 02 }
0x7C87F: Numeric Prompt: "High Cache Voltage", Help: "The Voltage for Cache during High Cache Gear. Key 0 for default VID.", QuestionFlags: 0x0, QuestionId: 0xF4, VarStoreId: 0x30, VarOffset: 0x158, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 94 F8 2A F9 2A F4 00 30 00 58 01 00 11 00 00 FF 00 01 00 }
0x7C893: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7C89A: End { 29 02 }
0x7C89C: End { 29 02 }
0x7C89E: String Prompt: "Low Cache Ratio", Help: "The Ratio for Cache during Low Cache Gear.", QuestionFlags: 0x14, QuestionId: 0x2DB3, VarStoreId: 0x30, VarStoreInfo: 0x12ED, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 FA 2A FB 2A B3 2D 30 00 ED 12 14 00 14 00 }
0x7C8AE: End { 29 02 }
0x7C8B0: SuppressIf { 0A 82 }
0x7C8B2: True { 46 02 }
0x7C8B4: Numeric Prompt: "Low Cache Ratio", Help: "The Ratio for Cache during Low Cache Gear.", QuestionFlags: 0x0, QuestionId: 0xF5, VarStoreId: 0x30, VarOffset: 0x15A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 FA 2A FB 2A F5 00 30 00 5A 01 00 10 00 FF 01 }
0x7C8C5: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7C8CB: End { 29 02 }
0x7C8CD: End { 29 02 }
0x7C8CF: String Prompt: "Low Cache Voltage", Help: "The Voltage for Cache during Low Cache Gear. Key 0 for default VID.", QuestionFlags: 0x14, QuestionId: 0x2DB4, VarStoreId: 0x30, VarStoreInfo: 0x1315, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 FC 2A FD 2A B4 2D 30 00 15 13 14 00 14 00 }
0x7C8DF: End { 29 02 }
0x7C8E1: SuppressIf { 0A 82 }
0x7C8E3: True { 46 02 }
0x7C8E5: Numeric Prompt: "Low Cache Voltage", Help: "The Voltage for Cache during Low Cache Gear. Key 0 for default VID.", QuestionFlags: 0x0, QuestionId: 0xF6, VarStoreId: 0x30, VarOffset: 0x15B, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 94 FC 2A FD 2A F6 00 30 00 5B 01 00 11 00 00 FF 00 01 00 }
0x7C8F9: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7C900: End { 29 02 }
0x7C902: End { 29 02 }
0x7C904: End { 29 02 }
0x7C906: OneOf Prompt: "TVB Voltage Optimizations", Help: "This service controls thermal based voltage optimizations for processors that implement the Intel Thermal Velocity Boost (TVB) feature. Default is enabled. Uses Overclocking Mailbox command 0x18/0x19.", QuestionFlags: 0x10, QuestionId: 0xF7, VarStoreId: 0x30, VarOffset: 0x60, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 FE 2A 83 1D F7 00 30 00 60 00 10 10 00 02 00 }
0x7C917: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7C91E: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7C925: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x7C92C: End { 29 02 }
0x7C92E: OneOf Prompt: "Enhanced TVB", Help: "Only Supported on selected SKUs.", QuestionFlags: 0x10, QuestionId: 0xF8, VarStoreId: 0x30, VarOffset: 0x61, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 FF 2A 04 1E F8 00 30 00 61 00 10 10 00 02 00 }
0x7C93F: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7C946: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7C94D: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x7C954: End { 29 02 }
0x7C956: SuppressIf { 0A 82 }
0x7C958: True { 46 02 }
0x7C95A: OneOf Prompt: "TVB Ratio Clipping", Help: "This service controls Core frequency reduction caused by high package temperatures for processors that implement the Intel Thermal Velocity Boost (TVB) feature. It is required to be disabled for supporting overclocking at frequencies higher than the default max turbo frequency. Default is disabled. Uses Overclocking Mailbox command 0x18/0x19.", QuestionFlags: 0x10, QuestionId: 0xF9, VarStoreId: 0x30, VarOffset: 0x62, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 DA 27 DB 27 F9 00 30 00 62 00 10 10 00 02 00 }
0x7C96B: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7C972: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7C979: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x7C980: End { 29 02 }
0x7C982: End { 29 02 }
0x7C984: OneOf Prompt: "Overclocking TVB", Help: "Enable this to be able to draw temperature/frequency dependencies.
+1Boost Profile(K CPU):
This setting will enable additional boost of one bin with the help of Auto Optimized Temperature Control.
+2Boost Profile(K CPU):
This setting will enable additional boost of two bins with the help of Auto Optimized Temperature Control.
Boost Until Target will enable additional boost till target is reached. Auto Target value will be based on predictions.", QuestionFlags: 0x10, QuestionId: 0xFA, VarStoreId: 0x30, VarOffset: 0x63, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x5, Step: 0x0 { 05 91 DC 27 DD 27 FA 00 30 00 63 00 10 10 00 05 00 }
0x7C995: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7C99C: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7C9A3: OneOfOption Option: "Enabled" Value: 2 { 09 07 9E 27 00 00 02 }
0x7C9AA: SuppressIf { 0A 82 }
0x7C9AC: EqIdVal QuestionId: 0x15E0, Value: 0x7 { 12 86 E0 15 07 00 }
0x7C9B2: Not { 17 02 }
0x7C9B4: End { 29 02 }
0x7C9B6: OneOfOption Option: "+1Boost Profile" Value: 3 { 09 07 DE 27 00 00 03 }
0x7C9BD: OneOfOption Option: "+2Boost Profile" Value: 4 { 09 07 DF 27 00 00 04 }
0x7C9C4: OneOfOption Option: "Boost Until Target" Value: 5 { 09 07 E0 27 00 00 05 }
0x7C9CB: End { 29 02 }
0x7C9CD: End { 29 02 }
0x7C9CF: SuppressIf { 0A 82 }
0x7C9D1: EqIdValList QuestionId: 0xFA, Values: [0, 1, 2, 3, 4] { 14 10 FA 00 05 00 00 00 01 00 02 00 03 00 04 00 }
0x7C9E1: String Prompt: "Max Boost Target in MHz", Help: "Customize the maximum Target Frequnecy in MHz or leave auto for auto values based on predictions.", QuestionFlags: 0x14, QuestionId: 0x2DB5, VarStoreId: 0x30, VarStoreInfo: 0xC0D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E1 27 E2 27 B5 2D 30 00 0D 0C 14 00 14 00 }
0x7C9F1: End { 29 02 }
0x7C9F3: SuppressIf { 0A 82 }
0x7C9F5: True { 46 02 }
0x7C9F7: Numeric Prompt: "Max Boost Target in MHz", Help: "Customize the maximum Target Frequnecy in MHz or leave auto for auto values based on predictions.", QuestionFlags: 0x0, QuestionId: 0xFB, VarStoreId: 0x30, VarOffset: 0x8C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 E1 27 E2 27 FB 00 30 00 8C 00 00 10 00 FF 01 }
0x7CA08: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CA0E: End { 29 02 }
0x7CA10: End { 29 02 }
0x7CA12: End { 29 02 }
0x7CA14: SuppressIf { 0A 82 }
0x7CA16: EqIdValList QuestionId: 0xFA, Values: [0, 1, 3, 4, 5] { 14 10 FA 00 05 00 00 00 01 00 03 00 04 00 05 00 }
0x7CA26: OneOf Prompt: "1-Core Active", Help: "1-Core Active", QuestionFlags: 0x10, QuestionId: 0xFC, VarStoreId: 0x30, VarOffset: 0x8D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 E3 27 E3 27 FC 00 30 00 8D 00 10 10 00 01 00 }
0x7CA37: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7CA3E: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x7CA45: End { 29 02 }
0x7CA47: SuppressIf { 0A 82 }
0x7CA49: EqIdVal QuestionId: 0xFC, Value: 0x1 { 12 86 FC 00 01 00 }
0x7CA4F: Not { 17 02 }
0x7CA51: End { 29 02 }
0x7CA53: String Prompt: " Temperature A", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset A. Unit in Degree Celsius.", QuestionFlags: 0x14, QuestionId: 0x2DB6, VarStoreId: 0x30, VarStoreInfo: 0xC35, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 EB 27 EC 27 B6 2D 30 00 35 0C 14 00 14 00 }
0x7CA63: End { 29 02 }
0x7CA65: SuppressIf { 0A 82 }
0x7CA67: True { 46 02 }
0x7CA69: Numeric Prompt: " Temperature A", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset A. Unit in Degree Celsius.", QuestionFlags: 0x0, QuestionId: 0xFD, VarStoreId: 0x30, VarOffset: 0x95, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 EB 27 EC 27 FD 00 30 00 95 00 00 10 00 FF 01 }
0x7CA7A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CA80: End { 29 02 }
0x7CA82: End { 29 02 }
0x7CA84: OneOf Prompt: " Negative Ratio Offset A", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature A.", QuestionFlags: 0x10, QuestionId: 0xFE, VarStoreId: 0x30, VarOffset: 0x9D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 EF 27 F0 27 FE 00 30 00 9D 00 10 10 00 01 00 }
0x7CA95: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7CA9C: OneOfOption Option: "User Specify" Value: 1 { 09 07 F4 27 00 00 01 }
0x7CAA3: End { 29 02 }
0x7CAA5: SuppressIf { 0A 82 }
0x7CAA7: EqIdVal QuestionId: 0xFE, Value: 0x1 { 12 86 FE 00 01 00 }
0x7CAAD: Not { 17 02 }
0x7CAAF: End { 29 02 }
0x7CAB1: Numeric Prompt: " Ratio Offset", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature A.", QuestionFlags: 0x10, QuestionId: 0xFF, VarStoreId: 0x30, VarOffset: 0xA5, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 F3 27 F0 27 FF 00 30 00 A5 00 10 10 00 1F 01 }
0x7CAC2: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CAC8: End { 29 02 }
0x7CACA: End { 29 02 }
0x7CACC: String Prompt: " Temperature B", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset B. Unit in Degree Celsius.", QuestionFlags: 0x14, QuestionId: 0x2DB7, VarStoreId: 0x30, VarStoreInfo: 0xD75, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 ED 27 EE 27 B7 2D 30 00 75 0D 14 00 14 00 }
0x7CADC: End { 29 02 }
0x7CADE: SuppressIf { 0A 82 }
0x7CAE0: True { 46 02 }
0x7CAE2: Numeric Prompt: " Temperature B", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset B. Unit in Degree Celsius.", QuestionFlags: 0x0, QuestionId: 0x100, VarStoreId: 0x30, VarOffset: 0xAD, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 ED 27 EE 27 00 01 30 00 AD 00 00 10 00 FF 01 }
0x7CAF3: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CAF9: End { 29 02 }
0x7CAFB: End { 29 02 }
0x7CAFD: OneOf Prompt: " Negative Ratio Offset B", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature B.", QuestionFlags: 0x10, QuestionId: 0x101, VarStoreId: 0x30, VarOffset: 0xB5, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 F1 27 F2 27 01 01 30 00 B5 00 10 10 00 01 00 }
0x7CB0E: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7CB15: OneOfOption Option: "User Specify" Value: 1 { 09 07 F4 27 00 00 01 }
0x7CB1C: End { 29 02 }
0x7CB1E: SuppressIf { 0A 82 }
0x7CB20: EqIdVal QuestionId: 0x101, Value: 0x1 { 12 86 01 01 01 00 }
0x7CB26: Not { 17 02 }
0x7CB28: End { 29 02 }
0x7CB2A: Numeric Prompt: " Ratio Offset", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature B.", QuestionFlags: 0x10, QuestionId: 0x102, VarStoreId: 0x30, VarOffset: 0xBD, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 F3 27 F2 27 02 01 30 00 BD 00 10 10 00 1F 01 }
0x7CB3B: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CB41: End { 29 02 }
0x7CB43: End { 29 02 }
0x7CB45: End { 29 02 }
0x7CB47: SuppressIf { 0A 82 }
0x7CB49: EqIdValList QuestionId: 0x15EF, Values: [0, 1] { 14 0A EF 15 02 00 00 00 01 00 }
0x7CB53: OneOf Prompt: "2-Core Active", Help: "2-Core Active", QuestionFlags: 0x10, QuestionId: 0x103, VarStoreId: 0x30, VarOffset: 0x8E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 E4 27 E4 27 03 01 30 00 8E 00 10 10 00 01 00 }
0x7CB64: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7CB6B: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x7CB72: End { 29 02 }
0x7CB74: SuppressIf { 0A 82 }
0x7CB76: EqIdVal QuestionId: 0x103, Value: 0x1 { 12 86 03 01 01 00 }
0x7CB7C: Not { 17 02 }
0x7CB7E: End { 29 02 }
0x7CB80: String Prompt: " Temperature A", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset A. Unit in Degree Celsius.", QuestionFlags: 0x14, QuestionId: 0x2DB8, VarStoreId: 0x30, VarStoreInfo: 0xC5D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 EB 27 EC 27 B8 2D 30 00 5D 0C 14 00 14 00 }
0x7CB90: End { 29 02 }
0x7CB92: SuppressIf { 0A 82 }
0x7CB94: True { 46 02 }
0x7CB96: Numeric Prompt: " Temperature A", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset A. Unit in Degree Celsius.", QuestionFlags: 0x0, QuestionId: 0x104, VarStoreId: 0x30, VarOffset: 0x96, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 EB 27 EC 27 04 01 30 00 96 00 00 10 00 FF 01 }
0x7CBA7: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CBAD: End { 29 02 }
0x7CBAF: End { 29 02 }
0x7CBB1: OneOf Prompt: " Negative Ratio Offset A", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature A.", QuestionFlags: 0x10, QuestionId: 0x105, VarStoreId: 0x30, VarOffset: 0x9E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 EF 27 F0 27 05 01 30 00 9E 00 10 10 00 01 00 }
0x7CBC2: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7CBC9: OneOfOption Option: "User Specify" Value: 1 { 09 07 F4 27 00 00 01 }
0x7CBD0: End { 29 02 }
0x7CBD2: SuppressIf { 0A 82 }
0x7CBD4: EqIdVal QuestionId: 0x105, Value: 0x1 { 12 86 05 01 01 00 }
0x7CBDA: Not { 17 02 }
0x7CBDC: End { 29 02 }
0x7CBDE: Numeric Prompt: " Ratio Offset", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature A.", QuestionFlags: 0x10, QuestionId: 0x106, VarStoreId: 0x30, VarOffset: 0xA6, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 F3 27 F0 27 06 01 30 00 A6 00 10 10 00 1F 01 }
0x7CBEF: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CBF5: End { 29 02 }
0x7CBF7: End { 29 02 }
0x7CBF9: String Prompt: " Temperature B", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset B. Unit in Degree Celsius.", QuestionFlags: 0x14, QuestionId: 0x2DB9, VarStoreId: 0x30, VarStoreInfo: 0xD9D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 ED 27 EE 27 B9 2D 30 00 9D 0D 14 00 14 00 }
0x7CC09: End { 29 02 }
0x7CC0B: SuppressIf { 0A 82 }
0x7CC0D: True { 46 02 }
0x7CC0F: Numeric Prompt: " Temperature B", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset B. Unit in Degree Celsius.", QuestionFlags: 0x0, QuestionId: 0x107, VarStoreId: 0x30, VarOffset: 0xAE, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 ED 27 EE 27 07 01 30 00 AE 00 00 10 00 FF 01 }
0x7CC20: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CC26: End { 29 02 }
0x7CC28: End { 29 02 }
0x7CC2A: OneOf Prompt: " Negative Ratio Offset B", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature B.", QuestionFlags: 0x10, QuestionId: 0x108, VarStoreId: 0x30, VarOffset: 0xB6, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 F1 27 F2 27 08 01 30 00 B6 00 10 10 00 01 00 }
0x7CC3B: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7CC42: OneOfOption Option: "User Specify" Value: 1 { 09 07 F4 27 00 00 01 }
0x7CC49: End { 29 02 }
0x7CC4B: SuppressIf { 0A 82 }
0x7CC4D: EqIdVal QuestionId: 0x108, Value: 0x1 { 12 86 08 01 01 00 }
0x7CC53: Not { 17 02 }
0x7CC55: End { 29 02 }
0x7CC57: Numeric Prompt: " Ratio Offset", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature B.", QuestionFlags: 0x10, QuestionId: 0x109, VarStoreId: 0x30, VarOffset: 0xBE, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 F3 27 F2 27 09 01 30 00 BE 00 10 10 00 1F 01 }
0x7CC68: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CC6E: End { 29 02 }
0x7CC70: End { 29 02 }
0x7CC72: End { 29 02 }
0x7CC74: End { 29 02 }
0x7CC76: SuppressIf { 0A 82 }
0x7CC78: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2] { 14 0C EF 15 03 00 00 00 01 00 02 00 }
0x7CC84: OneOf Prompt: "3-Core Active", Help: "3-Core Active", QuestionFlags: 0x10, QuestionId: 0x10A, VarStoreId: 0x30, VarOffset: 0x8F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 E5 27 E5 27 0A 01 30 00 8F 00 10 10 00 01 00 }
0x7CC95: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7CC9C: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x7CCA3: End { 29 02 }
0x7CCA5: SuppressIf { 0A 82 }
0x7CCA7: EqIdVal QuestionId: 0x10A, Value: 0x1 { 12 86 0A 01 01 00 }
0x7CCAD: Not { 17 02 }
0x7CCAF: End { 29 02 }
0x7CCB1: String Prompt: " Temperature A", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset A. Unit in Degree Celsius.", QuestionFlags: 0x14, QuestionId: 0x2DBA, VarStoreId: 0x30, VarStoreInfo: 0xC85, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 EB 27 EC 27 BA 2D 30 00 85 0C 14 00 14 00 }
0x7CCC1: End { 29 02 }
0x7CCC3: SuppressIf { 0A 82 }
0x7CCC5: True { 46 02 }
0x7CCC7: Numeric Prompt: " Temperature A", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset A. Unit in Degree Celsius.", QuestionFlags: 0x0, QuestionId: 0x10B, VarStoreId: 0x30, VarOffset: 0x97, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 EB 27 EC 27 0B 01 30 00 97 00 00 10 00 FF 01 }
0x7CCD8: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CCDE: End { 29 02 }
0x7CCE0: End { 29 02 }
0x7CCE2: OneOf Prompt: " Negative Ratio Offset A", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature A.", QuestionFlags: 0x10, QuestionId: 0x10C, VarStoreId: 0x30, VarOffset: 0x9F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 EF 27 F0 27 0C 01 30 00 9F 00 10 10 00 01 00 }
0x7CCF3: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7CCFA: OneOfOption Option: "User Specify" Value: 1 { 09 07 F4 27 00 00 01 }
0x7CD01: End { 29 02 }
0x7CD03: SuppressIf { 0A 82 }
0x7CD05: EqIdVal QuestionId: 0x10C, Value: 0x1 { 12 86 0C 01 01 00 }
0x7CD0B: Not { 17 02 }
0x7CD0D: End { 29 02 }
0x7CD0F: Numeric Prompt: " Ratio Offset", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature A.", QuestionFlags: 0x10, QuestionId: 0x10D, VarStoreId: 0x30, VarOffset: 0xA7, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 F3 27 F0 27 0D 01 30 00 A7 00 10 10 00 1F 01 }
0x7CD20: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CD26: End { 29 02 }
0x7CD28: End { 29 02 }
0x7CD2A: String Prompt: " Temperature B", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset B. Unit in Degree Celsius.", QuestionFlags: 0x14, QuestionId: 0x2DBB, VarStoreId: 0x30, VarStoreInfo: 0xDC5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 ED 27 EE 27 BB 2D 30 00 C5 0D 14 00 14 00 }
0x7CD3A: End { 29 02 }
0x7CD3C: SuppressIf { 0A 82 }
0x7CD3E: True { 46 02 }
0x7CD40: Numeric Prompt: " Temperature B", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset B. Unit in Degree Celsius.", QuestionFlags: 0x0, QuestionId: 0x10E, VarStoreId: 0x30, VarOffset: 0xAF, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 ED 27 EE 27 0E 01 30 00 AF 00 00 10 00 FF 01 }
0x7CD51: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CD57: End { 29 02 }
0x7CD59: End { 29 02 }
0x7CD5B: OneOf Prompt: " Negative Ratio Offset B", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature B.", QuestionFlags: 0x10, QuestionId: 0x10F, VarStoreId: 0x30, VarOffset: 0xB7, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 F1 27 F2 27 0F 01 30 00 B7 00 10 10 00 01 00 }
0x7CD6C: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7CD73: OneOfOption Option: "User Specify" Value: 1 { 09 07 F4 27 00 00 01 }
0x7CD7A: End { 29 02 }
0x7CD7C: SuppressIf { 0A 82 }
0x7CD7E: EqIdVal QuestionId: 0x10F, Value: 0x1 { 12 86 0F 01 01 00 }
0x7CD84: Not { 17 02 }
0x7CD86: End { 29 02 }
0x7CD88: Numeric Prompt: " Ratio Offset", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature B.", QuestionFlags: 0x10, QuestionId: 0x110, VarStoreId: 0x30, VarOffset: 0xBF, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 F3 27 F2 27 10 01 30 00 BF 00 10 10 00 1F 01 }
0x7CD99: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CD9F: End { 29 02 }
0x7CDA1: End { 29 02 }
0x7CDA3: End { 29 02 }
0x7CDA5: End { 29 02 }
0x7CDA7: SuppressIf { 0A 82 }
0x7CDA9: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3] { 14 0E EF 15 04 00 00 00 01 00 02 00 03 00 }
0x7CDB7: OneOf Prompt: "4-Core Active", Help: "4-Core Active", QuestionFlags: 0x10, QuestionId: 0x111, VarStoreId: 0x30, VarOffset: 0x90, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 E6 27 E6 27 11 01 30 00 90 00 10 10 00 01 00 }
0x7CDC8: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7CDCF: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x7CDD6: End { 29 02 }
0x7CDD8: SuppressIf { 0A 82 }
0x7CDDA: EqIdVal QuestionId: 0x111, Value: 0x1 { 12 86 11 01 01 00 }
0x7CDE0: Not { 17 02 }
0x7CDE2: End { 29 02 }
0x7CDE4: String Prompt: " Temperature A", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset A. Unit in Degree Celsius.", QuestionFlags: 0x14, QuestionId: 0x2DBC, VarStoreId: 0x30, VarStoreInfo: 0xCAD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 EB 27 EC 27 BC 2D 30 00 AD 0C 14 00 14 00 }
0x7CDF4: End { 29 02 }
0x7CDF6: SuppressIf { 0A 82 }
0x7CDF8: True { 46 02 }
0x7CDFA: Numeric Prompt: " Temperature A", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset A. Unit in Degree Celsius.", QuestionFlags: 0x0, QuestionId: 0x112, VarStoreId: 0x30, VarOffset: 0x98, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 EB 27 EC 27 12 01 30 00 98 00 00 10 00 FF 01 }
0x7CE0B: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CE11: End { 29 02 }
0x7CE13: End { 29 02 }
0x7CE15: OneOf Prompt: " Negative Ratio Offset A", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature A.", QuestionFlags: 0x10, QuestionId: 0x113, VarStoreId: 0x30, VarOffset: 0xA0, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 EF 27 F0 27 13 01 30 00 A0 00 10 10 00 01 00 }
0x7CE26: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7CE2D: OneOfOption Option: "User Specify" Value: 1 { 09 07 F4 27 00 00 01 }
0x7CE34: End { 29 02 }
0x7CE36: SuppressIf { 0A 82 }
0x7CE38: EqIdVal QuestionId: 0x113, Value: 0x1 { 12 86 13 01 01 00 }
0x7CE3E: Not { 17 02 }
0x7CE40: End { 29 02 }
0x7CE42: Numeric Prompt: " Ratio Offset", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature A.", QuestionFlags: 0x10, QuestionId: 0x114, VarStoreId: 0x30, VarOffset: 0xA8, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 F3 27 F0 27 14 01 30 00 A8 00 10 10 00 1F 01 }
0x7CE53: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CE59: End { 29 02 }
0x7CE5B: End { 29 02 }
0x7CE5D: String Prompt: " Temperature B", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset B. Unit in Degree Celsius.", QuestionFlags: 0x14, QuestionId: 0x2DBD, VarStoreId: 0x30, VarStoreInfo: 0xDED, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 ED 27 EE 27 BD 2D 30 00 ED 0D 14 00 14 00 }
0x7CE6D: End { 29 02 }
0x7CE6F: SuppressIf { 0A 82 }
0x7CE71: True { 46 02 }
0x7CE73: Numeric Prompt: " Temperature B", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset B. Unit in Degree Celsius.", QuestionFlags: 0x0, QuestionId: 0x115, VarStoreId: 0x30, VarOffset: 0xB0, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 ED 27 EE 27 15 01 30 00 B0 00 00 10 00 FF 01 }
0x7CE84: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CE8A: End { 29 02 }
0x7CE8C: End { 29 02 }
0x7CE8E: OneOf Prompt: " Negative Ratio Offset B", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature B.", QuestionFlags: 0x10, QuestionId: 0x116, VarStoreId: 0x30, VarOffset: 0xB8, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 F1 27 F2 27 16 01 30 00 B8 00 10 10 00 01 00 }
0x7CE9F: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7CEA6: OneOfOption Option: "User Specify" Value: 1 { 09 07 F4 27 00 00 01 }
0x7CEAD: End { 29 02 }
0x7CEAF: SuppressIf { 0A 82 }
0x7CEB1: EqIdVal QuestionId: 0x116, Value: 0x1 { 12 86 16 01 01 00 }
0x7CEB7: Not { 17 02 }
0x7CEB9: End { 29 02 }
0x7CEBB: Numeric Prompt: " Ratio Offset", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature B.", QuestionFlags: 0x10, QuestionId: 0x117, VarStoreId: 0x30, VarOffset: 0xC0, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 F3 27 F2 27 17 01 30 00 C0 00 10 10 00 1F 01 }
0x7CECC: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CED2: End { 29 02 }
0x7CED4: End { 29 02 }
0x7CED6: End { 29 02 }
0x7CED8: End { 29 02 }
0x7CEDA: SuppressIf { 0A 82 }
0x7CEDC: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4] { 14 10 EF 15 05 00 00 00 01 00 02 00 03 00 04 00 }
0x7CEEC: OneOf Prompt: "5-Core Active", Help: "5-Core Active", QuestionFlags: 0x10, QuestionId: 0x118, VarStoreId: 0x30, VarOffset: 0x91, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 E7 27 E7 27 18 01 30 00 91 00 10 10 00 01 00 }
0x7CEFD: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7CF04: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x7CF0B: End { 29 02 }
0x7CF0D: SuppressIf { 0A 82 }
0x7CF0F: EqIdVal QuestionId: 0x118, Value: 0x1 { 12 86 18 01 01 00 }
0x7CF15: Not { 17 02 }
0x7CF17: End { 29 02 }
0x7CF19: String Prompt: " Temperature A", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset A. Unit in Degree Celsius.", QuestionFlags: 0x14, QuestionId: 0x2DBE, VarStoreId: 0x30, VarStoreInfo: 0xCD5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 EB 27 EC 27 BE 2D 30 00 D5 0C 14 00 14 00 }
0x7CF29: End { 29 02 }
0x7CF2B: SuppressIf { 0A 82 }
0x7CF2D: True { 46 02 }
0x7CF2F: Numeric Prompt: " Temperature A", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset A. Unit in Degree Celsius.", QuestionFlags: 0x0, QuestionId: 0x119, VarStoreId: 0x30, VarOffset: 0x99, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 EB 27 EC 27 19 01 30 00 99 00 00 10 00 FF 01 }
0x7CF40: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CF46: End { 29 02 }
0x7CF48: End { 29 02 }
0x7CF4A: OneOf Prompt: " Negative Ratio Offset A", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature A.", QuestionFlags: 0x10, QuestionId: 0x11A, VarStoreId: 0x30, VarOffset: 0xA1, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 EF 27 F0 27 1A 01 30 00 A1 00 10 10 00 01 00 }
0x7CF5B: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7CF62: OneOfOption Option: "User Specify" Value: 1 { 09 07 F4 27 00 00 01 }
0x7CF69: End { 29 02 }
0x7CF6B: SuppressIf { 0A 82 }
0x7CF6D: EqIdVal QuestionId: 0x11A, Value: 0x1 { 12 86 1A 01 01 00 }
0x7CF73: Not { 17 02 }
0x7CF75: End { 29 02 }
0x7CF77: Numeric Prompt: " Ratio Offset", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature A.", QuestionFlags: 0x10, QuestionId: 0x11B, VarStoreId: 0x30, VarOffset: 0xA9, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 F3 27 F0 27 1B 01 30 00 A9 00 10 10 00 1F 01 }
0x7CF88: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CF8E: End { 29 02 }
0x7CF90: End { 29 02 }
0x7CF92: String Prompt: " Temperature B", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset B. Unit in Degree Celsius.", QuestionFlags: 0x14, QuestionId: 0x2DBF, VarStoreId: 0x30, VarStoreInfo: 0xE15, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 ED 27 EE 27 BF 2D 30 00 15 0E 14 00 14 00 }
0x7CFA2: End { 29 02 }
0x7CFA4: SuppressIf { 0A 82 }
0x7CFA6: True { 46 02 }
0x7CFA8: Numeric Prompt: " Temperature B", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset B. Unit in Degree Celsius.", QuestionFlags: 0x0, QuestionId: 0x11C, VarStoreId: 0x30, VarOffset: 0xB1, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 ED 27 EE 27 1C 01 30 00 B1 00 00 10 00 FF 01 }
0x7CFB9: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7CFBF: End { 29 02 }
0x7CFC1: End { 29 02 }
0x7CFC3: OneOf Prompt: " Negative Ratio Offset B", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature B.", QuestionFlags: 0x10, QuestionId: 0x11D, VarStoreId: 0x30, VarOffset: 0xB9, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 F1 27 F2 27 1D 01 30 00 B9 00 10 10 00 01 00 }
0x7CFD4: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7CFDB: OneOfOption Option: "User Specify" Value: 1 { 09 07 F4 27 00 00 01 }
0x7CFE2: End { 29 02 }
0x7CFE4: SuppressIf { 0A 82 }
0x7CFE6: EqIdVal QuestionId: 0x11D, Value: 0x1 { 12 86 1D 01 01 00 }
0x7CFEC: Not { 17 02 }
0x7CFEE: End { 29 02 }
0x7CFF0: Numeric Prompt: " Ratio Offset", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature B.", QuestionFlags: 0x10, QuestionId: 0x11E, VarStoreId: 0x30, VarOffset: 0xC1, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 F3 27 F2 27 1E 01 30 00 C1 00 10 10 00 1F 01 }
0x7D001: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7D007: End { 29 02 }
0x7D009: End { 29 02 }
0x7D00B: End { 29 02 }
0x7D00D: End { 29 02 }
0x7D00F: SuppressIf { 0A 82 }
0x7D011: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5] { 14 12 EF 15 06 00 00 00 01 00 02 00 03 00 04 00 05 00 }
0x7D023: OneOf Prompt: "6-Core Active", Help: "6-Core Active", QuestionFlags: 0x10, QuestionId: 0x11F, VarStoreId: 0x30, VarOffset: 0x92, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 E8 27 E8 27 1F 01 30 00 92 00 10 10 00 01 00 }
0x7D034: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7D03B: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x7D042: End { 29 02 }
0x7D044: SuppressIf { 0A 82 }
0x7D046: EqIdVal QuestionId: 0x11F, Value: 0x1 { 12 86 1F 01 01 00 }
0x7D04C: Not { 17 02 }
0x7D04E: End { 29 02 }
0x7D050: String Prompt: " Temperature A", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset A. Unit in Degree Celsius.", QuestionFlags: 0x14, QuestionId: 0x2DC0, VarStoreId: 0x30, VarStoreInfo: 0xCFD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 EB 27 EC 27 C0 2D 30 00 FD 0C 14 00 14 00 }
0x7D060: End { 29 02 }
0x7D062: SuppressIf { 0A 82 }
0x7D064: True { 46 02 }
0x7D066: Numeric Prompt: " Temperature A", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset A. Unit in Degree Celsius.", QuestionFlags: 0x0, QuestionId: 0x120, VarStoreId: 0x30, VarOffset: 0x9A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 EB 27 EC 27 20 01 30 00 9A 00 00 10 00 FF 01 }
0x7D077: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7D07D: End { 29 02 }
0x7D07F: End { 29 02 }
0x7D081: OneOf Prompt: " Negative Ratio Offset A", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature A.", QuestionFlags: 0x10, QuestionId: 0x121, VarStoreId: 0x30, VarOffset: 0xA2, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 EF 27 F0 27 21 01 30 00 A2 00 10 10 00 01 00 }
0x7D092: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7D099: OneOfOption Option: "User Specify" Value: 1 { 09 07 F4 27 00 00 01 }
0x7D0A0: End { 29 02 }
0x7D0A2: SuppressIf { 0A 82 }
0x7D0A4: EqIdVal QuestionId: 0x121, Value: 0x1 { 12 86 21 01 01 00 }
0x7D0AA: Not { 17 02 }
0x7D0AC: End { 29 02 }
0x7D0AE: Numeric Prompt: " Ratio Offset", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature A.", QuestionFlags: 0x10, QuestionId: 0x122, VarStoreId: 0x30, VarOffset: 0xAA, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 F3 27 F0 27 22 01 30 00 AA 00 10 10 00 1F 01 }
0x7D0BF: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7D0C5: End { 29 02 }
0x7D0C7: End { 29 02 }
0x7D0C9: String Prompt: " Temperature B", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset B. Unit in Degree Celsius.", QuestionFlags: 0x14, QuestionId: 0x2DC1, VarStoreId: 0x30, VarStoreInfo: 0xE3D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 ED 27 EE 27 C1 2D 30 00 3D 0E 14 00 14 00 }
0x7D0D9: End { 29 02 }
0x7D0DB: SuppressIf { 0A 82 }
0x7D0DD: True { 46 02 }
0x7D0DF: Numeric Prompt: " Temperature B", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset B. Unit in Degree Celsius.", QuestionFlags: 0x0, QuestionId: 0x123, VarStoreId: 0x30, VarOffset: 0xB2, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 ED 27 EE 27 23 01 30 00 B2 00 00 10 00 FF 01 }
0x7D0F0: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7D0F6: End { 29 02 }
0x7D0F8: End { 29 02 }
0x7D0FA: OneOf Prompt: " Negative Ratio Offset B", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature B.", QuestionFlags: 0x10, QuestionId: 0x124, VarStoreId: 0x30, VarOffset: 0xBA, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 F1 27 F2 27 24 01 30 00 BA 00 10 10 00 01 00 }
0x7D10B: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7D112: OneOfOption Option: "User Specify" Value: 1 { 09 07 F4 27 00 00 01 }
0x7D119: End { 29 02 }
0x7D11B: SuppressIf { 0A 82 }
0x7D11D: EqIdVal QuestionId: 0x124, Value: 0x1 { 12 86 24 01 01 00 }
0x7D123: Not { 17 02 }
0x7D125: End { 29 02 }
0x7D127: Numeric Prompt: " Ratio Offset", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature B.", QuestionFlags: 0x10, QuestionId: 0x125, VarStoreId: 0x30, VarOffset: 0xC2, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 F3 27 F2 27 25 01 30 00 C2 00 10 10 00 1F 01 }
0x7D138: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7D13E: End { 29 02 }
0x7D140: End { 29 02 }
0x7D142: End { 29 02 }
0x7D144: End { 29 02 }
0x7D146: SuppressIf { 0A 82 }
0x7D148: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5, 6] { 14 14 EF 15 07 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 }
0x7D15C: OneOf Prompt: "7-Core Active", Help: "7-Core Active", QuestionFlags: 0x10, QuestionId: 0x126, VarStoreId: 0x30, VarOffset: 0x93, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 E9 27 E9 27 26 01 30 00 93 00 10 10 00 01 00 }
0x7D16D: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7D174: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x7D17B: End { 29 02 }
0x7D17D: SuppressIf { 0A 82 }
0x7D17F: EqIdVal QuestionId: 0x126, Value: 0x1 { 12 86 26 01 01 00 }
0x7D185: Not { 17 02 }
0x7D187: End { 29 02 }
0x7D189: String Prompt: " Temperature A", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset A. Unit in Degree Celsius.", QuestionFlags: 0x14, QuestionId: 0x2DC2, VarStoreId: 0x30, VarStoreInfo: 0xD25, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 EB 27 EC 27 C2 2D 30 00 25 0D 14 00 14 00 }
0x7D199: End { 29 02 }
0x7D19B: SuppressIf { 0A 82 }
0x7D19D: True { 46 02 }
0x7D19F: Numeric Prompt: " Temperature A", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset A. Unit in Degree Celsius.", QuestionFlags: 0x0, QuestionId: 0x127, VarStoreId: 0x30, VarOffset: 0x9B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 EB 27 EC 27 27 01 30 00 9B 00 00 10 00 FF 01 }
0x7D1B0: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7D1B6: End { 29 02 }
0x7D1B8: End { 29 02 }
0x7D1BA: OneOf Prompt: " Negative Ratio Offset A", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature A.", QuestionFlags: 0x10, QuestionId: 0x128, VarStoreId: 0x30, VarOffset: 0xA3, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 EF 27 F0 27 28 01 30 00 A3 00 10 10 00 01 00 }
0x7D1CB: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7D1D2: OneOfOption Option: "User Specify" Value: 1 { 09 07 F4 27 00 00 01 }
0x7D1D9: End { 29 02 }
0x7D1DB: SuppressIf { 0A 82 }
0x7D1DD: EqIdVal QuestionId: 0x128, Value: 0x1 { 12 86 28 01 01 00 }
0x7D1E3: Not { 17 02 }
0x7D1E5: End { 29 02 }
0x7D1E7: Numeric Prompt: " Ratio Offset", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature A.", QuestionFlags: 0x10, QuestionId: 0x129, VarStoreId: 0x30, VarOffset: 0xAB, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 F3 27 F0 27 29 01 30 00 AB 00 10 10 00 1F 01 }
0x7D1F8: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7D1FE: End { 29 02 }
0x7D200: End { 29 02 }
0x7D202: String Prompt: " Temperature B", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset B. Unit in Degree Celsius.", QuestionFlags: 0x14, QuestionId: 0x2DC3, VarStoreId: 0x30, VarStoreInfo: 0xE65, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 ED 27 EE 27 C3 2D 30 00 65 0E 14 00 14 00 }
0x7D212: End { 29 02 }
0x7D214: SuppressIf { 0A 82 }
0x7D216: True { 46 02 }
0x7D218: Numeric Prompt: " Temperature B", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset B. Unit in Degree Celsius.", QuestionFlags: 0x0, QuestionId: 0x12A, VarStoreId: 0x30, VarOffset: 0xB3, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 ED 27 EE 27 2A 01 30 00 B3 00 00 10 00 FF 01 }
0x7D229: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7D22F: End { 29 02 }
0x7D231: End { 29 02 }
0x7D233: OneOf Prompt: " Negative Ratio Offset B", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature B.", QuestionFlags: 0x10, QuestionId: 0x12B, VarStoreId: 0x30, VarOffset: 0xBB, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 F1 27 F2 27 2B 01 30 00 BB 00 10 10 00 01 00 }
0x7D244: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7D24B: OneOfOption Option: "User Specify" Value: 1 { 09 07 F4 27 00 00 01 }
0x7D252: End { 29 02 }
0x7D254: SuppressIf { 0A 82 }
0x7D256: EqIdVal QuestionId: 0x12B, Value: 0x1 { 12 86 2B 01 01 00 }
0x7D25C: Not { 17 02 }
0x7D25E: End { 29 02 }
0x7D260: Numeric Prompt: " Ratio Offset", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature B.", QuestionFlags: 0x10, QuestionId: 0x12C, VarStoreId: 0x30, VarOffset: 0xC3, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 F3 27 F2 27 2C 01 30 00 C3 00 10 10 00 1F 01 }
0x7D271: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7D277: End { 29 02 }
0x7D279: End { 29 02 }
0x7D27B: End { 29 02 }
0x7D27D: End { 29 02 }
0x7D27F: SuppressIf { 0A 82 }
0x7D281: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5, 6, 7] { 14 16 EF 15 08 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 07 00 }
0x7D297: OneOf Prompt: "8-Core Active", Help: "8-Core Active", QuestionFlags: 0x10, QuestionId: 0x12D, VarStoreId: 0x30, VarOffset: 0x94, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 EA 27 EA 27 2D 01 30 00 94 00 10 10 00 01 00 }
0x7D2A8: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7D2AF: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x7D2B6: End { 29 02 }
0x7D2B8: SuppressIf { 0A 82 }
0x7D2BA: EqIdVal QuestionId: 0x12D, Value: 0x1 { 12 86 2D 01 01 00 }
0x7D2C0: Not { 17 02 }
0x7D2C2: End { 29 02 }
0x7D2C4: String Prompt: " Temperature A", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset A. Unit in Degree Celsius.", QuestionFlags: 0x14, QuestionId: 0x2DC4, VarStoreId: 0x30, VarStoreInfo: 0xD4D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 EB 27 EC 27 C4 2D 30 00 4D 0D 14 00 14 00 }
0x7D2D4: End { 29 02 }
0x7D2D6: SuppressIf { 0A 82 }
0x7D2D8: True { 46 02 }
0x7D2DA: Numeric Prompt: " Temperature A", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset A. Unit in Degree Celsius.", QuestionFlags: 0x0, QuestionId: 0x12E, VarStoreId: 0x30, VarOffset: 0x9C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 EB 27 EC 27 2E 01 30 00 9C 00 00 10 00 FF 01 }
0x7D2EB: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7D2F1: End { 29 02 }
0x7D2F3: End { 29 02 }
0x7D2F5: OneOf Prompt: " Negative Ratio Offset A", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature A.", QuestionFlags: 0x10, QuestionId: 0x12F, VarStoreId: 0x30, VarOffset: 0xA4, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 EF 27 F0 27 2F 01 30 00 A4 00 10 10 00 01 00 }
0x7D306: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7D30D: OneOfOption Option: "User Specify" Value: 1 { 09 07 F4 27 00 00 01 }
0x7D314: End { 29 02 }
0x7D316: SuppressIf { 0A 82 }
0x7D318: EqIdVal QuestionId: 0x12F, Value: 0x1 { 12 86 2F 01 01 00 }
0x7D31E: Not { 17 02 }
0x7D320: End { 29 02 }
0x7D322: Numeric Prompt: " Ratio Offset", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature A.", QuestionFlags: 0x10, QuestionId: 0x130, VarStoreId: 0x30, VarOffset: 0xAC, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 F3 27 F0 27 30 01 30 00 AC 00 10 10 00 1F 01 }
0x7D333: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7D339: End { 29 02 }
0x7D33B: End { 29 02 }
0x7D33D: String Prompt: " Temperature B", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset B. Unit in Degree Celsius.", QuestionFlags: 0x14, QuestionId: 0x2DC5, VarStoreId: 0x30, VarStoreInfo: 0xE8D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 ED 27 EE 27 C5 2D 30 00 8D 0E 14 00 14 00 }
0x7D34D: End { 29 02 }
0x7D34F: SuppressIf { 0A 82 }
0x7D351: True { 46 02 }
0x7D353: Numeric Prompt: " Temperature B", Help: "Package passing this temperature threshold will engage the negative ratio offset specified in Negative Ratio Offset B. Unit in Degree Celsius.", QuestionFlags: 0x0, QuestionId: 0x131, VarStoreId: 0x30, VarOffset: 0xB4, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 ED 27 EE 27 31 01 30 00 B4 00 00 10 00 FF 01 }
0x7D364: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7D36A: End { 29 02 }
0x7D36C: End { 29 02 }
0x7D36E: OneOf Prompt: " Negative Ratio Offset B", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature B.", QuestionFlags: 0x10, QuestionId: 0x132, VarStoreId: 0x30, VarOffset: 0xBC, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 F1 27 F2 27 32 01 30 00 BC 00 10 10 00 01 00 }
0x7D37F: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7D386: OneOfOption Option: "User Specify" Value: 1 { 09 07 F4 27 00 00 01 }
0x7D38D: End { 29 02 }
0x7D38F: SuppressIf { 0A 82 }
0x7D391: EqIdVal QuestionId: 0x132, Value: 0x1 { 12 86 32 01 01 00 }
0x7D397: Not { 17 02 }
0x7D399: End { 29 02 }
0x7D39B: Numeric Prompt: " Ratio Offset", Help: "This will be the potential negative offset to respective ratio when package temperature rises above threshold specified in Temperature B.", QuestionFlags: 0x10, QuestionId: 0x133, VarStoreId: 0x30, VarOffset: 0xC4, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 91 F3 27 F2 27 33 01 30 00 C4 00 10 10 00 1F 01 }
0x7D3AC: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7D3B2: End { 29 02 }
0x7D3B4: End { 29 02 }
0x7D3B6: End { 29 02 }
0x7D3B8: End { 29 02 }
0x7D3BA: End { 29 02 }
0x7D3BC: OneOf Prompt: "Overclocking TVB Global Temperature Offset Sign", Help: "This selects if positive or negative temperature offset is desired when anyone of the Overclocking TVB Boost Profiles are selected.", QuestionFlags: 0x10, QuestionId: 0x134, VarStoreId: 0x30, VarOffset: 0xC5, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 F5 27 F6 27 34 01 30 00 C5 00 10 10 00 01 00 }
0x7D3CD: OneOfOption Option: "-" Value: 1 { 09 07 D6 2D 00 00 01 }
0x7D3D4: OneOfOption Option: "+" Value: 0, Default { 09 07 D5 2D 10 00 00 }
0x7D3DB: End { 29 02 }
0x7D3DD: String Prompt: "Overclocking TVB Global Temperature Offset Value", Help: "The desired value to offset the temperature thresholds of the Overclocking TVB Boost Profiles by should be entered here.", QuestionFlags: 0x14, QuestionId: 0x2DC6, VarStoreId: 0x30, VarStoreInfo: 0xEB5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F7 27 F8 27 C6 2D 30 00 B5 0E 14 00 14 00 }
0x7D3ED: End { 29 02 }
0x7D3EF: SuppressIf { 0A 82 }
0x7D3F1: True { 46 02 }
0x7D3F3: Numeric Prompt: "Overclocking TVB Global Temperature Offset Value", Help: "The desired value to offset the temperature thresholds of the Overclocking TVB Boost Profiles by should be entered here.", QuestionFlags: 0x0, QuestionId: 0x135, VarStoreId: 0x30, VarOffset: 0xC6, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 F7 27 F8 27 35 01 30 00 C6 00 00 10 00 FF 01 }
0x7D404: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7D40A: End { 29 02 }
0x7D40C: End { 29 02 }
0x7D40E: End { 29 02 }
0x7D410: Form FormId: 0x2DC7, Title: "Tweaker’s Paradise" { 01 86 C7 2D CE 27 }
0x7D416: OneOf Prompt: "BCLK frequency restriction at 100MHz", Help: "Set BCLK frequency at 100MHz by default", QuestionFlags: 0x10, QuestionId: 0x136, VarStoreId: 0x30, VarOffset: 0x22, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 34 2C 35 2C 36 01 30 00 22 00 10 10 00 01 00 }
0x7D427: OneOfOption Option: "Disabled" Value: 0, Default { 09 07 9D 27 10 00 00 }
0x7D42E: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x7D435: End { 29 02 }
0x7D437: OneOf Prompt: "Realtime Memory Timing", Help: "Enable/Disable realtime memory timings. When enabled, the system will allow performing realtime memory timing changes after MRC_DONE.", QuestionFlags: 0x10, QuestionId: 0x137, VarStoreId: 0x4, VarOffset: 0x276, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 C6 08 C7 08 37 01 04 00 76 02 10 10 00 01 00 }
0x7D448: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x7D44F: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x7D456: End { 29 02 }
0x7D458: OneOf Prompt: "SPD Write Disable", Help: "Enable/Disable setting SPD Write Disable. For security recommendations, SPD write disable bit must be set.", QuestionFlags: 0x10, QuestionId: 0x138, VarStoreId: 0x6, VarOffset: 0x73D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 6F 18 70 18 38 01 06 00 3D 07 10 10 00 01 00 }
0x7D469: OneOfOption Option: "TRUE" Value: 1, Default, MfgDefault { 09 07 0F 06 30 00 01 }
0x7D470: OneOfOption Option: "FALSE" Value: 0 { 09 07 0E 06 00 00 00 }
0x7D477: End { 29 02 }
0x7D479: String Prompt: "PVD Ratio Threshold", Help: "For the Core Domain PLL, the threshold to switch to lower post divider is 15 by default. You can set a value lower than 15 when pushing high BCLK so that Digitally Controlled Oscillator (DCO) remains at reasonable frequency.", QuestionFlags: 0x14, QuestionId: 0x2DCB, VarStoreId: 0x30, VarStoreInfo: 0xFF5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 B1 28 B2 28 CB 2D 30 00 F5 0F 14 00 14 00 }
0x7D489: End { 29 02 }
0x7D48B: SuppressIf { 0A 82 }
0x7D48D: True { 46 02 }
0x7D48F: Numeric Prompt: "PVD Ratio Threshold", Help: "For the Core Domain PLL, the threshold to switch to lower post divider is 15 by default. You can set a value lower than 15 when pushing high BCLK so that Digitally Controlled Oscillator (DCO) remains at reasonable frequency.", QuestionFlags: 0x0, QuestionId: 0x139, VarStoreId: 0x30, VarOffset: 0x24, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x28, Step: 0x1 { 07 91 B1 28 B2 28 39 01 30 00 24 00 00 10 00 28 01 }
0x7D4A0: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7D4A6: End { 29 02 }
0x7D4A8: End { 29 02 }
0x7D4AA: SuppressIf { 0A 82 }
0x7D4AC: True { 46 02 }
0x7D4AE: String Prompt: "Banding Ratio", Help: "Banding Ratio", QuestionFlags: 0x14, QuestionId: 0x2DCC, VarStoreId: 0x30, VarStoreInfo: 0x101D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 7F 2B 80 2B CC 2D 30 00 1D 10 14 00 14 00 }
0x7D4BE: End { 29 02 }
0x7D4C0: SuppressIf { 0A 82 }
0x7D4C2: True { 46 02 }
0x7D4C4: Numeric Prompt: "Banding Ratio", Help: "Banding Ratio", QuestionFlags: 0x0, QuestionId: 0x13A, VarStoreId: 0x30, VarOffset: 0xF9, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 7F 2B 80 2B 3A 01 30 00 F9 00 00 10 00 FF 01 }
0x7D4D5: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7D4DB: End { 29 02 }
0x7D4DD: End { 29 02 }
0x7D4DF: End { 29 02 }
0x7D4E1: OneOf Prompt: "SA PLL Frequency Override", Help: "Configure Sa PLL Frequency.", QuestionFlags: 0x10, QuestionId: 0x13B, VarStoreId: 0x30, VarOffset: 0x128, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 B8 28 B9 28 3B 01 30 00 28 01 10 10 00 02 00 }
0x7D4F2: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7D4F9: OneOfOption Option: "3200 MHz" Value: 1 { 09 07 E1 1C 00 00 01 }
0x7D500: OneOfOption Option: "1600 MHz" Value: 2 { 09 07 E2 1C 00 00 02 }
0x7D507: End { 29 02 }
0x7D509: OneOf Prompt: "BCLK TSC HW Fixup", Help: "BCLK TSC HW Fixup disable during TSC copy from PMA to APIC", QuestionFlags: 0x10, QuestionId: 0x13C, VarStoreId: 0x1, VarOffset: 0x345, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 E3 1C E4 1C 3C 01 01 00 45 03 10 10 00 01 00 }
0x7D51A: OneOfOption Option: "Enabled" Value: 0, Default, MfgDefault { 09 07 03 00 30 00 00 }
0x7D521: OneOfOption Option: "Disabled" Value: 1 { 09 07 04 00 00 00 01 }
0x7D528: End { 29 02 }
0x7D52A: SuppressIf { 0A 82 }
0x7D52C: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x7D536: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x7D540: Equal { 2F 02 }
0x7D542: End { 29 02 }
0x7D544: OneOf Prompt: "Core Ratio Extension Mode", Help: "Enable / Disable Core Ratio Above 85 Extension Mode. Enable - Max Overclocking Ratio Limit as specified by OCMB 0x1 command is 120; Disable - Max Overclocking Ratio Limit as specified by OCMB 0x1 command is 85.", QuestionFlags: 0x10, QuestionId: 0x13D, VarStoreId: 0x1, VarOffset: 0x1DB, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 DD 1C DE 1C 3D 01 01 00 DB 01 10 10 00 01 00 }
0x7D555: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x7D55C: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x7D563: End { 29 02 }
0x7D565: End { 29 02 }
0x7D567: OneOf Prompt: "FLL OC mode", Help: "Select the type of tuning you want for the CPU FLL.", QuestionFlags: 0x10, QuestionId: 0x13E, VarStoreId: 0x30, VarOffset: 0x127, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x4, Step: 0x0 { 05 91 B3 28 B4 28 3E 01 30 00 27 01 10 10 00 04 00 }
0x7D578: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7D57F: OneOfOption Option: "Disabled" Value: 1 { 09 07 9D 27 00 00 01 }
0x7D586: OneOfOption Option: "Ratio OC" Value: 2 { 09 07 B5 28 00 00 02 }
0x7D58D: OneOfOption Option: "Ratio + BCLK OC" Value: 3 { 09 07 B6 28 00 00 03 }
0x7D594: OneOfOption Option: "BCLK OC" Value: 4 { 09 07 B7 28 00 00 04 }
0x7D59B: End { 29 02 }
0x7D59D: SuppressIf { 0A 82 }
0x7D59F: EqIdVal QuestionId: 0x15F5, Value: 0x1 { 12 06 F5 15 01 00 }
0x7D5A5: OneOf Prompt: "UnderVolt Protection", Help: "When UnderVolt Protection is enabled, user will not be able to program under voltage in OS runtime. Recommended to keep it enabled by default. Enabled: Allow BIOS undervolting, but enable UnderVolt Protection in Runtime. Disabled: No UnderVolt Protection in Runtime.", QuestionFlags: 0x10, QuestionId: 0x13F, VarStoreId: 0x1, VarOffset: 0x382, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 05 1E 06 1E 3F 01 01 00 82 03 10 10 00 01 00 }
0x7D5B6: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7D5BC: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x7D5C3: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x7D5CA: End { 29 02 }
0x7D5CC: End { 29 02 }
0x7D5CE: SuppressIf { 0A 82 }
0x7D5D0: EqIdVal QuestionId: 0x15F4, Value: 0x0 { 12 06 F4 15 00 00 }
0x7D5D6: OneOf Prompt: "Switch Microcode", Help: "Switch Microcode for 0xB0671 CPU.
Changing the microcode to a version other than the current one may present security risks. Do it at your own risk.", QuestionFlags: 0x14, QuestionId: 0x2DCD, VarStoreId: 0x30, VarOffset: 0x12B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 BC 27 BD 27 CD 2D 30 00 2B 01 14 10 00 02 00 }
0x7D5E7: OneOfOption Option: "Current Microcode" Value: 0, Default { 09 07 BE 27 10 00 00 }
0x7D5EE: OneOfOption Option: "0x104 Microcode" Value: 2 { 09 07 BF 27 00 00 02 }
0x7D5F5: End { 29 02 }
0x7D5F7: End { 29 02 }
0x7D5F9: Text Prompt: ":--:", Help: "", Text: "" { 03 08 6B 00 02 00 02 00 }
0x7D601: String Prompt: "Core PLL Voltage", Help: "Configure the offset for the Core PLL VCC Trim.
Min.: 0.900V | Max.: 1.845V | Standard: 0.900V | Increment: 0.015V", QuestionFlags: 0x14, QuestionId: 0x2DCE, VarStoreId: 0x30, VarStoreInfo: 0xF2D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 A7 28 A8 28 CE 2D 30 00 2D 0F 14 00 14 00 }
0x7D611: End { 29 02 }
0x7D613: SuppressIf { 0A 82 }
0x7D615: True { 46 02 }
0x7D617: Numeric Prompt: "Core PLL Voltage", Help: "Configure the offset for the Core PLL VCC Trim.
Min.: 0.900V | Max.: 1.845V | Standard: 0.900V | Increment: 0.015V", QuestionFlags: 0x0, QuestionId: 0x140, VarStoreId: 0x30, VarOffset: 0xDF, Flags: 0x12, Size: 32, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 9A A7 28 A8 28 40 01 30 00 DF 00 00 12 00 00 00 00 FF FF 00 00 01 00 00 00 }
0x7D631: Default DefaultId: 0x0 Value: 0 { 5B 09 00 00 02 00 00 00 00 }
0x7D63A: End { 29 02 }
0x7D63C: End { 29 02 }
0x7D63E: String Prompt: "GT PLL Voltage", Help: "Configure the offset for the GT PLL VCC Trim.
Min.: 0.900V | Max.: 1.845V | Standard: 0.900V | Increment: 0.015V", QuestionFlags: 0x14, QuestionId: 0x2DCF, VarStoreId: 0x30, VarStoreInfo: 0xF55, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 A9 28 AA 28 CF 2D 30 00 55 0F 14 00 14 00 }
0x7D64E: End { 29 02 }
0x7D650: SuppressIf { 0A 82 }
0x7D652: True { 46 02 }
0x7D654: Numeric Prompt: "GT PLL Voltage", Help: "Configure the offset for the GT PLL VCC Trim.
Min.: 0.900V | Max.: 1.845V | Standard: 0.900V | Increment: 0.015V", QuestionFlags: 0x0, QuestionId: 0x141, VarStoreId: 0x30, VarOffset: 0xE3, Flags: 0x12, Size: 32, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 9A A9 28 AA 28 41 01 30 00 E3 00 00 12 00 00 00 00 FF FF 00 00 01 00 00 00 }
0x7D66E: Default DefaultId: 0x0 Value: 0 { 5B 09 00 00 02 00 00 00 00 }
0x7D677: End { 29 02 }
0x7D679: End { 29 02 }
0x7D67B: String Prompt: "Ring PLL Voltage", Help: "Configure the offset for the Ring PLL VCC Trim.
Min.: 0.900V | Max.: 1.845V | Standard: 0.900V | Increment: 0.015V", QuestionFlags: 0x14, QuestionId: 0x2DD0, VarStoreId: 0x30, VarStoreInfo: 0xF7D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 AB 28 AC 28 D0 2D 30 00 7D 0F 14 00 14 00 }
0x7D68B: End { 29 02 }
0x7D68D: SuppressIf { 0A 82 }
0x7D68F: True { 46 02 }
0x7D691: Numeric Prompt: "Ring PLL Voltage", Help: "Configure the offset for the Ring PLL VCC Trim.
Min.: 0.900V | Max.: 1.845V | Standard: 0.900V | Increment: 0.015V", QuestionFlags: 0x0, QuestionId: 0x142, VarStoreId: 0x30, VarOffset: 0xE7, Flags: 0x12, Size: 32, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 9A AB 28 AC 28 42 01 30 00 E7 00 00 12 00 00 00 00 FF FF 00 00 01 00 00 00 }
0x7D6AB: Default DefaultId: 0x0 Value: 0 { 5B 09 00 00 02 00 00 00 00 }
0x7D6B4: End { 29 02 }
0x7D6B6: End { 29 02 }
0x7D6B8: String Prompt: "System Agent PLL Voltage", Help: "Configure the offset for the System Agent PLL VCC Trim.
Min.: 0.900V | Max.: 1.845V | Standard: 0.900V | Increment: 0.015V", QuestionFlags: 0x14, QuestionId: 0x2DD1, VarStoreId: 0x30, VarStoreInfo: 0xFA5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 AD 28 AE 28 D1 2D 30 00 A5 0F 14 00 14 00 }
0x7D6C8: End { 29 02 }
0x7D6CA: SuppressIf { 0A 82 }
0x7D6CC: True { 46 02 }
0x7D6CE: Numeric Prompt: "System Agent PLL Voltage", Help: "Configure the offset for the System Agent PLL VCC Trim.
Min.: 0.900V | Max.: 1.845V | Standard: 0.900V | Increment: 0.015V", QuestionFlags: 0x0, QuestionId: 0x143, VarStoreId: 0x30, VarOffset: 0xEB, Flags: 0x12, Size: 32, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 9A AD 28 AE 28 43 01 30 00 EB 00 00 12 00 00 00 00 FF FF 00 00 01 00 00 00 }
0x7D6E8: Default DefaultId: 0x0 Value: 0 { 5B 09 00 00 02 00 00 00 00 }
0x7D6F1: End { 29 02 }
0x7D6F3: End { 29 02 }
0x7D6F5: String Prompt: "Memory Controller PLL Voltage", Help: "Configure the offset for the Memory Controller PLL VCC Trim.
Min.: 0.900V | Max.: 1.845V | Standard: 0.900V | Increment: 0.015V", QuestionFlags: 0x14, QuestionId: 0x2DD2, VarStoreId: 0x30, VarStoreInfo: 0xFCD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 AF 28 B0 28 D2 2D 30 00 CD 0F 14 00 14 00 }
0x7D705: End { 29 02 }
0x7D707: SuppressIf { 0A 82 }
0x7D709: True { 46 02 }
0x7D70B: Numeric Prompt: "Memory Controller PLL Voltage", Help: "Configure the offset for the Memory Controller PLL VCC Trim.
Min.: 0.900V | Max.: 1.845V | Standard: 0.900V | Increment: 0.015V", QuestionFlags: 0x0, QuestionId: 0x144, VarStoreId: 0x30, VarOffset: 0xEF, Flags: 0x12, Size: 32, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 9A AF 28 B0 28 44 01 30 00 EF 00 00 12 00 00 00 00 FF FF 00 00 01 00 00 00 }
0x7D725: Default DefaultId: 0x0 Value: 0 { 5B 09 00 00 02 00 00 00 00 }
0x7D72E: End { 29 02 }
0x7D730: End { 29 02 }
0x7D732: String Prompt: "CPU 1.8V Small Rail", Help: "Configure the voltage for the CPU 1.8V Small Rail.
Min.: 1.500V | Max.: 2.300V | Standard: 1.800V | Increment: 0.010V", QuestionFlags: 0x14, QuestionId: 0x2DD3, VarStoreId: 0x30, VarStoreInfo: 0x16D5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 83 28 84 28 D3 2D 30 00 D5 16 14 00 14 00 }
0x7D742: End { 29 02 }
0x7D744: SuppressIf { 0A 82 }
0x7D746: True { 46 02 }
0x7D748: Numeric Prompt: "CPU 1.8V Small Rail", Help: "Configure the voltage for the CPU 1.8V Small Rail.
Min.: 1.500V | Max.: 2.300V | Standard: 1.800V | Increment: 0.010V", QuestionFlags: 0x0, QuestionId: 0x145, VarStoreId: 0x30, VarOffset: 0x197, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 83 28 84 28 45 01 30 00 97 01 00 11 00 00 FF FF 01 00 }
0x7D75C: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7D763: End { 29 02 }
0x7D765: End { 29 02 }
0x7D767: String Prompt: "PLL Termination Voltage", Help: "Configure the voltage for the PLL Termination.
Min.: 0.800V | Max.: 1.800V | Standard: 1.050V | Increment: 0.010V", QuestionFlags: 0x14, QuestionId: 0x2DD4, VarStoreId: 0x30, VarStoreInfo: 0x16FD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 85 28 86 28 D4 2D 30 00 FD 16 14 00 14 00 }
0x7D777: End { 29 02 }
0x7D779: SuppressIf { 0A 82 }
0x7D77B: True { 46 02 }
0x7D77D: Numeric Prompt: "PLL Termination Voltage", Help: "Configure the voltage for the PLL Termination.
Min.: 0.800V | Max.: 1.800V | Standard: 1.050V | Increment: 0.010V", QuestionFlags: 0x0, QuestionId: 0x146, VarStoreId: 0x30, VarOffset: 0x199, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 85 28 86 28 46 01 30 00 99 01 00 11 00 00 FF FF 01 00 }
0x7D791: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7D798: End { 29 02 }
0x7D79A: End { 29 02 }
0x7D79C: String Prompt: "CPU Standby Voltage", Help: "Configure the voltage for the CPU Standby.
Min.: 0.800V | Max.: 1.800V | Standard: 1.050V | Increment: 0.010V", QuestionFlags: 0x14, QuestionId: 0x2DD5, VarStoreId: 0x30, VarStoreInfo: 0x174D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 1C 29 1D 29 D5 2D 30 00 4D 17 14 00 14 00 }
0x7D7AC: End { 29 02 }
0x7D7AE: SuppressIf { 0A 82 }
0x7D7B0: True { 46 02 }
0x7D7B2: Numeric Prompt: "CPU Standby Voltage", Help: "Configure the voltage for the CPU Standby.
Min.: 0.800V | Max.: 1.800V | Standard: 1.050V | Increment: 0.010V", QuestionFlags: 0x0, QuestionId: 0x147, VarStoreId: 0x30, VarOffset: 0x19D, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 1C 29 1D 29 47 01 30 00 9D 01 00 11 00 00 FF FF 01 00 }
0x7D7C6: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7D7CD: End { 29 02 }
0x7D7CF: End { 29 02 }
0x7D7D1: String Prompt: "PCH 1.05V Voltage", Help: "Configure the voltage for the PCH 1.05V.
Min.: 0.800V | Max.: 1.600V | Standard: 1.050V | Increment: 0.010V", QuestionFlags: 0x14, QuestionId: 0x2DD8, VarStoreId: 0x30, VarStoreInfo: 0x20AD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 1E 29 1F 29 D8 2D 30 00 AD 20 14 00 14 00 }
0x7D7E1: End { 29 02 }
0x7D7E3: SuppressIf { 0A 82 }
0x7D7E5: True { 46 02 }
0x7D7E7: Numeric Prompt: "PCH 1.05V Voltage", Help: "Configure the voltage for the PCH 1.05V.
Min.: 0.800V | Max.: 1.600V | Standard: 1.050V | Increment: 0.010V", QuestionFlags: 0x0, QuestionId: 0x148, VarStoreId: 0x30, VarOffset: 0x216, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 1E 29 1F 29 48 01 30 00 16 02 00 11 00 00 FF FF 01 00 }
0x7D7FB: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7D802: End { 29 02 }
0x7D804: End { 29 02 }
0x7D806: String Prompt: "PCH 0.82V Voltage", Help: "Configure the voltage for the PCH 0.82V.
Min.: 0.700V | Max.: 1.000V | Standard: 0.820V | Increment: 0.010V", QuestionFlags: 0x14, QuestionId: 0x2DD9, VarStoreId: 0x30, VarStoreInfo: 0x20D5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 20 29 21 29 D9 2D 30 00 D5 20 14 00 14 00 }
0x7D816: End { 29 02 }
0x7D818: SuppressIf { 0A 82 }
0x7D81A: True { 46 02 }
0x7D81C: Numeric Prompt: "PCH 0.82V Voltage", Help: "Configure the voltage for the PCH 0.82V.
Min.: 0.700V | Max.: 1.000V | Standard: 0.820V | Increment: 0.010V", QuestionFlags: 0x0, QuestionId: 0x149, VarStoreId: 0x30, VarOffset: 0x218, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 20 29 21 29 49 01 30 00 18 02 00 11 00 00 FF FF 01 00 }
0x7D830: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7D837: End { 29 02 }
0x7D839: End { 29 02 }
0x7D83B: String Prompt: "CPU Input Voltage Reset Voltage", Help: "Configure the voltage for the CPU Input when reset.
Min.: 1.500V | Max.: 2.100V | Standard: 1.800V | Increment: 0.010V", QuestionFlags: 0x14, QuestionId: 0x2DDA, VarStoreId: 0x30, VarStoreInfo: 0x1635, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 16 29 17 29 DA 2D 30 00 35 16 14 00 14 00 }
0x7D84B: End { 29 02 }
0x7D84D: SuppressIf { 0A 82 }
0x7D84F: True { 46 02 }
0x7D851: Numeric Prompt: "CPU Input Voltage Reset Voltage", Help: "Configure the voltage for the CPU Input when reset.
Min.: 1.500V | Max.: 2.100V | Standard: 1.800V | Increment: 0.010V", QuestionFlags: 0x0, QuestionId: 0x14A, VarStoreId: 0x30, VarOffset: 0x18F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 16 29 17 29 4A 01 30 00 8F 01 00 11 00 00 FF FF 01 00 }
0x7D865: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7D86C: End { 29 02 }
0x7D86E: End { 29 02 }
0x7D870: End { 29 02 }
0x7D872: Form FormId: 0x2DDD, Title: "AI Features" { 01 86 DD 2D 8A 2A }
0x7D878: Subtitle Prompt: "------------------------AI Optimized Setting------------------------", Help: "", Flags: 0x0 { 02 87 C7 2A 00 00 00 }
0x7D87F: End { 29 02 }
0x7D881: Text Prompt: "P0 Frequency", Help: "P0 Frequency", Text: "-" { 03 08 8C 2A 8C 2A 8D 2A }
0x7D889: Text Prompt: "P1 Frequency", Help: "P1 Frequency", Text: "-" { 03 08 8E 2A 8E 2A 8F 2A }
0x7D891: Text Prompt: "P-Core SP", Help: "", Text: "N/A" { 03 08 90 2A 02 00 91 2A }
0x7D899: SuppressIf { 0A 82 }
0x7D89B: True { 46 02 }
0x7D89D: SuppressIf { 0A 82 }
0x7D89F: EqIdVal QuestionId: 0x1434, Value: 0xB { 12 06 34 14 0B 00 }
0x7D8A5: Action Prompt: "P-Core SP", Help: "", QuestionFlags: 0x4, QuestionId: 0x2DDE, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, QuestionConfig: "" { 0C 8F 90 2A 02 00 DE 2D 00 00 FF FF 04 00 00 }
0x7D8B4: End { 29 02 }
0x7D8B6: End { 29 02 }
0x7D8B8: End { 29 02 }
0x7D8BA: Text Prompt: "E-Core SP", Help: "", Text: "N/A" { 03 08 92 2A 02 00 93 2A }
0x7D8C2: SuppressIf { 0A 82 }
0x7D8C4: True { 46 02 }
0x7D8C6: SuppressIf { 0A 82 }
0x7D8C8: EqIdVal QuestionId: 0x1434, Value: 0xB { 12 06 34 14 0B 00 }
0x7D8CE: Action Prompt: "E-Core SP", Help: "", QuestionFlags: 0x4, QuestionId: 0x2DDF, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, QuestionConfig: "" { 0C 8F 92 2A 02 00 DF 2D 00 00 FF FF 04 00 00 }
0x7D8DD: End { 29 02 }
0x7D8DF: End { 29 02 }
0x7D8E1: End { 29 02 }
0x7D8E3: Text Prompt: "P-Core P0 VID", Help: "P-Core P0 VID", Text: "-" { 03 08 94 2A 94 2A 95 2A }
0x7D8EB: Text Prompt: "E-Core P0 VID", Help: "E-Core P0 VID", Text: "-" { 03 08 96 2A 96 2A 97 2A }
0x7D8F3: Text Prompt: "Core0 VID", Help: "Core0 VID", Text: "-" { 03 08 98 2A 98 2A 99 2A }
0x7D8FB: Text Prompt: "Core1 VID", Help: "Core1 VID", Text: "-" { 03 08 9A 2A 9A 2A 9B 2A }
0x7D903: Text Prompt: "Core2 VID", Help: "Core2 VID", Text: "-" { 03 08 9C 2A 9C 2A 9D 2A }
0x7D90B: Text Prompt: "Core3 VID", Help: "Core3 VID", Text: "-" { 03 08 9E 2A 9E 2A 9F 2A }
0x7D913: Text Prompt: "Core4 VID", Help: "Core4 VID", Text: "-" { 03 08 A0 2A A0 2A A1 2A }
0x7D91B: Text Prompt: "Core5 VID", Help: "Core5 VID", Text: "-" { 03 08 A2 2A A2 2A A3 2A }
0x7D923: Text Prompt: "Core6 VID", Help: "Core6 VID", Text: "-" { 03 08 A4 2A A4 2A A5 2A }
0x7D92B: Text Prompt: "Core7 VID", Help: "Core7 VID", Text: "-" { 03 08 A6 2A A6 2A A7 2A }
0x7D933: Text Prompt: "Sort Ranking", Help: "Sort Ranking", Text: "-" { 03 08 A8 2A A8 2A A9 2A }
0x7D93B: Text Prompt: "Max PECI", Help: "Max PECI", Text: "-" { 03 08 AA 2A AA 2A AB 2A }
0x7D943: Text Prompt: "ACLO", Help: "", Text: "N/A" { 03 08 D6 2A 02 00 D7 2A }
0x7D94B: SuppressIf { 0A 82 }
0x7D94D: True { 46 02 }
0x7D94F: SuppressIf { 0A 82 }
0x7D951: EqIdVal QuestionId: 0x1434, Value: 0xB { 12 06 34 14 0B 00 }
0x7D957: Action Prompt: "ACLO", Help: "", QuestionFlags: 0x4, QuestionId: 0x2DE0, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, QuestionConfig: "" { 0C 8F D6 2A 02 00 E0 2D 00 00 FF FF 04 00 00 }
0x7D966: End { 29 02 }
0x7D968: End { 29 02 }
0x7D96A: End { 29 02 }
0x7D96C: Text Prompt: "Set By P-Core Loading", Help: "", Text: "N/A" { 03 08 C8 2A 02 00 C9 2A }
0x7D974: SuppressIf { 0A 82 }
0x7D976: True { 46 02 }
0x7D978: SuppressIf { 0A 82 }
0x7D97A: EqIdVal QuestionId: 0x1434, Value: 0xB { 12 06 34 14 0B 00 }
0x7D980: Action Prompt: "Set By P-Core Loading", Help: "", QuestionFlags: 0x4, QuestionId: 0x2DE1, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, QuestionConfig: "" { 0C 8F C8 2A 02 00 E1 2D 00 00 FF FF 04 00 00 }
0x7D98F: End { 29 02 }
0x7D991: End { 29 02 }
0x7D993: End { 29 02 }
0x7D995: Text Prompt: "Set By E-Core Loading", Help: "", Text: "N/A" { 03 08 CA 2A 02 00 CB 2A }
0x7D99D: SuppressIf { 0A 82 }
0x7D99F: True { 46 02 }
0x7D9A1: SuppressIf { 0A 82 }
0x7D9A3: EqIdVal QuestionId: 0x1434, Value: 0xB { 12 06 34 14 0B 00 }
0x7D9A9: Action Prompt: "Set By E-Core Loading", Help: "", QuestionFlags: 0x4, QuestionId: 0x2DE2, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, QuestionConfig: "" { 0C 8F CA 2A 02 00 E2 2D 00 00 FF FF 04 00 00 }
0x7D9B8: End { 29 02 }
0x7D9BA: End { 29 02 }
0x7D9BC: End { 29 02 }
0x7D9BE: Text Prompt: "Set Specific Core", Help: "", Text: "N/A" { 03 08 CC 2A 02 00 CD 2A }
0x7D9C6: SuppressIf { 0A 82 }
0x7D9C8: True { 46 02 }
0x7D9CA: SuppressIf { 0A 82 }
0x7D9CC: EqIdVal QuestionId: 0x1434, Value: 0xB { 12 06 34 14 0B 00 }
0x7D9D2: Action Prompt: "Set Specific Core", Help: "", QuestionFlags: 0x4, QuestionId: 0x2DE3, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, QuestionConfig: "" { 0C 8F CC 2A 02 00 E3 2D 00 00 FF FF 04 00 00 }
0x7D9E1: End { 29 02 }
0x7D9E3: End { 29 02 }
0x7D9E5: End { 29 02 }
0x7D9E7: Text Prompt: "Set Adaptive Voltage", Help: "", Text: "N/A" { 03 08 CE 2A 02 00 CF 2A }
0x7D9EF: SuppressIf { 0A 82 }
0x7D9F1: True { 46 02 }
0x7D9F3: SuppressIf { 0A 82 }
0x7D9F5: EqIdVal QuestionId: 0x1434, Value: 0xB { 12 06 34 14 0B 00 }
0x7D9FB: Action Prompt: "Set Adaptive Voltage", Help: "", QuestionFlags: 0x4, QuestionId: 0x2DE4, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, QuestionConfig: "" { 0C 8F CE 2A 02 00 E4 2D 00 00 FF FF 04 00 00 }
0x7DA0A: End { 29 02 }
0x7DA0C: End { 29 02 }
0x7DA0E: End { 29 02 }
0x7DA10: SuppressIf { 0A 82 }
0x7DA12: True { 46 02 }
0x7DA14: Text Prompt: "Set AVX Offset", Help: "", Text: "N/A" { 03 08 D0 2A 02 00 D1 2A }
0x7DA1C: SuppressIf { 0A 82 }
0x7DA1E: True { 46 02 }
0x7DA20: SuppressIf { 0A 82 }
0x7DA22: EqIdVal QuestionId: 0x1434, Value: 0xB { 12 06 34 14 0B 00 }
0x7DA28: Action Prompt: "Set AVX Offset", Help: "", QuestionFlags: 0x4, QuestionId: 0x2DE5, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, QuestionConfig: "" { 0C 8F D0 2A 02 00 E5 2D 00 00 FF FF 04 00 00 }
0x7DA37: End { 29 02 }
0x7DA39: End { 29 02 }
0x7DA3B: End { 29 02 }
0x7DA3D: End { 29 02 }
0x7DA3F: Text Prompt: "Set Temperature Regulator", Help: "Set Temperature Regulator", Text: "Enabled" { 03 08 D2 2A D2 2A D3 2A }
0x7DA47: Text Prompt: "Set SVID Behavior", Help: "Set SVID Behavior", Text: "Trained" { 03 08 D4 2A D4 2A D5 2A }
0x7DA4F: Ref Prompt: "Processor Utilization", Help: "Processor Utilization", QuestionFlags: 0x14, QuestionId: 0x2DE7, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2E23 { 0F 0F 6B 2A 6C 2A E7 2D 00 00 FF FF 14 23 2E }
0x7DA5E: String Prompt: "Package Temperature Threshold", Help: "When regulation is set to enable, frequency will adjust to stay below this package temperature threshold.", QuestionFlags: 0x14, QuestionId: 0x2DE8, VarStoreId: 0x30, VarStoreInfo: 0x4BF5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 BF 2A C0 2A E8 2D 30 00 F5 4B 14 00 14 00 }
0x7DA6E: End { 29 02 }
0x7DA70: SuppressIf { 0A 82 }
0x7DA72: True { 46 02 }
0x7DA74: Numeric Prompt: "Package Temperature Threshold", Help: "When regulation is set to enable, frequency will adjust to stay below this package temperature threshold.", QuestionFlags: 0x0, QuestionId: 0x14B, VarStoreId: 0x30, VarOffset: 0x4BA, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 BF 2A C0 2A 4B 01 30 00 BA 04 00 10 00 FF 01 }
0x7DA85: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7DA8B: End { 29 02 }
0x7DA8D: End { 29 02 }
0x7DA8F: SuppressIf { 0A 82 }
0x7DA91: True { 46 02 }
0x7DA93: String Prompt: "VRM Temperature Threshold", Help: "When regulation is set to enable, frequency will adjust to stay below this VRM temperature threshold.", QuestionFlags: 0x14, QuestionId: 0x2DE9, VarStoreId: 0x30, VarStoreInfo: 0x4C1D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 C1 2A C2 2A E9 2D 30 00 1D 4C 14 00 14 00 }
0x7DAA3: End { 29 02 }
0x7DAA5: SuppressIf { 0A 82 }
0x7DAA7: True { 46 02 }
0x7DAA9: Numeric Prompt: "VRM Temperature Threshold", Help: "When regulation is set to enable, frequency will adjust to stay below this VRM temperature threshold.", QuestionFlags: 0x0, QuestionId: 0x14C, VarStoreId: 0x30, VarOffset: 0x4BB, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 C1 2A C2 2A 4C 01 30 00 BB 04 00 10 00 FF 01 }
0x7DABA: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7DAC0: End { 29 02 }
0x7DAC2: End { 29 02 }
0x7DAC4: End { 29 02 }
0x7DAC6: OneOf Prompt: "Regulate Frequency by above Threshold", Help: "When enabled, frequency will adjust to stay below the above threshold.
SVID must be enabled for this to work.", QuestionFlags: 0x10, QuestionId: 0x14D, VarStoreId: 0x31, VarOffset: 0x24, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 C3 2A C4 2A 4D 01 31 00 24 00 10 10 00 02 00 }
0x7DAD7: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7DADE: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x7DAE5: OneOfOption Option: "Disabled" Value: 2 { 09 07 9D 27 00 00 02 }
0x7DAEC: End { 29 02 }
0x7DAEE: OneOf Prompt: "Cooler Efficiency Customize", Help: "[Keep Training]: Continuous evaluations will be performed on Cooler efficiency and updated accordingly.
[Stop Training]: Cooler efficiency evaluations will stop and current evaluated efficiency will be used.
[User Specify]: You can specify the Cooler efficiency manually and all predictions will be based off this manual setting.", QuestionFlags: 0x14, QuestionId: 0x2DEA, VarStoreId: 0x31, VarOffset: 0x0, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 AC 2A AD 2A EA 2D 31 00 00 00 14 10 00 02 00 }
0x7DAFF: OneOfOption Option: "Keep Training" Value: 0, Default { 09 07 AE 2A 10 00 00 }
0x7DB06: OneOfOption Option: "Stop Training" Value: 1 { 09 07 AF 2A 00 00 01 }
0x7DB0D: OneOfOption Option: "User Specify" Value: 2 { 09 07 B0 2A 00 00 02 }
0x7DB14: End { 29 02 }
0x7DB16: SuppressIf { 0A 82 }
0x7DB18: EqIdValList QuestionId: 0x2DEA, Values: [0, 1] { 14 0A EA 2D 02 00 00 00 01 00 }
0x7DB22: Numeric Prompt: "Cooler Score", Help: "The value of the Cooler's pts.
[Maximum]: 250 pts
[Minimum]: 1 pts
[Default]: 125 pts", QuestionFlags: 0x14, QuestionId: 0x2DEB, VarStoreId: 0x31, VarOffset: 0x1, Flags: 0x11, Size: 16, Min: 0x1E, Max: 0xFA, Step: 0x1 { 07 94 B1 2A B2 2A EB 2D 31 00 01 00 14 11 1E 00 FA 00 01 00 }
0x7DB36: Default DefaultId: 0x0 Value: 125 { 5B 07 00 00 01 7D 00 }
0x7DB3D: End { 29 02 }
0x7DB3F: End { 29 02 }
0x7DB41: Ref Prompt: "Recalibrate Cooler", Help: "This will recalibrate your Cooler efficiency from scratch.", QuestionFlags: 0x14, QuestionId: 0x2DEC, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2DDD { 0F 0F B5 2A B6 2A EC 2D 00 00 FF FF 14 DD 2D }
0x7DB50: OneOf Prompt: "Cooler Re-evaluation Algorithm", Help: "Normal, More inclined to update, Very inclined to update, Less inclined to update, Least inclined to update.", QuestionFlags: 0x10, QuestionId: 0x14E, VarStoreId: 0x31, VarOffset: 0xD, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x4, Step: 0x0 { 05 91 B7 2A B8 2A 4E 01 31 00 0D 00 10 10 00 04 00 }
0x7DB61: OneOfOption Option: "Normal" Value: 0, Default { 09 07 B9 2A 10 00 00 }
0x7DB68: OneOfOption Option: "More inclined to update" Value: 1 { 09 07 BA 2A 00 00 01 }
0x7DB6F: OneOfOption Option: "Very inclined to update" Value: 2 { 09 07 BB 2A 00 00 02 }
0x7DB76: OneOfOption Option: "Less inclined to update" Value: 3 { 09 07 BC 2A 00 00 03 }
0x7DB7D: OneOfOption Option: "Least inclined to update" Value: 4 { 09 07 BD 2A 00 00 04 }
0x7DB84: End { 29 02 }
0x7DB86: Numeric Prompt: "Optimism Scale", Help: "This will adjust the optimism of predictions. The higher the value, the more optimistic the predictions and vice versa.", QuestionFlags: 0x10, QuestionId: 0x14F, VarStoreId: 0x31, VarOffset: 0x22, Flags: 0x10, Size: 8, Min: 0x32, Max: 0x96, Step: 0x1 { 07 91 B3 2A B4 2A 4F 01 31 00 22 00 10 10 32 96 01 }
0x7DB97: Default DefaultId: 0x0 Value: 100 { 5B 06 00 00 00 64 }
0x7DB9D: End { 29 02 }
0x7DB9F: End { 29 02 }
0x7DBA1: Form FormId: 0x2DEE, Title: "Advanced Memory Voltages" { 01 86 EE 2D D8 28 }
0x7DBA7: SuppressIf { 0A 82 }
0x7DBA9: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x7DBB3: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x7DBBD: Equal { 2F 02 }
0x7DBBF: End { 29 02 }
0x7DBC1: String Prompt: "IVR Transmitter VDDQ Voltage", Help: "Sets the voltage for the internal transmitter voltage for the Memory Controller.
Min.: 0.700V | Max.: 2.200V | Standard: 1.100V | Increment: 0.005V", QuestionFlags: 0x14, QuestionId: 0x2DEF, VarStoreId: 0x30, VarStoreInfo: 0x200D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 C4 28 C6 28 EF 2D 30 00 0D 20 14 00 14 00 }
0x7DBD1: End { 29 02 }
0x7DBD3: SuppressIf { 0A 82 }
0x7DBD5: True { 46 02 }
0x7DBD7: Numeric Prompt: "IVR Transmitter VDDQ Voltage", Help: "Sets the voltage for the internal transmitter voltage for the Memory Controller.
Min.: 0.700V | Max.: 2.200V | Standard: 1.100V | Increment: 0.005V", QuestionFlags: 0x0, QuestionId: 0x150, VarStoreId: 0x30, VarOffset: 0x20F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 C4 28 C6 28 50 01 30 00 0F 02 00 11 00 00 FF FF 01 00 }
0x7DBEB: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DBF2: End { 29 02 }
0x7DBF4: End { 29 02 }
0x7DBF6: End { 29 02 }
0x7DBF8: SuppressIf { 0A 82 }
0x7DBFA: True { 46 02 }
0x7DBFC: String Prompt: "IVR Transmitter VDDQ Voltage (Only Controller)", Help: "Sets the voltage for the internal transmitter voltage for the Memory Controller.
Min.: 0.700V | Max.: 2.200V | Standard: 1.100V | Increment: 0.005V", QuestionFlags: 0x14, QuestionId: 0x2DF0, VarStoreId: 0x30, VarStoreInfo: 0x1FE5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 C5 28 C6 28 F0 2D 30 00 E5 1F 14 00 14 00 }
0x7DC0C: End { 29 02 }
0x7DC0E: SuppressIf { 0A 82 }
0x7DC10: True { 46 02 }
0x7DC12: Numeric Prompt: "IVR Transmitter VDDQ Voltage (Only Controller)", Help: "Sets the voltage for the internal transmitter voltage for the Memory Controller.
Min.: 0.700V | Max.: 2.200V | Standard: 1.100V | Increment: 0.005V", QuestionFlags: 0x0, QuestionId: 0x151, VarStoreId: 0x30, VarOffset: 0x20D, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 C5 28 C6 28 51 01 30 00 0D 02 00 11 00 00 FF FF 01 00 }
0x7DC26: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DC2D: End { 29 02 }
0x7DC2F: End { 29 02 }
0x7DC31: End { 29 02 }
0x7DC33: String Prompt: "Memory Controller Voltage", Help: "Configure the voltage for the Memory Controller.
Min.: 1.000V | Max.: 2.000V | Standard: 1.11600V | Increment: 0.00625V", QuestionFlags: 0x14, QuestionId: 0x2DF1, VarStoreId: 0x30, VarStoreInfo: 0x179D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 C2 28 C3 28 F1 2D 30 00 9D 17 14 00 14 00 }
0x7DC43: End { 29 02 }
0x7DC45: SuppressIf { 0A 82 }
0x7DC47: True { 46 02 }
0x7DC49: Numeric Prompt: "Memory Controller Voltage", Help: "Configure the voltage for the Memory Controller.
Min.: 1.000V | Max.: 2.000V | Standard: 1.11600V | Increment: 0.00625V", QuestionFlags: 0x0, QuestionId: 0x152, VarStoreId: 0x30, VarOffset: 0x1A1, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 C2 28 C3 28 52 01 30 00 A1 01 00 11 00 00 FF FF 01 00 }
0x7DC5D: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DC64: End { 29 02 }
0x7DC66: End { 29 02 }
0x7DC68: String Prompt: "MC Voltage Calculation Voltage Base", Help: "The Base MC Voltage used for Calculations", QuestionFlags: 0x14, QuestionId: 0x2DF2, VarStoreId: 0x30, VarStoreInfo: 0x205D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 CA 28 CB 28 F2 2D 30 00 5D 20 14 00 14 00 }
0x7DC78: End { 29 02 }
0x7DC7A: SuppressIf { 0A 82 }
0x7DC7C: True { 46 02 }
0x7DC7E: Numeric Prompt: "MC Voltage Calculation Voltage Base", Help: "The Base MC Voltage used for Calculations", QuestionFlags: 0x0, QuestionId: 0x153, VarStoreId: 0x30, VarOffset: 0x212, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 CA 28 CB 28 53 01 30 00 12 02 00 11 00 00 FF FF 01 00 }
0x7DC92: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DC99: End { 29 02 }
0x7DC9B: End { 29 02 }
0x7DC9D: String Prompt: "VDD Calculation Voltage Base", Help: "The Base VDD Voltage used for Calculations", QuestionFlags: 0x14, QuestionId: 0x2DF3, VarStoreId: 0x30, VarStoreInfo: 0x2085, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 CC 28 CD 28 F3 2D 30 00 85 20 14 00 14 00 }
0x7DCAD: End { 29 02 }
0x7DCAF: SuppressIf { 0A 82 }
0x7DCB1: True { 46 02 }
0x7DCB3: Numeric Prompt: "VDD Calculation Voltage Base", Help: "The Base VDD Voltage used for Calculations", QuestionFlags: 0x0, QuestionId: 0x154, VarStoreId: 0x30, VarOffset: 0x214, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 CC 28 CD 28 54 01 30 00 14 02 00 11 00 00 FF FF 01 00 }
0x7DCC7: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DCCE: End { 29 02 }
0x7DCD0: End { 29 02 }
0x7DCD2: SuppressIf { 0A 82 }
0x7DCD4: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x7DCDE: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x7DCE8: Equal { 2F 02 }
0x7DCEA: End { 29 02 }
0x7DCEC: OneOf Prompt: "PMIC Voltages", Help: "PMIC Voltages", QuestionFlags: 0x14, QuestionId: 0x2DF4, VarStoreId: 0x30, VarOffset: 0x1B2, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 DA 28 DB 28 F4 2D 30 00 B2 01 14 10 00 02 00 }
0x7DCFD: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7DD04: OneOfOption Option: "Sync All PMICs" Value: 1 { 09 07 DC 28 00 00 01 }
0x7DD0B: OneOfOption Option: "By per PMIC" Value: 2 { 09 07 DD 28 00 00 02 }
0x7DD12: End { 29 02 }
0x7DD14: SuppressIf { 0A 82 }
0x7DD16: EqIdValList QuestionId: 0x2DF4, Values: [0, 2] { 14 0A F4 2D 02 00 00 00 02 00 }
0x7DD20: String Prompt: "SPD HUB VLDO (1.8V)", Help: "Main power for the SPD Hub Logic. Default is 1.8V", QuestionFlags: 0x14, QuestionId: 0x2DF5, VarStoreId: 0x30, VarStoreInfo: 0x18DD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 DE 28 DF 28 F5 2D 30 00 DD 18 14 00 14 00 }
0x7DD30: End { 29 02 }
0x7DD32: SuppressIf { 0A 82 }
0x7DD34: True { 46 02 }
0x7DD36: Numeric Prompt: "SPD HUB VLDO (1.8V)", Help: "Main power for the SPD Hub Logic. Default is 1.8V", QuestionFlags: 0x0, QuestionId: 0x155, VarStoreId: 0x30, VarOffset: 0x1B3, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 DE 28 DF 28 55 01 30 00 B3 01 00 11 00 00 FF FF 01 00 }
0x7DD4A: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DD51: End { 29 02 }
0x7DD53: End { 29 02 }
0x7DD55: String Prompt: "SPD HUB VDDIO (1.0V)", Help: "Power for the SPD Hub side-band interface. Default is 1.0V", QuestionFlags: 0x14, QuestionId: 0x2DF6, VarStoreId: 0x30, VarStoreInfo: 0x19A5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E0 28 E1 28 F6 2D 30 00 A5 19 14 00 14 00 }
0x7DD65: End { 29 02 }
0x7DD67: SuppressIf { 0A 82 }
0x7DD69: True { 46 02 }
0x7DD6B: Numeric Prompt: "SPD HUB VDDIO (1.0V)", Help: "Power for the SPD Hub side-band interface. Default is 1.0V", QuestionFlags: 0x0, QuestionId: 0x156, VarStoreId: 0x30, VarOffset: 0x1B5, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 E0 28 E1 28 56 01 30 00 B5 01 00 11 00 00 FF FF 01 00 }
0x7DD7F: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DD86: End { 29 02 }
0x7DD88: End { 29 02 }
0x7DD8A: String Prompt: "DRAM VDD Voltage", Help: "Power for the DRAM ICs’ VDD portion", QuestionFlags: 0x14, QuestionId: 0x2DF7, VarStoreId: 0x30, VarStoreInfo: 0x1A6D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E2 28 E3 28 F7 2D 30 00 6D 1A 14 00 14 00 }
0x7DD9A: End { 29 02 }
0x7DD9C: SuppressIf { 0A 82 }
0x7DD9E: True { 46 02 }
0x7DDA0: Numeric Prompt: "DRAM VDD Voltage", Help: "Power for the DRAM ICs’ VDD portion", QuestionFlags: 0x0, QuestionId: 0x157, VarStoreId: 0x30, VarOffset: 0x1B7, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 E2 28 E3 28 57 01 30 00 B7 01 00 11 00 00 FF FF 01 00 }
0x7DDB4: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DDBB: End { 29 02 }
0x7DDBD: End { 29 02 }
0x7DDBF: String Prompt: "DRAM VDDQ Voltage", Help: "Power for the DRAM ICs’ VDD Data portion", QuestionFlags: 0x14, QuestionId: 0x2DF8, VarStoreId: 0x30, VarStoreInfo: 0x1B35, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E4 28 E5 28 F8 2D 30 00 35 1B 14 00 14 00 }
0x7DDCF: End { 29 02 }
0x7DDD1: SuppressIf { 0A 82 }
0x7DDD3: True { 46 02 }
0x7DDD5: Numeric Prompt: "DRAM VDDQ Voltage", Help: "Power for the DRAM ICs’ VDD Data portion", QuestionFlags: 0x0, QuestionId: 0x158, VarStoreId: 0x30, VarOffset: 0x1B9, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 E4 28 E5 28 58 01 30 00 B9 01 00 11 00 00 FF FF 01 00 }
0x7DDE9: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DDF0: End { 29 02 }
0x7DDF2: End { 29 02 }
0x7DDF4: String Prompt: "DRAM VPP Voltage", Help: "DRAM Activating Power Supply", QuestionFlags: 0x14, QuestionId: 0x2DF9, VarStoreId: 0x30, VarStoreInfo: 0x1BFD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E6 28 E7 28 F9 2D 30 00 FD 1B 14 00 14 00 }
0x7DE04: End { 29 02 }
0x7DE06: SuppressIf { 0A 82 }
0x7DE08: True { 46 02 }
0x7DE0A: Numeric Prompt: "DRAM VPP Voltage", Help: "DRAM Activating Power Supply", QuestionFlags: 0x0, QuestionId: 0x159, VarStoreId: 0x30, VarOffset: 0x1BB, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 E6 28 E7 28 59 01 30 00 BB 01 00 11 00 00 FF FF 01 00 }
0x7DE1E: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DE25: End { 29 02 }
0x7DE27: End { 29 02 }
0x7DE29: String Prompt: "DRAM VDD Switching Frequency", Help: "Switching Frequency of DRAM VDD Regulator in MHz", QuestionFlags: 0x14, QuestionId: 0x2DFA, VarStoreId: 0x30, VarStoreInfo: 0x1CC5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E8 28 E9 28 FA 2D 30 00 C5 1C 14 00 14 00 }
0x7DE39: End { 29 02 }
0x7DE3B: SuppressIf { 0A 82 }
0x7DE3D: True { 46 02 }
0x7DE3F: Numeric Prompt: "DRAM VDD Switching Frequency", Help: "Switching Frequency of DRAM VDD Regulator in MHz", QuestionFlags: 0x0, QuestionId: 0x15A, VarStoreId: 0x30, VarOffset: 0x1BD, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 E8 28 E9 28 5A 01 30 00 BD 01 00 11 00 00 FF FF 01 00 }
0x7DE53: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DE5A: End { 29 02 }
0x7DE5C: End { 29 02 }
0x7DE5E: String Prompt: "DRAM VDDQ Switching Frequency", Help: "Switching Frequency of DRAM VDDQ Regulator in MHz", QuestionFlags: 0x14, QuestionId: 0x2DFB, VarStoreId: 0x30, VarStoreInfo: 0x1D8D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 EA 28 EB 28 FB 2D 30 00 8D 1D 14 00 14 00 }
0x7DE6E: End { 29 02 }
0x7DE70: SuppressIf { 0A 82 }
0x7DE72: True { 46 02 }
0x7DE74: Numeric Prompt: "DRAM VDDQ Switching Frequency", Help: "Switching Frequency of DRAM VDDQ Regulator in MHz", QuestionFlags: 0x0, QuestionId: 0x15B, VarStoreId: 0x30, VarOffset: 0x1BF, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 EA 28 EB 28 5B 01 30 00 BF 01 00 11 00 00 FF FF 01 00 }
0x7DE88: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DE8F: End { 29 02 }
0x7DE91: End { 29 02 }
0x7DE93: String Prompt: "DRAM VPP Switching Frequency", Help: "Switching Frequency of DRAM VPP Regulator in MHz", QuestionFlags: 0x14, QuestionId: 0x2DFC, VarStoreId: 0x30, VarStoreInfo: 0x1E55, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 EC 28 ED 28 FC 2D 30 00 55 1E 14 00 14 00 }
0x7DEA3: End { 29 02 }
0x7DEA5: SuppressIf { 0A 82 }
0x7DEA7: True { 46 02 }
0x7DEA9: Numeric Prompt: "DRAM VPP Switching Frequency", Help: "Switching Frequency of DRAM VPP Regulator in MHz", QuestionFlags: 0x0, QuestionId: 0x15C, VarStoreId: 0x30, VarOffset: 0x1C1, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 EC 28 ED 28 5C 01 30 00 C1 01 00 11 00 00 FF FF 01 00 }
0x7DEBD: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DEC4: End { 29 02 }
0x7DEC6: End { 29 02 }
0x7DEC8: String Prompt: "DRAM Current Capability", Help: "Current Capability for the Switching Regulators in Amps", QuestionFlags: 0x14, QuestionId: 0x2DFD, VarStoreId: 0x30, VarStoreInfo: 0x1F1D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 EE 28 EF 28 FD 2D 30 00 1D 1F 14 00 14 00 }
0x7DED8: End { 29 02 }
0x7DEDA: SuppressIf { 0A 82 }
0x7DEDC: True { 46 02 }
0x7DEDE: Numeric Prompt: "DRAM Current Capability", Help: "Current Capability for the Switching Regulators in Amps", QuestionFlags: 0x0, QuestionId: 0x15D, VarStoreId: 0x30, VarOffset: 0x1C3, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 EE 28 EF 28 5D 01 30 00 C3 01 00 11 00 00 FF FF 01 00 }
0x7DEF2: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DEF9: End { 29 02 }
0x7DEFB: End { 29 02 }
0x7DEFD: End { 29 02 }
0x7DEFF: SuppressIf { 0A 82 }
0x7DF01: EqIdValList QuestionId: 0x2DF4, Values: [0, 1] { 14 0A F4 2D 02 00 00 00 01 00 }
0x7DF0B: GrayOutIf { 19 82 }
0x7DF0D: EqIdVal QuestionId: 0x15F3, Value: 0x0 { 12 06 F3 15 00 00 }
0x7DF13: String Prompt: "PMIC0 SPD HUB VLDO (1.8V)", Help: "Main power for the SPD Hub Logic. Default is 1.8V", QuestionFlags: 0x14, QuestionId: 0x2DFE, VarStoreId: 0x30, VarStoreInfo: 0x1905, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F0 28 DF 28 FE 2D 30 00 05 19 14 00 14 00 }
0x7DF23: End { 29 02 }
0x7DF25: SuppressIf { 0A 82 }
0x7DF27: True { 46 02 }
0x7DF29: Numeric Prompt: "PMIC0 SPD HUB VLDO (1.8V)", Help: "Main power for the SPD Hub Logic. Default is 1.8V", QuestionFlags: 0x0, QuestionId: 0x15E, VarStoreId: 0x30, VarOffset: 0x1C5, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 F0 28 DF 28 5E 01 30 00 C5 01 00 11 00 00 FF FF 01 00 }
0x7DF3D: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DF44: End { 29 02 }
0x7DF46: End { 29 02 }
0x7DF48: String Prompt: "PMIC0 SPD HUB VDDIO (1.0V)", Help: "Power for the SPD Hub side-band interface. Default is 1.0V", QuestionFlags: 0x14, QuestionId: 0x2DFF, VarStoreId: 0x30, VarStoreInfo: 0x19CD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F1 28 E1 28 FF 2D 30 00 CD 19 14 00 14 00 }
0x7DF58: End { 29 02 }
0x7DF5A: SuppressIf { 0A 82 }
0x7DF5C: True { 46 02 }
0x7DF5E: Numeric Prompt: "PMIC0 SPD HUB VDDIO (1.0V)", Help: "Power for the SPD Hub side-band interface. Default is 1.0V", QuestionFlags: 0x0, QuestionId: 0x15F, VarStoreId: 0x30, VarOffset: 0x1CD, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 F1 28 E1 28 5F 01 30 00 CD 01 00 11 00 00 FF FF 01 00 }
0x7DF72: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DF79: End { 29 02 }
0x7DF7B: End { 29 02 }
0x7DF7D: String Prompt: "PMIC0 DRAM VDD Voltage", Help: "Power for the DRAM ICs’ VDD portion", QuestionFlags: 0x14, QuestionId: 0x2E00, VarStoreId: 0x30, VarStoreInfo: 0x1A95, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F2 28 E3 28 00 2E 30 00 95 1A 14 00 14 00 }
0x7DF8D: End { 29 02 }
0x7DF8F: SuppressIf { 0A 82 }
0x7DF91: True { 46 02 }
0x7DF93: Numeric Prompt: "PMIC0 DRAM VDD Voltage", Help: "Power for the DRAM ICs’ VDD portion", QuestionFlags: 0x0, QuestionId: 0x160, VarStoreId: 0x30, VarOffset: 0x1D5, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 F2 28 E3 28 60 01 30 00 D5 01 00 11 00 00 FF FF 01 00 }
0x7DFA7: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DFAE: End { 29 02 }
0x7DFB0: End { 29 02 }
0x7DFB2: String Prompt: "PMIC0 DRAM VDDQ Voltage", Help: "Power for the DRAM ICs’ VDD Data portion", QuestionFlags: 0x14, QuestionId: 0x2E01, VarStoreId: 0x30, VarStoreInfo: 0x1B5D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F3 28 E5 28 01 2E 30 00 5D 1B 14 00 14 00 }
0x7DFC2: End { 29 02 }
0x7DFC4: SuppressIf { 0A 82 }
0x7DFC6: True { 46 02 }
0x7DFC8: Numeric Prompt: "PMIC0 DRAM VDDQ Voltage", Help: "Power for the DRAM ICs’ VDD Data portion", QuestionFlags: 0x0, QuestionId: 0x161, VarStoreId: 0x30, VarOffset: 0x1DD, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 F3 28 E5 28 61 01 30 00 DD 01 00 11 00 00 FF FF 01 00 }
0x7DFDC: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7DFE3: End { 29 02 }
0x7DFE5: End { 29 02 }
0x7DFE7: String Prompt: "PMIC0 DRAM VPP Voltage", Help: "DRAM Activating Power Supply", QuestionFlags: 0x14, QuestionId: 0x2E02, VarStoreId: 0x30, VarStoreInfo: 0x1C25, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F4 28 E7 28 02 2E 30 00 25 1C 14 00 14 00 }
0x7DFF7: End { 29 02 }
0x7DFF9: SuppressIf { 0A 82 }
0x7DFFB: True { 46 02 }
0x7DFFD: Numeric Prompt: "PMIC0 DRAM VPP Voltage", Help: "DRAM Activating Power Supply", QuestionFlags: 0x0, QuestionId: 0x162, VarStoreId: 0x30, VarOffset: 0x1E5, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 F4 28 E7 28 62 01 30 00 E5 01 00 11 00 00 FF FF 01 00 }
0x7E011: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E018: End { 29 02 }
0x7E01A: End { 29 02 }
0x7E01C: String Prompt: "PMIC0 DRAM VDD Switching Frequency", Help: "Switching Frequency of DRAM VDD Regulator in MHz", QuestionFlags: 0x14, QuestionId: 0x2E03, VarStoreId: 0x30, VarStoreInfo: 0x1CED, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F5 28 E9 28 03 2E 30 00 ED 1C 14 00 14 00 }
0x7E02C: End { 29 02 }
0x7E02E: SuppressIf { 0A 82 }
0x7E030: True { 46 02 }
0x7E032: Numeric Prompt: "PMIC0 DRAM VDD Switching Frequency", Help: "Switching Frequency of DRAM VDD Regulator in MHz", QuestionFlags: 0x0, QuestionId: 0x163, VarStoreId: 0x30, VarOffset: 0x1ED, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 F5 28 E9 28 63 01 30 00 ED 01 00 11 00 00 FF FF 01 00 }
0x7E046: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E04D: End { 29 02 }
0x7E04F: End { 29 02 }
0x7E051: String Prompt: "PMIC0 DRAM VDDQ Switching Frequency", Help: "Switching Frequency of DRAM VDDQ Regulator in MHz", QuestionFlags: 0x14, QuestionId: 0x2E04, VarStoreId: 0x30, VarStoreInfo: 0x1DB5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F6 28 EB 28 04 2E 30 00 B5 1D 14 00 14 00 }
0x7E061: End { 29 02 }
0x7E063: SuppressIf { 0A 82 }
0x7E065: True { 46 02 }
0x7E067: Numeric Prompt: "PMIC0 DRAM VDDQ Switching Frequency", Help: "Switching Frequency of DRAM VDDQ Regulator in MHz", QuestionFlags: 0x0, QuestionId: 0x164, VarStoreId: 0x30, VarOffset: 0x1F5, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 F6 28 EB 28 64 01 30 00 F5 01 00 11 00 00 FF FF 01 00 }
0x7E07B: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E082: End { 29 02 }
0x7E084: End { 29 02 }
0x7E086: String Prompt: "PMIC0 DRAM VPP Switching Frequency", Help: "Switching Frequency of DRAM VPP Regulator in MHz", QuestionFlags: 0x14, QuestionId: 0x2E05, VarStoreId: 0x30, VarStoreInfo: 0x1E7D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F7 28 ED 28 05 2E 30 00 7D 1E 14 00 14 00 }
0x7E096: End { 29 02 }
0x7E098: SuppressIf { 0A 82 }
0x7E09A: True { 46 02 }
0x7E09C: Numeric Prompt: "PMIC0 DRAM VPP Switching Frequency", Help: "Switching Frequency of DRAM VPP Regulator in MHz", QuestionFlags: 0x0, QuestionId: 0x165, VarStoreId: 0x30, VarOffset: 0x1FD, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 F7 28 ED 28 65 01 30 00 FD 01 00 11 00 00 FF FF 01 00 }
0x7E0B0: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E0B7: End { 29 02 }
0x7E0B9: End { 29 02 }
0x7E0BB: String Prompt: "PMIC0 DRAM Current Capability", Help: "Current Capability for the Switching Regulators in Amps", QuestionFlags: 0x14, QuestionId: 0x2E06, VarStoreId: 0x30, VarStoreInfo: 0x1F45, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F8 28 EF 28 06 2E 30 00 45 1F 14 00 14 00 }
0x7E0CB: End { 29 02 }
0x7E0CD: SuppressIf { 0A 82 }
0x7E0CF: True { 46 02 }
0x7E0D1: Numeric Prompt: "PMIC0 DRAM Current Capability", Help: "Current Capability for the Switching Regulators in Amps", QuestionFlags: 0x0, QuestionId: 0x166, VarStoreId: 0x30, VarOffset: 0x205, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 F8 28 EF 28 66 01 30 00 05 02 00 11 00 00 FF FF 01 00 }
0x7E0E5: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E0EC: End { 29 02 }
0x7E0EE: End { 29 02 }
0x7E0F0: End { 29 02 }
0x7E0F2: SuppressIf { 0A 82 }
0x7E0F4: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x7E0FE: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x7E108: Equal { 2F 02 }
0x7E10A: End { 29 02 }
0x7E10C: GrayOutIf { 19 82 }
0x7E10E: EqIdVal QuestionId: 0x15F2, Value: 0x0 { 12 06 F2 15 00 00 }
0x7E114: String Prompt: "PMIC1 SPD HUB VLDO (1.8V)", Help: "Main power for the SPD Hub Logic. Default is 1.8V", QuestionFlags: 0x14, QuestionId: 0x2E07, VarStoreId: 0x30, VarStoreInfo: 0x192D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F9 28 DF 28 07 2E 30 00 2D 19 14 00 14 00 }
0x7E124: End { 29 02 }
0x7E126: SuppressIf { 0A 82 }
0x7E128: True { 46 02 }
0x7E12A: Numeric Prompt: "PMIC1 SPD HUB VLDO (1.8V)", Help: "Main power for the SPD Hub Logic. Default is 1.8V", QuestionFlags: 0x0, QuestionId: 0x167, VarStoreId: 0x30, VarOffset: 0x1C7, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 F9 28 DF 28 67 01 30 00 C7 01 00 11 00 00 FF FF 01 00 }
0x7E13E: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E145: End { 29 02 }
0x7E147: End { 29 02 }
0x7E149: String Prompt: "PMIC1 SPD HUB VDDIO (1.0V)", Help: "Power for the SPD Hub side-band interface. Default is 1.0V", QuestionFlags: 0x14, QuestionId: 0x2E08, VarStoreId: 0x30, VarStoreInfo: 0x19F5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 FA 28 E1 28 08 2E 30 00 F5 19 14 00 14 00 }
0x7E159: End { 29 02 }
0x7E15B: SuppressIf { 0A 82 }
0x7E15D: True { 46 02 }
0x7E15F: Numeric Prompt: "PMIC1 SPD HUB VDDIO (1.0V)", Help: "Power for the SPD Hub side-band interface. Default is 1.0V", QuestionFlags: 0x0, QuestionId: 0x168, VarStoreId: 0x30, VarOffset: 0x1CF, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 FA 28 E1 28 68 01 30 00 CF 01 00 11 00 00 FF FF 01 00 }
0x7E173: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E17A: End { 29 02 }
0x7E17C: End { 29 02 }
0x7E17E: String Prompt: "PMIC1 DRAM VDD Voltage", Help: "Power for the DRAM ICs’ VDD portion", QuestionFlags: 0x14, QuestionId: 0x2E09, VarStoreId: 0x30, VarStoreInfo: 0x1ABD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 FB 28 E3 28 09 2E 30 00 BD 1A 14 00 14 00 }
0x7E18E: End { 29 02 }
0x7E190: SuppressIf { 0A 82 }
0x7E192: True { 46 02 }
0x7E194: Numeric Prompt: "PMIC1 DRAM VDD Voltage", Help: "Power for the DRAM ICs’ VDD portion", QuestionFlags: 0x0, QuestionId: 0x169, VarStoreId: 0x30, VarOffset: 0x1D7, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 FB 28 E3 28 69 01 30 00 D7 01 00 11 00 00 FF FF 01 00 }
0x7E1A8: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E1AF: End { 29 02 }
0x7E1B1: End { 29 02 }
0x7E1B3: String Prompt: "PMIC1 DRAM VDDQ Voltage", Help: "Power for the DRAM ICs’ VDD Data portion", QuestionFlags: 0x14, QuestionId: 0x2E0A, VarStoreId: 0x30, VarStoreInfo: 0x1B85, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 FC 28 E5 28 0A 2E 30 00 85 1B 14 00 14 00 }
0x7E1C3: End { 29 02 }
0x7E1C5: SuppressIf { 0A 82 }
0x7E1C7: True { 46 02 }
0x7E1C9: Numeric Prompt: "PMIC1 DRAM VDDQ Voltage", Help: "Power for the DRAM ICs’ VDD Data portion", QuestionFlags: 0x0, QuestionId: 0x16A, VarStoreId: 0x30, VarOffset: 0x1DF, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 FC 28 E5 28 6A 01 30 00 DF 01 00 11 00 00 FF FF 01 00 }
0x7E1DD: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E1E4: End { 29 02 }
0x7E1E6: End { 29 02 }
0x7E1E8: String Prompt: "PMIC1 DRAM VPP Voltage", Help: "DRAM Activating Power Supply", QuestionFlags: 0x14, QuestionId: 0x2E0B, VarStoreId: 0x30, VarStoreInfo: 0x1C4D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 FD 28 E7 28 0B 2E 30 00 4D 1C 14 00 14 00 }
0x7E1F8: End { 29 02 }
0x7E1FA: SuppressIf { 0A 82 }
0x7E1FC: True { 46 02 }
0x7E1FE: Numeric Prompt: "PMIC1 DRAM VPP Voltage", Help: "DRAM Activating Power Supply", QuestionFlags: 0x0, QuestionId: 0x16B, VarStoreId: 0x30, VarOffset: 0x1E7, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 FD 28 E7 28 6B 01 30 00 E7 01 00 11 00 00 FF FF 01 00 }
0x7E212: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E219: End { 29 02 }
0x7E21B: End { 29 02 }
0x7E21D: String Prompt: "PMIC1 DRAM VDD Switching Frequency", Help: "Switching Frequency of DRAM VDD Regulator in MHz", QuestionFlags: 0x14, QuestionId: 0x2E0C, VarStoreId: 0x30, VarStoreInfo: 0x1D15, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 FE 28 E9 28 0C 2E 30 00 15 1D 14 00 14 00 }
0x7E22D: End { 29 02 }
0x7E22F: SuppressIf { 0A 82 }
0x7E231: True { 46 02 }
0x7E233: Numeric Prompt: "PMIC1 DRAM VDD Switching Frequency", Help: "Switching Frequency of DRAM VDD Regulator in MHz", QuestionFlags: 0x0, QuestionId: 0x16C, VarStoreId: 0x30, VarOffset: 0x1EF, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 FE 28 E9 28 6C 01 30 00 EF 01 00 11 00 00 FF FF 01 00 }
0x7E247: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E24E: End { 29 02 }
0x7E250: End { 29 02 }
0x7E252: String Prompt: "PMIC1 DRAM VDDQ Switching Frequency", Help: "Switching Frequency of DRAM VDDQ Regulator in MHz", QuestionFlags: 0x14, QuestionId: 0x2E0D, VarStoreId: 0x30, VarStoreInfo: 0x1DDD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 FF 28 EB 28 0D 2E 30 00 DD 1D 14 00 14 00 }
0x7E262: End { 29 02 }
0x7E264: SuppressIf { 0A 82 }
0x7E266: True { 46 02 }
0x7E268: Numeric Prompt: "PMIC1 DRAM VDDQ Switching Frequency", Help: "Switching Frequency of DRAM VDDQ Regulator in MHz", QuestionFlags: 0x0, QuestionId: 0x16D, VarStoreId: 0x30, VarOffset: 0x1F7, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 FF 28 EB 28 6D 01 30 00 F7 01 00 11 00 00 FF FF 01 00 }
0x7E27C: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E283: End { 29 02 }
0x7E285: End { 29 02 }
0x7E287: String Prompt: "PMIC1 DRAM VPP Switching Frequency", Help: "Switching Frequency of DRAM VPP Regulator in MHz", QuestionFlags: 0x14, QuestionId: 0x2E0E, VarStoreId: 0x30, VarStoreInfo: 0x1EA5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 00 29 ED 28 0E 2E 30 00 A5 1E 14 00 14 00 }
0x7E297: End { 29 02 }
0x7E299: SuppressIf { 0A 82 }
0x7E29B: True { 46 02 }
0x7E29D: Numeric Prompt: "PMIC1 DRAM VPP Switching Frequency", Help: "Switching Frequency of DRAM VPP Regulator in MHz", QuestionFlags: 0x0, QuestionId: 0x16E, VarStoreId: 0x30, VarOffset: 0x1FF, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 00 29 ED 28 6E 01 30 00 FF 01 00 11 00 00 FF FF 01 00 }
0x7E2B1: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E2B8: End { 29 02 }
0x7E2BA: End { 29 02 }
0x7E2BC: String Prompt: "PMIC1 DRAM Current Capability", Help: "Current Capability for the Switching Regulators in Amps", QuestionFlags: 0x14, QuestionId: 0x2E0F, VarStoreId: 0x30, VarStoreInfo: 0x1F6D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 01 29 EF 28 0F 2E 30 00 6D 1F 14 00 14 00 }
0x7E2CC: End { 29 02 }
0x7E2CE: SuppressIf { 0A 82 }
0x7E2D0: True { 46 02 }
0x7E2D2: Numeric Prompt: "PMIC1 DRAM Current Capability", Help: "Current Capability for the Switching Regulators in Amps", QuestionFlags: 0x0, QuestionId: 0x16F, VarStoreId: 0x30, VarOffset: 0x207, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 01 29 EF 28 6F 01 30 00 07 02 00 11 00 00 FF FF 01 00 }
0x7E2E6: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E2ED: End { 29 02 }
0x7E2EF: End { 29 02 }
0x7E2F1: End { 29 02 }
0x7E2F3: End { 29 02 }
0x7E2F5: GrayOutIf { 19 82 }
0x7E2F7: EqIdVal QuestionId: 0x15F1, Value: 0x0 { 12 06 F1 15 00 00 }
0x7E2FD: String Prompt: "PMIC2 SPD HUB VLDO (1.8V)", Help: "Main power for the SPD Hub Logic. Default is 1.8V", QuestionFlags: 0x14, QuestionId: 0x2E10, VarStoreId: 0x30, VarStoreInfo: 0x1955, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 02 29 DF 28 10 2E 30 00 55 19 14 00 14 00 }
0x7E30D: End { 29 02 }
0x7E30F: SuppressIf { 0A 82 }
0x7E311: True { 46 02 }
0x7E313: Numeric Prompt: "PMIC2 SPD HUB VLDO (1.8V)", Help: "Main power for the SPD Hub Logic. Default is 1.8V", QuestionFlags: 0x0, QuestionId: 0x170, VarStoreId: 0x30, VarOffset: 0x1C9, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 02 29 DF 28 70 01 30 00 C9 01 00 11 00 00 FF FF 01 00 }
0x7E327: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E32E: End { 29 02 }
0x7E330: End { 29 02 }
0x7E332: String Prompt: "PMIC2 SPD HUB VDDIO (1.0V)", Help: "Power for the SPD Hub side-band interface. Default is 1.0V", QuestionFlags: 0x14, QuestionId: 0x2E11, VarStoreId: 0x30, VarStoreInfo: 0x1A1D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 03 29 E1 28 11 2E 30 00 1D 1A 14 00 14 00 }
0x7E342: End { 29 02 }
0x7E344: SuppressIf { 0A 82 }
0x7E346: True { 46 02 }
0x7E348: Numeric Prompt: "PMIC2 SPD HUB VDDIO (1.0V)", Help: "Power for the SPD Hub side-band interface. Default is 1.0V", QuestionFlags: 0x0, QuestionId: 0x171, VarStoreId: 0x30, VarOffset: 0x1D1, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 03 29 E1 28 71 01 30 00 D1 01 00 11 00 00 FF FF 01 00 }
0x7E35C: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E363: End { 29 02 }
0x7E365: End { 29 02 }
0x7E367: String Prompt: "PMIC2 DRAM VDD Voltage", Help: "Power for the DRAM ICs’ VDD portion", QuestionFlags: 0x14, QuestionId: 0x2E12, VarStoreId: 0x30, VarStoreInfo: 0x1AE5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 04 29 E3 28 12 2E 30 00 E5 1A 14 00 14 00 }
0x7E377: End { 29 02 }
0x7E379: SuppressIf { 0A 82 }
0x7E37B: True { 46 02 }
0x7E37D: Numeric Prompt: "PMIC2 DRAM VDD Voltage", Help: "Power for the DRAM ICs’ VDD portion", QuestionFlags: 0x0, QuestionId: 0x172, VarStoreId: 0x30, VarOffset: 0x1D9, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 04 29 E3 28 72 01 30 00 D9 01 00 11 00 00 FF FF 01 00 }
0x7E391: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E398: End { 29 02 }
0x7E39A: End { 29 02 }
0x7E39C: String Prompt: "PMIC2 DRAM VDDQ Voltage", Help: "Power for the DRAM ICs’ VDD Data portion", QuestionFlags: 0x14, QuestionId: 0x2E13, VarStoreId: 0x30, VarStoreInfo: 0x1BAD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 05 29 E5 28 13 2E 30 00 AD 1B 14 00 14 00 }
0x7E3AC: End { 29 02 }
0x7E3AE: SuppressIf { 0A 82 }
0x7E3B0: True { 46 02 }
0x7E3B2: Numeric Prompt: "PMIC2 DRAM VDDQ Voltage", Help: "Power for the DRAM ICs’ VDD Data portion", QuestionFlags: 0x0, QuestionId: 0x173, VarStoreId: 0x30, VarOffset: 0x1E1, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 05 29 E5 28 73 01 30 00 E1 01 00 11 00 00 FF FF 01 00 }
0x7E3C6: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E3CD: End { 29 02 }
0x7E3CF: End { 29 02 }
0x7E3D1: String Prompt: "PMIC2 DRAM VPP Voltage", Help: "DRAM Activating Power Supply", QuestionFlags: 0x14, QuestionId: 0x2E14, VarStoreId: 0x30, VarStoreInfo: 0x1C75, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 06 29 E7 28 14 2E 30 00 75 1C 14 00 14 00 }
0x7E3E1: End { 29 02 }
0x7E3E3: SuppressIf { 0A 82 }
0x7E3E5: True { 46 02 }
0x7E3E7: Numeric Prompt: "PMIC2 DRAM VPP Voltage", Help: "DRAM Activating Power Supply", QuestionFlags: 0x0, QuestionId: 0x174, VarStoreId: 0x30, VarOffset: 0x1E9, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 06 29 E7 28 74 01 30 00 E9 01 00 11 00 00 FF FF 01 00 }
0x7E3FB: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E402: End { 29 02 }
0x7E404: End { 29 02 }
0x7E406: String Prompt: "PMIC2 DRAM VDD Switching Frequency", Help: "Switching Frequency of DRAM VDD Regulator in MHz", QuestionFlags: 0x14, QuestionId: 0x2E15, VarStoreId: 0x30, VarStoreInfo: 0x1D3D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 07 29 E9 28 15 2E 30 00 3D 1D 14 00 14 00 }
0x7E416: End { 29 02 }
0x7E418: SuppressIf { 0A 82 }
0x7E41A: True { 46 02 }
0x7E41C: Numeric Prompt: "PMIC2 DRAM VDD Switching Frequency", Help: "Switching Frequency of DRAM VDD Regulator in MHz", QuestionFlags: 0x0, QuestionId: 0x175, VarStoreId: 0x30, VarOffset: 0x1F1, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 07 29 E9 28 75 01 30 00 F1 01 00 11 00 00 FF FF 01 00 }
0x7E430: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E437: End { 29 02 }
0x7E439: End { 29 02 }
0x7E43B: String Prompt: "PMIC2 DRAM VDDQ Switching Frequency", Help: "Switching Frequency of DRAM VDDQ Regulator in MHz", QuestionFlags: 0x14, QuestionId: 0x2E16, VarStoreId: 0x30, VarStoreInfo: 0x1E05, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 08 29 EB 28 16 2E 30 00 05 1E 14 00 14 00 }
0x7E44B: End { 29 02 }
0x7E44D: SuppressIf { 0A 82 }
0x7E44F: True { 46 02 }
0x7E451: Numeric Prompt: "PMIC2 DRAM VDDQ Switching Frequency", Help: "Switching Frequency of DRAM VDDQ Regulator in MHz", QuestionFlags: 0x0, QuestionId: 0x176, VarStoreId: 0x30, VarOffset: 0x1F9, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 08 29 EB 28 76 01 30 00 F9 01 00 11 00 00 FF FF 01 00 }
0x7E465: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E46C: End { 29 02 }
0x7E46E: End { 29 02 }
0x7E470: String Prompt: "PMIC2 DRAM VPP Switching Frequency", Help: "Switching Frequency of DRAM VPP Regulator in MHz", QuestionFlags: 0x14, QuestionId: 0x2E17, VarStoreId: 0x30, VarStoreInfo: 0x1ECD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 09 29 ED 28 17 2E 30 00 CD 1E 14 00 14 00 }
0x7E480: End { 29 02 }
0x7E482: SuppressIf { 0A 82 }
0x7E484: True { 46 02 }
0x7E486: Numeric Prompt: "PMIC2 DRAM VPP Switching Frequency", Help: "Switching Frequency of DRAM VPP Regulator in MHz", QuestionFlags: 0x0, QuestionId: 0x177, VarStoreId: 0x30, VarOffset: 0x201, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 09 29 ED 28 77 01 30 00 01 02 00 11 00 00 FF FF 01 00 }
0x7E49A: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E4A1: End { 29 02 }
0x7E4A3: End { 29 02 }
0x7E4A5: String Prompt: "PMIC2 DRAM Current Capability", Help: "Current Capability for the Switching Regulators in Amps", QuestionFlags: 0x14, QuestionId: 0x2E18, VarStoreId: 0x30, VarStoreInfo: 0x1F95, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 0A 29 EF 28 18 2E 30 00 95 1F 14 00 14 00 }
0x7E4B5: End { 29 02 }
0x7E4B7: SuppressIf { 0A 82 }
0x7E4B9: True { 46 02 }
0x7E4BB: Numeric Prompt: "PMIC2 DRAM Current Capability", Help: "Current Capability for the Switching Regulators in Amps", QuestionFlags: 0x0, QuestionId: 0x178, VarStoreId: 0x30, VarOffset: 0x209, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 0A 29 EF 28 78 01 30 00 09 02 00 11 00 00 FF FF 01 00 }
0x7E4CF: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E4D6: End { 29 02 }
0x7E4D8: End { 29 02 }
0x7E4DA: End { 29 02 }
0x7E4DC: SuppressIf { 0A 82 }
0x7E4DE: Uint64 Value: 0x1 { 45 8A 01 00 00 00 00 00 00 00 }
0x7E4E8: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x7E4F2: Equal { 2F 02 }
0x7E4F4: End { 29 02 }
0x7E4F6: GrayOutIf { 19 82 }
0x7E4F8: EqIdVal QuestionId: 0x15F0, Value: 0x0 { 12 06 F0 15 00 00 }
0x7E4FE: String Prompt: "PMIC3 SPD HUB VLDO (1.8V)", Help: "Main power for the SPD Hub Logic. Default is 1.8V", QuestionFlags: 0x14, QuestionId: 0x2E19, VarStoreId: 0x30, VarStoreInfo: 0x197D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 0B 29 DF 28 19 2E 30 00 7D 19 14 00 14 00 }
0x7E50E: End { 29 02 }
0x7E510: SuppressIf { 0A 82 }
0x7E512: True { 46 02 }
0x7E514: Numeric Prompt: "PMIC3 SPD HUB VLDO (1.8V)", Help: "Main power for the SPD Hub Logic. Default is 1.8V", QuestionFlags: 0x0, QuestionId: 0x179, VarStoreId: 0x30, VarOffset: 0x1CB, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 0B 29 DF 28 79 01 30 00 CB 01 00 11 00 00 FF FF 01 00 }
0x7E528: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E52F: End { 29 02 }
0x7E531: End { 29 02 }
0x7E533: String Prompt: "PMIC3 SPD HUB VDDIO (1.0V)", Help: "Power for the SPD Hub side-band interface. Default is 1.0V", QuestionFlags: 0x14, QuestionId: 0x2E1A, VarStoreId: 0x30, VarStoreInfo: 0x1A45, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 0C 29 E1 28 1A 2E 30 00 45 1A 14 00 14 00 }
0x7E543: End { 29 02 }
0x7E545: SuppressIf { 0A 82 }
0x7E547: True { 46 02 }
0x7E549: Numeric Prompt: "PMIC3 SPD HUB VDDIO (1.0V)", Help: "Power for the SPD Hub side-band interface. Default is 1.0V", QuestionFlags: 0x0, QuestionId: 0x17A, VarStoreId: 0x30, VarOffset: 0x1D3, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 0C 29 E1 28 7A 01 30 00 D3 01 00 11 00 00 FF FF 01 00 }
0x7E55D: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E564: End { 29 02 }
0x7E566: End { 29 02 }
0x7E568: String Prompt: "PMIC3 DRAM VDD Voltage", Help: "Power for the DRAM ICs’ VDD portion", QuestionFlags: 0x14, QuestionId: 0x2E1B, VarStoreId: 0x30, VarStoreInfo: 0x1B0D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 0D 29 E3 28 1B 2E 30 00 0D 1B 14 00 14 00 }
0x7E578: End { 29 02 }
0x7E57A: SuppressIf { 0A 82 }
0x7E57C: True { 46 02 }
0x7E57E: Numeric Prompt: "PMIC3 DRAM VDD Voltage", Help: "Power for the DRAM ICs’ VDD portion", QuestionFlags: 0x0, QuestionId: 0x17B, VarStoreId: 0x30, VarOffset: 0x1DB, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 0D 29 E3 28 7B 01 30 00 DB 01 00 11 00 00 FF FF 01 00 }
0x7E592: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E599: End { 29 02 }
0x7E59B: End { 29 02 }
0x7E59D: String Prompt: "PMIC3 DRAM VDDQ Voltage", Help: "Power for the DRAM ICs’ VDD Data portion", QuestionFlags: 0x14, QuestionId: 0x2E1C, VarStoreId: 0x30, VarStoreInfo: 0x1BD5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 0E 29 E5 28 1C 2E 30 00 D5 1B 14 00 14 00 }
0x7E5AD: End { 29 02 }
0x7E5AF: SuppressIf { 0A 82 }
0x7E5B1: True { 46 02 }
0x7E5B3: Numeric Prompt: "PMIC3 DRAM VDDQ Voltage", Help: "Power for the DRAM ICs’ VDD Data portion", QuestionFlags: 0x0, QuestionId: 0x17C, VarStoreId: 0x30, VarOffset: 0x1E3, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 0E 29 E5 28 7C 01 30 00 E3 01 00 11 00 00 FF FF 01 00 }
0x7E5C7: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E5CE: End { 29 02 }
0x7E5D0: End { 29 02 }
0x7E5D2: String Prompt: "PMIC3 DRAM VPP Voltage", Help: "DRAM Activating Power Supply", QuestionFlags: 0x14, QuestionId: 0x2E1D, VarStoreId: 0x30, VarStoreInfo: 0x1C9D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 0F 29 E7 28 1D 2E 30 00 9D 1C 14 00 14 00 }
0x7E5E2: End { 29 02 }
0x7E5E4: SuppressIf { 0A 82 }
0x7E5E6: True { 46 02 }
0x7E5E8: Numeric Prompt: "PMIC3 DRAM VPP Voltage", Help: "DRAM Activating Power Supply", QuestionFlags: 0x0, QuestionId: 0x17D, VarStoreId: 0x30, VarOffset: 0x1EB, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 0F 29 E7 28 7D 01 30 00 EB 01 00 11 00 00 FF FF 01 00 }
0x7E5FC: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E603: End { 29 02 }
0x7E605: End { 29 02 }
0x7E607: String Prompt: "PMIC3 DRAM VDD Switching Frequency", Help: "Switching Frequency of DRAM VDD Regulator in MHz", QuestionFlags: 0x14, QuestionId: 0x2E1E, VarStoreId: 0x30, VarStoreInfo: 0x1D65, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 10 29 E9 28 1E 2E 30 00 65 1D 14 00 14 00 }
0x7E617: End { 29 02 }
0x7E619: SuppressIf { 0A 82 }
0x7E61B: True { 46 02 }
0x7E61D: Numeric Prompt: "PMIC3 DRAM VDD Switching Frequency", Help: "Switching Frequency of DRAM VDD Regulator in MHz", QuestionFlags: 0x0, QuestionId: 0x17E, VarStoreId: 0x30, VarOffset: 0x1F3, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 10 29 E9 28 7E 01 30 00 F3 01 00 11 00 00 FF FF 01 00 }
0x7E631: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E638: End { 29 02 }
0x7E63A: End { 29 02 }
0x7E63C: String Prompt: "PMIC3 DRAM VDDQ Switching Frequency", Help: "Switching Frequency of DRAM VDDQ Regulator in MHz", QuestionFlags: 0x14, QuestionId: 0x2E1F, VarStoreId: 0x30, VarStoreInfo: 0x1E2D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 11 29 EB 28 1F 2E 30 00 2D 1E 14 00 14 00 }
0x7E64C: End { 29 02 }
0x7E64E: SuppressIf { 0A 82 }
0x7E650: True { 46 02 }
0x7E652: Numeric Prompt: "PMIC3 DRAM VDDQ Switching Frequency", Help: "Switching Frequency of DRAM VDDQ Regulator in MHz", QuestionFlags: 0x0, QuestionId: 0x17F, VarStoreId: 0x30, VarOffset: 0x1FB, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 11 29 EB 28 7F 01 30 00 FB 01 00 11 00 00 FF FF 01 00 }
0x7E666: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E66D: End { 29 02 }
0x7E66F: End { 29 02 }
0x7E671: String Prompt: "PMIC3 DRAM VPP Switching Frequency", Help: "Switching Frequency of DRAM VPP Regulator in MHz", QuestionFlags: 0x14, QuestionId: 0x2E20, VarStoreId: 0x30, VarStoreInfo: 0x1EF5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 12 29 ED 28 20 2E 30 00 F5 1E 14 00 14 00 }
0x7E681: End { 29 02 }
0x7E683: SuppressIf { 0A 82 }
0x7E685: True { 46 02 }
0x7E687: Numeric Prompt: "PMIC3 DRAM VPP Switching Frequency", Help: "Switching Frequency of DRAM VPP Regulator in MHz", QuestionFlags: 0x0, QuestionId: 0x180, VarStoreId: 0x30, VarOffset: 0x203, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 12 29 ED 28 80 01 30 00 03 02 00 11 00 00 FF FF 01 00 }
0x7E69B: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E6A2: End { 29 02 }
0x7E6A4: End { 29 02 }
0x7E6A6: String Prompt: "PMIC3 DRAM Current Capability", Help: "Current Capability for the Switching Regulators in Amps", QuestionFlags: 0x14, QuestionId: 0x2E21, VarStoreId: 0x30, VarStoreInfo: 0x1FBD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 13 29 EF 28 21 2E 30 00 BD 1F 14 00 14 00 }
0x7E6B6: End { 29 02 }
0x7E6B8: SuppressIf { 0A 82 }
0x7E6BA: True { 46 02 }
0x7E6BC: Numeric Prompt: "PMIC3 DRAM Current Capability", Help: "Current Capability for the Switching Regulators in Amps", QuestionFlags: 0x0, QuestionId: 0x181, VarStoreId: 0x30, VarOffset: 0x20B, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 13 29 EF 28 81 01 30 00 0B 02 00 11 00 00 FF FF 01 00 }
0x7E6D0: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E6D7: End { 29 02 }
0x7E6D9: End { 29 02 }
0x7E6DB: End { 29 02 }
0x7E6DD: End { 29 02 }
0x7E6DF: End { 29 02 }
0x7E6E1: End { 29 02 }
0x7E6E3: End { 29 02 }
0x7E6E5: Form FormId: 0x2E22, Title: "Per Core Hyper-Threading" { 01 86 22 2E 03 2B }
0x7E6EB: Subtitle Prompt: "Per Core Hyper-Threading", Help: "", Flags: 0x0 { 02 87 05 2B 00 00 00 }
0x7E6F2: End { 29 02 }
0x7E6F4: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x7E6FB: End { 29 02 }
0x7E6FD: OneOf Prompt: "Hyper-Threading of Core 0", Help: "Hyper-Threading of Core 0", QuestionFlags: 0x10, QuestionId: 0x182, VarStoreId: 0x30, VarOffset: 0xD4, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 06 2B 06 2B 82 01 30 00 D4 00 10 10 00 01 00 }
0x7E70E: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x7E715: OneOfOption Option: "Enabled" Value: 1, Default { 09 07 9E 27 10 00 01 }
0x7E71C: End { 29 02 }
0x7E71E: SuppressIf { 0A 82 }
0x7E720: EqIdValList QuestionId: 0x15EF, Values: [0, 1] { 14 0A EF 15 02 00 00 00 01 00 }
0x7E72A: OneOf Prompt: "Hyper-Threading of Core 1", Help: "Hyper-Threading of Core 1", QuestionFlags: 0x10, QuestionId: 0x183, VarStoreId: 0x30, VarOffset: 0xD5, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 07 2B 07 2B 83 01 30 00 D5 00 10 10 00 01 00 }
0x7E73B: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x7E742: OneOfOption Option: "Enabled" Value: 1, Default { 09 07 9E 27 10 00 01 }
0x7E749: End { 29 02 }
0x7E74B: End { 29 02 }
0x7E74D: SuppressIf { 0A 82 }
0x7E74F: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2] { 14 0C EF 15 03 00 00 00 01 00 02 00 }
0x7E75B: OneOf Prompt: "Hyper-Threading of Core 2", Help: "Hyper-Threading of Core 2", QuestionFlags: 0x10, QuestionId: 0x184, VarStoreId: 0x30, VarOffset: 0xD6, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 08 2B 08 2B 84 01 30 00 D6 00 10 10 00 01 00 }
0x7E76C: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x7E773: OneOfOption Option: "Enabled" Value: 1, Default { 09 07 9E 27 10 00 01 }
0x7E77A: End { 29 02 }
0x7E77C: End { 29 02 }
0x7E77E: SuppressIf { 0A 82 }
0x7E780: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3] { 14 0E EF 15 04 00 00 00 01 00 02 00 03 00 }
0x7E78E: OneOf Prompt: "Hyper-Threading of Core 3", Help: "Hyper-Threading of Core 3", QuestionFlags: 0x10, QuestionId: 0x185, VarStoreId: 0x30, VarOffset: 0xD7, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 09 2B 09 2B 85 01 30 00 D7 00 10 10 00 01 00 }
0x7E79F: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x7E7A6: OneOfOption Option: "Enabled" Value: 1, Default { 09 07 9E 27 10 00 01 }
0x7E7AD: End { 29 02 }
0x7E7AF: End { 29 02 }
0x7E7B1: SuppressIf { 0A 82 }
0x7E7B3: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4] { 14 10 EF 15 05 00 00 00 01 00 02 00 03 00 04 00 }
0x7E7C3: OneOf Prompt: "Hyper-Threading of Core 4", Help: "Hyper-Threading of Core 4", QuestionFlags: 0x10, QuestionId: 0x186, VarStoreId: 0x30, VarOffset: 0xD8, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 0A 2B 0A 2B 86 01 30 00 D8 00 10 10 00 01 00 }
0x7E7D4: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x7E7DB: OneOfOption Option: "Enabled" Value: 1, Default { 09 07 9E 27 10 00 01 }
0x7E7E2: End { 29 02 }
0x7E7E4: End { 29 02 }
0x7E7E6: SuppressIf { 0A 82 }
0x7E7E8: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5] { 14 12 EF 15 06 00 00 00 01 00 02 00 03 00 04 00 05 00 }
0x7E7FA: OneOf Prompt: "Hyper-Threading of Core 5", Help: "Hyper-Threading of Core 5", QuestionFlags: 0x10, QuestionId: 0x187, VarStoreId: 0x30, VarOffset: 0xD9, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 0B 2B 0B 2B 87 01 30 00 D9 00 10 10 00 01 00 }
0x7E80B: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x7E812: OneOfOption Option: "Enabled" Value: 1, Default { 09 07 9E 27 10 00 01 }
0x7E819: End { 29 02 }
0x7E81B: End { 29 02 }
0x7E81D: SuppressIf { 0A 82 }
0x7E81F: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5, 6] { 14 14 EF 15 07 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 }
0x7E833: OneOf Prompt: "Hyper-Threading of Core 6", Help: "Hyper-Threading of Core 6", QuestionFlags: 0x10, QuestionId: 0x188, VarStoreId: 0x30, VarOffset: 0xDA, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 0C 2B 0C 2B 88 01 30 00 DA 00 10 10 00 01 00 }
0x7E844: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x7E84B: OneOfOption Option: "Enabled" Value: 1, Default { 09 07 9E 27 10 00 01 }
0x7E852: End { 29 02 }
0x7E854: End { 29 02 }
0x7E856: SuppressIf { 0A 82 }
0x7E858: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5, 6, 7] { 14 16 EF 15 08 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 07 00 }
0x7E86E: OneOf Prompt: "Hyper-Threading of Core 7", Help: "Hyper-Threading of Core 7", QuestionFlags: 0x10, QuestionId: 0x189, VarStoreId: 0x30, VarOffset: 0xDB, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 0D 2B 0D 2B 89 01 30 00 DB 00 10 10 00 01 00 }
0x7E87F: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x7E886: OneOfOption Option: "Enabled" Value: 1, Default { 09 07 9E 27 10 00 01 }
0x7E88D: End { 29 02 }
0x7E88F: End { 29 02 }
0x7E891: SuppressIf { 0A 82 }
0x7E893: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5, 6, 7, 8] { 14 18 EF 15 09 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 07 00 08 00 }
0x7E8AB: OneOf Prompt: "Hyper-Threading of Core 8", Help: "Hyper-Threading of Core 8", QuestionFlags: 0x10, QuestionId: 0x18A, VarStoreId: 0x30, VarOffset: 0xDC, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 0E 2B 0E 2B 8A 01 30 00 DC 00 10 10 00 01 00 }
0x7E8BC: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x7E8C3: OneOfOption Option: "Enabled" Value: 1, Default { 09 07 9E 27 10 00 01 }
0x7E8CA: End { 29 02 }
0x7E8CC: End { 29 02 }
0x7E8CE: SuppressIf { 0A 82 }
0x7E8D0: EqIdValList QuestionId: 0x15EF, Values: [0, 1, 2, 3, 4, 5, 6, 7, 8, 9] { 14 1A EF 15 0A 00 00 00 01 00 02 00 03 00 04 00 05 00 06 00 07 00 08 00 09 00 }
0x7E8EA: OneOf Prompt: "Hyper-Threading of Core 9", Help: "Hyper-Threading of Core 9", QuestionFlags: 0x10, QuestionId: 0x18B, VarStoreId: 0x30, VarOffset: 0xDD, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 0F 2B 0F 2B 8B 01 30 00 DD 00 10 10 00 01 00 }
0x7E8FB: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x7E902: OneOfOption Option: "Enabled" Value: 1, Default { 09 07 9E 27 10 00 01 }
0x7E909: End { 29 02 }
0x7E90B: End { 29 02 }
0x7E90D: End { 29 02 }
0x7E90F: Form FormId: 0x2E23, Title: "Processor Utilization" { 01 86 23 2E 6B 2A }
0x7E915: Subtitle Prompt: "-------Processor Utilization Since Last installation----------", Help: "", Flags: 0x0 { 02 87 6D 2A 00 00 00 }
0x7E91C: End { 29 02 }
0x7E91E: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x7E925: End { 29 02 }
0x7E927: Text Prompt: "Uptime", Help: "Displays Uptime.", Text: "N/A" { 03 08 6F 2A 71 2A 70 2A }
0x7E92F: Text Prompt: "Accumulated Voltage", Help: "Displays Accumulated Voltage.", Text: "N/A" { 03 08 72 2A 74 2A 73 2A }
0x7E937: Text Prompt: "Accumulated Current", Help: "Displays Accumulated Current.", Text: "N/A" { 03 08 75 2A 77 2A 76 2A }
0x7E93F: Text Prompt: "Accumulated Temperature", Help: "Displays Accumulated Temperature.", Text: "N/A" { 03 08 78 2A 7A 2A 79 2A }
0x7E947: Text Prompt: "Accumulated Energy", Help: "Displays Accumulated Energy.", Text: "N/A" { 03 08 7B 2A 7D 2A 7C 2A }
0x7E94F: Text Prompt: "Accumulated Energy kWh", Help: "Displays Accumulated Energy kWh.", Text: "N/A" { 03 08 7E 2A 80 2A 7F 2A }
0x7E957: Subtitle Prompt: "-----------------------------------------------------------------------", Help: "", Flags: 0x0 { 02 87 6E 2A 00 00 00 }
0x7E95E: End { 29 02 }
0x7E960: Text Prompt: "Average Voltage", Help: "Displays Average Voltage.", Text: "N/A" { 03 08 81 2A 83 2A 82 2A }
0x7E968: Text Prompt: "Average Current", Help: "Displays Average Current.", Text: "N/A" { 03 08 84 2A 86 2A 85 2A }
0x7E970: Text Prompt: "Average Temperature", Help: "Displays Average Temperature.", Text: "N/A" { 03 08 87 2A 89 2A 88 2A }
0x7E978: End { 29 02 }
0x7E97A: Form FormId: 0x3037, Title: "DRAM Timing Control" { 01 86 37 30 CC 27 }
0x7E980: Subtitle Prompt: "Primary Timings", Help: "", Flags: 0x0 { 02 87 36 2C 00 00 00 }
0x7E987: End { 29 02 }
0x7E989: String Prompt: "DRAM CAS# Latency", Help: "DRAM CAS# Latency (tCL)
Only Even numbers are supported on DDR5.
Odd Numbers will be rounded up", QuestionFlags: 0x14, QuestionId: 0x2E2D, VarStoreId: 0x30, VarStoreInfo: 0x2265, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 3B 2C 3C 2C 2D 2E 30 00 65 22 14 00 14 00 }
0x7E999: End { 29 02 }
0x7E99B: SuppressIf { 0A 82 }
0x7E99D: True { 46 02 }
0x7E99F: Numeric Prompt: "DRAM CAS# Latency", Help: "DRAM CAS# Latency (tCL)
Only Even numbers are supported on DDR5.
Odd Numbers will be rounded up", QuestionFlags: 0x0, QuestionId: 0x18C, VarStoreId: 0x30, VarOffset: 0x27D, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x42, Step: 0x1 { 07 94 3B 2C 3C 2C 8C 01 30 00 7D 02 00 11 00 00 42 00 01 00 }
0x7E9B3: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E9BA: End { 29 02 }
0x7E9BC: End { 29 02 }
0x7E9BE: SuppressIf { 0A 82 }
0x7E9C0: True { 46 02 }
0x7E9C2: String Prompt: "DRAM RAS# to CAS# Delay", Help: "DRAM RAS# to CAS# Delay(TRCDTRP)", QuestionFlags: 0x14, QuestionId: 0x2E2F, VarStoreId: 0x30, VarStoreInfo: 0x228D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 43 2C 44 2C 2F 2E 30 00 8D 22 14 00 14 00 }
0x7E9D2: End { 29 02 }
0x7E9D4: SuppressIf { 0A 82 }
0x7E9D6: True { 46 02 }
0x7E9D8: Numeric Prompt: "DRAM RAS# to CAS# Delay", Help: "DRAM RAS# to CAS# Delay(TRCDTRP)", QuestionFlags: 0x0, QuestionId: 0x18D, VarStoreId: 0x30, VarOffset: 0x27F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 94 43 2C 44 2C 8D 01 30 00 7F 02 00 11 00 00 FF 00 01 00 }
0x7E9EC: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7E9F3: End { 29 02 }
0x7E9F5: End { 29 02 }
0x7E9F7: End { 29 02 }
0x7E9F9: String Prompt: "DRAM RAS# to CAS# Delay Read", Help: "DRAM RAS# to CAS# Delay Read(tRCD)", QuestionFlags: 0x14, QuestionId: 0x2E30, VarStoreId: 0x30, VarStoreInfo: 0x22B5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 3F 2C 40 2C 30 2E 30 00 B5 22 14 00 14 00 }
0x7EA09: End { 29 02 }
0x7EA0B: SuppressIf { 0A 82 }
0x7EA0D: True { 46 02 }
0x7EA0F: Numeric Prompt: "DRAM RAS# to CAS# Delay Read", Help: "DRAM RAS# to CAS# Delay Read(tRCD)", QuestionFlags: 0x0, QuestionId: 0x18E, VarStoreId: 0x30, VarOffset: 0x281, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 94 3F 2C 40 2C 8E 01 30 00 81 02 00 11 00 00 FF 00 01 00 }
0x7EA23: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7EA2A: End { 29 02 }
0x7EA2C: End { 29 02 }
0x7EA2E: SuppressIf { 0A 82 }
0x7EA30: EqIdVal QuestionId: 0x15EE, Value: 0x0 { 12 06 EE 15 00 00 }
0x7EA36: String Prompt: "DRAM RAS# to CAS# Delay Write", Help: "DRAM RAS# to CAS# Delay Write(tRCDW)", QuestionFlags: 0x14, QuestionId: 0x2E31, VarStoreId: 0x30, VarStoreInfo: 0x22DD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 41 2C 42 2C 31 2E 30 00 DD 22 14 00 14 00 }
0x7EA46: End { 29 02 }
0x7EA48: SuppressIf { 0A 82 }
0x7EA4A: True { 46 02 }
0x7EA4C: Numeric Prompt: "DRAM RAS# to CAS# Delay Write", Help: "DRAM RAS# to CAS# Delay Write(tRCDW)", QuestionFlags: 0x0, QuestionId: 0x18F, VarStoreId: 0x30, VarOffset: 0x283, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 94 41 2C 42 2C 8F 01 30 00 83 02 00 11 00 00 FF 00 01 00 }
0x7EA60: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7EA67: End { 29 02 }
0x7EA69: End { 29 02 }
0x7EA6B: End { 29 02 }
0x7EA6D: String Prompt: "DRAM RAS# PRE Time", Help: "DRAM RAS# PRE Time (tRP)", QuestionFlags: 0x14, QuestionId: 0x2E32, VarStoreId: 0x30, VarStoreInfo: 0x2305, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 45 2C 46 2C 32 2E 30 00 05 23 14 00 14 00 }
0x7EA7D: End { 29 02 }
0x7EA7F: SuppressIf { 0A 82 }
0x7EA81: True { 46 02 }
0x7EA83: Numeric Prompt: "DRAM RAS# PRE Time", Help: "DRAM RAS# PRE Time (tRP)", QuestionFlags: 0x0, QuestionId: 0x190, VarStoreId: 0x30, VarOffset: 0x285, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 94 45 2C 46 2C 90 01 30 00 85 02 00 11 00 00 FF 00 01 00 }
0x7EA97: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7EA9E: End { 29 02 }
0x7EAA0: End { 29 02 }
0x7EAA2: String Prompt: "DRAM RAS# ACT Time", Help: "DRAM RAS# ACT Time (tRAS)", QuestionFlags: 0x14, QuestionId: 0x2E33, VarStoreId: 0x30, VarStoreInfo: 0x232D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 47 2C 48 2C 33 2E 30 00 2D 23 14 00 14 00 }
0x7EAB2: End { 29 02 }
0x7EAB4: SuppressIf { 0A 82 }
0x7EAB6: True { 46 02 }
0x7EAB8: Numeric Prompt: "DRAM RAS# ACT Time", Help: "DRAM RAS# ACT Time (tRAS)", QuestionFlags: 0x0, QuestionId: 0x191, VarStoreId: 0x30, VarOffset: 0x287, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x1FF, Step: 0x1 { 07 94 47 2C 48 2C 91 01 30 00 87 02 00 11 00 00 FF 01 01 00 }
0x7EACC: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7EAD3: End { 29 02 }
0x7EAD5: End { 29 02 }
0x7EAD7: OneOf Prompt: "DRAM Command Rate", Help: "DRAM Command Rate", QuestionFlags: 0x10, QuestionId: 0x192, VarStoreId: 0x30, VarOffset: 0x31C, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x4, Step: 0x0 { 05 94 89 2D 8A 2D 92 01 30 00 1C 03 10 11 00 00 04 00 00 00 }
0x7EAEB: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x7EAF3: OneOfOption Option: "1N" Value: 1 { 09 08 FB 2D 01 01 01 00 }
0x7EAFB: OneOfOption Option: "2N" Value: 2 { 09 08 FC 2D 01 01 02 00 }
0x7EB03: OneOfOption Option: "3N" Value: 3 { 09 08 FD 2D 01 01 03 00 }
0x7EB0B: OneOfOption Option: "N:1" Value: 4 { 09 08 FE 2D 01 01 04 00 }
0x7EB13: End { 29 02 }
0x7EB15: SuppressIf { 0A 82 }
0x7EB17: EqIdVal QuestionId: 0x192, Value: 0x4 { 12 86 92 01 04 00 }
0x7EB1D: Not { 17 02 }
0x7EB1F: End { 29 02 }
0x7EB21: Numeric Prompt: "N to 1 ratio", Help: "Number of bubbles between each valid command cycle", QuestionFlags: 0x10, QuestionId: 0x193, VarStoreId: 0x30, VarOffset: 0x31E, Flags: 0x10, Size: 8, Min: 0x1, Max: 0x7, Step: 0x1 { 07 91 FF 2D 00 2E 93 01 30 00 1E 03 10 10 01 07 01 }
0x7EB32: Default DefaultId: 0x0 Value: 4 { 5B 06 00 00 00 04 }
0x7EB38: End { 29 02 }
0x7EB3A: End { 29 02 }
0x7EB3C: Subtitle Prompt: "Secondary Timings", Help: "", Flags: 0x0 { 02 87 37 2C 00 00 00 }
0x7EB43: End { 29 02 }
0x7EB45: String Prompt: "DRAM RAS# to RAS# Delay L", Help: "DRAM RAS# to RAS# Delay(tRRDL)", QuestionFlags: 0x14, QuestionId: 0x2E34, VarStoreId: 0x30, VarStoreInfo: 0x23F5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 49 2C 4A 2C 34 2E 30 00 F5 23 14 00 14 00 }
0x7EB55: End { 29 02 }
0x7EB57: SuppressIf { 0A 82 }
0x7EB59: True { 46 02 }
0x7EB5B: Numeric Prompt: "DRAM RAS# to RAS# Delay L", Help: "DRAM RAS# to RAS# Delay(tRRDL)", QuestionFlags: 0x0, QuestionId: 0x194, VarStoreId: 0x30, VarOffset: 0x291, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x3F, Step: 0x1 { 07 94 49 2C 4A 2C 94 01 30 00 91 02 00 11 00 00 3F 00 01 00 }
0x7EB6F: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7EB76: End { 29 02 }
0x7EB78: End { 29 02 }
0x7EB7A: String Prompt: "DRAM RAS# to RAS# Delay S", Help: "DRAM RAS# to RAS# Delay(tRRDS)", QuestionFlags: 0x14, QuestionId: 0x2E35, VarStoreId: 0x30, VarStoreInfo: 0x241D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 4B 2C 4C 2C 35 2E 30 00 1D 24 14 00 14 00 }
0x7EB8A: End { 29 02 }
0x7EB8C: SuppressIf { 0A 82 }
0x7EB8E: True { 46 02 }
0x7EB90: Numeric Prompt: "DRAM RAS# to RAS# Delay S", Help: "DRAM RAS# to RAS# Delay(tRRDS)", QuestionFlags: 0x0, QuestionId: 0x195, VarStoreId: 0x30, VarOffset: 0x293, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7F, Step: 0x1 { 07 94 4B 2C 4C 2C 95 01 30 00 93 02 00 11 00 00 7F 00 01 00 }
0x7EBA4: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7EBAB: End { 29 02 }
0x7EBAD: End { 29 02 }
0x7EBAF: GrayOutIf { 19 82 }
0x7EBB1: EqIdVal QuestionId: 0x15ED, Value: 0x1 { 12 86 ED 15 01 00 }
0x7EBB7: EqIdVal QuestionId: 0x1D6, Value: 0x2 { 12 06 D6 01 02 00 }
0x7EBBD: And { 15 02 }
0x7EBBF: EqIdVal QuestionId: 0x1D6, Value: 0x1 { 12 06 D6 01 01 00 }
0x7EBC5: Or { 16 02 }
0x7EBC7: End { 29 02 }
0x7EBC9: String Prompt: "DRAM REF Cycle Time", Help: "DRAM REF Cycle Time (tRFC)", QuestionFlags: 0x14, QuestionId: 0x2E36, VarStoreId: 0x30, VarStoreInfo: 0x237D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 4D 2C 4E 2C 36 2E 30 00 7D 23 14 00 14 00 }
0x7EBD9: End { 29 02 }
0x7EBDB: SuppressIf { 0A 82 }
0x7EBDD: True { 46 02 }
0x7EBDF: Numeric Prompt: "DRAM REF Cycle Time", Help: "DRAM REF Cycle Time (tRFC)", QuestionFlags: 0x0, QuestionId: 0x196, VarStoreId: 0x30, VarOffset: 0x28B, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x1FFF, Step: 0x1 { 07 94 4D 2C 4E 2C 96 01 30 00 8B 02 00 11 00 00 FF 1F 01 00 }
0x7EBF3: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7EBFA: End { 29 02 }
0x7EBFC: End { 29 02 }
0x7EBFE: End { 29 02 }
0x7EC00: GrayOutIf { 19 82 }
0x7EC02: EqIdVal QuestionId: 0x15ED, Value: 0x0 { 12 86 ED 15 00 00 }
0x7EC08: EqIdVal QuestionId: 0x1D6, Value: 0x2 { 12 06 D6 01 02 00 }
0x7EC0E: And { 15 02 }
0x7EC10: EqIdVal QuestionId: 0x1D6, Value: 0x0 { 12 06 D6 01 00 00 }
0x7EC16: Or { 16 02 }
0x7EC18: End { 29 02 }
0x7EC1A: String Prompt: "DRAM REF Cycle Time 2", Help: "DRAM REF Cycle Time (tRFC)", QuestionFlags: 0x14, QuestionId: 0x2E37, VarStoreId: 0x30, VarStoreInfo: 0x23A5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 4F 2C 4E 2C 37 2E 30 00 A5 23 14 00 14 00 }
0x7EC2A: End { 29 02 }
0x7EC2C: SuppressIf { 0A 82 }
0x7EC2E: True { 46 02 }
0x7EC30: Numeric Prompt: "DRAM REF Cycle Time 2", Help: "DRAM REF Cycle Time (tRFC)", QuestionFlags: 0x0, QuestionId: 0x197, VarStoreId: 0x30, VarOffset: 0x28D, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x1FFF, Step: 0x1 { 07 94 4F 2C 4E 2C 97 01 30 00 8D 02 00 11 00 00 FF 1F 01 00 }
0x7EC44: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7EC4B: End { 29 02 }
0x7EC4D: End { 29 02 }
0x7EC4F: End { 29 02 }
0x7EC51: SuppressIf { 0A 82 }
0x7EC53: True { 46 02 }
0x7EC55: String Prompt: "DRAM REF Cycle Time 4", Help: "DRAM REF Cycle Time (tRFC)", QuestionFlags: 0x14, QuestionId: 0x2E38, VarStoreId: 0x30, VarStoreInfo: 0x23CD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 50 2C 4E 2C 38 2E 30 00 CD 23 14 00 14 00 }
0x7EC65: End { 29 02 }
0x7EC67: SuppressIf { 0A 82 }
0x7EC69: True { 46 02 }
0x7EC6B: Numeric Prompt: "DRAM REF Cycle Time 4", Help: "DRAM REF Cycle Time (tRFC)", QuestionFlags: 0x0, QuestionId: 0x198, VarStoreId: 0x30, VarOffset: 0x28F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x1FFF, Step: 0x1 { 07 94 50 2C 4E 2C 98 01 30 00 8F 02 00 11 00 00 FF 1F 01 00 }
0x7EC7F: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7EC86: End { 29 02 }
0x7EC88: End { 29 02 }
0x7EC8A: End { 29 02 }
0x7EC8C: String Prompt: "DRAM REF Cycle Time Same Bank", Help: "DRAM REF Cycle Time Same Bank(tRFCsb)", QuestionFlags: 0x14, QuestionId: 0x2E39, VarStoreId: 0x30, VarStoreInfo: 0x2675, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 51 2C 52 2C 39 2E 30 00 75 26 14 00 14 00 }
0x7EC9C: End { 29 02 }
0x7EC9E: SuppressIf { 0A 82 }
0x7ECA0: True { 46 02 }
0x7ECA2: Numeric Prompt: "DRAM REF Cycle Time Same Bank", Help: "DRAM REF Cycle Time Same Bank(tRFCsb)", QuestionFlags: 0x0, QuestionId: 0x199, VarStoreId: 0x30, VarOffset: 0x321, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 51 2C 52 2C 99 01 30 00 21 03 00 11 00 00 36 00 01 00 }
0x7ECB6: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7ECBD: End { 29 02 }
0x7ECBF: End { 29 02 }
0x7ECC1: String Prompt: "DRAM Refresh Interval", Help: "DRAM Refresh Interval (tREFI)", QuestionFlags: 0x14, QuestionId: 0x2E3A, VarStoreId: 0x30, VarStoreInfo: 0x2535, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 63 2C 64 2C 3A 2E 30 00 35 25 14 00 14 00 }
0x7ECD1: End { 29 02 }
0x7ECD3: SuppressIf { 0A 82 }
0x7ECD5: True { 46 02 }
0x7ECD7: Numeric Prompt: "DRAM Refresh Interval", Help: "DRAM Refresh Interval (tREFI)", QuestionFlags: 0x0, QuestionId: 0x19A, VarStoreId: 0x30, VarOffset: 0x2A1, Flags: 0x12, Size: 32, Min: 0x0, Max: 0x3FFFF, Step: 0x1 { 07 9A 63 2C 64 2C 9A 01 30 00 A1 02 00 12 00 00 00 00 FF FF 03 00 01 00 00 00 }
0x7ECF1: Default DefaultId: 0x0 Value: 0 { 5B 09 00 00 02 00 00 00 00 }
0x7ECFA: End { 29 02 }
0x7ECFC: End { 29 02 }
0x7ECFE: String Prompt: "DRAM WRITE Recovery Time", Help: "DRAM WRITE Recovery Time (tWR)", QuestionFlags: 0x14, QuestionId: 0x2E3B, VarStoreId: 0x30, VarStoreInfo: 0x2355, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 53 2C 54 2C 3B 2E 30 00 55 23 14 00 14 00 }
0x7ED0E: End { 29 02 }
0x7ED10: SuppressIf { 0A 82 }
0x7ED12: True { 46 02 }
0x7ED14: Numeric Prompt: "DRAM WRITE Recovery Time", Help: "DRAM WRITE Recovery Time (tWR)", QuestionFlags: 0x0, QuestionId: 0x19B, VarStoreId: 0x30, VarOffset: 0x289, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xEA, Step: 0x1 { 07 94 53 2C 54 2C 9B 01 30 00 89 02 00 11 00 00 EA 00 01 00 }
0x7ED28: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7ED2F: End { 29 02 }
0x7ED31: End { 29 02 }
0x7ED33: String Prompt: "DRAM READ to PRE Time", Help: "DRAM READ to PRE Time (tRTP)", QuestionFlags: 0x14, QuestionId: 0x2E3C, VarStoreId: 0x30, VarStoreInfo: 0x24BD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 55 2C 56 2C 3C 2E 30 00 BD 24 14 00 14 00 }
0x7ED43: End { 29 02 }
0x7ED45: SuppressIf { 0A 82 }
0x7ED47: True { 46 02 }
0x7ED49: Numeric Prompt: "DRAM READ to PRE Time", Help: "DRAM READ to PRE Time (tRTP)", QuestionFlags: 0x0, QuestionId: 0x19C, VarStoreId: 0x30, VarOffset: 0x29B, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 94 55 2C 56 2C 9C 01 30 00 9B 02 00 11 00 00 FF 00 01 00 }
0x7ED5D: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7ED64: End { 29 02 }
0x7ED66: End { 29 02 }
0x7ED68: String Prompt: "DRAM FOUR ACT WIN Time", Help: "DRAM FOUR ACT WIN Time (tFAW)", QuestionFlags: 0x14, QuestionId: 0x2E3D, VarStoreId: 0x30, VarStoreInfo: 0x250D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 57 2C 58 2C 3D 2E 30 00 0D 25 14 00 14 00 }
0x7ED78: End { 29 02 }
0x7ED7A: SuppressIf { 0A 82 }
0x7ED7C: True { 46 02 }
0x7ED7E: Numeric Prompt: "DRAM FOUR ACT WIN Time", Help: "DRAM FOUR ACT WIN Time (tFAW)", QuestionFlags: 0x0, QuestionId: 0x19D, VarStoreId: 0x30, VarOffset: 0x29F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x1FF, Step: 0x1 { 07 94 57 2C 58 2C 9D 01 30 00 9F 02 00 11 00 00 FF 01 01 00 }
0x7ED92: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7ED99: End { 29 02 }
0x7ED9B: End { 29 02 }
0x7ED9D: SuppressIf { 0A 82 }
0x7ED9F: True { 46 02 }
0x7EDA1: String Prompt: "DRAM WRITE to READ Delay", Help: "DRAM WRITE to READ Delay (tWTR)", QuestionFlags: 0x14, QuestionId: 0x2E3E, VarStoreId: 0x30, VarStoreInfo: 0x2445, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 59 2C 5A 2C 3E 2E 30 00 45 24 14 00 14 00 }
0x7EDB1: End { 29 02 }
0x7EDB3: SuppressIf { 0A 82 }
0x7EDB5: True { 46 02 }
0x7EDB7: Numeric Prompt: "DRAM WRITE to READ Delay", Help: "DRAM WRITE to READ Delay (tWTR)", QuestionFlags: 0x0, QuestionId: 0x19E, VarStoreId: 0x30, VarOffset: 0x295, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x1F, Step: 0x1 { 07 94 59 2C 5A 2C 9E 01 30 00 95 02 00 11 00 00 1F 00 01 00 }
0x7EDCB: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7EDD2: End { 29 02 }
0x7EDD4: End { 29 02 }
0x7EDD6: End { 29 02 }
0x7EDD8: String Prompt: "DRAM WRITE to READ Delay L", Help: "DRAM WRITE to READ Delay(tWTR_L)", QuestionFlags: 0x14, QuestionId: 0x2E3F, VarStoreId: 0x30, VarStoreInfo: 0x246D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 5B 2C 5C 2C 3F 2E 30 00 6D 24 14 00 14 00 }
0x7EDE8: End { 29 02 }
0x7EDEA: SuppressIf { 0A 82 }
0x7EDEC: True { 46 02 }
0x7EDEE: Numeric Prompt: "DRAM WRITE to READ Delay L", Help: "DRAM WRITE to READ Delay(tWTR_L)", QuestionFlags: 0x0, QuestionId: 0x19F, VarStoreId: 0x30, VarOffset: 0x297, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x3F, Step: 0x1 { 07 94 5B 2C 5C 2C 9F 01 30 00 97 02 00 11 00 00 3F 00 01 00 }
0x7EE02: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7EE09: End { 29 02 }
0x7EE0B: End { 29 02 }
0x7EE0D: String Prompt: "DRAM WRITE to READ Delay S", Help: "DRAM WRITE to READ Delay(tWTR_S)", QuestionFlags: 0x14, QuestionId: 0x2E40, VarStoreId: 0x30, VarStoreInfo: 0x2495, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 5D 2C 5E 2C 40 2E 30 00 95 24 14 00 14 00 }
0x7EE1D: End { 29 02 }
0x7EE1F: SuppressIf { 0A 82 }
0x7EE21: True { 46 02 }
0x7EE23: Numeric Prompt: "DRAM WRITE to READ Delay S", Help: "DRAM WRITE to READ Delay(tWTR_S)", QuestionFlags: 0x0, QuestionId: 0x1A0, VarStoreId: 0x30, VarOffset: 0x299, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x3F, Step: 0x1 { 07 94 5D 2C 5E 2C A0 01 30 00 99 02 00 11 00 00 3F 00 01 00 }
0x7EE37: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7EE3E: End { 29 02 }
0x7EE40: End { 29 02 }
0x7EE42: String Prompt: "DRAM CKE Minimum Pulse Width", Help: "DRAM CKE Minimum Pulse Width (tCKE)", QuestionFlags: 0x14, QuestionId: 0x2E42, VarStoreId: 0x30, VarStoreInfo: 0x264D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 5F 2C 60 2C 42 2E 30 00 4D 26 14 00 14 00 }
0x7EE52: End { 29 02 }
0x7EE54: SuppressIf { 0A 82 }
0x7EE56: True { 46 02 }
0x7EE58: Numeric Prompt: "DRAM CKE Minimum Pulse Width", Help: "DRAM CKE Minimum Pulse Width (tCKE)", QuestionFlags: 0x0, QuestionId: 0x1A1, VarStoreId: 0x30, VarOffset: 0x31F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 5F 2C 60 2C A1 01 30 00 1F 03 00 11 00 00 36 00 01 00 }
0x7EE6C: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7EE73: End { 29 02 }
0x7EE75: End { 29 02 }
0x7EE77: String Prompt: "DRAM Write Latency", Help: "DRAM Write Latency(tWL)", QuestionFlags: 0x14, QuestionId: 0x2E41, VarStoreId: 0x30, VarStoreInfo: 0x255D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 61 2C 62 2C 41 2E 30 00 5D 25 14 00 14 00 }
0x7EE87: End { 29 02 }
0x7EE89: SuppressIf { 0A 82 }
0x7EE8B: True { 46 02 }
0x7EE8D: Numeric Prompt: "DRAM Write Latency", Help: "DRAM Write Latency(tWL)", QuestionFlags: 0x0, QuestionId: 0x1A2, VarStoreId: 0x30, VarOffset: 0x2A5, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 94 61 2C 62 2C A2 01 30 00 A5 02 00 11 00 00 FF 00 01 00 }
0x7EEA1: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7EEA8: End { 29 02 }
0x7EEAA: End { 29 02 }
0x7EEAC: Ref Prompt: "Skew Control", Help: "Skew Control", QuestionFlags: 0x0, QuestionId: 0x1A3, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x303E { 0F 0F 49 2A 4A 2A A3 01 00 00 FF FF 00 3E 30 }
0x7EEBB: Ref Prompt: "RTL IOL Control", Help: "RTL IOL Control", QuestionFlags: 0x0, QuestionId: 0x1A4, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x303F { 0F 0F 8D 2D 8E 2D A4 01 00 00 FF FF 00 3F 30 }
0x7EECA: Ref Prompt: "Memory Training Algorithms", Help: "Enable/Disable Memory Training Algorithms.", QuestionFlags: 0x0, QuestionId: 0x1A5, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x3051 { 0F 0F 4F 09 50 09 A5 01 00 00 FF FF 00 51 30 }
0x7EED9: Subtitle Prompt: "Third Timings", Help: "", Flags: 0x0 { 02 87 38 2C 00 00 00 }
0x7EEE0: End { 29 02 }
0x7EEE2: String Prompt: "tRDRD_sg_Training", Help: "tRDRD_sg_Training", QuestionFlags: 0x14, QuestionId: 0x2E43, VarStoreId: 0x30, VarStoreInfo: 0x269D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 75 2C 76 2C 43 2E 30 00 9D 26 14 00 14 00 }
0x7EEF2: End { 29 02 }
0x7EEF4: SuppressIf { 0A 82 }
0x7EEF6: True { 46 02 }
0x7EEF8: Numeric Prompt: "tRDRD_sg_Training", Help: "tRDRD_sg_Training", QuestionFlags: 0x0, QuestionId: 0x1A6, VarStoreId: 0x30, VarOffset: 0x323, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 75 2C 76 2C A6 01 30 00 23 03 00 10 00 36 01 }
0x7EF09: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7EF0F: End { 29 02 }
0x7EF11: End { 29 02 }
0x7EF13: String Prompt: "tRDRD_sg_Runtime", Help: "tRDRD_sg_Runtime", QuestionFlags: 0x14, QuestionId: 0x2E44, VarStoreId: 0x30, VarStoreInfo: 0x26C5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 77 2C 78 2C 44 2E 30 00 C5 26 14 00 14 00 }
0x7EF23: End { 29 02 }
0x7EF25: SuppressIf { 0A 82 }
0x7EF27: True { 46 02 }
0x7EF29: Numeric Prompt: "tRDRD_sg_Runtime", Help: "tRDRD_sg_Runtime", QuestionFlags: 0x0, QuestionId: 0x1A7, VarStoreId: 0x30, VarOffset: 0x324, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 77 2C 78 2C A7 01 30 00 24 03 00 10 00 36 01 }
0x7EF3A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7EF40: End { 29 02 }
0x7EF42: End { 29 02 }
0x7EF44: String Prompt: "tRDRD_dg_Training", Help: "tRDRD_dg_Training", QuestionFlags: 0x14, QuestionId: 0x2E45, VarStoreId: 0x30, VarStoreInfo: 0x26ED, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 79 2C 7A 2C 45 2E 30 00 ED 26 14 00 14 00 }
0x7EF54: End { 29 02 }
0x7EF56: SuppressIf { 0A 82 }
0x7EF58: True { 46 02 }
0x7EF5A: Numeric Prompt: "tRDRD_dg_Training", Help: "tRDRD_dg_Training", QuestionFlags: 0x0, QuestionId: 0x1A8, VarStoreId: 0x30, VarOffset: 0x325, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 79 2C 7A 2C A8 01 30 00 25 03 00 10 00 36 01 }
0x7EF6B: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7EF71: End { 29 02 }
0x7EF73: End { 29 02 }
0x7EF75: String Prompt: "tRDRD_dg_Runtime", Help: "tRDRD_dg_Runtime", QuestionFlags: 0x14, QuestionId: 0x2E46, VarStoreId: 0x30, VarStoreInfo: 0x2715, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 7B 2C 7C 2C 46 2E 30 00 15 27 14 00 14 00 }
0x7EF85: End { 29 02 }
0x7EF87: SuppressIf { 0A 82 }
0x7EF89: True { 46 02 }
0x7EF8B: Numeric Prompt: "tRDRD_dg_Runtime", Help: "tRDRD_dg_Runtime", QuestionFlags: 0x0, QuestionId: 0x1A9, VarStoreId: 0x30, VarOffset: 0x326, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 7B 2C 7C 2C A9 01 30 00 26 03 00 10 00 36 01 }
0x7EF9C: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7EFA2: End { 29 02 }
0x7EFA4: End { 29 02 }
0x7EFA6: String Prompt: "tRDWR_sg", Help: "tRDWR_sg", QuestionFlags: 0x14, QuestionId: 0x2E47, VarStoreId: 0x30, VarStoreInfo: 0x273D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 81 2C 82 2C 47 2E 30 00 3D 27 14 00 14 00 }
0x7EFB6: End { 29 02 }
0x7EFB8: SuppressIf { 0A 82 }
0x7EFBA: True { 46 02 }
0x7EFBC: Numeric Prompt: "tRDWR_sg", Help: "tRDWR_sg", QuestionFlags: 0x0, QuestionId: 0x1AA, VarStoreId: 0x30, VarOffset: 0x327, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 81 2C 82 2C AA 01 30 00 27 03 00 11 00 00 36 00 01 00 }
0x7EFD0: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7EFD7: End { 29 02 }
0x7EFD9: End { 29 02 }
0x7EFDB: String Prompt: "tRDWR_dg", Help: "tRDWR_dg", QuestionFlags: 0x14, QuestionId: 0x2E48, VarStoreId: 0x30, VarStoreInfo: 0x2765, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 83 2C 84 2C 48 2E 30 00 65 27 14 00 14 00 }
0x7EFEB: End { 29 02 }
0x7EFED: SuppressIf { 0A 82 }
0x7EFEF: True { 46 02 }
0x7EFF1: Numeric Prompt: "tRDWR_dg", Help: "tRDWR_dg", QuestionFlags: 0x0, QuestionId: 0x1AB, VarStoreId: 0x30, VarOffset: 0x329, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 83 2C 84 2C AB 01 30 00 29 03 00 11 00 00 36 00 01 00 }
0x7F005: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F00C: End { 29 02 }
0x7F00E: End { 29 02 }
0x7F010: String Prompt: "tWRWR_sg", Help: "tWRWR_sg", QuestionFlags: 0x14, QuestionId: 0x2E49, VarStoreId: 0x30, VarStoreInfo: 0x278D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 89 2C 8A 2C 49 2E 30 00 8D 27 14 00 14 00 }
0x7F020: End { 29 02 }
0x7F022: SuppressIf { 0A 82 }
0x7F024: True { 46 02 }
0x7F026: Numeric Prompt: "tWRWR_sg", Help: "tWRWR_sg", QuestionFlags: 0x0, QuestionId: 0x1AC, VarStoreId: 0x30, VarOffset: 0x32B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 89 2C 8A 2C AC 01 30 00 2B 03 00 10 00 36 01 }
0x7F037: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F03D: End { 29 02 }
0x7F03F: End { 29 02 }
0x7F041: String Prompt: "tWRWR_dg", Help: "tWRWR_dg", QuestionFlags: 0x14, QuestionId: 0x2E4A, VarStoreId: 0x30, VarStoreInfo: 0x27B5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 8B 2C 8C 2C 4A 2E 30 00 B5 27 14 00 14 00 }
0x7F051: End { 29 02 }
0x7F053: SuppressIf { 0A 82 }
0x7F055: True { 46 02 }
0x7F057: Numeric Prompt: "tWRWR_dg", Help: "tWRWR_dg", QuestionFlags: 0x0, QuestionId: 0x1AD, VarStoreId: 0x30, VarOffset: 0x32C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 8B 2C 8C 2C AD 01 30 00 2C 03 00 10 00 36 01 }
0x7F068: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F06E: End { 29 02 }
0x7F070: End { 29 02 }
0x7F072: String Prompt: "tWRRD_sg", Help: "tWRRD_sg", QuestionFlags: 0x14, QuestionId: 0x2E4B, VarStoreId: 0x30, VarStoreInfo: 0x27DD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 91 2C 92 2C 4B 2E 30 00 DD 27 14 00 14 00 }
0x7F082: End { 29 02 }
0x7F084: SuppressIf { 0A 82 }
0x7F086: True { 46 02 }
0x7F088: Numeric Prompt: "tWRRD_sg", Help: "tWRRD_sg", QuestionFlags: 0x0, QuestionId: 0x1AE, VarStoreId: 0x30, VarOffset: 0x32D, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 91 2C 92 2C AE 01 30 00 2D 03 00 11 00 00 36 00 01 00 }
0x7F09C: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F0A3: End { 29 02 }
0x7F0A5: End { 29 02 }
0x7F0A7: String Prompt: "tWRRD_dg", Help: "tWRRD_dg", QuestionFlags: 0x14, QuestionId: 0x2E4C, VarStoreId: 0x30, VarStoreInfo: 0x2805, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 93 2C 94 2C 4C 2E 30 00 05 28 14 00 14 00 }
0x7F0B7: End { 29 02 }
0x7F0B9: SuppressIf { 0A 82 }
0x7F0BB: True { 46 02 }
0x7F0BD: Numeric Prompt: "tWRRD_dg", Help: "tWRRD_dg", QuestionFlags: 0x0, QuestionId: 0x1AF, VarStoreId: 0x30, VarOffset: 0x32F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 93 2C 94 2C AF 01 30 00 2F 03 00 11 00 00 36 00 01 00 }
0x7F0D1: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F0D8: End { 29 02 }
0x7F0DA: End { 29 02 }
0x7F0DC: String Prompt: "tRDRD_dr", Help: "tRDRD_dr", QuestionFlags: 0x14, QuestionId: 0x2E4D, VarStoreId: 0x30, VarStoreInfo: 0x282D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 7D 2C 7E 2C 4D 2E 30 00 2D 28 14 00 14 00 }
0x7F0EC: End { 29 02 }
0x7F0EE: SuppressIf { 0A 82 }
0x7F0F0: True { 46 02 }
0x7F0F2: Numeric Prompt: "tRDRD_dr", Help: "tRDRD_dr", QuestionFlags: 0x0, QuestionId: 0x1B0, VarStoreId: 0x30, VarOffset: 0x331, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 7D 2C 7E 2C B0 01 30 00 31 03 00 11 00 00 36 00 01 00 }
0x7F106: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F10D: End { 29 02 }
0x7F10F: End { 29 02 }
0x7F111: String Prompt: "tRDRD_dd", Help: "tRDRD_dd", QuestionFlags: 0x14, QuestionId: 0x2E4E, VarStoreId: 0x30, VarStoreInfo: 0x2855, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 7F 2C 80 2C 4E 2E 30 00 55 28 14 00 14 00 }
0x7F121: End { 29 02 }
0x7F123: SuppressIf { 0A 82 }
0x7F125: True { 46 02 }
0x7F127: Numeric Prompt: "tRDRD_dd", Help: "tRDRD_dd", QuestionFlags: 0x0, QuestionId: 0x1B1, VarStoreId: 0x30, VarOffset: 0x333, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 7F 2C 80 2C B1 01 30 00 33 03 00 11 00 00 36 00 01 00 }
0x7F13B: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F142: End { 29 02 }
0x7F144: End { 29 02 }
0x7F146: String Prompt: "tRDWR_dr", Help: "tRDWR_dr", QuestionFlags: 0x14, QuestionId: 0x2E4F, VarStoreId: 0x30, VarStoreInfo: 0x287D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 85 2C 86 2C 4F 2E 30 00 7D 28 14 00 14 00 }
0x7F156: End { 29 02 }
0x7F158: SuppressIf { 0A 82 }
0x7F15A: True { 46 02 }
0x7F15C: Numeric Prompt: "tRDWR_dr", Help: "tRDWR_dr", QuestionFlags: 0x0, QuestionId: 0x1B2, VarStoreId: 0x30, VarOffset: 0x335, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 85 2C 86 2C B2 01 30 00 35 03 00 11 00 00 36 00 01 00 }
0x7F170: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F177: End { 29 02 }
0x7F179: End { 29 02 }
0x7F17B: String Prompt: "tRDWR_dd", Help: "tRDWR_dd", QuestionFlags: 0x14, QuestionId: 0x2E50, VarStoreId: 0x30, VarStoreInfo: 0x28A5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 87 2C 88 2C 50 2E 30 00 A5 28 14 00 14 00 }
0x7F18B: End { 29 02 }
0x7F18D: SuppressIf { 0A 82 }
0x7F18F: True { 46 02 }
0x7F191: Numeric Prompt: "tRDWR_dd", Help: "tRDWR_dd", QuestionFlags: 0x0, QuestionId: 0x1B3, VarStoreId: 0x30, VarOffset: 0x337, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 87 2C 88 2C B3 01 30 00 37 03 00 11 00 00 36 00 01 00 }
0x7F1A5: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F1AC: End { 29 02 }
0x7F1AE: End { 29 02 }
0x7F1B0: String Prompt: "tWRWR_dr", Help: "tWRWR_dr", QuestionFlags: 0x14, QuestionId: 0x2E51, VarStoreId: 0x30, VarStoreInfo: 0x28CD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 8D 2C 8E 2C 51 2E 30 00 CD 28 14 00 14 00 }
0x7F1C0: End { 29 02 }
0x7F1C2: SuppressIf { 0A 82 }
0x7F1C4: True { 46 02 }
0x7F1C6: Numeric Prompt: "tWRWR_dr", Help: "tWRWR_dr", QuestionFlags: 0x0, QuestionId: 0x1B4, VarStoreId: 0x30, VarOffset: 0x339, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 8D 2C 8E 2C B4 01 30 00 39 03 00 10 00 36 01 }
0x7F1D7: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F1DD: End { 29 02 }
0x7F1DF: End { 29 02 }
0x7F1E1: String Prompt: "tWRWR_dd", Help: "tWRWR_dd", QuestionFlags: 0x14, QuestionId: 0x2E52, VarStoreId: 0x30, VarStoreInfo: 0x28F5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 8F 2C 90 2C 52 2E 30 00 F5 28 14 00 14 00 }
0x7F1F1: End { 29 02 }
0x7F1F3: SuppressIf { 0A 82 }
0x7F1F5: True { 46 02 }
0x7F1F7: Numeric Prompt: "tWRWR_dd", Help: "tWRWR_dd", QuestionFlags: 0x0, QuestionId: 0x1B5, VarStoreId: 0x30, VarOffset: 0x33A, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 8F 2C 90 2C B5 01 30 00 3A 03 00 11 00 00 36 00 01 00 }
0x7F20B: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F212: End { 29 02 }
0x7F214: End { 29 02 }
0x7F216: String Prompt: "tWRRD_dr", Help: "tWRRD_dr", QuestionFlags: 0x14, QuestionId: 0x2E53, VarStoreId: 0x30, VarStoreInfo: 0x291D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 95 2C 96 2C 53 2E 30 00 1D 29 14 00 14 00 }
0x7F226: End { 29 02 }
0x7F228: SuppressIf { 0A 82 }
0x7F22A: True { 46 02 }
0x7F22C: Numeric Prompt: "tWRRD_dr", Help: "tWRRD_dr", QuestionFlags: 0x0, QuestionId: 0x1B6, VarStoreId: 0x30, VarOffset: 0x33C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 95 2C 96 2C B6 01 30 00 3C 03 00 10 00 36 01 }
0x7F23D: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F243: End { 29 02 }
0x7F245: End { 29 02 }
0x7F247: String Prompt: "tWRRD_dd", Help: "tWRRD_dd", QuestionFlags: 0x14, QuestionId: 0x2E54, VarStoreId: 0x30, VarStoreInfo: 0x2945, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 97 2C 98 2C 54 2E 30 00 45 29 14 00 14 00 }
0x7F257: End { 29 02 }
0x7F259: SuppressIf { 0A 82 }
0x7F25B: True { 46 02 }
0x7F25D: Numeric Prompt: "tWRRD_dd", Help: "tWRRD_dd", QuestionFlags: 0x0, QuestionId: 0x1B7, VarStoreId: 0x30, VarOffset: 0x33D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 97 2C 98 2C B7 01 30 00 3D 03 00 10 00 36 01 }
0x7F26E: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F274: End { 29 02 }
0x7F276: End { 29 02 }
0x7F278: String Prompt: "tRPRE", Help: "tRPRE", QuestionFlags: 0x14, QuestionId: 0x2E55, VarStoreId: 0x30, VarStoreInfo: 0x2B75, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 65 2C 66 2C 55 2E 30 00 75 2B 14 00 14 00 }
0x7F288: End { 29 02 }
0x7F28A: SuppressIf { 0A 82 }
0x7F28C: True { 46 02 }
0x7F28E: Numeric Prompt: "tRPRE", Help: "tRPRE", QuestionFlags: 0x0, QuestionId: 0x1B8, VarStoreId: 0x30, VarOffset: 0x351, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 65 2C 66 2C B8 01 30 00 51 03 00 10 00 36 01 }
0x7F29F: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F2A5: End { 29 02 }
0x7F2A7: End { 29 02 }
0x7F2A9: String Prompt: "tWPRE", Help: "tWPRE", QuestionFlags: 0x14, QuestionId: 0x2E56, VarStoreId: 0x30, VarStoreInfo: 0x2B9D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 67 2C 68 2C 56 2E 30 00 9D 2B 14 00 14 00 }
0x7F2B9: End { 29 02 }
0x7F2BB: SuppressIf { 0A 82 }
0x7F2BD: True { 46 02 }
0x7F2BF: Numeric Prompt: "tWPRE", Help: "tWPRE", QuestionFlags: 0x0, QuestionId: 0x1B9, VarStoreId: 0x30, VarOffset: 0x352, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 67 2C 68 2C B9 01 30 00 52 03 00 10 00 36 01 }
0x7F2D0: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F2D6: End { 29 02 }
0x7F2D8: End { 29 02 }
0x7F2DA: String Prompt: "tWPOST", Help: "Impact dram third timings value", QuestionFlags: 0x14, QuestionId: 0x2E57, VarStoreId: 0x30, VarStoreInfo: 0x2BC5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 69 2C 6A 2C 57 2E 30 00 C5 2B 14 00 14 00 }
0x7F2EA: End { 29 02 }
0x7F2EC: SuppressIf { 0A 82 }
0x7F2EE: True { 46 02 }
0x7F2F0: Numeric Prompt: "tWPOST", Help: "Impact dram third timings value", QuestionFlags: 0x0, QuestionId: 0x1BA, VarStoreId: 0x30, VarOffset: 0x353, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 69 2C 6A 2C BA 01 30 00 53 03 00 10 00 36 01 }
0x7F301: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F307: End { 29 02 }
0x7F309: End { 29 02 }
0x7F30B: String Prompt: "tWRPRE", Help: "tWRPRE", QuestionFlags: 0x14, QuestionId: 0x2E58, VarStoreId: 0x30, VarStoreInfo: 0x296D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 71 2C 72 2C 58 2E 30 00 6D 29 14 00 14 00 }
0x7F31B: End { 29 02 }
0x7F31D: SuppressIf { 0A 82 }
0x7F31F: True { 46 02 }
0x7F321: Numeric Prompt: "tWRPRE", Help: "tWRPRE", QuestionFlags: 0x0, QuestionId: 0x1BB, VarStoreId: 0x30, VarOffset: 0x33E, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 71 2C 72 2C BB 01 30 00 3E 03 00 11 00 00 36 00 01 00 }
0x7F335: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F33C: End { 29 02 }
0x7F33E: End { 29 02 }
0x7F340: String Prompt: "tPRPDEN", Help: "tPRPDEN", QuestionFlags: 0x14, QuestionId: 0x2E59, VarStoreId: 0x30, VarStoreInfo: 0x2995, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 99 2C 9A 2C 59 2E 30 00 95 29 14 00 14 00 }
0x7F350: End { 29 02 }
0x7F352: SuppressIf { 0A 82 }
0x7F354: True { 46 02 }
0x7F356: Numeric Prompt: "tPRPDEN", Help: "tPRPDEN", QuestionFlags: 0x0, QuestionId: 0x1BC, VarStoreId: 0x30, VarOffset: 0x340, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 99 2C 9A 2C BC 01 30 00 40 03 00 10 00 36 01 }
0x7F367: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F36D: End { 29 02 }
0x7F36F: End { 29 02 }
0x7F371: String Prompt: "tRDPDEN", Help: "tRDPDEN", QuestionFlags: 0x14, QuestionId: 0x2E5A, VarStoreId: 0x30, VarStoreInfo: 0x29BD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 9B 2C 9C 2C 5A 2E 30 00 BD 29 14 00 14 00 }
0x7F381: End { 29 02 }
0x7F383: SuppressIf { 0A 82 }
0x7F385: True { 46 02 }
0x7F387: Numeric Prompt: "tRDPDEN", Help: "tRDPDEN", QuestionFlags: 0x0, QuestionId: 0x1BD, VarStoreId: 0x30, VarOffset: 0x341, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 9B 2C 9C 2C BD 01 30 00 41 03 00 11 00 00 36 00 01 00 }
0x7F39B: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F3A2: End { 29 02 }
0x7F3A4: End { 29 02 }
0x7F3A6: String Prompt: "tWRPDEN", Help: "tWRPDEN", QuestionFlags: 0x14, QuestionId: 0x2E5B, VarStoreId: 0x30, VarStoreInfo: 0x29E5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 9D 2C 9E 2C 5B 2E 30 00 E5 29 14 00 14 00 }
0x7F3B6: End { 29 02 }
0x7F3B8: SuppressIf { 0A 82 }
0x7F3BA: True { 46 02 }
0x7F3BC: Numeric Prompt: "tWRPDEN", Help: "tWRPDEN", QuestionFlags: 0x0, QuestionId: 0x1BE, VarStoreId: 0x30, VarOffset: 0x343, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 9D 2C 9E 2C BE 01 30 00 43 03 00 11 00 00 36 00 01 00 }
0x7F3D0: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F3D7: End { 29 02 }
0x7F3D9: End { 29 02 }
0x7F3DB: String Prompt: "tCPDED", Help: "tCPDED", QuestionFlags: 0x14, QuestionId: 0x2E5C, VarStoreId: 0x30, VarStoreInfo: 0x2A0D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 7B 2D 7C 2D 5C 2E 30 00 0D 2A 14 00 14 00 }
0x7F3EB: End { 29 02 }
0x7F3ED: SuppressIf { 0A 82 }
0x7F3EF: True { 46 02 }
0x7F3F1: Numeric Prompt: "tCPDED", Help: "tCPDED", QuestionFlags: 0x0, QuestionId: 0x1BF, VarStoreId: 0x30, VarOffset: 0x345, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 7B 2D 7C 2D BF 01 30 00 45 03 00 10 00 36 01 }
0x7F402: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F408: End { 29 02 }
0x7F40A: End { 29 02 }
0x7F40C: String Prompt: "tREFIX9", Help: "tREFIX9", QuestionFlags: 0x14, QuestionId: 0x2E60, VarStoreId: 0x30, VarStoreInfo: 0x2A85, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 9F 2C A0 2C 60 2E 30 00 85 2A 14 00 14 00 }
0x7F41C: End { 29 02 }
0x7F41E: SuppressIf { 0A 82 }
0x7F420: True { 46 02 }
0x7F422: Numeric Prompt: "tREFIX9", Help: "tREFIX9", QuestionFlags: 0x0, QuestionId: 0x1C0, VarStoreId: 0x30, VarOffset: 0x348, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 9F 2C A0 2C C0 01 30 00 48 03 00 11 00 00 36 00 01 00 }
0x7F436: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F43D: End { 29 02 }
0x7F43F: End { 29 02 }
0x7F441: String Prompt: "Ref Interval", Help: "Ref Interval", QuestionFlags: 0x14, QuestionId: 0x2E61, VarStoreId: 0x30, VarStoreInfo: 0x2AAD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 B1 2C B2 2C 61 2E 30 00 AD 2A 14 00 14 00 }
0x7F451: End { 29 02 }
0x7F453: SuppressIf { 0A 82 }
0x7F455: True { 46 02 }
0x7F457: Numeric Prompt: "Ref Interval", Help: "Ref Interval", QuestionFlags: 0x0, QuestionId: 0x1C1, VarStoreId: 0x30, VarOffset: 0x34A, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 B1 2C B2 2C C1 01 30 00 4A 03 00 11 00 00 36 00 01 00 }
0x7F46B: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F472: End { 29 02 }
0x7F474: End { 29 02 }
0x7F476: String Prompt: "tXPDLL", Help: "tXPDLL", QuestionFlags: 0x14, QuestionId: 0x2E5D, VarStoreId: 0x30, VarStoreInfo: 0x2A35, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 8F 2D 7D 2D 5D 2E 30 00 35 2A 14 00 14 00 }
0x7F486: End { 29 02 }
0x7F488: SuppressIf { 0A 82 }
0x7F48A: True { 46 02 }
0x7F48C: Numeric Prompt: "tXPDLL", Help: "tXPDLL", QuestionFlags: 0x0, QuestionId: 0x1C2, VarStoreId: 0x30, VarOffset: 0x346, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 8F 2D 7D 2D C2 01 30 00 46 03 00 10 00 36 01 }
0x7F49D: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F4A3: End { 29 02 }
0x7F4A5: End { 29 02 }
0x7F4A7: String Prompt: "tXP", Help: "tXP", QuestionFlags: 0x14, QuestionId: 0x2E5E, VarStoreId: 0x30, VarStoreInfo: 0x2A5D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 90 2D 7E 2D 5E 2E 30 00 5D 2A 14 00 14 00 }
0x7F4B7: End { 29 02 }
0x7F4B9: SuppressIf { 0A 82 }
0x7F4BB: True { 46 02 }
0x7F4BD: Numeric Prompt: "tXP", Help: "tXP", QuestionFlags: 0x0, QuestionId: 0x1C3, VarStoreId: 0x30, VarOffset: 0x347, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 90 2D 7E 2D C3 01 30 00 47 03 00 10 00 36 01 }
0x7F4CE: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F4D4: End { 29 02 }
0x7F4D6: End { 29 02 }
0x7F4D8: String Prompt: "tPPD", Help: "tPPD", QuestionFlags: 0x14, QuestionId: 0x2E5F, VarStoreId: 0x30, VarStoreInfo: 0x2AD5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 BF 2C C0 2C 5F 2E 30 00 D5 2A 14 00 14 00 }
0x7F4E8: End { 29 02 }
0x7F4EA: SuppressIf { 0A 82 }
0x7F4EC: True { 46 02 }
0x7F4EE: Numeric Prompt: "tPPD", Help: "tPPD", QuestionFlags: 0x0, QuestionId: 0x1C4, VarStoreId: 0x30, VarOffset: 0x34C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 BF 2C C0 2C C4 01 30 00 4C 03 00 10 00 36 01 }
0x7F4FF: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F505: End { 29 02 }
0x7F507: End { 29 02 }
0x7F509: String Prompt: "tCCD_L_tDLLK ", Help: "tCCD_L_tDLLK ", QuestionFlags: 0x14, QuestionId: 0x2E62, VarStoreId: 0x30, VarStoreInfo: 0x2AFD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 FB 2C FC 2C 62 2E 30 00 FD 2A 14 00 14 00 }
0x7F519: End { 29 02 }
0x7F51B: SuppressIf { 0A 82 }
0x7F51D: True { 46 02 }
0x7F51F: Numeric Prompt: "tCCD_L_tDLLK ", Help: "tCCD_L_tDLLK ", QuestionFlags: 0x0, QuestionId: 0x1C5, VarStoreId: 0x30, VarOffset: 0x34D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 FB 2C FC 2C C5 01 30 00 4D 03 00 10 00 36 01 }
0x7F530: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F536: End { 29 02 }
0x7F538: End { 29 02 }
0x7F53A: Ref Prompt: "Misc. Timings", Help: "Misc. Timings", QuestionFlags: 0x0, QuestionId: 0x1C6, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x3038 { 0F 0F 39 2C 39 2C C6 01 00 00 FF FF 00 38 30 }
0x7F549: Subtitle Prompt: "Misc.", Help: "", Flags: 0x0 { 02 87 3A 2C 00 00 00 }
0x7F550: End { 29 02 }
0x7F552: OneOf Prompt: "MRC Fast Boot", Help: "Enable/Disable fast path thru the MRC", QuestionFlags: 0x10, QuestionId: 0x1C7, VarStoreId: 0x4, VarOffset: 0x191, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 1A 0A 1B 0A C7 01 04 00 91 01 10 10 00 01 00 }
0x7F563: Default DefaultId: 0x0 Value: 1 { 5B 06 00 00 00 01 }
0x7F569: OneOfOption Option: "Disabled" Value: 0 { 09 07 94 00 00 00 00 }
0x7F570: OneOfOption Option: "Enabled" Value: 1 { 09 07 93 00 00 00 01 }
0x7F577: End { 29 02 }
0x7F579: OneOf Prompt: "MCH Full Check", Help: "Enable this item to enhance the system stability. Disable this item may enhance the DRAM overclocking capability.", QuestionFlags: 0x10, QuestionId: 0x1C8, VarStoreId: 0x30, VarOffset: 0x354, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 CA 2D CB 2D C8 01 30 00 54 03 10 10 00 02 00 }
0x7F58A: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7F591: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x7F598: OneOfOption Option: "Disabled" Value: 2 { 09 07 9D 27 00 00 02 }
0x7F59F: End { 29 02 }
0x7F5A1: String Prompt: "Mem Over Clock Fail Count", Help: "Mem Over Clock Fail Count", QuestionFlags: 0x14, QuestionId: 0x2E9F, VarStoreId: 0x30, VarStoreInfo: 0x2BED, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 CC 2D CD 2D 9F 2E 30 00 ED 2B 14 00 14 00 }
0x7F5B1: End { 29 02 }
0x7F5B3: SuppressIf { 0A 82 }
0x7F5B5: True { 46 02 }
0x7F5B7: Numeric Prompt: "Mem Over Clock Fail Count", Help: "Mem Over Clock Fail Count", QuestionFlags: 0x0, QuestionId: 0x1C9, VarStoreId: 0x30, VarOffset: 0x355, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 CC 2D CD 2D C9 01 30 00 55 03 00 10 00 FF 01 }
0x7F5C8: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F5CE: End { 29 02 }
0x7F5D0: End { 29 02 }
0x7F5D2: OneOf Prompt: "Training Profile", Help: "Select DIMM Training Profile", QuestionFlags: 0x10, QuestionId: 0x1CA, VarStoreId: 0x30, VarOffset: 0x356, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 D0 2D D1 2D CA 01 30 00 56 03 10 10 00 02 00 }
0x7F5E3: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x7F5EA: OneOfOption Option: "Standard Profile" Value: 1 { 09 07 D2 2D 00 00 01 }
0x7F5F1: OneOfOption Option: "ASUS User Profile" Value: 2 { 09 07 D3 2D 00 00 02 }
0x7F5F8: End { 29 02 }
0x7F5FA: OneOf Prompt: "RxDfe", Help: "DFE on SOC Rx", QuestionFlags: 0x10, QuestionId: 0x1CB, VarStoreId: 0x30, VarOffset: 0x358, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 C8 2D C9 2D CB 01 30 00 58 03 10 10 00 02 00 }
0x7F60B: OneOfOption Option: "Auto" Value: 0, Default, MfgDefault { 09 07 8B 27 30 00 00 }
0x7F612: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x7F619: OneOfOption Option: "Disabled" Value: 2 { 09 07 9D 27 00 00 02 }
0x7F620: End { 29 02 }
0x7F622: String Prompt: "Mrc Training Loop Count", Help: "Exponential number of loops to run the test", QuestionFlags: 0x14, QuestionId: 0x2E26, VarStoreId: 0x30, VarStoreInfo: 0x2C15, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 10 2E 11 2E 26 2E 30 00 15 2C 14 00 14 00 }
0x7F632: End { 29 02 }
0x7F634: SuppressIf { 0A 82 }
0x7F636: True { 46 02 }
0x7F638: Numeric Prompt: "Mrc Training Loop Count", Help: "Exponential number of loops to run the test", QuestionFlags: 0x0, QuestionId: 0x1CC, VarStoreId: 0x30, VarOffset: 0x359, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x20, Step: 0x1 { 07 91 10 2E 11 2E CC 01 30 00 59 03 00 10 00 20 01 }
0x7F649: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F64F: End { 29 02 }
0x7F651: End { 29 02 }
0x7F653: String Prompt: "DRAM CLK Period", Help: "Select the DRAM clock period.", QuestionFlags: 0x14, QuestionId: 0x2E2B, VarStoreId: 0x30, VarStoreInfo: 0x25D5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 8B 2D 8C 2D 2B 2E 30 00 D5 25 14 00 14 00 }
0x7F663: End { 29 02 }
0x7F665: SuppressIf { 0A 82 }
0x7F667: True { 46 02 }
0x7F669: Numeric Prompt: "DRAM CLK Period", Help: "Select the DRAM clock period.", QuestionFlags: 0x0, QuestionId: 0x1CD, VarStoreId: 0x30, VarOffset: 0x314, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 8B 2D 8C 2D CD 01 30 00 14 03 00 10 00 FF 01 }
0x7F67A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F680: End { 29 02 }
0x7F682: End { 29 02 }
0x7F684: String Prompt: "Dll_bwsel", Help: "Can try range of 22+ for OC", QuestionFlags: 0x14, QuestionId: 0x2F08, VarStoreId: 0x30, VarStoreInfo: 0x449D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 68 2F 69 2F 08 2F 30 00 9D 44 14 00 14 00 }
0x7F694: End { 29 02 }
0x7F696: SuppressIf { 0A 82 }
0x7F698: True { 46 02 }
0x7F69A: Numeric Prompt: "Dll_bwsel", Help: "Can try range of 22+ for OC", QuestionFlags: 0x0, QuestionId: 0x1CE, VarStoreId: 0x30, VarOffset: 0x457, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 68 2F 69 2F CE 01 30 00 57 04 00 10 00 36 01 }
0x7F6AB: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F6B1: End { 29 02 }
0x7F6B3: End { 29 02 }
0x7F6B5: OneOf Prompt: "Controller 0, Channel 0 Control", Help: "Controller 0, Channel 0 Control - Enable or Disable Controller 0, Channel 0.", QuestionFlags: 0x10, QuestionId: 0x1CF, VarStoreId: 0x4, VarOffset: 0x235, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 B5 09 B6 09 CF 01 04 00 35 02 10 10 00 01 00 }
0x7F6C6: OneOfOption Option: "Enabled" Value: 0, Default, MfgDefault { 09 07 93 00 30 00 00 }
0x7F6CD: OneOfOption Option: "Disabled" Value: 1 { 09 07 94 00 00 00 01 }
0x7F6D4: End { 29 02 }
0x7F6D6: OneOf Prompt: "Controller 0, Channel 1 Control", Help: "Controller 0, Channel 1 Control - Enable or Disable Controller 0, Channel 1.", QuestionFlags: 0x10, QuestionId: 0x1D0, VarStoreId: 0x4, VarOffset: 0x236, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 B7 09 B8 09 D0 01 04 00 36 02 10 10 00 01 00 }
0x7F6E7: OneOfOption Option: "Enabled" Value: 0, Default, MfgDefault { 09 07 93 00 30 00 00 }
0x7F6EE: OneOfOption Option: "Disabled" Value: 1 { 09 07 94 00 00 00 01 }
0x7F6F5: End { 29 02 }
0x7F6F7: OneOf Prompt: "Controller 1, Channel 0 Control", Help: "Controller 1, Channel 0 Control - Enable or Disable Controller 1, Channel 0.", QuestionFlags: 0x10, QuestionId: 0x1D1, VarStoreId: 0x4, VarOffset: 0x239, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 BD 09 BE 09 D1 01 04 00 39 02 10 10 00 01 00 }
0x7F708: OneOfOption Option: "Enabled" Value: 0, Default, MfgDefault { 09 07 93 00 30 00 00 }
0x7F70F: OneOfOption Option: "Disabled" Value: 1 { 09 07 94 00 00 00 01 }
0x7F716: End { 29 02 }
0x7F718: OneOf Prompt: "Controller 1, Channel 1 Control", Help: "Controller 1, Channel 1 Control - Enable or Disable Controller 1, Channel 1.", QuestionFlags: 0x10, QuestionId: 0x1D2, VarStoreId: 0x4, VarOffset: 0x23A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 BF 09 C0 09 D2 01 04 00 3A 02 10 10 00 01 00 }
0x7F729: OneOfOption Option: "Enabled" Value: 0, Default, MfgDefault { 09 07 93 00 30 00 00 }
0x7F730: OneOfOption Option: "Disabled" Value: 1 { 09 07 94 00 00 00 01 }
0x7F737: End { 29 02 }
0x7F739: String Prompt: "MC_Vref0", Help: "MC_Vref0", QuestionFlags: 0x14, QuestionId: 0x2E65, VarStoreId: 0x30, VarStoreInfo: 0x43AD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 00 2D 01 2D 65 2E 30 00 AD 43 14 00 14 00 }
0x7F749: End { 29 02 }
0x7F74B: SuppressIf { 0A 82 }
0x7F74D: True { 46 02 }
0x7F74F: Numeric Prompt: "MC_Vref0", Help: "MC_Vref0", QuestionFlags: 0x0, QuestionId: 0x1D3, VarStoreId: 0x30, VarOffset: 0x44B, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 00 2D 01 2D D3 01 30 00 4B 04 00 11 00 00 36 00 01 00 }
0x7F763: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F76A: End { 29 02 }
0x7F76C: End { 29 02 }
0x7F76E: String Prompt: "MC_Vref1", Help: "MC_Vref1", QuestionFlags: 0x14, QuestionId: 0x2E66, VarStoreId: 0x30, VarStoreInfo: 0x43D5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 02 2D 03 2D 66 2E 30 00 D5 43 14 00 14 00 }
0x7F77E: End { 29 02 }
0x7F780: SuppressIf { 0A 82 }
0x7F782: True { 46 02 }
0x7F784: Numeric Prompt: "MC_Vref1", Help: "MC_Vref1", QuestionFlags: 0x0, QuestionId: 0x1D4, VarStoreId: 0x30, VarOffset: 0x44D, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 02 2D 03 2D D4 01 30 00 4D 04 00 11 00 00 36 00 01 00 }
0x7F798: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F79F: End { 29 02 }
0x7F7A1: End { 29 02 }
0x7F7A3: String Prompt: "MC_Vref2", Help: "MC_Vref2", QuestionFlags: 0x14, QuestionId: 0x2E67, VarStoreId: 0x30, VarStoreInfo: 0x43FD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 04 2D 05 2D 67 2E 30 00 FD 43 14 00 14 00 }
0x7F7B3: End { 29 02 }
0x7F7B5: SuppressIf { 0A 82 }
0x7F7B7: True { 46 02 }
0x7F7B9: Numeric Prompt: "MC_Vref2", Help: "MC_Vref2", QuestionFlags: 0x0, QuestionId: 0x1D5, VarStoreId: 0x30, VarOffset: 0x44F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 04 2D 05 2D D5 01 30 00 4F 04 00 11 00 00 36 00 01 00 }
0x7F7CD: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F7D4: End { 29 02 }
0x7F7D6: End { 29 02 }
0x7F7D8: OneOf Prompt: "Fine Granularity Refresh mode", Help: "Fine Granularity Refresh mode", QuestionFlags: 0x10, QuestionId: 0x1D6, VarStoreId: 0x30, VarOffset: 0x488, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 C1 2D C2 2D D6 01 30 00 88 04 10 10 00 02 00 }
0x7F7E9: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x7F7F0: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x7F7F7: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x7F7FE: End { 29 02 }
0x7F800: Ref Prompt: "DRAM SPD Configuration", Help: "DRAM SPD Configuration", QuestionFlags: 0x0, QuestionId: 0x1D7, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x3039 { 0F 0F EE 2F EF 2F D7 01 00 00 FF FF 00 39 30 }
0x7F80F: Ref Prompt: "Configure Memory Dynamic Frequency Switching", Help: "Configure Memory Dynamic Frequency Switching", QuestionFlags: 0x0, QuestionId: 0x1D8, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x303D { 0F 0F 50 2A 51 2A D8 01 00 00 FF FF 00 3D 30 }
0x7F81E: SuppressIf { 0A 82 }
0x7F820: True { 46 02 }
0x7F822: Ref Prompt: "Asus Compare with Update MRC item", Help: "Asus Compare with Update MRC item", QuestionFlags: 0x0, QuestionId: 0x1D9, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x3040 { 0F 0F 6A 2F 6A 2F D9 01 00 00 FF FF 00 40 30 }
0x7F831: End { 29 02 }
0x7F833: End { 29 02 }
0x7F835: Form FormId: 0x3038, Title: "Misc. Timings" { 01 86 38 30 39 2C }
0x7F83B: Subtitle Prompt: "Bank-Rank Structure", Help: "", Flags: 0x0 { 02 87 64 2D 00 00 00 }
0x7F842: End { 29 02 }
0x7F844: String Prompt: "tZQCAL", Help: "tZQCAL", QuestionFlags: 0x14, QuestionId: 0x2F13, VarStoreId: 0x30, VarStoreInfo: 0x2CB5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 91 2D 92 2D 13 2F 30 00 B5 2C 14 00 14 00 }
0x7F854: End { 29 02 }
0x7F856: SuppressIf { 0A 82 }
0x7F858: True { 46 02 }
0x7F85A: Numeric Prompt: "tZQCAL", Help: "tZQCAL", QuestionFlags: 0x0, QuestionId: 0x1DA, VarStoreId: 0x30, VarOffset: 0x35D, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 91 2D 92 2D DA 01 30 00 5D 03 00 11 00 00 36 00 01 00 }
0x7F86E: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F875: End { 29 02 }
0x7F877: End { 29 02 }
0x7F879: String Prompt: "tZQCS", Help: "tZQCS", QuestionFlags: 0x14, QuestionId: 0x2F14, VarStoreId: 0x30, VarStoreInfo: 0x2CDD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 77 2D 78 2D 14 2F 30 00 DD 2C 14 00 14 00 }
0x7F889: End { 29 02 }
0x7F88B: SuppressIf { 0A 82 }
0x7F88D: True { 46 02 }
0x7F88F: Numeric Prompt: "tZQCS", Help: "tZQCS", QuestionFlags: 0x0, QuestionId: 0x1DB, VarStoreId: 0x30, VarOffset: 0x35F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 77 2D 78 2D DB 01 30 00 5F 03 00 11 00 00 36 00 01 00 }
0x7F8A3: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F8AA: End { 29 02 }
0x7F8AC: End { 29 02 }
0x7F8AE: String Prompt: "OREF_RI", Help: "OREF_RI", QuestionFlags: 0x14, QuestionId: 0x2F15, VarStoreId: 0x30, VarStoreInfo: 0x2D05, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 A1 2C A2 2C 15 2F 30 00 05 2D 14 00 14 00 }
0x7F8BE: End { 29 02 }
0x7F8C0: SuppressIf { 0A 82 }
0x7F8C2: True { 46 02 }
0x7F8C4: Numeric Prompt: "OREF_RI", Help: "OREF_RI", QuestionFlags: 0x0, QuestionId: 0x1DC, VarStoreId: 0x30, VarOffset: 0x361, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 A1 2C A2 2C DC 01 30 00 61 03 00 11 00 00 36 00 01 00 }
0x7F8D8: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F8DF: End { 29 02 }
0x7F8E1: End { 29 02 }
0x7F8E3: OneOf Prompt: "Refresh Watermarks", Help: "Sets Refresh Panic Watermark and Refresh High-Priority Watermark to HIGH or LOW values", QuestionFlags: 0x10, QuestionId: 0x1DD, VarStoreId: 0x4, VarOffset: 0x444, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 52 08 53 08 DD 01 04 00 44 04 10 10 00 01 00 }
0x7F8F4: OneOfOption Option: "Low" Value: 0 { 09 07 55 08 00 00 00 }
0x7F8FB: OneOfOption Option: "High" Value: 1, Default, MfgDefault { 09 07 54 08 30 00 01 }
0x7F902: End { 29 02 }
0x7F904: String Prompt: "Refresh Hp Wm", Help: "Refresh Hp Wm", QuestionFlags: 0x14, QuestionId: 0x2F09, VarStoreId: 0x30, VarStoreInfo: 0x4835, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 A3 2C A4 2C 09 2F 30 00 35 48 14 00 14 00 }
0x7F914: End { 29 02 }
0x7F916: SuppressIf { 0A 82 }
0x7F918: True { 46 02 }
0x7F91A: Numeric Prompt: "Refresh Hp Wm", Help: "Refresh Hp Wm", QuestionFlags: 0x0, QuestionId: 0x1DE, VarStoreId: 0x30, VarOffset: 0x475, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 A3 2C A4 2C DE 01 30 00 75 04 00 10 00 36 01 }
0x7F92B: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F931: End { 29 02 }
0x7F933: End { 29 02 }
0x7F935: String Prompt: "Refresh Panic Wm", Help: "Refresh Panic Wm", QuestionFlags: 0x14, QuestionId: 0x2F0A, VarStoreId: 0x30, VarStoreInfo: 0x485D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 A5 2C A6 2C 0A 2F 30 00 5D 48 14 00 14 00 }
0x7F945: End { 29 02 }
0x7F947: SuppressIf { 0A 82 }
0x7F949: True { 46 02 }
0x7F94B: Numeric Prompt: "Refresh Panic Wm", Help: "Refresh Panic Wm", QuestionFlags: 0x0, QuestionId: 0x1DF, VarStoreId: 0x30, VarOffset: 0x476, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 A5 2C A6 2C DF 01 30 00 76 04 00 10 00 36 01 }
0x7F95C: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F962: End { 29 02 }
0x7F964: End { 29 02 }
0x7F966: String Prompt: "Refresh Abr Release", Help: "Refresh Abr Release", QuestionFlags: 0x14, QuestionId: 0x2F0B, VarStoreId: 0x30, VarStoreInfo: 0x4885, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 A7 2C A8 2C 0B 2F 30 00 85 48 14 00 14 00 }
0x7F976: End { 29 02 }
0x7F978: SuppressIf { 0A 82 }
0x7F97A: True { 46 02 }
0x7F97C: Numeric Prompt: "Refresh Abr Release", Help: "Refresh Abr Release", QuestionFlags: 0x0, QuestionId: 0x1E0, VarStoreId: 0x30, VarOffset: 0x477, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 A7 2C A8 2C E0 01 30 00 77 04 00 10 00 36 01 }
0x7F98D: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7F993: End { 29 02 }
0x7F995: End { 29 02 }
0x7F997: String Prompt: "tXSDLL", Help: "tXSDLL", QuestionFlags: 0x14, QuestionId: 0x2F16, VarStoreId: 0x30, VarStoreInfo: 0x2D2D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 79 2D 7A 2D 16 2F 30 00 2D 2D 14 00 14 00 }
0x7F9A7: End { 29 02 }
0x7F9A9: SuppressIf { 0A 82 }
0x7F9AB: True { 46 02 }
0x7F9AD: Numeric Prompt: "tXSDLL", Help: "tXSDLL", QuestionFlags: 0x0, QuestionId: 0x1E1, VarStoreId: 0x30, VarOffset: 0x363, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 79 2D 7A 2D E1 01 30 00 63 03 00 11 00 00 36 00 01 00 }
0x7F9C1: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F9C8: End { 29 02 }
0x7F9CA: End { 29 02 }
0x7F9CC: String Prompt: "tZQOPER", Help: "tZQOPER", QuestionFlags: 0x14, QuestionId: 0x2F17, VarStoreId: 0x30, VarStoreInfo: 0x2D55, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 75 2D 76 2D 17 2F 30 00 55 2D 14 00 14 00 }
0x7F9DC: End { 29 02 }
0x7F9DE: SuppressIf { 0A 82 }
0x7F9E0: True { 46 02 }
0x7F9E2: Numeric Prompt: "tZQOPER", Help: "tZQOPER", QuestionFlags: 0x0, QuestionId: 0x1E2, VarStoreId: 0x30, VarOffset: 0x365, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 75 2D 76 2D E2 01 30 00 65 03 00 11 00 00 36 00 01 00 }
0x7F9F6: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x7F9FD: End { 29 02 }
0x7F9FF: End { 29 02 }
0x7FA01: String Prompt: "tMOD", Help: "tMOD", QuestionFlags: 0x14, QuestionId: 0x2F18, VarStoreId: 0x30, VarStoreInfo: 0x2D7D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 73 2D 74 2D 18 2F 30 00 7D 2D 14 00 14 00 }
0x7FA11: End { 29 02 }
0x7FA13: SuppressIf { 0A 82 }
0x7FA15: True { 46 02 }
0x7FA17: Numeric Prompt: "tMOD", Help: "tMOD", QuestionFlags: 0x0, QuestionId: 0x1E3, VarStoreId: 0x30, VarOffset: 0x367, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 73 2D 74 2D E3 01 30 00 67 03 00 10 00 36 01 }
0x7FA28: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FA2E: End { 29 02 }
0x7FA30: End { 29 02 }
0x7FA32: String Prompt: "CounttREFIWhileRefEn", Help: "CounttREFIWhileRefEn", QuestionFlags: 0x14, QuestionId: 0x2F19, VarStoreId: 0x30, VarStoreInfo: 0x2DA5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 A9 2C AA 2C 19 2F 30 00 A5 2D 14 00 14 00 }
0x7FA42: End { 29 02 }
0x7FA44: SuppressIf { 0A 82 }
0x7FA46: True { 46 02 }
0x7FA48: Numeric Prompt: "CounttREFIWhileRefEn", Help: "CounttREFIWhileRefEn", QuestionFlags: 0x0, QuestionId: 0x1E4, VarStoreId: 0x30, VarOffset: 0x368, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 A9 2C AA 2C E4 01 30 00 68 03 00 10 00 36 01 }
0x7FA59: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FA5F: End { 29 02 }
0x7FA61: End { 29 02 }
0x7FA63: String Prompt: "HPRefOnMRS", Help: "HPRefOnMRS", QuestionFlags: 0x14, QuestionId: 0x2F1A, VarStoreId: 0x30, VarStoreInfo: 0x2DCD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 AB 2C AC 2C 1A 2F 30 00 CD 2D 14 00 14 00 }
0x7FA73: End { 29 02 }
0x7FA75: SuppressIf { 0A 82 }
0x7FA77: True { 46 02 }
0x7FA79: Numeric Prompt: "HPRefOnMRS", Help: "HPRefOnMRS", QuestionFlags: 0x0, QuestionId: 0x1E5, VarStoreId: 0x30, VarOffset: 0x369, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 AB 2C AC 2C E5 01 30 00 69 03 00 10 00 36 01 }
0x7FA8A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FA90: End { 29 02 }
0x7FA92: End { 29 02 }
0x7FA94: String Prompt: "SRX Ref Debits", Help: "SRX Ref Debits", QuestionFlags: 0x14, QuestionId: 0x2F1B, VarStoreId: 0x30, VarStoreInfo: 0x2DF5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 AD 2C AE 2C 1B 2F 30 00 F5 2D 14 00 14 00 }
0x7FAA4: End { 29 02 }
0x7FAA6: SuppressIf { 0A 82 }
0x7FAA8: True { 46 02 }
0x7FAAA: Numeric Prompt: "SRX Ref Debits", Help: "SRX Ref Debits", QuestionFlags: 0x0, QuestionId: 0x1E6, VarStoreId: 0x30, VarOffset: 0x36A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 AD 2C AE 2C E6 01 30 00 6A 03 00 10 00 36 01 }
0x7FABB: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FAC1: End { 29 02 }
0x7FAC3: End { 29 02 }
0x7FAC5: String Prompt: "RAISE BLK WAIT", Help: "RAISE BLK WAIT", QuestionFlags: 0x14, QuestionId: 0x2F1C, VarStoreId: 0x30, VarStoreInfo: 0x2E1D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 AF 2C B0 2C 1C 2F 30 00 1D 2E 14 00 14 00 }
0x7FAD5: End { 29 02 }
0x7FAD7: SuppressIf { 0A 82 }
0x7FAD9: True { 46 02 }
0x7FADB: Numeric Prompt: "RAISE BLK WAIT", Help: "RAISE BLK WAIT", QuestionFlags: 0x0, QuestionId: 0x1E7, VarStoreId: 0x30, VarOffset: 0x36B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 AF 2C B0 2C E7 01 30 00 6B 03 00 10 00 36 01 }
0x7FAEC: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FAF2: End { 29 02 }
0x7FAF4: End { 29 02 }
0x7FAF6: Subtitle Prompt: "Refresh Stagger Structure", Help: "", Flags: 0x0 { 02 87 65 2D 00 00 00 }
0x7FAFD: End { 29 02 }
0x7FAFF: String Prompt: "Ref Stagger En", Help: "Ref Stagger En", QuestionFlags: 0x14, QuestionId: 0x2F1D, VarStoreId: 0x30, VarStoreInfo: 0x2E45, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 B3 2C B4 2C 1D 2F 30 00 45 2E 14 00 14 00 }
0x7FB0F: End { 29 02 }
0x7FB11: SuppressIf { 0A 82 }
0x7FB13: True { 46 02 }
0x7FB15: Numeric Prompt: "Ref Stagger En", Help: "Ref Stagger En", QuestionFlags: 0x0, QuestionId: 0x1E8, VarStoreId: 0x30, VarOffset: 0x36C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 B3 2C B4 2C E8 01 30 00 6C 03 00 10 00 36 01 }
0x7FB26: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FB2C: End { 29 02 }
0x7FB2E: End { 29 02 }
0x7FB30: String Prompt: "Ref Stagger Mode", Help: "Ref Stagger Mode", QuestionFlags: 0x14, QuestionId: 0x2F1E, VarStoreId: 0x30, VarStoreInfo: 0x2E6D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 B5 2C B6 2C 1E 2F 30 00 6D 2E 14 00 14 00 }
0x7FB40: End { 29 02 }
0x7FB42: SuppressIf { 0A 82 }
0x7FB44: True { 46 02 }
0x7FB46: Numeric Prompt: "Ref Stagger Mode", Help: "Ref Stagger Mode", QuestionFlags: 0x0, QuestionId: 0x1E9, VarStoreId: 0x30, VarOffset: 0x36D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 B5 2C B6 2C E9 01 30 00 6D 03 00 10 00 36 01 }
0x7FB57: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FB5D: End { 29 02 }
0x7FB5F: End { 29 02 }
0x7FB61: String Prompt: "Disable Stolen Refresh", Help: "Disable Stolen Refresh", QuestionFlags: 0x14, QuestionId: 0x2F1F, VarStoreId: 0x30, VarStoreInfo: 0x2E95, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 B7 2C B8 2C 1F 2F 30 00 95 2E 14 00 14 00 }
0x7FB71: End { 29 02 }
0x7FB73: SuppressIf { 0A 82 }
0x7FB75: True { 46 02 }
0x7FB77: Numeric Prompt: "Disable Stolen Refresh", Help: "Disable Stolen Refresh", QuestionFlags: 0x0, QuestionId: 0x1EA, VarStoreId: 0x30, VarOffset: 0x36E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 B7 2C B8 2C EA 01 30 00 6E 03 00 10 00 36 01 }
0x7FB88: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FB8E: End { 29 02 }
0x7FB90: End { 29 02 }
0x7FB92: String Prompt: "En Ref Type Display", Help: "En Ref Type Display", QuestionFlags: 0x14, QuestionId: 0x2F20, VarStoreId: 0x30, VarStoreInfo: 0x2EBD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 B9 2C BA 2C 20 2F 30 00 BD 2E 14 00 14 00 }
0x7FBA2: End { 29 02 }
0x7FBA4: SuppressIf { 0A 82 }
0x7FBA6: True { 46 02 }
0x7FBA8: Numeric Prompt: "En Ref Type Display", Help: "En Ref Type Display", QuestionFlags: 0x0, QuestionId: 0x1EB, VarStoreId: 0x30, VarOffset: 0x36F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 B9 2C BA 2C EB 01 30 00 6F 03 00 10 00 36 01 }
0x7FBB9: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FBBF: End { 29 02 }
0x7FBC1: End { 29 02 }
0x7FBC3: String Prompt: "Trefipulse Stagger Disable", Help: "Trefipulse Stagger Disable", QuestionFlags: 0x14, QuestionId: 0x2F21, VarStoreId: 0x30, VarStoreInfo: 0x2EE5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 BB 2C BC 2C 21 2F 30 00 E5 2E 14 00 14 00 }
0x7FBD3: End { 29 02 }
0x7FBD5: SuppressIf { 0A 82 }
0x7FBD7: True { 46 02 }
0x7FBD9: Numeric Prompt: "Trefipulse Stagger Disable", Help: "Trefipulse Stagger Disable", QuestionFlags: 0x0, QuestionId: 0x1EC, VarStoreId: 0x30, VarOffset: 0x370, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 BB 2C BC 2C EC 01 30 00 70 03 00 10 00 36 01 }
0x7FBEA: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FBF0: End { 29 02 }
0x7FBF2: End { 29 02 }
0x7FBF4: Subtitle Prompt: "PRE Command Timing", Help: "", Flags: 0x0 { 02 87 66 2D 00 00 00 }
0x7FBFB: End { 29 02 }
0x7FBFD: String Prompt: "tRPab ext", Help: "tRPab ext", QuestionFlags: 0x14, QuestionId: 0x2F22, VarStoreId: 0x30, VarStoreInfo: 0x2F0D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 BD 2C BE 2C 22 2F 30 00 0D 2F 14 00 14 00 }
0x7FC0D: End { 29 02 }
0x7FC0F: SuppressIf { 0A 82 }
0x7FC11: True { 46 02 }
0x7FC13: Numeric Prompt: "tRPab ext", Help: "tRPab ext", QuestionFlags: 0x0, QuestionId: 0x1ED, VarStoreId: 0x30, VarOffset: 0x371, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 BD 2C BE 2C ED 01 30 00 71 03 00 10 00 36 01 }
0x7FC24: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FC2A: End { 29 02 }
0x7FC2C: End { 29 02 }
0x7FC2E: String Prompt: "derating ext", Help: "derating ext", QuestionFlags: 0x14, QuestionId: 0x2F23, VarStoreId: 0x30, VarStoreInfo: 0x2F35, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 C1 2C C2 2C 23 2F 30 00 35 2F 14 00 14 00 }
0x7FC3E: End { 29 02 }
0x7FC40: SuppressIf { 0A 82 }
0x7FC42: True { 46 02 }
0x7FC44: Numeric Prompt: "derating ext", Help: "derating ext", QuestionFlags: 0x0, QuestionId: 0x1EE, VarStoreId: 0x30, VarOffset: 0x372, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 C1 2C C2 2C EE 01 30 00 72 03 00 10 00 36 01 }
0x7FC55: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FC5B: End { 29 02 }
0x7FC5D: End { 29 02 }
0x7FC5F: String Prompt: "Allow 2cyc B2B LPDDR", Help: "Allow 2cyc B2B LPDDR", QuestionFlags: 0x14, QuestionId: 0x2F24, VarStoreId: 0x30, VarStoreInfo: 0x2F5D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 C3 2C C4 2C 24 2F 30 00 5D 2F 14 00 14 00 }
0x7FC6F: End { 29 02 }
0x7FC71: SuppressIf { 0A 82 }
0x7FC73: True { 46 02 }
0x7FC75: Numeric Prompt: "Allow 2cyc B2B LPDDR", Help: "Allow 2cyc B2B LPDDR", QuestionFlags: 0x0, QuestionId: 0x1EF, VarStoreId: 0x30, VarOffset: 0x373, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 C3 2C C4 2C EF 01 30 00 73 03 00 10 00 36 01 }
0x7FC86: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FC8C: End { 29 02 }
0x7FC8E: End { 29 02 }
0x7FC90: String Prompt: "tCSH", Help: "tCSH", QuestionFlags: 0x14, QuestionId: 0x2F25, VarStoreId: 0x30, VarStoreInfo: 0x2F85, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 C5 2C C6 2C 25 2F 30 00 85 2F 14 00 14 00 }
0x7FCA0: End { 29 02 }
0x7FCA2: SuppressIf { 0A 82 }
0x7FCA4: True { 46 02 }
0x7FCA6: Numeric Prompt: "tCSH", Help: "tCSH", QuestionFlags: 0x0, QuestionId: 0x1F0, VarStoreId: 0x30, VarOffset: 0x374, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 C5 2C C6 2C F0 01 30 00 74 03 00 10 00 36 01 }
0x7FCB7: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FCBD: End { 29 02 }
0x7FCBF: End { 29 02 }
0x7FCC1: String Prompt: "tCSL", Help: "tCSL", QuestionFlags: 0x14, QuestionId: 0x2F26, VarStoreId: 0x30, VarStoreInfo: 0x2FAD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 C7 2C C8 2C 26 2F 30 00 AD 2F 14 00 14 00 }
0x7FCD1: End { 29 02 }
0x7FCD3: SuppressIf { 0A 82 }
0x7FCD5: True { 46 02 }
0x7FCD7: Numeric Prompt: "tCSL", Help: "tCSL", QuestionFlags: 0x0, QuestionId: 0x1F1, VarStoreId: 0x30, VarOffset: 0x375, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 C7 2C C8 2C F1 01 30 00 75 03 00 10 00 36 01 }
0x7FCE8: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FCEE: End { 29 02 }
0x7FCF0: End { 29 02 }
0x7FCF2: Subtitle Prompt: "Power Down", Help: "", Flags: 0x0 { 02 87 67 2D 00 00 00 }
0x7FCF9: End { 29 02 }
0x7FCFB: String Prompt: "powerdown Enable", Help: "powerdown Enable", QuestionFlags: 0x14, QuestionId: 0x2F28, VarStoreId: 0x30, VarStoreInfo: 0x2FFD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 CB 2C CC 2C 28 2F 30 00 FD 2F 14 00 14 00 }
0x7FD0B: End { 29 02 }
0x7FD0D: SuppressIf { 0A 82 }
0x7FD0F: True { 46 02 }
0x7FD11: Numeric Prompt: "powerdown Enable", Help: "powerdown Enable", QuestionFlags: 0x0, QuestionId: 0x1F2, VarStoreId: 0x30, VarOffset: 0x378, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 CB 2C CC 2C F2 01 30 00 78 03 00 10 00 36 01 }
0x7FD22: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FD28: End { 29 02 }
0x7FD2A: End { 29 02 }
0x7FD2C: String Prompt: "idle length", Help: "idle length", QuestionFlags: 0x14, QuestionId: 0x2F29, VarStoreId: 0x30, VarStoreInfo: 0x3025, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 CD 2C CE 2C 29 2F 30 00 25 30 14 00 14 00 }
0x7FD3C: End { 29 02 }
0x7FD3E: SuppressIf { 0A 82 }
0x7FD40: True { 46 02 }
0x7FD42: Numeric Prompt: "idle length", Help: "idle length", QuestionFlags: 0x0, QuestionId: 0x1F3, VarStoreId: 0x30, VarOffset: 0x379, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 CD 2C CE 2C F3 01 30 00 79 03 00 10 00 36 01 }
0x7FD53: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FD59: End { 29 02 }
0x7FD5B: End { 29 02 }
0x7FD5D: String Prompt: "raise cke after exit latency", Help: "raise cke after exit latency", QuestionFlags: 0x14, QuestionId: 0x2F2A, VarStoreId: 0x30, VarStoreInfo: 0x304D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 CF 2C D0 2C 2A 2F 30 00 4D 30 14 00 14 00 }
0x7FD6D: End { 29 02 }
0x7FD6F: SuppressIf { 0A 82 }
0x7FD71: True { 46 02 }
0x7FD73: Numeric Prompt: "raise cke after exit latency", Help: "raise cke after exit latency", QuestionFlags: 0x0, QuestionId: 0x1F4, VarStoreId: 0x30, VarOffset: 0x37A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 CF 2C D0 2C F4 01 30 00 7A 03 00 10 00 36 01 }
0x7FD84: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FD8A: End { 29 02 }
0x7FD8C: End { 29 02 }
0x7FD8E: String Prompt: "powerdown latency", Help: "powerdown latency", QuestionFlags: 0x14, QuestionId: 0x2F2B, VarStoreId: 0x30, VarStoreInfo: 0x3075, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 D1 2C D2 2C 2B 2F 30 00 75 30 14 00 14 00 }
0x7FD9E: End { 29 02 }
0x7FDA0: SuppressIf { 0A 82 }
0x7FDA2: True { 46 02 }
0x7FDA4: Numeric Prompt: "powerdown latency", Help: "powerdown latency", QuestionFlags: 0x0, QuestionId: 0x1F5, VarStoreId: 0x30, VarOffset: 0x37B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 D1 2C D2 2C F5 01 30 00 7B 03 00 10 00 36 01 }
0x7FDB5: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FDBB: End { 29 02 }
0x7FDBD: End { 29 02 }
0x7FDBF: String Prompt: "powerdown length", Help: "powerdown length", QuestionFlags: 0x14, QuestionId: 0x2F2C, VarStoreId: 0x30, VarStoreInfo: 0x309D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 D3 2C D4 2C 2C 2F 30 00 9D 30 14 00 14 00 }
0x7FDCF: End { 29 02 }
0x7FDD1: SuppressIf { 0A 82 }
0x7FDD3: True { 46 02 }
0x7FDD5: Numeric Prompt: "powerdown length", Help: "powerdown length", QuestionFlags: 0x0, QuestionId: 0x1F6, VarStoreId: 0x30, VarOffset: 0x37C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 D3 2C D4 2C F6 01 30 00 7C 03 00 10 00 36 01 }
0x7FDE6: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FDEC: End { 29 02 }
0x7FDEE: End { 29 02 }
0x7FDF0: String Prompt: "selfrefresh latency", Help: "selfrefresh latency", QuestionFlags: 0x14, QuestionId: 0x2F2D, VarStoreId: 0x30, VarStoreInfo: 0x30C5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 D5 2C D6 2C 2D 2F 30 00 C5 30 14 00 14 00 }
0x7FE00: End { 29 02 }
0x7FE02: SuppressIf { 0A 82 }
0x7FE04: True { 46 02 }
0x7FE06: Numeric Prompt: "selfrefresh latency", Help: "selfrefresh latency", QuestionFlags: 0x0, QuestionId: 0x1F7, VarStoreId: 0x30, VarOffset: 0x37D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 D5 2C D6 2C F7 01 30 00 7D 03 00 10 00 36 01 }
0x7FE17: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FE1D: End { 29 02 }
0x7FE1F: End { 29 02 }
0x7FE21: String Prompt: "selfrefresh length", Help: "selfrefresh length", QuestionFlags: 0x14, QuestionId: 0x2F2E, VarStoreId: 0x30, VarStoreInfo: 0x30ED, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 D7 2C D8 2C 2E 2F 30 00 ED 30 14 00 14 00 }
0x7FE31: End { 29 02 }
0x7FE33: SuppressIf { 0A 82 }
0x7FE35: True { 46 02 }
0x7FE37: Numeric Prompt: "selfrefresh length", Help: "selfrefresh length", QuestionFlags: 0x0, QuestionId: 0x1F8, VarStoreId: 0x30, VarOffset: 0x37E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 D7 2C D8 2C F8 01 30 00 7E 03 00 10 00 36 01 }
0x7FE48: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FE4E: End { 29 02 }
0x7FE50: End { 29 02 }
0x7FE52: String Prompt: "ckevalid length", Help: "ckevalid length", QuestionFlags: 0x14, QuestionId: 0x2F2F, VarStoreId: 0x30, VarStoreInfo: 0x3115, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 D9 2C DA 2C 2F 2F 30 00 15 31 14 00 14 00 }
0x7FE62: End { 29 02 }
0x7FE64: SuppressIf { 0A 82 }
0x7FE66: True { 46 02 }
0x7FE68: Numeric Prompt: "ckevalid length", Help: "ckevalid length", QuestionFlags: 0x0, QuestionId: 0x1F9, VarStoreId: 0x30, VarOffset: 0x37F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 D9 2C DA 2C F9 01 30 00 7F 03 00 10 00 36 01 }
0x7FE79: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FE7F: End { 29 02 }
0x7FE81: End { 29 02 }
0x7FE83: String Prompt: "ckevalid enable", Help: "ckevalid enable", QuestionFlags: 0x14, QuestionId: 0x2F30, VarStoreId: 0x30, VarStoreInfo: 0x313D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 DB 2C DC 2C 30 2F 30 00 3D 31 14 00 14 00 }
0x7FE93: End { 29 02 }
0x7FE95: SuppressIf { 0A 82 }
0x7FE97: True { 46 02 }
0x7FE99: Numeric Prompt: "ckevalid enable", Help: "ckevalid enable", QuestionFlags: 0x0, QuestionId: 0x1FA, VarStoreId: 0x30, VarOffset: 0x380, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 DB 2C DC 2C FA 01 30 00 80 03 00 10 00 36 01 }
0x7FEAA: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FEB0: End { 29 02 }
0x7FEB2: End { 29 02 }
0x7FEB4: String Prompt: "idle enable", Help: "idle enable", QuestionFlags: 0x14, QuestionId: 0x2F31, VarStoreId: 0x30, VarStoreInfo: 0x3165, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 DD 2C DE 2C 31 2F 30 00 65 31 14 00 14 00 }
0x7FEC4: End { 29 02 }
0x7FEC6: SuppressIf { 0A 82 }
0x7FEC8: True { 46 02 }
0x7FECA: Numeric Prompt: "idle enable", Help: "idle enable", QuestionFlags: 0x0, QuestionId: 0x1FB, VarStoreId: 0x30, VarOffset: 0x381, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 DD 2C DE 2C FB 01 30 00 81 03 00 10 00 36 01 }
0x7FEDB: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FEE1: End { 29 02 }
0x7FEE3: End { 29 02 }
0x7FEE5: String Prompt: "selfrefresh enable", Help: "selfrefresh enable", QuestionFlags: 0x14, QuestionId: 0x2F32, VarStoreId: 0x30, VarStoreInfo: 0x318D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 DF 2C E0 2C 32 2F 30 00 8D 31 14 00 14 00 }
0x7FEF5: End { 29 02 }
0x7FEF7: SuppressIf { 0A 82 }
0x7FEF9: True { 46 02 }
0x7FEFB: Numeric Prompt: "selfrefresh enable", Help: "selfrefresh enable", QuestionFlags: 0x0, QuestionId: 0x1FC, VarStoreId: 0x30, VarOffset: 0x382, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 DF 2C E0 2C FC 01 30 00 82 03 00 10 00 36 01 }
0x7FF0C: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FF12: End { 29 02 }
0x7FF14: End { 29 02 }
0x7FF16: Subtitle Prompt: "Scheduler", Help: "", Flags: 0x0 { 02 87 68 2D 00 00 00 }
0x7FF1D: End { 29 02 }
0x7FF1F: String Prompt: "Address mirror", Help: "Address mirror", QuestionFlags: 0x14, QuestionId: 0x2F33, VarStoreId: 0x30, VarStoreInfo: 0x31B5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E1 2C E2 2C 33 2F 30 00 B5 31 14 00 14 00 }
0x7FF2F: End { 29 02 }
0x7FF31: SuppressIf { 0A 82 }
0x7FF33: True { 46 02 }
0x7FF35: Numeric Prompt: "Address mirror", Help: "Address mirror", QuestionFlags: 0x0, QuestionId: 0x1FD, VarStoreId: 0x30, VarOffset: 0x383, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 E1 2C E2 2C FD 01 30 00 83 03 00 10 00 36 01 }
0x7FF46: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FF4C: End { 29 02 }
0x7FF4E: End { 29 02 }
0x7FF50: String Prompt: "no gear4 param divide", Help: "no gear4 param divide", QuestionFlags: 0x14, QuestionId: 0x2F34, VarStoreId: 0x30, VarStoreInfo: 0x31DD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E3 2C E4 2C 34 2F 30 00 DD 31 14 00 14 00 }
0x7FF60: End { 29 02 }
0x7FF62: SuppressIf { 0A 82 }
0x7FF64: True { 46 02 }
0x7FF66: Numeric Prompt: "no gear4 param divide", Help: "no gear4 param divide", QuestionFlags: 0x0, QuestionId: 0x1FE, VarStoreId: 0x30, VarOffset: 0x384, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 E3 2C E4 2C FE 01 30 00 84 03 00 10 00 36 01 }
0x7FF77: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FF7D: End { 29 02 }
0x7FF7F: End { 29 02 }
0x7FF81: String Prompt: "x8 device", Help: "x8 device", QuestionFlags: 0x14, QuestionId: 0x2F35, VarStoreId: 0x30, VarStoreInfo: 0x3205, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E5 2C E6 2C 35 2F 30 00 05 32 14 00 14 00 }
0x7FF91: End { 29 02 }
0x7FF93: SuppressIf { 0A 82 }
0x7FF95: True { 46 02 }
0x7FF97: Numeric Prompt: "x8 device", Help: "x8 device", QuestionFlags: 0x0, QuestionId: 0x1FF, VarStoreId: 0x30, VarOffset: 0x386, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 E5 2C E6 2C FF 01 30 00 86 03 00 10 00 36 01 }
0x7FFA8: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FFAE: End { 29 02 }
0x7FFB0: End { 29 02 }
0x7FFB2: String Prompt: "no gear2 param divide", Help: "no gear2 param divide", QuestionFlags: 0x14, QuestionId: 0x2F36, VarStoreId: 0x30, VarStoreInfo: 0x322D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E7 2C E8 2C 36 2F 30 00 2D 32 14 00 14 00 }
0x7FFC2: End { 29 02 }
0x7FFC4: SuppressIf { 0A 82 }
0x7FFC6: True { 46 02 }
0x7FFC8: Numeric Prompt: "no gear2 param divide", Help: "no gear2 param divide", QuestionFlags: 0x0, QuestionId: 0x200, VarStoreId: 0x30, VarOffset: 0x385, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 E7 2C E8 2C 00 02 30 00 85 03 00 10 00 36 01 }
0x7FFD9: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x7FFDF: End { 29 02 }
0x7FFE1: End { 29 02 }
0x7FFE3: String Prompt: "ddr 1dpc split ranks on subch", Help: "ddr 1dpc split ranks on subch", QuestionFlags: 0x14, QuestionId: 0x2F37, VarStoreId: 0x30, VarStoreInfo: 0x3255, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E9 2C EA 2C 37 2F 30 00 55 32 14 00 14 00 }
0x7FFF3: End { 29 02 }
0x7FFF5: SuppressIf { 0A 82 }
0x7FFF7: True { 46 02 }
0x7FFF9: Numeric Prompt: "ddr 1dpc split ranks on subch", Help: "ddr 1dpc split ranks on subch", QuestionFlags: 0x0, QuestionId: 0x201, VarStoreId: 0x30, VarOffset: 0x387, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 E9 2C EA 2C 01 02 30 00 87 03 00 10 00 36 01 }
0x8000A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x80010: End { 29 02 }
0x80012: End { 29 02 }
0x80014: String Prompt: "write0 enable", Help: "write0 enable", QuestionFlags: 0x14, QuestionId: 0x2F38, VarStoreId: 0x30, VarStoreInfo: 0x327D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 EB 2C EC 2C 38 2F 30 00 7D 32 14 00 14 00 }
0x80024: End { 29 02 }
0x80026: SuppressIf { 0A 82 }
0x80028: True { 46 02 }
0x8002A: Numeric Prompt: "write0 enable", Help: "write0 enable", QuestionFlags: 0x0, QuestionId: 0x202, VarStoreId: 0x30, VarOffset: 0x388, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 EB 2C EC 2C 02 02 30 00 88 03 00 10 00 36 01 }
0x8003B: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x80041: End { 29 02 }
0x80043: End { 29 02 }
0x80045: String Prompt: "MultiCycCmd", Help: "MultiCycCmd", QuestionFlags: 0x14, QuestionId: 0x2F39, VarStoreId: 0x30, VarStoreInfo: 0x32A5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 ED 2C EE 2C 39 2F 30 00 A5 32 14 00 14 00 }
0x80055: End { 29 02 }
0x80057: SuppressIf { 0A 82 }
0x80059: True { 46 02 }
0x8005B: Numeric Prompt: "MultiCycCmd", Help: "MultiCycCmd", QuestionFlags: 0x0, QuestionId: 0x203, VarStoreId: 0x30, VarOffset: 0x389, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 ED 2C EE 2C 03 02 30 00 89 03 00 10 00 36 01 }
0x8006C: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x80072: End { 29 02 }
0x80074: End { 29 02 }
0x80076: String Prompt: "WCKDiffLowInIdle", Help: "WCKDiffLowInIdle", QuestionFlags: 0x14, QuestionId: 0x2F3A, VarStoreId: 0x30, VarStoreInfo: 0x32CD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 EF 2C F0 2C 3A 2F 30 00 CD 32 14 00 14 00 }
0x80086: End { 29 02 }
0x80088: SuppressIf { 0A 82 }
0x8008A: True { 46 02 }
0x8008C: Numeric Prompt: "WCKDiffLowInIdle", Help: "WCKDiffLowInIdle", QuestionFlags: 0x0, QuestionId: 0x204, VarStoreId: 0x30, VarOffset: 0x38A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 EF 2C F0 2C 04 02 30 00 8A 03 00 10 00 36 01 }
0x8009D: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x800A3: End { 29 02 }
0x800A5: End { 29 02 }
0x800A7: Subtitle Prompt: "Per Bank Refresh", Help: "", Flags: 0x0 { 02 87 69 2D 00 00 00 }
0x800AE: End { 29 02 }
0x800B0: String Prompt: "PBR Disable", Help: "PBR Disable", QuestionFlags: 0x14, QuestionId: 0x2F3B, VarStoreId: 0x30, VarStoreInfo: 0x32F5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F1 2C F2 2C 3B 2F 30 00 F5 32 14 00 14 00 }
0x800C0: End { 29 02 }
0x800C2: SuppressIf { 0A 82 }
0x800C4: True { 46 02 }
0x800C6: Numeric Prompt: "PBR Disable", Help: "PBR Disable", QuestionFlags: 0x0, QuestionId: 0x205, VarStoreId: 0x30, VarOffset: 0x38B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 F1 2C F2 2C 05 02 30 00 8B 03 00 10 00 36 01 }
0x800D7: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x800DD: End { 29 02 }
0x800DF: End { 29 02 }
0x800E1: String Prompt: "PBR OOO Dis", Help: "PBR OOO Dis", QuestionFlags: 0x14, QuestionId: 0x2F3C, VarStoreId: 0x30, VarStoreInfo: 0x331D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F3 2C F4 2C 3C 2F 30 00 1D 33 14 00 14 00 }
0x800F1: End { 29 02 }
0x800F3: SuppressIf { 0A 82 }
0x800F5: True { 46 02 }
0x800F7: Numeric Prompt: "PBR OOO Dis", Help: "PBR OOO Dis", QuestionFlags: 0x0, QuestionId: 0x206, VarStoreId: 0x30, VarOffset: 0x38C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 F3 2C F4 2C 06 02 30 00 8C 03 00 10 00 36 01 }
0x80108: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8010E: End { 29 02 }
0x80110: End { 29 02 }
0x80112: String Prompt: "PBR Disable on hot", Help: "PBR Disable on hot", QuestionFlags: 0x14, QuestionId: 0x2F3D, VarStoreId: 0x30, VarStoreInfo: 0x3345, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F5 2C F6 2C 3D 2F 30 00 45 33 14 00 14 00 }
0x80122: End { 29 02 }
0x80124: SuppressIf { 0A 82 }
0x80126: True { 46 02 }
0x80128: Numeric Prompt: "PBR Disable on hot", Help: "PBR Disable on hot", QuestionFlags: 0x0, QuestionId: 0x207, VarStoreId: 0x30, VarOffset: 0x38D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 F5 2C F6 2C 07 02 30 00 8D 03 00 10 00 36 01 }
0x80139: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8013F: End { 29 02 }
0x80141: End { 29 02 }
0x80143: String Prompt: "PBR Exit on Idle Cnt", Help: "PBR Exit on Idle Cnt", QuestionFlags: 0x14, QuestionId: 0x2F3E, VarStoreId: 0x30, VarStoreInfo: 0x336D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F7 2C F8 2C 3E 2F 30 00 6D 33 14 00 14 00 }
0x80153: End { 29 02 }
0x80155: SuppressIf { 0A 82 }
0x80157: True { 46 02 }
0x80159: Numeric Prompt: "PBR Exit on Idle Cnt", Help: "PBR Exit on Idle Cnt", QuestionFlags: 0x0, QuestionId: 0x208, VarStoreId: 0x30, VarOffset: 0x38E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 F7 2C F8 2C 08 02 30 00 8E 03 00 10 00 36 01 }
0x8016A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x80170: End { 29 02 }
0x80172: End { 29 02 }
0x80174: String Prompt: "tXSR", Help: "tXSR", QuestionFlags: 0x14, QuestionId: 0x2F3F, VarStoreId: 0x30, VarStoreInfo: 0x3395, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 F9 2C FA 2C 3F 2F 30 00 95 33 14 00 14 00 }
0x80184: End { 29 02 }
0x80186: SuppressIf { 0A 82 }
0x80188: True { 46 02 }
0x8018A: Numeric Prompt: "tXSR", Help: "tXSR", QuestionFlags: 0x0, QuestionId: 0x209, VarStoreId: 0x30, VarOffset: 0x38F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 F9 2C FA 2C 09 02 30 00 8F 03 00 11 00 00 36 00 01 00 }
0x8019E: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x801A5: End { 29 02 }
0x801A7: End { 29 02 }
0x801A9: Subtitle Prompt: "WR Delay", Help: "", Flags: 0x0 { 02 87 6A 2D 00 00 00 }
0x801B0: End { 29 02 }
0x801B2: String Prompt: "Dec tCWL", Help: "Dec tCWL", QuestionFlags: 0x14, QuestionId: 0x2F40, VarStoreId: 0x30, VarStoreInfo: 0x33BD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 5E 2D 5F 2D 40 2F 30 00 BD 33 14 00 14 00 }
0x801C2: End { 29 02 }
0x801C4: SuppressIf { 0A 82 }
0x801C6: True { 46 02 }
0x801C8: Numeric Prompt: "Dec tCWL", Help: "Dec tCWL", QuestionFlags: 0x0, QuestionId: 0x20A, VarStoreId: 0x30, VarOffset: 0x391, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 5E 2D 5F 2D 0A 02 30 00 91 03 00 10 00 36 01 }
0x801D9: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x801DF: End { 29 02 }
0x801E1: End { 29 02 }
0x801E3: String Prompt: "Add tCWL", Help: "Add tCWL", QuestionFlags: 0x14, QuestionId: 0x2F41, VarStoreId: 0x30, VarStoreInfo: 0x33E5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 60 2D 61 2D 41 2F 30 00 E5 33 14 00 14 00 }
0x801F3: End { 29 02 }
0x801F5: SuppressIf { 0A 82 }
0x801F7: True { 46 02 }
0x801F9: Numeric Prompt: "Add tCWL", Help: "Add tCWL", QuestionFlags: 0x0, QuestionId: 0x20B, VarStoreId: 0x30, VarOffset: 0x392, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 60 2D 61 2D 0B 02 30 00 92 03 00 10 00 36 01 }
0x8020A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x80210: End { 29 02 }
0x80212: End { 29 02 }
0x80214: String Prompt: "Add 1Qclk delay", Help: "Add 1Qclk delay", QuestionFlags: 0x14, QuestionId: 0x2F42, VarStoreId: 0x30, VarStoreInfo: 0x340D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 62 2D 63 2D 42 2F 30 00 0D 34 14 00 14 00 }
0x80224: End { 29 02 }
0x80226: SuppressIf { 0A 82 }
0x80228: True { 46 02 }
0x8022A: Numeric Prompt: "Add 1Qclk delay", Help: "Add 1Qclk delay", QuestionFlags: 0x0, QuestionId: 0x20C, VarStoreId: 0x30, VarOffset: 0x393, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 62 2D 63 2D 0C 02 30 00 93 03 00 10 00 36 01 }
0x8023B: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x80241: End { 29 02 }
0x80243: End { 29 02 }
0x80245: End { 29 02 }
0x80247: Form FormId: 0x3039, Title: "DRAM SPD Configuration" { 01 86 39 30 EE 2F }
0x8024D: SuppressIf { 0A 82 }
0x8024F: True { 46 02 }
0x80251: OneOf Prompt: "DRAM Die Configuration", Help: "DRAM Die Configuration", QuestionFlags: 0x10, QuestionId: 0x20D, VarStoreId: 0x30, VarOffset: 0x318, Flags: 0x10, Size: 8, Min: 0x41, Max: 0xFF, Step: 0x0 { 05 91 F0 2F F0 2F 0D 02 30 00 18 03 10 10 41 FF 00 }
0x80262: OneOfOption Option: "Auto" Value: 255, Default, MfgDefault { 09 07 F1 2F 30 00 FF }
0x80269: SuppressIf { 0A 82 }
0x8026B: EqIdVal QuestionId: 0x15EC, Value: 0xFF { 12 86 EC 15 FF 00 }
0x80271: Not { 17 02 }
0x80273: End { 29 02 }
0x80275: SuppressIf { 0A 82 }
0x80277: EqIdVal QuestionId: 0x15EB, Value: 0x80AD { 12 86 EB 15 AD 80 }
0x8027D: Not { 17 02 }
0x8027F: End { 29 02 }
0x80281: OneOfOption Option: "A-die" Value: 65 { 09 07 F2 2F 00 00 41 }
0x80288: OneOfOption Option: "M-die" Value: 77 { 09 07 F7 2F 00 00 4D }
0x8028F: OneOfOption Option: "B-die" Value: 66 { 09 07 F3 2F 00 00 42 }
0x80296: End { 29 02 }
0x80298: SuppressIf { 0A 82 }
0x8029A: EqIdVal QuestionId: 0x15EB, Value: 0x802C { 12 86 EB 15 2C 80 }
0x802A0: Not { 17 02 }
0x802A2: End { 29 02 }
0x802A4: OneOfOption Option: "G-die" Value: 71 { 09 07 F6 2F 00 00 47 }
0x802AB: OneOfOption Option: "B-die" Value: 66 { 09 07 F3 2F 00 00 42 }
0x802B2: OneOfOption Option: "D-die" Value: 68 { 09 07 F4 2F 00 00 44 }
0x802B9: End { 29 02 }
0x802BB: SuppressIf { 0A 82 }
0x802BD: EqIdVal QuestionId: 0x15EB, Value: 0x80CE { 12 86 EB 15 CE 80 }
0x802C3: Not { 17 02 }
0x802C5: End { 29 02 }
0x802C7: OneOfOption Option: "D-die" Value: 68 { 09 07 F4 2F 00 00 44 }
0x802CE: OneOfOption Option: "E-die" Value: 69 { 09 07 F5 2F 00 00 45 }
0x802D5: OneOfOption Option: "B-die" Value: 66 { 09 07 F3 2F 00 00 42 }
0x802DC: End { 29 02 }
0x802DE: End { 29 02 }
0x802E0: End { 29 02 }
0x802E2: End { 29 02 }
0x802E4: OneOf Prompt: "SDRAM Density Per Die", Help: "SDRAM Density Per Die", QuestionFlags: 0x10, QuestionId: 0x20E, VarStoreId: 0x30, VarOffset: 0x48A, Flags: 0x10, Size: 8, Min: 0x1, Max: 0xFF, Step: 0x0 { 05 91 F8 2F F8 2F 0E 02 30 00 8A 04 10 10 01 FF 00 }
0x802F5: OneOfOption Option: "Auto" Value: 255, Default, MfgDefault { 09 07 8B 27 30 00 FF }
0x802FC: OneOfOption Option: "4 Gb" Value: 1 { 09 07 F9 2F 00 00 01 }
0x80303: OneOfOption Option: "8 Gb" Value: 2 { 09 07 FA 2F 00 00 02 }
0x8030A: OneOfOption Option: "12 Gb" Value: 3 { 09 07 FB 2F 00 00 03 }
0x80311: OneOfOption Option: "16 Gb" Value: 4 { 09 07 FC 2F 00 00 04 }
0x80318: OneOfOption Option: "24 Gb" Value: 5 { 09 07 FD 2F 00 00 05 }
0x8031F: OneOfOption Option: "32 Gb" Value: 6 { 09 07 FE 2F 00 00 06 }
0x80326: OneOfOption Option: "48 Gb" Value: 7 { 09 07 FF 2F 00 00 07 }
0x8032D: OneOfOption Option: "64 Gb" Value: 8 { 09 07 00 30 00 00 08 }
0x80334: End { 29 02 }
0x80336: OneOf Prompt: "SDRAM Banks Per Bank Group", Help: "SDRAM Banks Per Bank Group", QuestionFlags: 0x10, QuestionId: 0x20F, VarStoreId: 0x30, VarOffset: 0x48B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x0 { 05 91 01 30 01 30 0F 02 30 00 8B 04 10 10 00 FF 00 }
0x80347: OneOfOption Option: "Auto" Value: 255, Default, MfgDefault { 09 07 8B 27 30 00 FF }
0x8034E: OneOfOption Option: "1 bank per bank group" Value: 0 { 09 07 02 30 00 00 00 }
0x80355: OneOfOption Option: "2 bank per bank group" Value: 1 { 09 07 03 30 00 00 01 }
0x8035C: OneOfOption Option: "4 bank per bank group" Value: 2 { 09 07 04 30 00 00 02 }
0x80363: End { 29 02 }
0x80365: OneOf Prompt: "SDRAM Bank Groups", Help: "SDRAM Bank Groups", QuestionFlags: 0x10, QuestionId: 0x210, VarStoreId: 0x30, VarOffset: 0x48C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x0 { 05 91 05 30 05 30 10 02 30 00 8C 04 10 10 00 FF 00 }
0x80376: OneOfOption Option: "Auto" Value: 255, Default, MfgDefault { 09 07 8B 27 30 00 FF }
0x8037D: OneOfOption Option: "1 bank group" Value: 0 { 09 07 06 30 00 00 00 }
0x80384: OneOfOption Option: "2 bank groups" Value: 1 { 09 07 07 30 00 00 01 }
0x8038B: OneOfOption Option: "4 bank groups" Value: 2 { 09 07 08 30 00 00 02 }
0x80392: OneOfOption Option: "8 bank groups" Value: 3 { 09 07 09 30 00 00 03 }
0x80399: End { 29 02 }
0x8039B: End { 29 02 }
0x8039D: Form FormId: 0x303D, Title: "Configure Memory Dynamic Frequency Switching" { 01 86 3D 30 50 2A }
0x803A3: GrayOutIf { 19 82 }
0x803A5: EqIdVal QuestionId: 0x649, Value: 0x1 { 12 06 49 06 01 00 }
0x803AB: OneOf Prompt: "Dynamic Memory Boost", Help: "Enable/Disable Dynamic Memory Boost feature, Allows automatic switching between default SPD Profile frequency and selected XMP profile frequency. Only valid if an XMP Profile is selected.", QuestionFlags: 0x10, QuestionId: 0x211, VarStoreId: 0x4, VarOffset: 0x43C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 D1 08 D2 08 11 02 04 00 3C 04 10 10 00 01 00 }
0x803BC: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x803C3: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x803CA: End { 29 02 }
0x803CC: End { 29 02 }
0x803CE: GrayOutIf { 19 82 }
0x803D0: EqIdVal QuestionId: 0x211, Value: 0x1 { 12 06 11 02 01 00 }
0x803D6: OneOf Prompt: "Realtime Memory Frequency", Help: "Enable/Disable Realtime Memory Frequency feature, Allows manual switching in runtime between default SPD Profile frequency and selected XMP profile frequency. Only valid if an XMP Profile is selected.", QuestionFlags: 0x10, QuestionId: 0x212, VarStoreId: 0x4, VarOffset: 0x44F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 D4 08 D5 08 12 02 04 00 4F 04 10 10 00 01 00 }
0x803E7: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x803EE: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x803F5: End { 29 02 }
0x803F7: End { 29 02 }
0x803F9: OneOf Prompt: "SA GV", Help: "System Agent Geyserville. Can disable, fix to a specific point, or enable frequency switching.
If enabling, recommend to leave options at parked values for best compatibility.
Enabling this feature requires a longer boot time.", QuestionFlags: 0x10, QuestionId: 0x213, VarStoreId: 0x4, VarOffset: 0x1F3, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x5, Step: 0x0 { 05 91 3D 09 3E 09 13 02 04 00 F3 01 10 10 00 05 00 }
0x8040A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x80410: OneOfOption Option: "Disabled" Value: 0 { 09 07 94 00 00 00 00 }
0x80417: OneOfOption Option: "Enabled" Value: 5 { 09 07 93 00 00 00 05 }
0x8041E: OneOfOption Option: "Fixed to 1st Point" Value: 1 { 09 07 3F 09 00 00 01 }
0x80425: OneOfOption Option: "Fixed to 2nd Point" Value: 2 { 09 07 40 09 00 00 02 }
0x8042C: OneOfOption Option: "Fixed to 3rd Point" Value: 3 { 09 07 41 09 00 00 03 }
0x80433: OneOfOption Option: "Fixed to 4th Point" Value: 4 { 09 07 42 09 00 00 04 }
0x8043A: End { 29 02 }
0x8043C: SuppressIf { 0A 82 }
0x8043E: EqIdVal QuestionId: 0x213, Value: 0x0 { 12 06 13 02 00 00 }
0x80444: Numeric Prompt: "First Point Frequency", Help: "Specify the frequency for the given point. 0 - MRC auto, Else a specific frequency as an integer: 2000Mhz", QuestionFlags: 0x10, QuestionId: 0x214, VarStoreId: 0x4, VarOffset: 0x1F4, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 43 09 4B 09 14 02 04 00 F4 01 10 11 00 00 FF FF 01 00 }
0x80458: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x8045F: End { 29 02 }
0x80461: Numeric Prompt: "First Point Gear", Help: "Gear ratio for this SAGV point. 0-Auto, 1-G1, 2-G2, 4-G4", QuestionFlags: 0x10, QuestionId: 0x215, VarStoreId: 0x4, VarOffset: 0x1FC, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x4, Step: 0x1 { 07 91 44 09 4C 09 15 02 04 00 FC 01 10 10 00 04 01 }
0x80472: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x80478: End { 29 02 }
0x8047A: Numeric Prompt: "Second Point Frequency", Help: "Specify the frequency for the given point. 0 - MRC auto, Else a specific frequency as an integer: 2000Mhz", QuestionFlags: 0x10, QuestionId: 0x216, VarStoreId: 0x4, VarOffset: 0x1F6, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 45 09 4B 09 16 02 04 00 F6 01 10 11 00 00 FF FF 01 00 }
0x8048E: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x80495: End { 29 02 }
0x80497: Numeric Prompt: "Second Point Gear", Help: "Gear ratio for this SAGV point. 0-Auto, 1-G1, 2-G2, 4-G4", QuestionFlags: 0x10, QuestionId: 0x217, VarStoreId: 0x4, VarOffset: 0x1FD, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x4, Step: 0x1 { 07 91 46 09 4C 09 17 02 04 00 FD 01 10 10 00 04 01 }
0x804A8: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x804AE: End { 29 02 }
0x804B0: Numeric Prompt: "Third Point Frequency", Help: "Specify the frequency for the given point. 0 - MRC auto, Else a specific frequency as an integer: 2000Mhz", QuestionFlags: 0x10, QuestionId: 0x218, VarStoreId: 0x4, VarOffset: 0x1F8, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 47 09 4B 09 18 02 04 00 F8 01 10 11 00 00 FF FF 01 00 }
0x804C4: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x804CB: End { 29 02 }
0x804CD: Numeric Prompt: "Third Point Gear", Help: "Gear ratio for this SAGV point. 0-Auto, 1-G1, 2-G2, 4-G4", QuestionFlags: 0x10, QuestionId: 0x219, VarStoreId: 0x4, VarOffset: 0x1FE, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x4, Step: 0x1 { 07 91 48 09 4C 09 19 02 04 00 FE 01 10 10 00 04 01 }
0x804DE: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x804E4: End { 29 02 }
0x804E6: Subtitle Prompt: "Fourth Point Gear will always be the settings you set in the main menu, so configure the Fourth Point Gear there.", Help: "", Flags: 0x0 { 02 87 52 2A 00 00 00 }
0x804ED: End { 29 02 }
0x804EF: End { 29 02 }
0x804F1: End { 29 02 }
0x804F3: Form FormId: 0x303E, Title: "Skew Control" { 01 86 3E 30 49 2A }
0x804F9: Ref Prompt: "DDRCRCOMPCTL0/1/2", Help: "DDRCRCOMPCTL0/1/2", QuestionFlags: 0x0, QuestionId: 0x21A, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x3041 { 0F 0F 1F 2E 1F 2E 1A 02 00 00 FF FF 00 41 30 }
0x80508: Ref Prompt: "Equalization page", Help: "Equalization page", QuestionFlags: 0x0, QuestionId: 0x21B, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x3042 { 0F 0F 1C 2E 1C 2E 1B 02 00 00 FF FF 00 42 30 }
0x80517: Ref Prompt: "Tc Odt Control", Help: "Tc Odt Control", QuestionFlags: 0x0, QuestionId: 0x21C, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x3043 { 0F 0F 1D 2E 1D 2E 1C 02 00 00 FF FF 00 43 30 }
0x80526: SuppressIf { 0A 82 }
0x80528: True { 46 02 }
0x8052A: Ref Prompt: "ODTL Control Offset", Help: "ODTL Control Offset", QuestionFlags: 0x0, QuestionId: 0x21D, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x3044 { 0F 0F AD 2D AD 2D 1D 02 00 00 FF FF 00 44 30 }
0x80539: End { 29 02 }
0x8053B: Subtitle Prompt: "MC0 Dimm0", Help: "", Flags: 0x0 { 02 87 9C 2D 00 00 00 }
0x80542: End { 29 02 }
0x80544: OneOf Prompt: "DQ RTT WR", Help: "DQ RTT WR", QuestionFlags: 0x10, QuestionId: 0x21E, VarStoreId: 0x30, VarOffset: 0x2A9, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A0 2D A0 2D 1E 02 30 00 A9 02 10 11 00 00 08 00 00 00 }
0x80558: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80560: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80568: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x80570: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x80578: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x80580: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x80588: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x80590: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x80598: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x805A0: End { 29 02 }
0x805A2: OneOf Prompt: "DQ RTT NOM RD", Help: "DQ RTT NOM RD", QuestionFlags: 0x10, QuestionId: 0x21F, VarStoreId: 0x30, VarOffset: 0x2AB, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A1 2D A1 2D 1F 02 30 00 AB 02 10 11 00 00 08 00 00 00 }
0x805B6: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x805BE: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x805C6: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x805CE: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x805D6: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x805DE: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x805E6: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x805EE: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x805F6: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x805FE: End { 29 02 }
0x80600: OneOf Prompt: "DQ RTT NOM WR", Help: "DQ RTT NOM WR", QuestionFlags: 0x10, QuestionId: 0x220, VarStoreId: 0x30, VarOffset: 0x2AD, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A2 2D A2 2D 20 02 30 00 AD 02 10 11 00 00 08 00 00 00 }
0x80614: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x8061C: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80624: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x8062C: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x80634: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x8063C: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x80644: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x8064C: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x80654: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x8065C: End { 29 02 }
0x8065E: OneOf Prompt: "DQ RTT PARK", Help: "DQ RTT PARK", QuestionFlags: 0x10, QuestionId: 0x221, VarStoreId: 0x30, VarOffset: 0x2AF, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A3 2D A3 2D 21 02 30 00 AF 02 10 11 00 00 08 00 00 00 }
0x80672: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x8067A: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80682: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x8068A: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x80692: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x8069A: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x806A2: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x806AA: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x806B2: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x806BA: End { 29 02 }
0x806BC: OneOf Prompt: "DQ RTT PARK DQS", Help: "DQ RTT PARK DQS", QuestionFlags: 0x10, QuestionId: 0x222, VarStoreId: 0x30, VarOffset: 0x2B1, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A4 2D A4 2D 22 02 30 00 B1 02 10 11 00 00 08 00 00 00 }
0x806D0: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x806D8: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x806E0: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x806E8: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x806F0: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x806F8: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x80700: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x80708: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x80710: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x80718: End { 29 02 }
0x8071A: OneOf Prompt: "GroupA CA ODT", Help: "GroupA CA ODT", QuestionFlags: 0x10, QuestionId: 0x223, VarStoreId: 0x30, VarOffset: 0x2B3, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A5 2D A5 2D 23 02 30 00 B3 02 10 11 00 00 07 00 00 00 }
0x8072E: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80736: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x8073E: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x80746: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x8074E: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x80756: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x8075E: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x80766: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x8076E: End { 29 02 }
0x80770: OneOf Prompt: "GroupA CS ODT", Help: "GroupA CS ODT", QuestionFlags: 0x10, QuestionId: 0x224, VarStoreId: 0x30, VarOffset: 0x2B5, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A6 2D A6 2D 24 02 30 00 B5 02 10 11 00 00 07 00 00 00 }
0x80784: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x8078C: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80794: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x8079C: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x807A4: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x807AC: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x807B4: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x807BC: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x807C4: End { 29 02 }
0x807C6: OneOf Prompt: "GroupA CK ODT", Help: "GroupA CK ODT", QuestionFlags: 0x10, QuestionId: 0x225, VarStoreId: 0x30, VarOffset: 0x2B7, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A7 2D A7 2D 25 02 30 00 B7 02 10 11 00 00 07 00 00 00 }
0x807DA: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x807E2: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x807EA: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x807F2: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x807FA: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x80802: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x8080A: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x80812: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x8081A: End { 29 02 }
0x8081C: OneOf Prompt: "GroupB CA ODT", Help: "GroupB CA ODT", QuestionFlags: 0x10, QuestionId: 0x226, VarStoreId: 0x30, VarOffset: 0x2B9, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A8 2D A8 2D 26 02 30 00 B9 02 10 11 00 00 07 00 00 00 }
0x80830: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80838: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80840: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x80848: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x80850: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x80858: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x80860: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x80868: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x80870: End { 29 02 }
0x80872: OneOf Prompt: "GroupB CS ODT", Help: "GroupB CS ODT", QuestionFlags: 0x10, QuestionId: 0x227, VarStoreId: 0x30, VarOffset: 0x2BB, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A9 2D A9 2D 27 02 30 00 BB 02 10 11 00 00 07 00 00 00 }
0x80886: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x8088E: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80896: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x8089E: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x808A6: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x808AE: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x808B6: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x808BE: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x808C6: End { 29 02 }
0x808C8: OneOf Prompt: "GroupB CK ODT", Help: "GroupB CK ODT", QuestionFlags: 0x10, QuestionId: 0x228, VarStoreId: 0x30, VarOffset: 0x2BD, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 AA 2D AA 2D 28 02 30 00 BD 02 10 11 00 00 07 00 00 00 }
0x808DC: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x808E4: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x808EC: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x808F4: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x808FC: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x80904: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x8090C: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x80914: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x8091C: End { 29 02 }
0x8091E: OneOf Prompt: "Pull-up Output Driver Impedance", Help: "Pull-up Output Driver Impedance", QuestionFlags: 0x10, QuestionId: 0x229, VarStoreId: 0x30, VarOffset: 0x2BF, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x3, Step: 0x0 { 05 94 AB 2D AB 2D 29 02 30 00 BF 02 10 11 00 00 03 00 00 00 }
0x80932: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x8093A: OneOfOption Option: "34 DRAM Clock" Value: 1 { 09 08 94 2D 01 01 01 00 }
0x80942: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x8094A: OneOfOption Option: "48 DRAM Clock" Value: 3 { 09 08 96 2D 01 01 03 00 }
0x80952: End { 29 02 }
0x80954: OneOf Prompt: "Pull-Down Output Driver Impedance", Help: "Pull-Down Output Driver Impedance", QuestionFlags: 0x10, QuestionId: 0x22A, VarStoreId: 0x30, VarOffset: 0x2C1, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x3, Step: 0x0 { 05 94 AC 2D AC 2D 2A 02 30 00 C1 02 10 11 00 00 03 00 00 00 }
0x80968: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80970: OneOfOption Option: "34 DRAM Clock" Value: 1 { 09 08 94 2D 01 01 01 00 }
0x80978: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x80980: OneOfOption Option: "48 DRAM Clock" Value: 3 { 09 08 96 2D 01 01 03 00 }
0x80988: End { 29 02 }
0x8098A: Subtitle Prompt: "MC0 Dimm1", Help: "", Flags: 0x0 { 02 87 9D 2D 00 00 00 }
0x80991: End { 29 02 }
0x80993: OneOf Prompt: "DQ RTT WR", Help: "DQ RTT WR", QuestionFlags: 0x10, QuestionId: 0x22B, VarStoreId: 0x30, VarOffset: 0x2C3, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A0 2D A0 2D 2B 02 30 00 C3 02 10 11 00 00 08 00 00 00 }
0x809A7: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x809AF: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x809B7: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x809BF: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x809C7: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x809CF: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x809D7: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x809DF: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x809E7: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x809EF: End { 29 02 }
0x809F1: OneOf Prompt: "DQ RTT NOM RD", Help: "DQ RTT NOM RD", QuestionFlags: 0x10, QuestionId: 0x22C, VarStoreId: 0x30, VarOffset: 0x2C5, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A1 2D A1 2D 2C 02 30 00 C5 02 10 11 00 00 08 00 00 00 }
0x80A05: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80A0D: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80A15: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x80A1D: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x80A25: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x80A2D: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x80A35: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x80A3D: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x80A45: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x80A4D: End { 29 02 }
0x80A4F: OneOf Prompt: "DQ RTT NOM WR", Help: "DQ RTT NOM WR", QuestionFlags: 0x10, QuestionId: 0x22D, VarStoreId: 0x30, VarOffset: 0x2C7, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A2 2D A2 2D 2D 02 30 00 C7 02 10 11 00 00 08 00 00 00 }
0x80A63: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80A6B: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80A73: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x80A7B: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x80A83: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x80A8B: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x80A93: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x80A9B: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x80AA3: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x80AAB: End { 29 02 }
0x80AAD: OneOf Prompt: "DQ RTT PARK", Help: "DQ RTT PARK", QuestionFlags: 0x10, QuestionId: 0x22E, VarStoreId: 0x30, VarOffset: 0x2C9, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A3 2D A3 2D 2E 02 30 00 C9 02 10 11 00 00 08 00 00 00 }
0x80AC1: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80AC9: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80AD1: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x80AD9: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x80AE1: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x80AE9: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x80AF1: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x80AF9: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x80B01: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x80B09: End { 29 02 }
0x80B0B: OneOf Prompt: "DQ RTT PARK DQS", Help: "DQ RTT PARK DQS", QuestionFlags: 0x10, QuestionId: 0x22F, VarStoreId: 0x30, VarOffset: 0x2CB, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A4 2D A4 2D 2F 02 30 00 CB 02 10 11 00 00 08 00 00 00 }
0x80B1F: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80B27: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80B2F: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x80B37: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x80B3F: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x80B47: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x80B4F: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x80B57: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x80B5F: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x80B67: End { 29 02 }
0x80B69: OneOf Prompt: "GroupA CA ODT", Help: "GroupA CA ODT", QuestionFlags: 0x10, QuestionId: 0x230, VarStoreId: 0x30, VarOffset: 0x2CD, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A5 2D A5 2D 30 02 30 00 CD 02 10 11 00 00 07 00 00 00 }
0x80B7D: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80B85: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80B8D: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x80B95: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x80B9D: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x80BA5: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x80BAD: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x80BB5: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x80BBD: End { 29 02 }
0x80BBF: OneOf Prompt: "GroupA CS ODT", Help: "GroupA CS ODT", QuestionFlags: 0x10, QuestionId: 0x231, VarStoreId: 0x30, VarOffset: 0x2CF, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A6 2D A6 2D 31 02 30 00 CF 02 10 11 00 00 07 00 00 00 }
0x80BD3: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80BDB: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80BE3: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x80BEB: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x80BF3: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x80BFB: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x80C03: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x80C0B: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x80C13: End { 29 02 }
0x80C15: OneOf Prompt: "GroupA CK ODT", Help: "GroupA CK ODT", QuestionFlags: 0x10, QuestionId: 0x232, VarStoreId: 0x30, VarOffset: 0x2D1, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A7 2D A7 2D 32 02 30 00 D1 02 10 11 00 00 07 00 00 00 }
0x80C29: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80C31: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80C39: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x80C41: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x80C49: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x80C51: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x80C59: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x80C61: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x80C69: End { 29 02 }
0x80C6B: OneOf Prompt: "GroupB CA ODT", Help: "GroupB CA ODT", QuestionFlags: 0x10, QuestionId: 0x233, VarStoreId: 0x30, VarOffset: 0x2D3, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A8 2D A8 2D 33 02 30 00 D3 02 10 11 00 00 07 00 00 00 }
0x80C7F: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80C87: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80C8F: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x80C97: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x80C9F: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x80CA7: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x80CAF: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x80CB7: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x80CBF: End { 29 02 }
0x80CC1: OneOf Prompt: "GroupB CS ODT", Help: "GroupB CS ODT", QuestionFlags: 0x10, QuestionId: 0x234, VarStoreId: 0x30, VarOffset: 0x2D5, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A9 2D A9 2D 34 02 30 00 D5 02 10 11 00 00 07 00 00 00 }
0x80CD5: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80CDD: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80CE5: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x80CED: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x80CF5: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x80CFD: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x80D05: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x80D0D: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x80D15: End { 29 02 }
0x80D17: OneOf Prompt: "GroupB CK ODT", Help: "GroupB CK ODT", QuestionFlags: 0x10, QuestionId: 0x235, VarStoreId: 0x30, VarOffset: 0x2D7, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 AA 2D AA 2D 35 02 30 00 D7 02 10 11 00 00 07 00 00 00 }
0x80D2B: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80D33: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80D3B: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x80D43: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x80D4B: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x80D53: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x80D5B: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x80D63: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x80D6B: End { 29 02 }
0x80D6D: OneOf Prompt: "Pull-up Output Driver Impedance", Help: "Pull-up Output Driver Impedance", QuestionFlags: 0x10, QuestionId: 0x236, VarStoreId: 0x30, VarOffset: 0x2D9, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x3, Step: 0x0 { 05 94 AB 2D AB 2D 36 02 30 00 D9 02 10 11 00 00 03 00 00 00 }
0x80D81: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80D89: OneOfOption Option: "34 DRAM Clock" Value: 1 { 09 08 94 2D 01 01 01 00 }
0x80D91: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x80D99: OneOfOption Option: "48 DRAM Clock" Value: 3 { 09 08 96 2D 01 01 03 00 }
0x80DA1: End { 29 02 }
0x80DA3: OneOf Prompt: "Pull-Down Output Driver Impedance", Help: "Pull-Down Output Driver Impedance", QuestionFlags: 0x10, QuestionId: 0x237, VarStoreId: 0x30, VarOffset: 0x2DB, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x3, Step: 0x0 { 05 94 AC 2D AC 2D 37 02 30 00 DB 02 10 11 00 00 03 00 00 00 }
0x80DB7: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80DBF: OneOfOption Option: "34 DRAM Clock" Value: 1 { 09 08 94 2D 01 01 01 00 }
0x80DC7: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x80DCF: OneOfOption Option: "48 DRAM Clock" Value: 3 { 09 08 96 2D 01 01 03 00 }
0x80DD7: End { 29 02 }
0x80DD9: Subtitle Prompt: "MC1 Dimm0", Help: "", Flags: 0x0 { 02 87 9E 2D 00 00 00 }
0x80DE0: End { 29 02 }
0x80DE2: OneOf Prompt: "DQ RTT WR", Help: "DQ RTT WR", QuestionFlags: 0x10, QuestionId: 0x238, VarStoreId: 0x30, VarOffset: 0x2DD, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A0 2D A0 2D 38 02 30 00 DD 02 10 11 00 00 08 00 00 00 }
0x80DF6: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80DFE: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80E06: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x80E0E: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x80E16: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x80E1E: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x80E26: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x80E2E: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x80E36: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x80E3E: End { 29 02 }
0x80E40: OneOf Prompt: "DQ RTT NOM RD", Help: "DQ RTT NOM RD", QuestionFlags: 0x10, QuestionId: 0x239, VarStoreId: 0x30, VarOffset: 0x2DF, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A1 2D A1 2D 39 02 30 00 DF 02 10 11 00 00 08 00 00 00 }
0x80E54: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80E5C: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80E64: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x80E6C: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x80E74: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x80E7C: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x80E84: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x80E8C: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x80E94: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x80E9C: End { 29 02 }
0x80E9E: OneOf Prompt: "DQ RTT NOM WR", Help: "DQ RTT NOM WR", QuestionFlags: 0x10, QuestionId: 0x23A, VarStoreId: 0x30, VarOffset: 0x2E1, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A2 2D A2 2D 3A 02 30 00 E1 02 10 11 00 00 08 00 00 00 }
0x80EB2: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80EBA: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80EC2: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x80ECA: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x80ED2: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x80EDA: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x80EE2: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x80EEA: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x80EF2: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x80EFA: End { 29 02 }
0x80EFC: OneOf Prompt: "DQ RTT PARK", Help: "DQ RTT PARK", QuestionFlags: 0x10, QuestionId: 0x23B, VarStoreId: 0x30, VarOffset: 0x2E3, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A3 2D A3 2D 3B 02 30 00 E3 02 10 11 00 00 08 00 00 00 }
0x80F10: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80F18: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80F20: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x80F28: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x80F30: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x80F38: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x80F40: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x80F48: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x80F50: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x80F58: End { 29 02 }
0x80F5A: OneOf Prompt: "DQ RTT PARK DQS", Help: "DQ RTT PARK DQS", QuestionFlags: 0x10, QuestionId: 0x23C, VarStoreId: 0x30, VarOffset: 0x2E5, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A4 2D A4 2D 3C 02 30 00 E5 02 10 11 00 00 08 00 00 00 }
0x80F6E: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80F76: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80F7E: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x80F86: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x80F8E: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x80F96: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x80F9E: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x80FA6: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x80FAE: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x80FB6: End { 29 02 }
0x80FB8: OneOf Prompt: "GroupA CA ODT", Help: "GroupA CA ODT", QuestionFlags: 0x10, QuestionId: 0x23D, VarStoreId: 0x30, VarOffset: 0x2E7, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A5 2D A5 2D 3D 02 30 00 E7 02 10 11 00 00 07 00 00 00 }
0x80FCC: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x80FD4: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x80FDC: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x80FE4: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x80FEC: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x80FF4: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x80FFC: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x81004: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x8100C: End { 29 02 }
0x8100E: OneOf Prompt: "GroupA CS ODT", Help: "GroupA CS ODT", QuestionFlags: 0x10, QuestionId: 0x23E, VarStoreId: 0x30, VarOffset: 0x2E9, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A6 2D A6 2D 3E 02 30 00 E9 02 10 11 00 00 07 00 00 00 }
0x81022: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x8102A: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x81032: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x8103A: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x81042: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x8104A: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x81052: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x8105A: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x81062: End { 29 02 }
0x81064: OneOf Prompt: "GroupA CK ODT", Help: "GroupA CK ODT", QuestionFlags: 0x10, QuestionId: 0x23F, VarStoreId: 0x30, VarOffset: 0x2EB, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A7 2D A7 2D 3F 02 30 00 EB 02 10 11 00 00 07 00 00 00 }
0x81078: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x81080: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x81088: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x81090: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x81098: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x810A0: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x810A8: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x810B0: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x810B8: End { 29 02 }
0x810BA: OneOf Prompt: "GroupB CA ODT", Help: "GroupB CA ODT", QuestionFlags: 0x10, QuestionId: 0x240, VarStoreId: 0x30, VarOffset: 0x2ED, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A8 2D A8 2D 40 02 30 00 ED 02 10 11 00 00 07 00 00 00 }
0x810CE: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x810D6: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x810DE: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x810E6: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x810EE: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x810F6: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x810FE: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x81106: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x8110E: End { 29 02 }
0x81110: OneOf Prompt: "GroupB CS ODT", Help: "GroupB CS ODT", QuestionFlags: 0x10, QuestionId: 0x241, VarStoreId: 0x30, VarOffset: 0x2EF, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A9 2D A9 2D 41 02 30 00 EF 02 10 11 00 00 07 00 00 00 }
0x81124: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x8112C: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x81134: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x8113C: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x81144: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x8114C: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x81154: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x8115C: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x81164: End { 29 02 }
0x81166: OneOf Prompt: "GroupB CK ODT", Help: "GroupB CK ODT", QuestionFlags: 0x10, QuestionId: 0x242, VarStoreId: 0x30, VarOffset: 0x2F1, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 AA 2D AA 2D 42 02 30 00 F1 02 10 11 00 00 07 00 00 00 }
0x8117A: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x81182: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x8118A: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x81192: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x8119A: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x811A2: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x811AA: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x811B2: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x811BA: End { 29 02 }
0x811BC: OneOf Prompt: "Pull-up Output Driver Impedance", Help: "Pull-up Output Driver Impedance", QuestionFlags: 0x10, QuestionId: 0x243, VarStoreId: 0x30, VarOffset: 0x2F3, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x3, Step: 0x0 { 05 94 AB 2D AB 2D 43 02 30 00 F3 02 10 11 00 00 03 00 00 00 }
0x811D0: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x811D8: OneOfOption Option: "34 DRAM Clock" Value: 1 { 09 08 94 2D 01 01 01 00 }
0x811E0: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x811E8: OneOfOption Option: "48 DRAM Clock" Value: 3 { 09 08 96 2D 01 01 03 00 }
0x811F0: End { 29 02 }
0x811F2: OneOf Prompt: "Pull-Down Output Driver Impedance", Help: "Pull-Down Output Driver Impedance", QuestionFlags: 0x10, QuestionId: 0x244, VarStoreId: 0x30, VarOffset: 0x2F5, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x3, Step: 0x0 { 05 94 AC 2D AC 2D 44 02 30 00 F5 02 10 11 00 00 03 00 00 00 }
0x81206: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x8120E: OneOfOption Option: "34 DRAM Clock" Value: 1 { 09 08 94 2D 01 01 01 00 }
0x81216: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x8121E: OneOfOption Option: "48 DRAM Clock" Value: 3 { 09 08 96 2D 01 01 03 00 }
0x81226: End { 29 02 }
0x81228: Subtitle Prompt: "MC1 Dimm1", Help: "", Flags: 0x0 { 02 87 9F 2D 00 00 00 }
0x8122F: End { 29 02 }
0x81231: OneOf Prompt: "DQ RTT WR", Help: "DQ RTT WR", QuestionFlags: 0x10, QuestionId: 0x245, VarStoreId: 0x30, VarOffset: 0x2F7, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A0 2D A0 2D 45 02 30 00 F7 02 10 11 00 00 08 00 00 00 }
0x81245: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x8124D: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x81255: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x8125D: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x81265: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x8126D: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x81275: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x8127D: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x81285: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x8128D: End { 29 02 }
0x8128F: OneOf Prompt: "DQ RTT NOM RD", Help: "DQ RTT NOM RD", QuestionFlags: 0x10, QuestionId: 0x246, VarStoreId: 0x30, VarOffset: 0x2F9, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A1 2D A1 2D 46 02 30 00 F9 02 10 11 00 00 08 00 00 00 }
0x812A3: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x812AB: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x812B3: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x812BB: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x812C3: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x812CB: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x812D3: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x812DB: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x812E3: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x812EB: End { 29 02 }
0x812ED: OneOf Prompt: "DQ RTT NOM WR", Help: "DQ RTT NOM WR", QuestionFlags: 0x10, QuestionId: 0x247, VarStoreId: 0x30, VarOffset: 0x2FB, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A2 2D A2 2D 47 02 30 00 FB 02 10 11 00 00 08 00 00 00 }
0x81301: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x81309: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x81311: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x81319: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x81321: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x81329: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x81331: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x81339: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x81341: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x81349: End { 29 02 }
0x8134B: OneOf Prompt: "DQ RTT PARK", Help: "DQ RTT PARK", QuestionFlags: 0x10, QuestionId: 0x248, VarStoreId: 0x30, VarOffset: 0x2FD, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A3 2D A3 2D 48 02 30 00 FD 02 10 11 00 00 08 00 00 00 }
0x8135F: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x81367: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x8136F: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x81377: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x8137F: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x81387: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x8138F: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x81397: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x8139F: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x813A7: End { 29 02 }
0x813A9: OneOf Prompt: "DQ RTT PARK DQS", Help: "DQ RTT PARK DQS", QuestionFlags: 0x10, QuestionId: 0x249, VarStoreId: 0x30, VarOffset: 0x2FF, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x8, Step: 0x0 { 05 94 A4 2D A4 2D 49 02 30 00 FF 02 10 11 00 00 08 00 00 00 }
0x813BD: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x813C5: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x813CD: OneOfOption Option: "34 DRAM Clock" Value: 2 { 09 08 94 2D 01 01 02 00 }
0x813D5: OneOfOption Option: "40 DRAM Clock" Value: 3 { 09 08 95 2D 01 01 03 00 }
0x813DD: OneOfOption Option: "48 DRAM Clock" Value: 4 { 09 08 96 2D 01 01 04 00 }
0x813E5: OneOfOption Option: "60 DRAM Clock" Value: 5 { 09 08 97 2D 01 01 05 00 }
0x813ED: OneOfOption Option: "80 DRAM Clock" Value: 6 { 09 08 98 2D 01 01 06 00 }
0x813F5: OneOfOption Option: "120 DRAM Clock" Value: 7 { 09 08 99 2D 01 01 07 00 }
0x813FD: OneOfOption Option: "240 DRAM Clock" Value: 8 { 09 08 9A 2D 01 01 08 00 }
0x81405: End { 29 02 }
0x81407: OneOf Prompt: "GroupA CA ODT", Help: "GroupA CA ODT", QuestionFlags: 0x10, QuestionId: 0x24A, VarStoreId: 0x30, VarOffset: 0x301, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A5 2D A5 2D 4A 02 30 00 01 03 10 11 00 00 07 00 00 00 }
0x8141B: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x81423: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x8142B: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x81433: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x8143B: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x81443: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x8144B: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x81453: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x8145B: End { 29 02 }
0x8145D: OneOf Prompt: "GroupA CS ODT", Help: "GroupA CS ODT", QuestionFlags: 0x10, QuestionId: 0x24B, VarStoreId: 0x30, VarOffset: 0x303, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A6 2D A6 2D 4B 02 30 00 03 03 10 11 00 00 07 00 00 00 }
0x81471: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x81479: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x81481: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x81489: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x81491: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x81499: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x814A1: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x814A9: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x814B1: End { 29 02 }
0x814B3: OneOf Prompt: "GroupA CK ODT", Help: "GroupA CK ODT", QuestionFlags: 0x10, QuestionId: 0x24C, VarStoreId: 0x30, VarOffset: 0x305, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A7 2D A7 2D 4C 02 30 00 05 03 10 11 00 00 07 00 00 00 }
0x814C7: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x814CF: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x814D7: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x814DF: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x814E7: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x814EF: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x814F7: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x814FF: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x81507: End { 29 02 }
0x81509: OneOf Prompt: "GroupB CA ODT", Help: "GroupB CA ODT", QuestionFlags: 0x10, QuestionId: 0x24D, VarStoreId: 0x30, VarOffset: 0x307, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A8 2D A8 2D 4D 02 30 00 07 03 10 11 00 00 07 00 00 00 }
0x8151D: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x81525: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x8152D: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x81535: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x8153D: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x81545: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x8154D: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x81555: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x8155D: End { 29 02 }
0x8155F: OneOf Prompt: "GroupB CS ODT", Help: "GroupB CS ODT", QuestionFlags: 0x10, QuestionId: 0x24E, VarStoreId: 0x30, VarOffset: 0x309, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 A9 2D A9 2D 4E 02 30 00 09 03 10 11 00 00 07 00 00 00 }
0x81573: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x8157B: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x81583: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x8158B: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x81593: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x8159B: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x815A3: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x815AB: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x815B3: End { 29 02 }
0x815B5: OneOf Prompt: "GroupB CK ODT", Help: "GroupB CK ODT", QuestionFlags: 0x10, QuestionId: 0x24F, VarStoreId: 0x30, VarOffset: 0x30B, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x7, Step: 0x0 { 05 94 AA 2D AA 2D 4F 02 30 00 0B 03 10 11 00 00 07 00 00 00 }
0x815C9: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x815D1: OneOfOption Option: "0 DRAM Clock" Value: 1 { 09 08 93 2D 01 01 01 00 }
0x815D9: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x815E1: OneOfOption Option: "60 DRAM Clock" Value: 3 { 09 08 97 2D 01 01 03 00 }
0x815E9: OneOfOption Option: "80 DRAM Clock" Value: 4 { 09 08 98 2D 01 01 04 00 }
0x815F1: OneOfOption Option: "120 DRAM Clock" Value: 5 { 09 08 99 2D 01 01 05 00 }
0x815F9: OneOfOption Option: "240 DRAM Clock" Value: 6 { 09 08 9A 2D 01 01 06 00 }
0x81601: OneOfOption Option: "480 DRAM Clock" Value: 7 { 09 08 9B 2D 01 01 07 00 }
0x81609: End { 29 02 }
0x8160B: OneOf Prompt: "Pull-up Output Driver Impedance", Help: "Pull-up Output Driver Impedance", QuestionFlags: 0x10, QuestionId: 0x250, VarStoreId: 0x30, VarOffset: 0x30D, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x3, Step: 0x0 { 05 94 AB 2D AB 2D 50 02 30 00 0D 03 10 11 00 00 03 00 00 00 }
0x8161F: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x81627: OneOfOption Option: "34 DRAM Clock" Value: 1 { 09 08 94 2D 01 01 01 00 }
0x8162F: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x81637: OneOfOption Option: "48 DRAM Clock" Value: 3 { 09 08 96 2D 01 01 03 00 }
0x8163F: End { 29 02 }
0x81641: OneOf Prompt: "Pull-Down Output Driver Impedance", Help: "Pull-Down Output Driver Impedance", QuestionFlags: 0x10, QuestionId: 0x251, VarStoreId: 0x30, VarOffset: 0x30F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x3, Step: 0x0 { 05 94 AC 2D AC 2D 51 02 30 00 0F 03 10 11 00 00 03 00 00 00 }
0x81655: OneOfOption Option: "Auto" Value: 0, Default { 09 08 8B 27 11 01 00 00 }
0x8165D: OneOfOption Option: "34 DRAM Clock" Value: 1 { 09 08 94 2D 01 01 01 00 }
0x81665: OneOfOption Option: "40 DRAM Clock" Value: 2 { 09 08 95 2D 01 01 02 00 }
0x8166D: OneOfOption Option: "48 DRAM Clock" Value: 3 { 09 08 96 2D 01 01 03 00 }
0x81675: End { 29 02 }
0x81677: End { 29 02 }
0x81679: Form FormId: 0x303F, Title: "RTL IOL Control" { 01 86 3F 30 8D 2D }
0x8167F: String Prompt: "Round Trip Latency Init Value MC0 CHA", Help: "Round Trip Latency Init Value MC0 CHA", QuestionFlags: 0x14, QuestionId: 0x2EA4, VarStoreId: 0x30, VarStoreInfo: 0x34FD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 06 2D 07 2D A4 2E 30 00 FD 34 14 00 14 00 }
0x8168F: End { 29 02 }
0x81691: SuppressIf { 0A 82 }
0x81693: True { 46 02 }
0x81695: Numeric Prompt: "Round Trip Latency Init Value MC0 CHA", Help: "Round Trip Latency Init Value MC0 CHA", QuestionFlags: 0x0, QuestionId: 0x252, VarStoreId: 0x30, VarOffset: 0x39E, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 06 2D 07 2D 52 02 30 00 9E 03 00 11 00 00 36 00 01 00 }
0x816A9: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x816B0: End { 29 02 }
0x816B2: End { 29 02 }
0x816B4: String Prompt: "Round Trip Latency Max Value MC0 CHA", Help: "Round Trip Latency Max Value MC0 CHA", QuestionFlags: 0x14, QuestionId: 0x2EA5, VarStoreId: 0x30, VarStoreInfo: 0x363D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 08 2D 08 2D A5 2E 30 00 3D 36 14 00 14 00 }
0x816C4: End { 29 02 }
0x816C6: SuppressIf { 0A 82 }
0x816C8: True { 46 02 }
0x816CA: Numeric Prompt: "Round Trip Latency Max Value MC0 CHA", Help: "Round Trip Latency Max Value MC0 CHA", QuestionFlags: 0x0, QuestionId: 0x253, VarStoreId: 0x30, VarOffset: 0x3B2, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 08 2D 08 2D 53 02 30 00 B2 03 00 11 00 00 36 00 01 00 }
0x816DE: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x816E5: End { 29 02 }
0x816E7: End { 29 02 }
0x816E9: OneOf Prompt: "Round Trip Latency Offset Value Mode Sign MC0 CHA ", Help: "Round Trip Latency Offset Value Mode Sign MC0 CHA ", QuestionFlags: 0x10, QuestionId: 0x254, VarStoreId: 0x30, VarOffset: 0x3AE, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 09 2D 09 2D 54 02 30 00 AE 03 10 10 00 01 00 }
0x816FA: OneOfOption Option: "-" Value: 1, Default { 09 07 D6 2D 10 00 01 }
0x81701: OneOfOption Option: "+" Value: 0 { 09 07 D5 2D 00 00 00 }
0x81708: End { 29 02 }
0x8170A: String Prompt: "Round Trip Latency Offset Value MC0 CHA", Help: "Round Trip Latency Offset Value MC0 CHA", QuestionFlags: 0x14, QuestionId: 0x2EA6, VarStoreId: 0x30, VarStoreInfo: 0x359D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 0A 2D 0B 2D A6 2E 30 00 9D 35 14 00 14 00 }
0x8171A: End { 29 02 }
0x8171C: SuppressIf { 0A 82 }
0x8171E: True { 46 02 }
0x81720: Numeric Prompt: "Round Trip Latency Offset Value MC0 CHA", Help: "Round Trip Latency Offset Value MC0 CHA", QuestionFlags: 0x0, QuestionId: 0x255, VarStoreId: 0x30, VarOffset: 0x3A6, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 0A 2D 0B 2D 55 02 30 00 A6 03 00 11 00 00 36 00 01 00 }
0x81734: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x8173B: End { 29 02 }
0x8173D: End { 29 02 }
0x8173F: String Prompt: "Round Trip Latency Init Value MC0 CHB", Help: "Round Trip Latency Init Value MC0 CHB", QuestionFlags: 0x14, QuestionId: 0x2EA7, VarStoreId: 0x30, VarStoreInfo: 0x3525, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 0C 2D 0D 2D A7 2E 30 00 25 35 14 00 14 00 }
0x8174F: End { 29 02 }
0x81751: SuppressIf { 0A 82 }
0x81753: True { 46 02 }
0x81755: Numeric Prompt: "Round Trip Latency Init Value MC0 CHB", Help: "Round Trip Latency Init Value MC0 CHB", QuestionFlags: 0x0, QuestionId: 0x256, VarStoreId: 0x30, VarOffset: 0x3A0, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 0C 2D 0D 2D 56 02 30 00 A0 03 00 11 00 00 36 00 01 00 }
0x81769: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81770: End { 29 02 }
0x81772: End { 29 02 }
0x81774: String Prompt: "Round Trip Latency Max Value MC0 CHB", Help: "Round Trip Latency Max Value MC0 CHB", QuestionFlags: 0x14, QuestionId: 0x2EA8, VarStoreId: 0x30, VarStoreInfo: 0x3665, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 0E 2D 0E 2D A8 2E 30 00 65 36 14 00 14 00 }
0x81784: End { 29 02 }
0x81786: SuppressIf { 0A 82 }
0x81788: True { 46 02 }
0x8178A: Numeric Prompt: "Round Trip Latency Max Value MC0 CHB", Help: "Round Trip Latency Max Value MC0 CHB", QuestionFlags: 0x0, QuestionId: 0x257, VarStoreId: 0x30, VarOffset: 0x3B4, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 0E 2D 0E 2D 57 02 30 00 B4 03 00 11 00 00 36 00 01 00 }
0x8179E: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x817A5: End { 29 02 }
0x817A7: End { 29 02 }
0x817A9: OneOf Prompt: "Round Trip Latency Offset Value Mode Sign MC0 CHB ", Help: "Round Trip Latency Offset Value Mode Sign MC0 CHB ", QuestionFlags: 0x10, QuestionId: 0x258, VarStoreId: 0x30, VarOffset: 0x3AF, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 0F 2D 0F 2D 58 02 30 00 AF 03 10 10 00 01 00 }
0x817BA: OneOfOption Option: "-" Value: 1, Default { 09 07 D6 2D 10 00 01 }
0x817C1: OneOfOption Option: "+" Value: 0 { 09 07 D5 2D 00 00 00 }
0x817C8: End { 29 02 }
0x817CA: String Prompt: "Round Trip Latency Offset Value MC0 CHB", Help: "Round Trip Latency Offset Value MC0 CHB", QuestionFlags: 0x14, QuestionId: 0x2EA9, VarStoreId: 0x30, VarStoreInfo: 0x35C5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 10 2D 11 2D A9 2E 30 00 C5 35 14 00 14 00 }
0x817DA: End { 29 02 }
0x817DC: SuppressIf { 0A 82 }
0x817DE: True { 46 02 }
0x817E0: Numeric Prompt: "Round Trip Latency Offset Value MC0 CHB", Help: "Round Trip Latency Offset Value MC0 CHB", QuestionFlags: 0x0, QuestionId: 0x259, VarStoreId: 0x30, VarOffset: 0x3A8, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 10 2D 11 2D 59 02 30 00 A8 03 00 11 00 00 36 00 01 00 }
0x817F4: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x817FB: End { 29 02 }
0x817FD: End { 29 02 }
0x817FF: String Prompt: "Round Trip Latency Init Value MC1 CHA", Help: "Round Trip Latency Init Value MC1 CHA", QuestionFlags: 0x14, QuestionId: 0x2EAA, VarStoreId: 0x30, VarStoreInfo: 0x354D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 12 2D 13 2D AA 2E 30 00 4D 35 14 00 14 00 }
0x8180F: End { 29 02 }
0x81811: SuppressIf { 0A 82 }
0x81813: True { 46 02 }
0x81815: Numeric Prompt: "Round Trip Latency Init Value MC1 CHA", Help: "Round Trip Latency Init Value MC1 CHA", QuestionFlags: 0x0, QuestionId: 0x25A, VarStoreId: 0x30, VarOffset: 0x3A2, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 12 2D 13 2D 5A 02 30 00 A2 03 00 11 00 00 36 00 01 00 }
0x81829: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81830: End { 29 02 }
0x81832: End { 29 02 }
0x81834: String Prompt: "Round Trip Latency Max Value MC1 CHA", Help: "Round Trip Latency Max Value MC1 CHA", QuestionFlags: 0x14, QuestionId: 0x2EAB, VarStoreId: 0x30, VarStoreInfo: 0x368D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 14 2D 14 2D AB 2E 30 00 8D 36 14 00 14 00 }
0x81844: End { 29 02 }
0x81846: SuppressIf { 0A 82 }
0x81848: True { 46 02 }
0x8184A: Numeric Prompt: "Round Trip Latency Max Value MC1 CHA", Help: "Round Trip Latency Max Value MC1 CHA", QuestionFlags: 0x0, QuestionId: 0x25B, VarStoreId: 0x30, VarOffset: 0x3B6, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 14 2D 14 2D 5B 02 30 00 B6 03 00 11 00 00 36 00 01 00 }
0x8185E: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81865: End { 29 02 }
0x81867: End { 29 02 }
0x81869: OneOf Prompt: "Round Trip Latency Offset Value Mode Sign MC1 CHA ", Help: "Round Trip Latency Offset Value Mode Sign MC1 CHA ", QuestionFlags: 0x10, QuestionId: 0x25C, VarStoreId: 0x30, VarOffset: 0x3B0, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 15 2D 15 2D 5C 02 30 00 B0 03 10 10 00 01 00 }
0x8187A: OneOfOption Option: "-" Value: 1, Default { 09 07 D6 2D 10 00 01 }
0x81881: OneOfOption Option: "+" Value: 0 { 09 07 D5 2D 00 00 00 }
0x81888: End { 29 02 }
0x8188A: String Prompt: "Round Trip Latency Offset Value MC1 CHA", Help: "Round Trip Latency Offset Value MC1 CHA", QuestionFlags: 0x14, QuestionId: 0x2EAC, VarStoreId: 0x30, VarStoreInfo: 0x35ED, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 16 2D 17 2D AC 2E 30 00 ED 35 14 00 14 00 }
0x8189A: End { 29 02 }
0x8189C: SuppressIf { 0A 82 }
0x8189E: True { 46 02 }
0x818A0: Numeric Prompt: "Round Trip Latency Offset Value MC1 CHA", Help: "Round Trip Latency Offset Value MC1 CHA", QuestionFlags: 0x0, QuestionId: 0x25D, VarStoreId: 0x30, VarOffset: 0x3AA, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 16 2D 17 2D 5D 02 30 00 AA 03 00 11 00 00 36 00 01 00 }
0x818B4: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x818BB: End { 29 02 }
0x818BD: End { 29 02 }
0x818BF: String Prompt: "Round Trip Latency Init Value MC1 CHB", Help: "Round Trip Latency Init Value MC1 CHB", QuestionFlags: 0x14, QuestionId: 0x2EAD, VarStoreId: 0x30, VarStoreInfo: 0x3575, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 18 2D 19 2D AD 2E 30 00 75 35 14 00 14 00 }
0x818CF: End { 29 02 }
0x818D1: SuppressIf { 0A 82 }
0x818D3: True { 46 02 }
0x818D5: Numeric Prompt: "Round Trip Latency Init Value MC1 CHB", Help: "Round Trip Latency Init Value MC1 CHB", QuestionFlags: 0x0, QuestionId: 0x25E, VarStoreId: 0x30, VarOffset: 0x3A4, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 18 2D 19 2D 5E 02 30 00 A4 03 00 11 00 00 36 00 01 00 }
0x818E9: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x818F0: End { 29 02 }
0x818F2: End { 29 02 }
0x818F4: String Prompt: "Round Trip Latency Max Value MC1 CHB", Help: "Round Trip Latency Max Value MC1 CHB", QuestionFlags: 0x14, QuestionId: 0x2EAE, VarStoreId: 0x30, VarStoreInfo: 0x36B5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 1A 2D 1A 2D AE 2E 30 00 B5 36 14 00 14 00 }
0x81904: End { 29 02 }
0x81906: SuppressIf { 0A 82 }
0x81908: True { 46 02 }
0x8190A: Numeric Prompt: "Round Trip Latency Max Value MC1 CHB", Help: "Round Trip Latency Max Value MC1 CHB", QuestionFlags: 0x0, QuestionId: 0x25F, VarStoreId: 0x30, VarOffset: 0x3B8, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 1A 2D 1A 2D 5F 02 30 00 B8 03 00 11 00 00 36 00 01 00 }
0x8191E: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81925: End { 29 02 }
0x81927: End { 29 02 }
0x81929: OneOf Prompt: "Round Trip Latency Offset Value Mode Sign MC1 CHB ", Help: "Round Trip Latency Offset Value Mode Sign MC1 CHB ", QuestionFlags: 0x10, QuestionId: 0x260, VarStoreId: 0x30, VarOffset: 0x3B1, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 1B 2D 1B 2D 60 02 30 00 B1 03 10 10 00 01 00 }
0x8193A: OneOfOption Option: "-" Value: 1, Default { 09 07 D6 2D 10 00 01 }
0x81941: OneOfOption Option: "+" Value: 0 { 09 07 D5 2D 00 00 00 }
0x81948: End { 29 02 }
0x8194A: String Prompt: "Round Trip Latency Offset Value MC1 CHB", Help: "Round Trip Latency Offset Value MC1 CHB", QuestionFlags: 0x14, QuestionId: 0x2EAF, VarStoreId: 0x30, VarStoreInfo: 0x3615, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 1C 2D 1D 2D AF 2E 30 00 15 36 14 00 14 00 }
0x8195A: End { 29 02 }
0x8195C: SuppressIf { 0A 82 }
0x8195E: True { 46 02 }
0x81960: Numeric Prompt: "Round Trip Latency Offset Value MC1 CHB", Help: "Round Trip Latency Offset Value MC1 CHB", QuestionFlags: 0x0, QuestionId: 0x261, VarStoreId: 0x30, VarOffset: 0x3AC, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 1C 2D 1D 2D 61 02 30 00 AC 03 00 11 00 00 36 00 01 00 }
0x81974: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x8197B: End { 29 02 }
0x8197D: End { 29 02 }
0x8197F: String Prompt: "Round Trip Latency MC0 CHA R0", Help: "Round Trip Latency MC0 CHA R0", QuestionFlags: 0x14, QuestionId: 0x2EB0, VarStoreId: 0x30, VarStoreInfo: 0x36DD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 1E 2D 1F 2D B0 2E 30 00 DD 36 14 00 14 00 }
0x8198F: End { 29 02 }
0x81991: SuppressIf { 0A 82 }
0x81993: True { 46 02 }
0x81995: Numeric Prompt: "Round Trip Latency MC0 CHA R0", Help: "Round Trip Latency MC0 CHA R0", QuestionFlags: 0x0, QuestionId: 0x262, VarStoreId: 0x30, VarOffset: 0x3BA, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 1E 2D 1F 2D 62 02 30 00 BA 03 00 11 00 00 36 00 01 00 }
0x819A9: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x819B0: End { 29 02 }
0x819B2: End { 29 02 }
0x819B4: String Prompt: "Round Trip Latency MC0 CHA R1", Help: "Round Trip Latency MC0 CHA R1", QuestionFlags: 0x14, QuestionId: 0x2EB1, VarStoreId: 0x30, VarStoreInfo: 0x3705, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 20 2D 21 2D B1 2E 30 00 05 37 14 00 14 00 }
0x819C4: End { 29 02 }
0x819C6: SuppressIf { 0A 82 }
0x819C8: True { 46 02 }
0x819CA: Numeric Prompt: "Round Trip Latency MC0 CHA R1", Help: "Round Trip Latency MC0 CHA R1", QuestionFlags: 0x0, QuestionId: 0x263, VarStoreId: 0x30, VarOffset: 0x3BC, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 20 2D 21 2D 63 02 30 00 BC 03 00 11 00 00 36 00 01 00 }
0x819DE: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x819E5: End { 29 02 }
0x819E7: End { 29 02 }
0x819E9: String Prompt: "Round Trip Latency MC0 CHA R2", Help: "Round Trip Latency MC0 CHA R2", QuestionFlags: 0x14, QuestionId: 0x2EB2, VarStoreId: 0x30, VarStoreInfo: 0x372D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 22 2D 23 2D B2 2E 30 00 2D 37 14 00 14 00 }
0x819F9: End { 29 02 }
0x819FB: SuppressIf { 0A 82 }
0x819FD: True { 46 02 }
0x819FF: Numeric Prompt: "Round Trip Latency MC0 CHA R2", Help: "Round Trip Latency MC0 CHA R2", QuestionFlags: 0x0, QuestionId: 0x264, VarStoreId: 0x30, VarOffset: 0x3BE, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 22 2D 23 2D 64 02 30 00 BE 03 00 11 00 00 36 00 01 00 }
0x81A13: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81A1A: End { 29 02 }
0x81A1C: End { 29 02 }
0x81A1E: String Prompt: "Round Trip Latency MC0 CHA R3", Help: "Round Trip Latency MC0 CHA R3", QuestionFlags: 0x14, QuestionId: 0x2EB3, VarStoreId: 0x30, VarStoreInfo: 0x3755, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 24 2D 25 2D B3 2E 30 00 55 37 14 00 14 00 }
0x81A2E: End { 29 02 }
0x81A30: SuppressIf { 0A 82 }
0x81A32: True { 46 02 }
0x81A34: Numeric Prompt: "Round Trip Latency MC0 CHA R3", Help: "Round Trip Latency MC0 CHA R3", QuestionFlags: 0x0, QuestionId: 0x265, VarStoreId: 0x30, VarOffset: 0x3C0, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 24 2D 25 2D 65 02 30 00 C0 03 00 11 00 00 36 00 01 00 }
0x81A48: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81A4F: End { 29 02 }
0x81A51: End { 29 02 }
0x81A53: String Prompt: "Round Trip Latency MC0 CHA R4", Help: "Round Trip Latency MC0 CHA R4", QuestionFlags: 0x14, QuestionId: 0x2EB4, VarStoreId: 0x30, VarStoreInfo: 0x377D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 26 2D 27 2D B4 2E 30 00 7D 37 14 00 14 00 }
0x81A63: End { 29 02 }
0x81A65: SuppressIf { 0A 82 }
0x81A67: True { 46 02 }
0x81A69: Numeric Prompt: "Round Trip Latency MC0 CHA R4", Help: "Round Trip Latency MC0 CHA R4", QuestionFlags: 0x0, QuestionId: 0x266, VarStoreId: 0x30, VarOffset: 0x3C2, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 26 2D 27 2D 66 02 30 00 C2 03 00 11 00 00 36 00 01 00 }
0x81A7D: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81A84: End { 29 02 }
0x81A86: End { 29 02 }
0x81A88: String Prompt: "Round Trip Latency MC0 CHA R5", Help: "Round Trip Latency MC0 CHA R5", QuestionFlags: 0x14, QuestionId: 0x2EB5, VarStoreId: 0x30, VarStoreInfo: 0x37A5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 28 2D 29 2D B5 2E 30 00 A5 37 14 00 14 00 }
0x81A98: End { 29 02 }
0x81A9A: SuppressIf { 0A 82 }
0x81A9C: True { 46 02 }
0x81A9E: Numeric Prompt: "Round Trip Latency MC0 CHA R5", Help: "Round Trip Latency MC0 CHA R5", QuestionFlags: 0x0, QuestionId: 0x267, VarStoreId: 0x30, VarOffset: 0x3C4, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 28 2D 29 2D 67 02 30 00 C4 03 00 11 00 00 36 00 01 00 }
0x81AB2: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81AB9: End { 29 02 }
0x81ABB: End { 29 02 }
0x81ABD: String Prompt: "Round Trip Latency MC0 CHA R6", Help: "Round Trip Latency MC0 CHA R6", QuestionFlags: 0x14, QuestionId: 0x2EB6, VarStoreId: 0x30, VarStoreInfo: 0x37CD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2A 2D 2B 2D B6 2E 30 00 CD 37 14 00 14 00 }
0x81ACD: End { 29 02 }
0x81ACF: SuppressIf { 0A 82 }
0x81AD1: True { 46 02 }
0x81AD3: Numeric Prompt: "Round Trip Latency MC0 CHA R6", Help: "Round Trip Latency MC0 CHA R6", QuestionFlags: 0x0, QuestionId: 0x268, VarStoreId: 0x30, VarOffset: 0x3C6, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 2A 2D 2B 2D 68 02 30 00 C6 03 00 11 00 00 36 00 01 00 }
0x81AE7: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81AEE: End { 29 02 }
0x81AF0: End { 29 02 }
0x81AF2: String Prompt: "Round Trip Latency MC0 CHA R7", Help: "Round Trip Latency MC0 CHA R7", QuestionFlags: 0x14, QuestionId: 0x2EB7, VarStoreId: 0x30, VarStoreInfo: 0x37F5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2C 2D 2D 2D B7 2E 30 00 F5 37 14 00 14 00 }
0x81B02: End { 29 02 }
0x81B04: SuppressIf { 0A 82 }
0x81B06: True { 46 02 }
0x81B08: Numeric Prompt: "Round Trip Latency MC0 CHA R7", Help: "Round Trip Latency MC0 CHA R7", QuestionFlags: 0x0, QuestionId: 0x269, VarStoreId: 0x30, VarOffset: 0x3C8, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 2C 2D 2D 2D 69 02 30 00 C8 03 00 11 00 00 36 00 01 00 }
0x81B1C: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81B23: End { 29 02 }
0x81B25: End { 29 02 }
0x81B27: String Prompt: "Round Trip Latency MC0 CHB R0", Help: "Round Trip Latency MC0 CHB R0", QuestionFlags: 0x14, QuestionId: 0x2EB8, VarStoreId: 0x30, VarStoreInfo: 0x381D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2E 2D 2F 2D B8 2E 30 00 1D 38 14 00 14 00 }
0x81B37: End { 29 02 }
0x81B39: SuppressIf { 0A 82 }
0x81B3B: True { 46 02 }
0x81B3D: Numeric Prompt: "Round Trip Latency MC0 CHB R0", Help: "Round Trip Latency MC0 CHB R0", QuestionFlags: 0x0, QuestionId: 0x26A, VarStoreId: 0x30, VarOffset: 0x3CA, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 2E 2D 2F 2D 6A 02 30 00 CA 03 00 11 00 00 36 00 01 00 }
0x81B51: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81B58: End { 29 02 }
0x81B5A: End { 29 02 }
0x81B5C: String Prompt: "Round Trip Latency MC0 CHB R1", Help: "Round Trip Latency MC0 CHB R1", QuestionFlags: 0x14, QuestionId: 0x2EB9, VarStoreId: 0x30, VarStoreInfo: 0x3845, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 30 2D 31 2D B9 2E 30 00 45 38 14 00 14 00 }
0x81B6C: End { 29 02 }
0x81B6E: SuppressIf { 0A 82 }
0x81B70: True { 46 02 }
0x81B72: Numeric Prompt: "Round Trip Latency MC0 CHB R1", Help: "Round Trip Latency MC0 CHB R1", QuestionFlags: 0x0, QuestionId: 0x26B, VarStoreId: 0x30, VarOffset: 0x3CC, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 30 2D 31 2D 6B 02 30 00 CC 03 00 11 00 00 36 00 01 00 }
0x81B86: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81B8D: End { 29 02 }
0x81B8F: End { 29 02 }
0x81B91: String Prompt: "Round Trip Latency MC0 CHB R2", Help: "Round Trip Latency MC0 CHB R2", QuestionFlags: 0x14, QuestionId: 0x2EBA, VarStoreId: 0x30, VarStoreInfo: 0x386D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 32 2D 33 2D BA 2E 30 00 6D 38 14 00 14 00 }
0x81BA1: End { 29 02 }
0x81BA3: SuppressIf { 0A 82 }
0x81BA5: True { 46 02 }
0x81BA7: Numeric Prompt: "Round Trip Latency MC0 CHB R2", Help: "Round Trip Latency MC0 CHB R2", QuestionFlags: 0x0, QuestionId: 0x26C, VarStoreId: 0x30, VarOffset: 0x3CE, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 32 2D 33 2D 6C 02 30 00 CE 03 00 11 00 00 36 00 01 00 }
0x81BBB: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81BC2: End { 29 02 }
0x81BC4: End { 29 02 }
0x81BC6: String Prompt: "Round Trip Latency MC0 CHB R3", Help: "Round Trip Latency MC0 CHB R3", QuestionFlags: 0x14, QuestionId: 0x2EBB, VarStoreId: 0x30, VarStoreInfo: 0x3895, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 34 2D 35 2D BB 2E 30 00 95 38 14 00 14 00 }
0x81BD6: End { 29 02 }
0x81BD8: SuppressIf { 0A 82 }
0x81BDA: True { 46 02 }
0x81BDC: Numeric Prompt: "Round Trip Latency MC0 CHB R3", Help: "Round Trip Latency MC0 CHB R3", QuestionFlags: 0x0, QuestionId: 0x26D, VarStoreId: 0x30, VarOffset: 0x3D0, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 34 2D 35 2D 6D 02 30 00 D0 03 00 11 00 00 36 00 01 00 }
0x81BF0: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81BF7: End { 29 02 }
0x81BF9: End { 29 02 }
0x81BFB: String Prompt: "Round Trip Latency MC0 CHB R4", Help: "Round Trip Latency MC0 CHB R4", QuestionFlags: 0x14, QuestionId: 0x2EBC, VarStoreId: 0x30, VarStoreInfo: 0x38BD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 36 2D 37 2D BC 2E 30 00 BD 38 14 00 14 00 }
0x81C0B: End { 29 02 }
0x81C0D: SuppressIf { 0A 82 }
0x81C0F: True { 46 02 }
0x81C11: Numeric Prompt: "Round Trip Latency MC0 CHB R4", Help: "Round Trip Latency MC0 CHB R4", QuestionFlags: 0x0, QuestionId: 0x26E, VarStoreId: 0x30, VarOffset: 0x3D2, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 36 2D 37 2D 6E 02 30 00 D2 03 00 11 00 00 36 00 01 00 }
0x81C25: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81C2C: End { 29 02 }
0x81C2E: End { 29 02 }
0x81C30: String Prompt: "Round Trip Latency MC0 CHB R5", Help: "Round Trip Latency MC0 CHB R5", QuestionFlags: 0x14, QuestionId: 0x2EBD, VarStoreId: 0x30, VarStoreInfo: 0x38E5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 38 2D 39 2D BD 2E 30 00 E5 38 14 00 14 00 }
0x81C40: End { 29 02 }
0x81C42: SuppressIf { 0A 82 }
0x81C44: True { 46 02 }
0x81C46: Numeric Prompt: "Round Trip Latency MC0 CHB R5", Help: "Round Trip Latency MC0 CHB R5", QuestionFlags: 0x0, QuestionId: 0x26F, VarStoreId: 0x30, VarOffset: 0x3D4, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 38 2D 39 2D 6F 02 30 00 D4 03 00 11 00 00 36 00 01 00 }
0x81C5A: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81C61: End { 29 02 }
0x81C63: End { 29 02 }
0x81C65: String Prompt: "Round Trip Latency MC0 CHB R6", Help: "Round Trip Latency MC0 CHB R6", QuestionFlags: 0x14, QuestionId: 0x2EBE, VarStoreId: 0x30, VarStoreInfo: 0x390D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 3A 2D 3B 2D BE 2E 30 00 0D 39 14 00 14 00 }
0x81C75: End { 29 02 }
0x81C77: SuppressIf { 0A 82 }
0x81C79: True { 46 02 }
0x81C7B: Numeric Prompt: "Round Trip Latency MC0 CHB R6", Help: "Round Trip Latency MC0 CHB R6", QuestionFlags: 0x0, QuestionId: 0x270, VarStoreId: 0x30, VarOffset: 0x3D6, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 3A 2D 3B 2D 70 02 30 00 D6 03 00 11 00 00 36 00 01 00 }
0x81C8F: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81C96: End { 29 02 }
0x81C98: End { 29 02 }
0x81C9A: String Prompt: "Round Trip Latency MC0 CHB R7", Help: "Round Trip Latency MC0 CHB R7", QuestionFlags: 0x14, QuestionId: 0x2EBF, VarStoreId: 0x30, VarStoreInfo: 0x3935, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 3C 2D 3D 2D BF 2E 30 00 35 39 14 00 14 00 }
0x81CAA: End { 29 02 }
0x81CAC: SuppressIf { 0A 82 }
0x81CAE: True { 46 02 }
0x81CB0: Numeric Prompt: "Round Trip Latency MC0 CHB R7", Help: "Round Trip Latency MC0 CHB R7", QuestionFlags: 0x0, QuestionId: 0x271, VarStoreId: 0x30, VarOffset: 0x3D8, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 3C 2D 3D 2D 71 02 30 00 D8 03 00 11 00 00 36 00 01 00 }
0x81CC4: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81CCB: End { 29 02 }
0x81CCD: End { 29 02 }
0x81CCF: String Prompt: "Round Trip Latency MC1 CHA R0", Help: "Round Trip Latency MC1 CHA R0", QuestionFlags: 0x14, QuestionId: 0x2EC0, VarStoreId: 0x30, VarStoreInfo: 0x395D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 3E 2D 3F 2D C0 2E 30 00 5D 39 14 00 14 00 }
0x81CDF: End { 29 02 }
0x81CE1: SuppressIf { 0A 82 }
0x81CE3: True { 46 02 }
0x81CE5: Numeric Prompt: "Round Trip Latency MC1 CHA R0", Help: "Round Trip Latency MC1 CHA R0", QuestionFlags: 0x0, QuestionId: 0x272, VarStoreId: 0x30, VarOffset: 0x3DA, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 3E 2D 3F 2D 72 02 30 00 DA 03 00 11 00 00 36 00 01 00 }
0x81CF9: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81D00: End { 29 02 }
0x81D02: End { 29 02 }
0x81D04: String Prompt: "Round Trip Latency MC1 CHA R1", Help: "Round Trip Latency MC1 CHA R1", QuestionFlags: 0x14, QuestionId: 0x2EC1, VarStoreId: 0x30, VarStoreInfo: 0x3985, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 40 2D 41 2D C1 2E 30 00 85 39 14 00 14 00 }
0x81D14: End { 29 02 }
0x81D16: SuppressIf { 0A 82 }
0x81D18: True { 46 02 }
0x81D1A: Numeric Prompt: "Round Trip Latency MC1 CHA R1", Help: "Round Trip Latency MC1 CHA R1", QuestionFlags: 0x0, QuestionId: 0x273, VarStoreId: 0x30, VarOffset: 0x3DC, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 40 2D 41 2D 73 02 30 00 DC 03 00 11 00 00 36 00 01 00 }
0x81D2E: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81D35: End { 29 02 }
0x81D37: End { 29 02 }
0x81D39: String Prompt: "Round Trip Latency MC1 CHA R2", Help: "Round Trip Latency MC1 CHA R2", QuestionFlags: 0x14, QuestionId: 0x2EC2, VarStoreId: 0x30, VarStoreInfo: 0x39AD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 42 2D 43 2D C2 2E 30 00 AD 39 14 00 14 00 }
0x81D49: End { 29 02 }
0x81D4B: SuppressIf { 0A 82 }
0x81D4D: True { 46 02 }
0x81D4F: Numeric Prompt: "Round Trip Latency MC1 CHA R2", Help: "Round Trip Latency MC1 CHA R2", QuestionFlags: 0x0, QuestionId: 0x274, VarStoreId: 0x30, VarOffset: 0x3DE, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 42 2D 43 2D 74 02 30 00 DE 03 00 11 00 00 36 00 01 00 }
0x81D63: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81D6A: End { 29 02 }
0x81D6C: End { 29 02 }
0x81D6E: String Prompt: "Round Trip Latency MC1 CHA R3", Help: "Round Trip Latency MC1 CHA R3", QuestionFlags: 0x14, QuestionId: 0x2EC3, VarStoreId: 0x30, VarStoreInfo: 0x39D5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 44 2D 45 2D C3 2E 30 00 D5 39 14 00 14 00 }
0x81D7E: End { 29 02 }
0x81D80: SuppressIf { 0A 82 }
0x81D82: True { 46 02 }
0x81D84: Numeric Prompt: "Round Trip Latency MC1 CHA R3", Help: "Round Trip Latency MC1 CHA R3", QuestionFlags: 0x0, QuestionId: 0x275, VarStoreId: 0x30, VarOffset: 0x3E0, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 44 2D 45 2D 75 02 30 00 E0 03 00 11 00 00 36 00 01 00 }
0x81D98: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81D9F: End { 29 02 }
0x81DA1: End { 29 02 }
0x81DA3: String Prompt: "Round Trip Latency MC1 CHA R4", Help: "Round Trip Latency MC1 CHA R4", QuestionFlags: 0x14, QuestionId: 0x2EC4, VarStoreId: 0x30, VarStoreInfo: 0x39FD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 46 2D 47 2D C4 2E 30 00 FD 39 14 00 14 00 }
0x81DB3: End { 29 02 }
0x81DB5: SuppressIf { 0A 82 }
0x81DB7: True { 46 02 }
0x81DB9: Numeric Prompt: "Round Trip Latency MC1 CHA R4", Help: "Round Trip Latency MC1 CHA R4", QuestionFlags: 0x0, QuestionId: 0x276, VarStoreId: 0x30, VarOffset: 0x3E2, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 46 2D 47 2D 76 02 30 00 E2 03 00 11 00 00 36 00 01 00 }
0x81DCD: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81DD4: End { 29 02 }
0x81DD6: End { 29 02 }
0x81DD8: String Prompt: "Round Trip Latency MC1 CHA R5", Help: "Round Trip Latency MC1 CHA R5", QuestionFlags: 0x14, QuestionId: 0x2EC5, VarStoreId: 0x30, VarStoreInfo: 0x3A25, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 48 2D 49 2D C5 2E 30 00 25 3A 14 00 14 00 }
0x81DE8: End { 29 02 }
0x81DEA: SuppressIf { 0A 82 }
0x81DEC: True { 46 02 }
0x81DEE: Numeric Prompt: "Round Trip Latency MC1 CHA R5", Help: "Round Trip Latency MC1 CHA R5", QuestionFlags: 0x0, QuestionId: 0x277, VarStoreId: 0x30, VarOffset: 0x3E4, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 48 2D 49 2D 77 02 30 00 E4 03 00 11 00 00 36 00 01 00 }
0x81E02: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81E09: End { 29 02 }
0x81E0B: End { 29 02 }
0x81E0D: String Prompt: "Round Trip Latency MC1 CHA R6", Help: "Round Trip Latency MC1 CHA R6", QuestionFlags: 0x14, QuestionId: 0x2EC6, VarStoreId: 0x30, VarStoreInfo: 0x3A4D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 4A 2D 4B 2D C6 2E 30 00 4D 3A 14 00 14 00 }
0x81E1D: End { 29 02 }
0x81E1F: SuppressIf { 0A 82 }
0x81E21: True { 46 02 }
0x81E23: Numeric Prompt: "Round Trip Latency MC1 CHA R6", Help: "Round Trip Latency MC1 CHA R6", QuestionFlags: 0x0, QuestionId: 0x278, VarStoreId: 0x30, VarOffset: 0x3E6, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 4A 2D 4B 2D 78 02 30 00 E6 03 00 11 00 00 36 00 01 00 }
0x81E37: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81E3E: End { 29 02 }
0x81E40: End { 29 02 }
0x81E42: String Prompt: "Round Trip Latency MC1 CHA R7", Help: "Round Trip Latency MC1 CHA R7", QuestionFlags: 0x14, QuestionId: 0x2EC7, VarStoreId: 0x30, VarStoreInfo: 0x3A75, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 4C 2D 4D 2D C7 2E 30 00 75 3A 14 00 14 00 }
0x81E52: End { 29 02 }
0x81E54: SuppressIf { 0A 82 }
0x81E56: True { 46 02 }
0x81E58: Numeric Prompt: "Round Trip Latency MC1 CHA R7", Help: "Round Trip Latency MC1 CHA R7", QuestionFlags: 0x0, QuestionId: 0x279, VarStoreId: 0x30, VarOffset: 0x3E8, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 4C 2D 4D 2D 79 02 30 00 E8 03 00 11 00 00 36 00 01 00 }
0x81E6C: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81E73: End { 29 02 }
0x81E75: End { 29 02 }
0x81E77: String Prompt: "Round Trip Latency MC1 CHB R0", Help: "Round Trip Latency MC1 CHB R0", QuestionFlags: 0x14, QuestionId: 0x2EC8, VarStoreId: 0x30, VarStoreInfo: 0x3A9D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 4E 2D 4F 2D C8 2E 30 00 9D 3A 14 00 14 00 }
0x81E87: End { 29 02 }
0x81E89: SuppressIf { 0A 82 }
0x81E8B: True { 46 02 }
0x81E8D: Numeric Prompt: "Round Trip Latency MC1 CHB R0", Help: "Round Trip Latency MC1 CHB R0", QuestionFlags: 0x0, QuestionId: 0x27A, VarStoreId: 0x30, VarOffset: 0x3EA, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 4E 2D 4F 2D 7A 02 30 00 EA 03 00 11 00 00 36 00 01 00 }
0x81EA1: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81EA8: End { 29 02 }
0x81EAA: End { 29 02 }
0x81EAC: String Prompt: "Round Trip Latency MC1 CHB R1", Help: "Round Trip Latency MC1 CHB R1", QuestionFlags: 0x14, QuestionId: 0x2EC9, VarStoreId: 0x30, VarStoreInfo: 0x3AC5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 50 2D 51 2D C9 2E 30 00 C5 3A 14 00 14 00 }
0x81EBC: End { 29 02 }
0x81EBE: SuppressIf { 0A 82 }
0x81EC0: True { 46 02 }
0x81EC2: Numeric Prompt: "Round Trip Latency MC1 CHB R1", Help: "Round Trip Latency MC1 CHB R1", QuestionFlags: 0x0, QuestionId: 0x27B, VarStoreId: 0x30, VarOffset: 0x3EC, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 50 2D 51 2D 7B 02 30 00 EC 03 00 11 00 00 36 00 01 00 }
0x81ED6: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81EDD: End { 29 02 }
0x81EDF: End { 29 02 }
0x81EE1: String Prompt: "Round Trip Latency MC1 CHB R2", Help: "Round Trip Latency MC1 CHB R2", QuestionFlags: 0x14, QuestionId: 0x2ECA, VarStoreId: 0x30, VarStoreInfo: 0x3AED, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 52 2D 53 2D CA 2E 30 00 ED 3A 14 00 14 00 }
0x81EF1: End { 29 02 }
0x81EF3: SuppressIf { 0A 82 }
0x81EF5: True { 46 02 }
0x81EF7: Numeric Prompt: "Round Trip Latency MC1 CHB R2", Help: "Round Trip Latency MC1 CHB R2", QuestionFlags: 0x0, QuestionId: 0x27C, VarStoreId: 0x30, VarOffset: 0x3EE, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 52 2D 53 2D 7C 02 30 00 EE 03 00 11 00 00 36 00 01 00 }
0x81F0B: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81F12: End { 29 02 }
0x81F14: End { 29 02 }
0x81F16: String Prompt: "Round Trip Latency MC1 CHB R3", Help: "Round Trip Latency MC1 CHB R3", QuestionFlags: 0x14, QuestionId: 0x2ECB, VarStoreId: 0x30, VarStoreInfo: 0x3B15, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 54 2D 55 2D CB 2E 30 00 15 3B 14 00 14 00 }
0x81F26: End { 29 02 }
0x81F28: SuppressIf { 0A 82 }
0x81F2A: True { 46 02 }
0x81F2C: Numeric Prompt: "Round Trip Latency MC1 CHB R3", Help: "Round Trip Latency MC1 CHB R3", QuestionFlags: 0x0, QuestionId: 0x27D, VarStoreId: 0x30, VarOffset: 0x3F0, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 54 2D 55 2D 7D 02 30 00 F0 03 00 11 00 00 36 00 01 00 }
0x81F40: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81F47: End { 29 02 }
0x81F49: End { 29 02 }
0x81F4B: String Prompt: "Round Trip Latency MC1 CHB R4", Help: "Round Trip Latency MC1 CHB R4", QuestionFlags: 0x14, QuestionId: 0x2ECC, VarStoreId: 0x30, VarStoreInfo: 0x3B3D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 56 2D 57 2D CC 2E 30 00 3D 3B 14 00 14 00 }
0x81F5B: End { 29 02 }
0x81F5D: SuppressIf { 0A 82 }
0x81F5F: True { 46 02 }
0x81F61: Numeric Prompt: "Round Trip Latency MC1 CHB R4", Help: "Round Trip Latency MC1 CHB R4", QuestionFlags: 0x0, QuestionId: 0x27E, VarStoreId: 0x30, VarOffset: 0x3F2, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 56 2D 57 2D 7E 02 30 00 F2 03 00 11 00 00 36 00 01 00 }
0x81F75: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81F7C: End { 29 02 }
0x81F7E: End { 29 02 }
0x81F80: String Prompt: "Round Trip Latency MC1 CHB R5", Help: "Round Trip Latency MC1 CHB R5", QuestionFlags: 0x14, QuestionId: 0x2ECD, VarStoreId: 0x30, VarStoreInfo: 0x3B65, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 58 2D 59 2D CD 2E 30 00 65 3B 14 00 14 00 }
0x81F90: End { 29 02 }
0x81F92: SuppressIf { 0A 82 }
0x81F94: True { 46 02 }
0x81F96: Numeric Prompt: "Round Trip Latency MC1 CHB R5", Help: "Round Trip Latency MC1 CHB R5", QuestionFlags: 0x0, QuestionId: 0x27F, VarStoreId: 0x30, VarOffset: 0x3F4, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 58 2D 59 2D 7F 02 30 00 F4 03 00 11 00 00 36 00 01 00 }
0x81FAA: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81FB1: End { 29 02 }
0x81FB3: End { 29 02 }
0x81FB5: String Prompt: "Round Trip Latency MC1 CHB R6", Help: "Round Trip Latency MC1 CHB R6", QuestionFlags: 0x14, QuestionId: 0x2ECE, VarStoreId: 0x30, VarStoreInfo: 0x3B8D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 5A 2D 5B 2D CE 2E 30 00 8D 3B 14 00 14 00 }
0x81FC5: End { 29 02 }
0x81FC7: SuppressIf { 0A 82 }
0x81FC9: True { 46 02 }
0x81FCB: Numeric Prompt: "Round Trip Latency MC1 CHB R6", Help: "Round Trip Latency MC1 CHB R6", QuestionFlags: 0x0, QuestionId: 0x280, VarStoreId: 0x30, VarOffset: 0x3F6, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 5A 2D 5B 2D 80 02 30 00 F6 03 00 11 00 00 36 00 01 00 }
0x81FDF: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x81FE6: End { 29 02 }
0x81FE8: End { 29 02 }
0x81FEA: String Prompt: "Round Trip Latency MC1 CHB R7", Help: "Round Trip Latency MC1 CHB R7", QuestionFlags: 0x14, QuestionId: 0x2ECF, VarStoreId: 0x30, VarStoreInfo: 0x3BB5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 5C 2D 5D 2D CF 2E 30 00 B5 3B 14 00 14 00 }
0x81FFA: End { 29 02 }
0x81FFC: SuppressIf { 0A 82 }
0x81FFE: True { 46 02 }
0x82000: Numeric Prompt: "Round Trip Latency MC1 CHB R7", Help: "Round Trip Latency MC1 CHB R7", QuestionFlags: 0x0, QuestionId: 0x281, VarStoreId: 0x30, VarOffset: 0x3F8, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 5C 2D 5D 2D 81 02 30 00 F8 03 00 11 00 00 36 00 01 00 }
0x82014: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x8201B: End { 29 02 }
0x8201D: End { 29 02 }
0x8201F: End { 29 02 }
0x82021: Form FormId: 0x3040, Title: "Asus Compare with Update MRC item" { 01 86 40 30 6A 2F }
0x82027: String Prompt: "weaklocken dly", Help: "0,0,1,165//ADL version is:2
0,0,1,179//ADL version is:12", QuestionFlags: 0x14, QuestionId: 0x302F, VarStoreId: 0x30, VarStoreInfo: 0x2125, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 6B 2F 6C 2F 2F 30 30 00 25 21 14 00 14 00 }
0x82037: End { 29 02 }
0x82039: SuppressIf { 0A 82 }
0x8203B: True { 46 02 }
0x8203D: Numeric Prompt: "weaklocken dly", Help: "0,0,1,165//ADL version is:2
0,0,1,179//ADL version is:12", QuestionFlags: 0x0, QuestionId: 0x282, VarStoreId: 0x30, VarOffset: 0x25E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 6B 2F 6C 2F 82 02 30 00 5E 02 00 10 00 36 01 }
0x8204E: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x82054: End { 29 02 }
0x82056: End { 29 02 }
0x82058: String Prompt: "scr dll en timer val", Help: "0,0,1,165//ADL version is:(30000 + (QclkPs/2))/QclkPs
0,0,1,179//ADL version is:(50000 + (QclkPs/2))/QclkPs", QuestionFlags: 0x14, QuestionId: 0x3030, VarStoreId: 0x30, VarStoreInfo: 0x214D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 6D 2F 6E 2F 30 30 30 00 4D 21 14 00 14 00 }
0x82068: End { 29 02 }
0x8206A: SuppressIf { 0A 82 }
0x8206C: True { 46 02 }
0x8206E: Numeric Prompt: "scr dll en timer val", Help: "0,0,1,165//ADL version is:(30000 + (QclkPs/2))/QclkPs
0,0,1,179//ADL version is:(50000 + (QclkPs/2))/QclkPs", QuestionFlags: 0x0, QuestionId: 0x283, VarStoreId: 0x30, VarOffset: 0x25F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 6D 2F 6E 2F 83 02 30 00 5F 02 00 11 00 00 36 00 01 00 }
0x82082: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x82089: End { 29 02 }
0x8208B: End { 29 02 }
0x8208D: String Prompt: "scr pien timer val", Help: "0,0,1,165//ADL version is:(250000 + (QclkPs/2))/QclkPs
0,0,1,179//ADL version is:(300000 + (QclkPs/2))/QclkPs", QuestionFlags: 0x14, QuestionId: 0x3031, VarStoreId: 0x30, VarStoreInfo: 0x2175, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 6F 2F 70 2F 31 30 30 00 75 21 14 00 14 00 }
0x8209D: End { 29 02 }
0x8209F: SuppressIf { 0A 82 }
0x820A1: True { 46 02 }
0x820A3: Numeric Prompt: "scr pien timer val", Help: "0,0,1,165//ADL version is:(250000 + (QclkPs/2))/QclkPs
0,0,1,179//ADL version is:(300000 + (QclkPs/2))/QclkPs", QuestionFlags: 0x0, QuestionId: 0x284, VarStoreId: 0x30, VarOffset: 0x261, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 6F 2F 70 2F 84 02 30 00 61 02 00 11 00 00 36 00 01 00 }
0x820B7: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x820BE: End { 29 02 }
0x820C0: End { 29 02 }
0x820C2: OneOf Prompt: "ReadWriteRcompRegPerStrobe", Help: "ReadWriteRcompRegPerStrobe", QuestionFlags: 0x10, QuestionId: 0x285, VarStoreId: 0x30, VarOffset: 0x263, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 E4 30 E4 30 85 02 30 00 63 02 10 10 00 02 00 }
0x820D3: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x820DA: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x820E1: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x820E8: End { 29 02 }
0x820EA: String Prompt: "DccCorrectionLimit", Help: "DccCorrectionLimit", QuestionFlags: 0x14, QuestionId: 0x3032, VarStoreId: 0x30, VarStoreInfo: 0x219D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E5 30 E5 30 32 30 30 00 9D 21 14 00 14 00 }
0x820FA: End { 29 02 }
0x820FC: SuppressIf { 0A 82 }
0x820FE: True { 46 02 }
0x82100: Numeric Prompt: "DccCorrectionLimit", Help: "DccCorrectionLimit", QuestionFlags: 0x0, QuestionId: 0x286, VarStoreId: 0x30, VarOffset: 0x264, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 E5 30 E5 30 86 02 30 00 64 02 00 10 00 36 01 }
0x82111: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x82117: End { 29 02 }
0x82119: End { 29 02 }
0x8211B: String Prompt: "AlignCorrectionLimit", Help: "AlignCorrectionLimit", QuestionFlags: 0x14, QuestionId: 0x3033, VarStoreId: 0x30, VarStoreInfo: 0x21C5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E6 30 E6 30 33 30 30 00 C5 21 14 00 14 00 }
0x8212B: End { 29 02 }
0x8212D: SuppressIf { 0A 82 }
0x8212F: True { 46 02 }
0x82131: Numeric Prompt: "AlignCorrectionLimit", Help: "AlignCorrectionLimit", QuestionFlags: 0x0, QuestionId: 0x287, VarStoreId: 0x30, VarOffset: 0x265, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 E6 30 E6 30 87 02 30 00 65 02 00 10 00 36 01 }
0x82142: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x82148: End { 29 02 }
0x8214A: End { 29 02 }
0x8214C: String Prompt: "DccAlignCorrectionLimit", Help: "DccAlignCorrectionLimit", QuestionFlags: 0x14, QuestionId: 0x3034, VarStoreId: 0x30, VarStoreInfo: 0x21ED, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E7 30 E7 30 34 30 30 00 ED 21 14 00 14 00 }
0x8215C: End { 29 02 }
0x8215E: SuppressIf { 0A 82 }
0x82160: True { 46 02 }
0x82162: Numeric Prompt: "DccAlignCorrectionLimit", Help: "DccAlignCorrectionLimit", QuestionFlags: 0x0, QuestionId: 0x288, VarStoreId: 0x30, VarOffset: 0x266, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 E7 30 E7 30 88 02 30 00 66 02 00 10 00 36 01 }
0x82173: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x82179: End { 29 02 }
0x8217B: End { 29 02 }
0x8217D: String Prompt: "TcoInitValue", Help: "TcoInitValue", QuestionFlags: 0x14, QuestionId: 0x3035, VarStoreId: 0x30, VarStoreInfo: 0x2215, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 E8 30 E8 30 35 30 30 00 15 22 14 00 14 00 }
0x8218D: End { 29 02 }
0x8218F: SuppressIf { 0A 82 }
0x82191: True { 46 02 }
0x82193: Numeric Prompt: "TcoInitValue", Help: "TcoInitValue", QuestionFlags: 0x0, QuestionId: 0x289, VarStoreId: 0x30, VarOffset: 0x267, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 E8 30 E8 30 89 02 30 00 67 02 00 10 00 36 01 }
0x821A4: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x821AA: End { 29 02 }
0x821AC: End { 29 02 }
0x821AE: OneOf Prompt: "SetDiffDccDqsCodes", Help: "SetDiffDccDqsCodes", QuestionFlags: 0x10, QuestionId: 0x28A, VarStoreId: 0x30, VarOffset: 0x268, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 E9 30 E9 30 8A 02 30 00 68 02 10 10 00 02 00 }
0x821BF: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x821C6: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x821CD: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x821D4: End { 29 02 }
0x821D6: OneOf Prompt: "GsmMctHpRefOnMrs", Help: "GsmMctHpRefOnMrs", QuestionFlags: 0x10, QuestionId: 0x28B, VarStoreId: 0x30, VarOffset: 0x269, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 EA 30 EA 30 8B 02 30 00 69 02 10 10 00 02 00 }
0x821E7: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x821EE: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x821F5: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x821FC: End { 29 02 }
0x821FE: End { 29 02 }
0x82200: Form FormId: 0x3041, Title: "DDRCRCOMPCTL0/1/2" { 01 86 41 30 1F 2E }
0x82206: String Prompt: "Ctl0 dqvrefup", Help: "Ctl0 dqvrefup", QuestionFlags: 0x14, QuestionId: 0x2EE8, VarStoreId: 0x30, VarStoreInfo: 0x3EAD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 20 2E 21 2E E8 2E 30 00 AD 3E 14 00 14 00 }
0x82216: End { 29 02 }
0x82218: SuppressIf { 0A 82 }
0x8221A: True { 46 02 }
0x8221C: Numeric Prompt: "Ctl0 dqvrefup", Help: "Ctl0 dqvrefup", QuestionFlags: 0x0, QuestionId: 0x28C, VarStoreId: 0x30, VarOffset: 0x40F, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 20 2E 21 2E 8C 02 30 00 0F 04 00 11 00 00 36 00 01 00 }
0x82230: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x82237: End { 29 02 }
0x82239: End { 29 02 }
0x8223B: String Prompt: "Ctl0 dqvrefdn", Help: "Ctl0 dqvrefdn", QuestionFlags: 0x14, QuestionId: 0x2EE9, VarStoreId: 0x30, VarStoreInfo: 0x3ED5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 22 2E 23 2E E9 2E 30 00 D5 3E 14 00 14 00 }
0x8224B: End { 29 02 }
0x8224D: SuppressIf { 0A 82 }
0x8224F: True { 46 02 }
0x82251: Numeric Prompt: "Ctl0 dqvrefdn", Help: "Ctl0 dqvrefdn", QuestionFlags: 0x0, QuestionId: 0x28D, VarStoreId: 0x30, VarOffset: 0x411, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 22 2E 23 2E 8D 02 30 00 11 04 00 11 00 00 36 00 01 00 }
0x82265: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x8226C: End { 29 02 }
0x8226E: End { 29 02 }
0x82270: String Prompt: "Ctl0 dqodtvrefup", Help: "Ctl0 dqodtvrefup", QuestionFlags: 0x14, QuestionId: 0x2EEA, VarStoreId: 0x30, VarStoreInfo: 0x3EFD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 24 2E 25 2E EA 2E 30 00 FD 3E 14 00 14 00 }
0x82280: End { 29 02 }
0x82282: SuppressIf { 0A 82 }
0x82284: True { 46 02 }
0x82286: Numeric Prompt: "Ctl0 dqodtvrefup", Help: "Ctl0 dqodtvrefup", QuestionFlags: 0x0, QuestionId: 0x28E, VarStoreId: 0x30, VarOffset: 0x414, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 24 2E 25 2E 8E 02 30 00 14 04 00 11 00 00 36 00 01 00 }
0x8229A: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x822A1: End { 29 02 }
0x822A3: End { 29 02 }
0x822A5: String Prompt: "Ctl0 dqodtvrefdn", Help: "Ctl0 dqodtvrefdn", QuestionFlags: 0x14, QuestionId: 0x2EEB, VarStoreId: 0x30, VarStoreInfo: 0x3F25, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 26 2E 27 2E EB 2E 30 00 25 3F 14 00 14 00 }
0x822B5: End { 29 02 }
0x822B7: SuppressIf { 0A 82 }
0x822B9: True { 46 02 }
0x822BB: Numeric Prompt: "Ctl0 dqodtvrefdn", Help: "Ctl0 dqodtvrefdn", QuestionFlags: 0x0, QuestionId: 0x28F, VarStoreId: 0x30, VarOffset: 0x416, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 26 2E 27 2E 8F 02 30 00 16 04 00 11 00 00 36 00 01 00 }
0x822CF: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x822D6: End { 29 02 }
0x822D8: End { 29 02 }
0x822DA: String Prompt: "Ctl1 cmdvrefup", Help: "Ctl1 cmdvrefup", QuestionFlags: 0x14, QuestionId: 0x2EEC, VarStoreId: 0x30, VarStoreInfo: 0x3F4D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 28 2E 29 2E EC 2E 30 00 4D 3F 14 00 14 00 }
0x822EA: End { 29 02 }
0x822EC: SuppressIf { 0A 82 }
0x822EE: True { 46 02 }
0x822F0: Numeric Prompt: "Ctl1 cmdvrefup", Help: "Ctl1 cmdvrefup", QuestionFlags: 0x0, QuestionId: 0x290, VarStoreId: 0x30, VarOffset: 0x418, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 28 2E 29 2E 90 02 30 00 18 04 00 11 00 00 36 00 01 00 }
0x82304: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x8230B: End { 29 02 }
0x8230D: End { 29 02 }
0x8230F: String Prompt: "Ctl1 ctlvrefup", Help: "Ctl1 ctlvrefup", QuestionFlags: 0x14, QuestionId: 0x2EED, VarStoreId: 0x30, VarStoreInfo: 0x3F75, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2A 2E 2B 2E ED 2E 30 00 75 3F 14 00 14 00 }
0x8231F: End { 29 02 }
0x82321: SuppressIf { 0A 82 }
0x82323: True { 46 02 }
0x82325: Numeric Prompt: "Ctl1 ctlvrefup", Help: "Ctl1 ctlvrefup", QuestionFlags: 0x0, QuestionId: 0x291, VarStoreId: 0x30, VarOffset: 0x41A, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 2A 2E 2B 2E 91 02 30 00 1A 04 00 11 00 00 36 00 01 00 }
0x82339: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x82340: End { 29 02 }
0x82342: End { 29 02 }
0x82344: String Prompt: "Ctl1 clkvrefup", Help: "Ctl1 clkvrefup", QuestionFlags: 0x14, QuestionId: 0x2EEE, VarStoreId: 0x30, VarStoreInfo: 0x3F9D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2C 2E 2D 2E EE 2E 30 00 9D 3F 14 00 14 00 }
0x82354: End { 29 02 }
0x82356: SuppressIf { 0A 82 }
0x82358: True { 46 02 }
0x8235A: Numeric Prompt: "Ctl1 clkvrefup", Help: "Ctl1 clkvrefup", QuestionFlags: 0x0, QuestionId: 0x292, VarStoreId: 0x30, VarOffset: 0x41C, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 2C 2E 2D 2E 92 02 30 00 1C 04 00 11 00 00 36 00 01 00 }
0x8236E: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x82375: End { 29 02 }
0x82377: End { 29 02 }
0x82379: String Prompt: "Ctl1 ckecsvrefup", Help: "Ctl1 ckecsvrefup", QuestionFlags: 0x14, QuestionId: 0x2EEF, VarStoreId: 0x30, VarStoreInfo: 0x3FC5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 2E 2E 2F 2E EF 2E 30 00 C5 3F 14 00 14 00 }
0x82389: End { 29 02 }
0x8238B: SuppressIf { 0A 82 }
0x8238D: True { 46 02 }
0x8238F: Numeric Prompt: "Ctl1 ckecsvrefup", Help: "Ctl1 ckecsvrefup", QuestionFlags: 0x0, QuestionId: 0x293, VarStoreId: 0x30, VarOffset: 0x41E, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 2E 2E 2F 2E 93 02 30 00 1E 04 00 11 00 00 36 00 01 00 }
0x823A3: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x823AA: End { 29 02 }
0x823AC: End { 29 02 }
0x823AE: String Prompt: "Ctl2 cmdvrefdn", Help: "Ctl2 cmdvrefdn", QuestionFlags: 0x14, QuestionId: 0x2EF0, VarStoreId: 0x30, VarStoreInfo: 0x3FED, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 30 2E 31 2E F0 2E 30 00 ED 3F 14 00 14 00 }
0x823BE: End { 29 02 }
0x823C0: SuppressIf { 0A 82 }
0x823C2: True { 46 02 }
0x823C4: Numeric Prompt: "Ctl2 cmdvrefdn", Help: "Ctl2 cmdvrefdn", QuestionFlags: 0x0, QuestionId: 0x294, VarStoreId: 0x30, VarOffset: 0x420, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 30 2E 31 2E 94 02 30 00 20 04 00 11 00 00 36 00 01 00 }
0x823D8: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x823DF: End { 29 02 }
0x823E1: End { 29 02 }
0x823E3: String Prompt: "Ctl2 ctlvrefdn", Help: "Ctl2 ctlvrefdn", QuestionFlags: 0x14, QuestionId: 0x2EF1, VarStoreId: 0x30, VarStoreInfo: 0x4015, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 32 2E 33 2E F1 2E 30 00 15 40 14 00 14 00 }
0x823F3: End { 29 02 }
0x823F5: SuppressIf { 0A 82 }
0x823F7: True { 46 02 }
0x823F9: Numeric Prompt: "Ctl2 ctlvrefdn", Help: "Ctl2 ctlvrefdn", QuestionFlags: 0x0, QuestionId: 0x295, VarStoreId: 0x30, VarOffset: 0x422, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 32 2E 33 2E 95 02 30 00 22 04 00 11 00 00 36 00 01 00 }
0x8240D: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x82414: End { 29 02 }
0x82416: End { 29 02 }
0x82418: String Prompt: "Ctl2 clkvrefdn", Help: "Ctl2 clkvrefdn", QuestionFlags: 0x14, QuestionId: 0x2EF2, VarStoreId: 0x30, VarStoreInfo: 0x403D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 34 2E 35 2E F2 2E 30 00 3D 40 14 00 14 00 }
0x82428: End { 29 02 }
0x8242A: SuppressIf { 0A 82 }
0x8242C: True { 46 02 }
0x8242E: Numeric Prompt: "Ctl2 clkvrefdn", Help: "Ctl2 clkvrefdn", QuestionFlags: 0x0, QuestionId: 0x296, VarStoreId: 0x30, VarOffset: 0x424, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x36, Step: 0x1 { 07 94 34 2E 35 2E 96 02 30 00 24 04 00 11 00 00 36 00 01 00 }
0x82442: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x82449: End { 29 02 }
0x8244B: End { 29 02 }
0x8244D: End { 29 02 }
0x8244F: Form FormId: 0x3042, Title: "Equalization page" { 01 86 42 30 1C 2E }
0x82455: OneOf Prompt: "Read Equalization RxEq Start Sign", Help: "Read Equalization RxEq Start Sign", QuestionFlags: 0x10, QuestionId: 0x297, VarStoreId: 0x30, VarOffset: 0x494, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 D2 30 D2 30 97 02 30 00 94 04 10 10 00 01 00 }
0x82466: OneOfOption Option: "-" Value: 1, Default { 09 07 D6 2D 10 00 01 }
0x8246D: OneOfOption Option: "+" Value: 0 { 09 07 D5 2D 00 00 00 }
0x82474: End { 29 02 }
0x82476: String Prompt: "Read Equalization RxEq Start", Help: "Read Equalization RxEq Start", QuestionFlags: 0x14, QuestionId: 0x302C, VarStoreId: 0x30, VarStoreInfo: 0x4A3D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 D3 30 D3 30 2C 30 30 00 3D 4A 14 00 14 00 }
0x82486: End { 29 02 }
0x82488: SuppressIf { 0A 82 }
0x8248A: True { 46 02 }
0x8248C: Numeric Prompt: "Read Equalization RxEq Start", Help: "Read Equalization RxEq Start", QuestionFlags: 0x0, QuestionId: 0x298, VarStoreId: 0x30, VarOffset: 0x496, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xF, Step: 0x1 { 07 91 D3 30 D3 30 98 02 30 00 96 04 00 10 00 0F 01 }
0x8249D: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x824A3: End { 29 02 }
0x824A5: End { 29 02 }
0x824A7: OneOf Prompt: "Read Equalization RxEq Stop Sign", Help: "Read Equalization RxEq Stop Sign", QuestionFlags: 0x10, QuestionId: 0x299, VarStoreId: 0x30, VarOffset: 0x495, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 D4 30 D4 30 99 02 30 00 95 04 10 10 00 01 00 }
0x824B8: OneOfOption Option: "-" Value: 1, Default { 09 07 D6 2D 10 00 01 }
0x824BF: OneOfOption Option: "+" Value: 0 { 09 07 D5 2D 00 00 00 }
0x824C6: End { 29 02 }
0x824C8: String Prompt: "Read Equalization RxEq Stop", Help: "Read Equalization RxEq Stop", QuestionFlags: 0x14, QuestionId: 0x302D, VarStoreId: 0x30, VarStoreInfo: 0x4A65, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 D5 30 D5 30 2D 30 30 00 65 4A 14 00 14 00 }
0x824D8: End { 29 02 }
0x824DA: SuppressIf { 0A 82 }
0x824DC: True { 46 02 }
0x824DE: Numeric Prompt: "Read Equalization RxEq Stop", Help: "Read Equalization RxEq Stop", QuestionFlags: 0x0, QuestionId: 0x29A, VarStoreId: 0x30, VarOffset: 0x497, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xF, Step: 0x1 { 07 91 D5 30 D5 30 9A 02 30 00 97 04 00 10 00 0F 01 }
0x824EF: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x824F5: End { 29 02 }
0x824F7: End { 29 02 }
0x824F9: End { 29 02 }
0x824FB: Form FormId: 0x3043, Title: "Tc Odt Control" { 01 86 43 30 1D 2E }
0x82501: String Prompt: "ODT_READ_DURATION", Help: "ODT_READ_DURATION", QuestionFlags: 0x14, QuestionId: 0x2EA0, VarStoreId: 0x30, VarStoreInfo: 0x4795, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 6B 2D 6C 2D A0 2E 30 00 95 47 14 00 14 00 }
0x82511: End { 29 02 }
0x82513: SuppressIf { 0A 82 }
0x82515: True { 46 02 }
0x82517: Numeric Prompt: "ODT_READ_DURATION", Help: "ODT_READ_DURATION", QuestionFlags: 0x0, QuestionId: 0x29B, VarStoreId: 0x30, VarOffset: 0x471, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 6B 2D 6C 2D 9B 02 30 00 71 04 00 10 00 36 01 }
0x82528: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8252E: End { 29 02 }
0x82530: End { 29 02 }
0x82532: String Prompt: "ODT_READ_DELAY", Help: "ODT_READ_DELAY", QuestionFlags: 0x14, QuestionId: 0x2EA1, VarStoreId: 0x30, VarStoreInfo: 0x47BD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 6D 2D 6E 2D A1 2E 30 00 BD 47 14 00 14 00 }
0x82542: End { 29 02 }
0x82544: SuppressIf { 0A 82 }
0x82546: True { 46 02 }
0x82548: Numeric Prompt: "ODT_READ_DELAY", Help: "ODT_READ_DELAY", QuestionFlags: 0x0, QuestionId: 0x29C, VarStoreId: 0x30, VarOffset: 0x472, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 6D 2D 6E 2D 9C 02 30 00 72 04 00 10 00 36 01 }
0x82559: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8255F: End { 29 02 }
0x82561: End { 29 02 }
0x82563: String Prompt: "ODT_WRITE_DURATION", Help: "ODT_WRITE_DURATION", QuestionFlags: 0x14, QuestionId: 0x2EA2, VarStoreId: 0x30, VarStoreInfo: 0x47E5, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 6F 2D 70 2D A2 2E 30 00 E5 47 14 00 14 00 }
0x82573: End { 29 02 }
0x82575: SuppressIf { 0A 82 }
0x82577: True { 46 02 }
0x82579: Numeric Prompt: "ODT_WRITE_DURATION", Help: "ODT_WRITE_DURATION", QuestionFlags: 0x0, QuestionId: 0x29D, VarStoreId: 0x30, VarOffset: 0x473, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 6F 2D 70 2D 9D 02 30 00 73 04 00 10 00 36 01 }
0x8258A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x82590: End { 29 02 }
0x82592: End { 29 02 }
0x82594: String Prompt: "ODT_WRITE_DELAY", Help: "ODT_WRITE_DELAY", QuestionFlags: 0x14, QuestionId: 0x2EA3, VarStoreId: 0x30, VarStoreInfo: 0x480D, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 71 2D 72 2D A3 2E 30 00 0D 48 14 00 14 00 }
0x825A4: End { 29 02 }
0x825A6: SuppressIf { 0A 82 }
0x825A8: True { 46 02 }
0x825AA: Numeric Prompt: "ODT_WRITE_DELAY", Help: "ODT_WRITE_DELAY", QuestionFlags: 0x0, QuestionId: 0x29E, VarStoreId: 0x30, VarOffset: 0x474, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x36, Step: 0x1 { 07 91 71 2D 72 2D 9E 02 30 00 74 04 00 10 00 36 01 }
0x825BB: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x825C1: End { 29 02 }
0x825C3: End { 29 02 }
0x825C5: End { 29 02 }
0x825C7: Form FormId: 0x3044, Title: "ODTL Control Offset" { 01 86 44 30 AD 2D }
0x825CD: Subtitle Prompt: "MR37", Help: "", Flags: 0x0 { 02 87 AE 2D 00 00 00 }
0x825D4: End { 29 02 }
0x825D6: OneOf Prompt: "ODTLon_WR_Offset", Help: "ODTLon_WR_Offset", QuestionFlags: 0x10, QuestionId: 0x29F, VarStoreId: 0x30, VarOffset: 0x482, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x7, Step: 0x0 { 05 91 AF 2D AF 2D 9F 02 30 00 82 04 10 10 00 07 00 }
0x825E7: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x825EE: OneOfOption Option: "-4 Clock" Value: 1 { 09 07 B6 2D 00 00 01 }
0x825F5: OneOfOption Option: "-3 Clock" Value: 2 { 09 07 B7 2D 00 00 02 }
0x825FC: OneOfOption Option: "-2 Clock" Value: 3 { 09 07 B8 2D 00 00 03 }
0x82603: OneOfOption Option: "-1 Clock" Value: 4 { 09 07 B9 2D 00 00 04 }
0x8260A: OneOfOption Option: " 0 Clock" Value: 5 { 09 07 BA 2D 00 00 05 }
0x82611: OneOfOption Option: "+1 Clock" Value: 6 { 09 07 BB 2D 00 00 06 }
0x82618: OneOfOption Option: "+2 Clock" Value: 7 { 09 07 BC 2D 00 00 07 }
0x8261F: End { 29 02 }
0x82621: OneOf Prompt: "ODTLoff_WR_Offset", Help: "ODTLoff_WR_Offset", QuestionFlags: 0x10, QuestionId: 0x2A0, VarStoreId: 0x30, VarOffset: 0x483, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x7, Step: 0x0 { 05 91 B0 2D B0 2D A0 02 30 00 83 04 10 10 00 07 00 }
0x82632: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x82639: OneOfOption Option: "+4 Clock" Value: 1 { 09 07 BE 2D 00 00 01 }
0x82640: OneOfOption Option: "+3 Clock" Value: 2 { 09 07 BD 2D 00 00 02 }
0x82647: OneOfOption Option: "+2 Clock" Value: 3 { 09 07 BC 2D 00 00 03 }
0x8264E: OneOfOption Option: "+1 Clock" Value: 4 { 09 07 BB 2D 00 00 04 }
0x82655: OneOfOption Option: " 0 Clock" Value: 5 { 09 07 BA 2D 00 00 05 }
0x8265C: OneOfOption Option: "-1 Clock" Value: 6 { 09 07 B9 2D 00 00 06 }
0x82663: OneOfOption Option: "-2 Clock" Value: 7 { 09 07 B8 2D 00 00 07 }
0x8266A: End { 29 02 }
0x8266C: Subtitle Prompt: "MR38", Help: "", Flags: 0x0 { 02 87 B1 2D 00 00 00 }
0x82673: End { 29 02 }
0x82675: OneOf Prompt: "ODTLon_WR_NT_Offset", Help: "ODTLon_WR_NT_Offset", QuestionFlags: 0x10, QuestionId: 0x2A1, VarStoreId: 0x30, VarOffset: 0x484, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x7, Step: 0x0 { 05 91 B2 2D B2 2D A1 02 30 00 84 04 10 10 00 07 00 }
0x82686: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x8268D: OneOfOption Option: "-4 Clock" Value: 1 { 09 07 B6 2D 00 00 01 }
0x82694: OneOfOption Option: "-3 Clock" Value: 2 { 09 07 B7 2D 00 00 02 }
0x8269B: OneOfOption Option: "-2 Clock" Value: 3 { 09 07 B8 2D 00 00 03 }
0x826A2: OneOfOption Option: "-1 Clock" Value: 4 { 09 07 B9 2D 00 00 04 }
0x826A9: OneOfOption Option: " 0 Clock" Value: 5 { 09 07 BA 2D 00 00 05 }
0x826B0: OneOfOption Option: "+1 Clock" Value: 6 { 09 07 BB 2D 00 00 06 }
0x826B7: OneOfOption Option: "+2 Clock" Value: 7 { 09 07 BC 2D 00 00 07 }
0x826BE: End { 29 02 }
0x826C0: OneOf Prompt: "ODTLoff_WR_NT_Offset", Help: "ODTLoff_WR_NT_Offset", QuestionFlags: 0x10, QuestionId: 0x2A2, VarStoreId: 0x30, VarOffset: 0x485, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x7, Step: 0x0 { 05 91 B3 2D B3 2D A2 02 30 00 85 04 10 10 00 07 00 }
0x826D1: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x826D8: OneOfOption Option: "+4 Clock" Value: 1 { 09 07 BE 2D 00 00 01 }
0x826DF: OneOfOption Option: "+3 Clock" Value: 2 { 09 07 BD 2D 00 00 02 }
0x826E6: OneOfOption Option: "+2 Clock" Value: 3 { 09 07 BC 2D 00 00 03 }
0x826ED: OneOfOption Option: "+1 Clock" Value: 4 { 09 07 BB 2D 00 00 04 }
0x826F4: OneOfOption Option: " 0 Clock" Value: 5 { 09 07 BA 2D 00 00 05 }
0x826FB: OneOfOption Option: "-1 Clock" Value: 6 { 09 07 B9 2D 00 00 06 }
0x82702: OneOfOption Option: "-2 Clock" Value: 7 { 09 07 B8 2D 00 00 07 }
0x82709: End { 29 02 }
0x8270B: Subtitle Prompt: "MR38", Help: "", Flags: 0x0 { 02 87 B1 2D 00 00 00 }
0x82712: End { 29 02 }
0x82714: OneOf Prompt: "ODTLon_RD_NT_Offset", Help: "ODTLon_RD_NT_Offset", QuestionFlags: 0x10, QuestionId: 0x2A3, VarStoreId: 0x30, VarOffset: 0x486, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x6, Step: 0x0 { 05 91 B4 2D B4 2D A3 02 30 00 86 04 10 10 00 06 00 }
0x82725: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x8272C: OneOfOption Option: "-3 Clock" Value: 2 { 09 07 B7 2D 00 00 02 }
0x82733: OneOfOption Option: "-2 Clock" Value: 3 { 09 07 B8 2D 00 00 03 }
0x8273A: OneOfOption Option: "-1 Clock" Value: 4 { 09 07 B9 2D 00 00 04 }
0x82741: OneOfOption Option: " 0 Clock" Value: 5 { 09 07 BA 2D 00 00 05 }
0x82748: OneOfOption Option: "+1 Clock" Value: 6 { 09 07 BB 2D 00 00 06 }
0x8274F: End { 29 02 }
0x82751: OneOf Prompt: "ODTLoff_RD_NT_Offset", Help: "ODTLoff_RD_NT_Offset", QuestionFlags: 0x10, QuestionId: 0x2A4, VarStoreId: 0x30, VarOffset: 0x487, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x6, Step: 0x0 { 05 91 B5 2D B5 2D A4 02 30 00 87 04 10 10 00 06 00 }
0x82762: OneOfOption Option: "Auto" Value: 0, Default { 09 07 8B 27 10 00 00 }
0x82769: OneOfOption Option: "+3 Clock" Value: 2 { 09 07 BD 2D 00 00 02 }
0x82770: OneOfOption Option: "+2 Clock" Value: 3 { 09 07 BC 2D 00 00 03 }
0x82777: OneOfOption Option: "+1 Clock" Value: 4 { 09 07 BB 2D 00 00 04 }
0x8277E: OneOfOption Option: " 0 Clock" Value: 5 { 09 07 BA 2D 00 00 05 }
0x82785: OneOfOption Option: "-1 Clock" Value: 6 { 09 07 B9 2D 00 00 06 }
0x8278C: End { 29 02 }
0x8278E: End { 29 02 }
0x82790: Form FormId: 0x3051, Title: "Memory Training Algorithms" { 01 86 51 30 4F 09 }
0x82796: SuppressIf { 0A 82 }
0x82798: True { 46 02 }
0x8279A: OneOf Prompt: "MRC Memory Scrubbing", Help: "MRC Memory Scrubbing", QuestionFlags: 0x10, QuestionId: 0x2A5, VarStoreId: 0x30, VarOffset: 0x25A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 14 2E 15 2E A5 02 30 00 5A 02 10 10 00 02 00 }
0x827AB: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x827B2: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x827B9: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x827C0: End { 29 02 }
0x827C2: OneOf Prompt: "Local VssHi Leaker Calibration", Help: "Local VssHi Leaker Calibration", QuestionFlags: 0x10, QuestionId: 0x2A6, VarStoreId: 0x30, VarOffset: 0x25B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 16 2E 17 2E A6 02 30 00 5B 02 10 10 00 02 00 }
0x827D3: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x827DA: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x827E1: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x827E8: End { 29 02 }
0x827EA: End { 29 02 }
0x827EC: OneOf Prompt: "Early Command Training", Help: "Early Command Training", QuestionFlags: 0x10, QuestionId: 0x2A7, VarStoreId: 0x30, VarOffset: 0x223, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 51 09 52 09 A7 02 30 00 23 02 10 10 00 02 00 }
0x827FD: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82804: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x8280B: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82812: End { 29 02 }
0x82814: OneOf Prompt: "SenseAmp Offset Training", Help: "SenseAmp Offset Training", QuestionFlags: 0x10, QuestionId: 0x2A8, VarStoreId: 0x30, VarOffset: 0x224, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 53 09 54 09 A8 02 30 00 24 02 10 10 00 02 00 }
0x82825: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x8282C: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82833: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x8283A: End { 29 02 }
0x8283C: OneOf Prompt: "Early ReadMPR Timing Centering 2D", Help: "Early ReadMPR Timing Centering 2D", QuestionFlags: 0x10, QuestionId: 0x2A9, VarStoreId: 0x30, VarOffset: 0x225, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 55 09 55 09 A9 02 30 00 25 02 10 10 00 02 00 }
0x8284D: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82854: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x8285B: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82862: End { 29 02 }
0x82864: OneOf Prompt: "Read MPR Training", Help: "Read MPR Training", QuestionFlags: 0x10, QuestionId: 0x2AA, VarStoreId: 0x30, VarOffset: 0x226, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 56 09 57 09 AA 02 30 00 26 02 10 10 00 02 00 }
0x82875: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x8287C: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82883: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x8288A: End { 29 02 }
0x8288C: OneOf Prompt: "Receive Enable Training", Help: "Receive Enable Training", QuestionFlags: 0x10, QuestionId: 0x2AB, VarStoreId: 0x30, VarOffset: 0x227, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 58 09 59 09 AB 02 30 00 27 02 10 10 00 02 00 }
0x8289D: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x828A4: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x828AB: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x828B2: End { 29 02 }
0x828B4: OneOf Prompt: "Jedec Write Leveling", Help: "Jedec Write Leveling", QuestionFlags: 0x10, QuestionId: 0x2AC, VarStoreId: 0x30, VarOffset: 0x228, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 5A 09 5B 09 AC 02 30 00 28 02 10 10 00 02 00 }
0x828C5: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x828CC: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x828D3: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x828DA: End { 29 02 }
0x828DC: OneOf Prompt: "Early Write Time Centering 2D", Help: "Early Write Time Centering 2D", QuestionFlags: 0x10, QuestionId: 0x2AD, VarStoreId: 0x30, VarOffset: 0x229, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 5C 09 5D 09 AD 02 30 00 29 02 10 10 00 02 00 }
0x828ED: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x828F4: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x828FB: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82902: End { 29 02 }
0x82904: OneOf Prompt: "Early Read Time Centering 2D", Help: "Early Read Time Centering 2D", QuestionFlags: 0x10, QuestionId: 0x2AE, VarStoreId: 0x30, VarOffset: 0x22A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 5E 09 5E 09 AE 02 30 00 2A 02 10 10 00 02 00 }
0x82915: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x8291C: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82923: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x8292A: End { 29 02 }
0x8292C: OneOf Prompt: "Write Timing Centering 1D", Help: "Write Timing Centering 1D", QuestionFlags: 0x10, QuestionId: 0x2AF, VarStoreId: 0x30, VarOffset: 0x22B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 5F 09 60 09 AF 02 30 00 2B 02 10 10 00 02 00 }
0x8293D: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82944: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x8294B: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82952: End { 29 02 }
0x82954: OneOf Prompt: "Write Voltage Centering 1D", Help: "Write Voltage Centering 1D", QuestionFlags: 0x10, QuestionId: 0x2B0, VarStoreId: 0x30, VarOffset: 0x22C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 61 09 61 09 B0 02 30 00 2C 02 10 10 00 02 00 }
0x82965: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x8296C: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82973: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x8297A: End { 29 02 }
0x8297C: OneOf Prompt: "Read Timing Centering 1D", Help: "Read Timing Centering 1D", QuestionFlags: 0x10, QuestionId: 0x2B1, VarStoreId: 0x30, VarOffset: 0x22D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 62 09 63 09 B1 02 30 00 2D 02 10 10 00 02 00 }
0x8298D: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82994: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x8299B: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x829A2: End { 29 02 }
0x829A4: OneOf Prompt: "Read Timing Centering with JR", Help: "Read Timing Centering with JR", QuestionFlags: 0x10, QuestionId: 0x2B2, VarStoreId: 0x30, VarOffset: 0x25D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 1A 2E 1B 2E B2 02 30 00 5D 02 10 10 00 02 00 }
0x829B5: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x829BC: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x829C3: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x829CA: End { 29 02 }
0x829CC: OneOf Prompt: "Dimm ODT Training*", Help: "Dimm On-Die Termination Training", QuestionFlags: 0x10, QuestionId: 0x2B3, VarStoreId: 0x30, VarOffset: 0x22E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 64 09 65 09 B3 02 30 00 2E 02 10 10 00 02 00 }
0x829DD: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x829E4: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x829EB: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x829F2: End { 29 02 }
0x829F4: GrayOutIf { 19 82 }
0x829F6: EqIdVal QuestionId: 0x6D3, Value: 0x0 { 12 06 D3 06 00 00 }
0x829FC: OneOf Prompt: " Max RTT_WR", Help: "Caps the maximum RTT_WR in power training.", QuestionFlags: 0x10, QuestionId: 0x2B4, VarStoreId: 0x4, VarOffset: 0x246, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 73 08 74 08 B4 02 04 00 46 02 10 10 00 01 00 }
0x82A0D: OneOfOption Option: "ODT Off" Value: 0, Default, MfgDefault { 09 07 75 08 30 00 00 }
0x82A14: OneOfOption Option: "120 Ohms" Value: 1 { 09 07 76 08 00 00 01 }
0x82A1B: End { 29 02 }
0x82A1D: End { 29 02 }
0x82A1F: OneOf Prompt: "DIMM RON Training*", Help: "DIMM RON Training", QuestionFlags: 0x10, QuestionId: 0x2B5, VarStoreId: 0x30, VarOffset: 0x22F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 66 09 67 09 B5 02 30 00 2F 02 10 10 00 02 00 }
0x82A30: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82A37: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82A3E: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82A45: End { 29 02 }
0x82A47: OneOf Prompt: "Write Drive Strength/Equalization 2D*", Help: "Write Drive Strength/Equalization 2D*", QuestionFlags: 0x10, QuestionId: 0x2B6, VarStoreId: 0x30, VarOffset: 0x230, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 68 09 68 09 B6 02 30 00 30 02 10 10 00 02 00 }
0x82A58: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82A5F: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82A66: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82A6D: End { 29 02 }
0x82A6F: OneOf Prompt: "Write Slew Rate Training*", Help: "Write Slew Rate Training", QuestionFlags: 0x10, QuestionId: 0x2B7, VarStoreId: 0x30, VarOffset: 0x231, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 69 09 6A 09 B7 02 30 00 31 02 10 10 00 02 00 }
0x82A80: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82A87: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82A8E: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82A95: End { 29 02 }
0x82A97: OneOf Prompt: "Read ODT Training*", Help: "Read On-Die Termination Training", QuestionFlags: 0x10, QuestionId: 0x2B8, VarStoreId: 0x30, VarOffset: 0x232, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 6B 09 6C 09 B8 02 30 00 32 02 10 10 00 02 00 }
0x82AA8: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82AAF: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82AB6: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82ABD: End { 29 02 }
0x82ABF: OneOf Prompt: "Comp Optimization Training", Help: "Comp Optimization Training", QuestionFlags: 0x10, QuestionId: 0x2B9, VarStoreId: 0x30, VarOffset: 0x25C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 18 2E 19 2E B9 02 30 00 5C 02 10 10 00 02 00 }
0x82AD0: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82AD7: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82ADE: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82AE5: End { 29 02 }
0x82AE7: OneOf Prompt: "Read Equalization Training*", Help: "Read Equalization Training", QuestionFlags: 0x10, QuestionId: 0x2BA, VarStoreId: 0x30, VarOffset: 0x233, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 6D 09 6E 09 BA 02 30 00 33 02 10 10 00 02 00 }
0x82AF8: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82AFF: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82B06: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82B0D: End { 29 02 }
0x82B0F: OneOf Prompt: "Read Amplifier Training*", Help: "Read Amplifier Training", QuestionFlags: 0x10, QuestionId: 0x2BB, VarStoreId: 0x30, VarOffset: 0x234, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 6F 09 70 09 BB 02 30 00 34 02 10 10 00 02 00 }
0x82B20: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82B27: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82B2E: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82B35: End { 29 02 }
0x82B37: OneOf Prompt: "Write Timing Centering 2D", Help: "Write Dq-Dqs Timing Centering 2D", QuestionFlags: 0x10, QuestionId: 0x2BC, VarStoreId: 0x30, VarOffset: 0x235, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 71 09 72 09 BC 02 30 00 35 02 10 10 00 02 00 }
0x82B48: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82B4F: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82B56: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82B5D: End { 29 02 }
0x82B5F: OneOf Prompt: "Read Timing Centering 2D", Help: "Read Dq-Dqs Timing Centering 2D", QuestionFlags: 0x10, QuestionId: 0x2BD, VarStoreId: 0x30, VarOffset: 0x236, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 73 09 74 09 BD 02 30 00 36 02 10 10 00 02 00 }
0x82B70: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82B77: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82B7E: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82B85: End { 29 02 }
0x82B87: OneOf Prompt: "Command Voltage Centering", Help: "Command Voltage Centering", QuestionFlags: 0x10, QuestionId: 0x2BE, VarStoreId: 0x30, VarOffset: 0x239, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 75 09 76 09 BE 02 30 00 39 02 10 10 00 02 00 }
0x82B98: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82B9F: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82BA6: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82BAD: End { 29 02 }
0x82BAF: OneOf Prompt: "Early Command Voltage Centering", Help: "Early Command Voltage Centering", QuestionFlags: 0x10, QuestionId: 0x2BF, VarStoreId: 0x30, VarOffset: 0x259, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 12 2E 13 2E BF 02 30 00 59 02 10 10 00 02 00 }
0x82BC0: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82BC7: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82BCE: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82BD5: End { 29 02 }
0x82BD7: OneOf Prompt: "Write Voltage Centering 2D", Help: "Write Voltage Centering 2D", QuestionFlags: 0x10, QuestionId: 0x2C0, VarStoreId: 0x30, VarOffset: 0x237, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 77 09 78 09 C0 02 30 00 37 02 10 10 00 02 00 }
0x82BE8: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82BEF: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82BF6: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82BFD: End { 29 02 }
0x82BFF: OneOf Prompt: "Read Voltage Centering 2D", Help: "Read Voltage Centering 2D", QuestionFlags: 0x10, QuestionId: 0x2C1, VarStoreId: 0x30, VarOffset: 0x238, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 79 09 7A 09 C1 02 30 00 38 02 10 10 00 02 00 }
0x82C10: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82C17: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82C1E: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82C25: End { 29 02 }
0x82C27: OneOf Prompt: "Late Command Training", Help: "Late Command Training", QuestionFlags: 0x10, QuestionId: 0x2C2, VarStoreId: 0x30, VarOffset: 0x23A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 7B 09 7C 09 C2 02 30 00 3A 02 10 10 00 02 00 }
0x82C38: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82C3F: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82C46: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82C4D: End { 29 02 }
0x82C4F: OneOf Prompt: "Round Trip Latency", Help: "Round Trip Latency Training", QuestionFlags: 0x10, QuestionId: 0x2C3, VarStoreId: 0x30, VarOffset: 0x23B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 7D 09 7E 09 C3 02 30 00 3B 02 10 10 00 02 00 }
0x82C60: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82C67: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82C6E: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82C75: End { 29 02 }
0x82C77: OneOf Prompt: "Turn Around Timing Training", Help: "Turn Around Timing Training", QuestionFlags: 0x10, QuestionId: 0x2C4, VarStoreId: 0x30, VarOffset: 0x23C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 7F 09 80 09 C4 02 30 00 3C 02 10 10 00 02 00 }
0x82C88: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82C8F: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82C96: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82C9D: End { 29 02 }
0x82C9F: OneOf Prompt: "CMD CTL CLK Slew Rate", Help: "CMD CTL CLK Slew Rate", QuestionFlags: 0x10, QuestionId: 0x2C5, VarStoreId: 0x30, VarOffset: 0x247, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 90 09 90 09 C5 02 30 00 47 02 10 10 00 02 00 }
0x82CB0: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82CB7: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82CBE: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82CC5: End { 29 02 }
0x82CC7: OneOf Prompt: "CMD/CTL DS & E 2D", Help: "CMD/CTL Drive Strength and Equalization 2D", QuestionFlags: 0x10, QuestionId: 0x2C6, VarStoreId: 0x30, VarOffset: 0x248, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 8E 09 8F 09 C6 02 30 00 48 02 10 10 00 02 00 }
0x82CD8: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82CDF: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82CE6: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82CED: End { 29 02 }
0x82CEF: OneOf Prompt: "Read Voltage Centering 1D", Help: "Read Voltage Centering 1D", QuestionFlags: 0x10, QuestionId: 0x2C7, VarStoreId: 0x30, VarOffset: 0x244, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 89 09 89 09 C7 02 30 00 44 02 10 10 00 02 00 }
0x82D00: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82D07: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82D0E: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82D15: End { 29 02 }
0x82D17: OneOf Prompt: "TxDqTCO Comp Training*", Help: "TxDqTCO Comp Training*", QuestionFlags: 0x10, QuestionId: 0x2C8, VarStoreId: 0x30, VarOffset: 0x245, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 8A 09 8A 09 C8 02 30 00 45 02 10 10 00 02 00 }
0x82D28: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82D2F: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82D36: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82D3D: End { 29 02 }
0x82D3F: OneOf Prompt: "ClkTCO Comp Training*", Help: "ClkTCO Comp Training*", QuestionFlags: 0x10, QuestionId: 0x2C9, VarStoreId: 0x30, VarOffset: 0x246, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 8D 09 8D 09 C9 02 30 00 46 02 10 10 00 02 00 }
0x82D50: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82D57: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82D5E: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82D65: End { 29 02 }
0x82D67: OneOf Prompt: "TxDqsTCO Comp Training*", Help: "TxDqsTCO Comp Training*", QuestionFlags: 0x10, QuestionId: 0x2CA, VarStoreId: 0x30, VarOffset: 0x24A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 8B 09 8B 09 CA 02 30 00 4A 02 10 10 00 02 00 }
0x82D78: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82D7F: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82D86: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82D8D: End { 29 02 }
0x82D8F: OneOf Prompt: "VccDLL Bypass Training", Help: "VccDLL Bypass Training", QuestionFlags: 0x10, QuestionId: 0x2CB, VarStoreId: 0x30, VarOffset: 0x24C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 8C 09 8C 09 CB 02 30 00 4C 02 10 10 00 02 00 }
0x82DA0: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82DA7: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82DAE: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82DB5: End { 29 02 }
0x82DB7: OneOf Prompt: "CMD/CTL Drive Strength Up/Dn 2D", Help: "CMD/CTL Drive Strength Up/Dn 2D", QuestionFlags: 0x10, QuestionId: 0x2CC, VarStoreId: 0x30, VarOffset: 0x24B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 91 09 91 09 CC 02 30 00 4B 02 10 10 00 02 00 }
0x82DC8: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82DCF: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82DD6: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82DDD: End { 29 02 }
0x82DDF: OneOf Prompt: "DIMM CA ODT Training", Help: "DIMM CA ODT Training", QuestionFlags: 0x10, QuestionId: 0x2CD, VarStoreId: 0x30, VarOffset: 0x249, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 92 09 92 09 CD 02 30 00 49 02 10 10 00 02 00 }
0x82DF0: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82DF7: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82DFE: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82E05: End { 29 02 }
0x82E07: OneOf Prompt: "PanicVttDnLp Training*", Help: "PanicVttDnLp Training*", QuestionFlags: 0x10, QuestionId: 0x2CE, VarStoreId: 0x30, VarOffset: 0x24D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 93 09 93 09 CE 02 30 00 4D 02 10 10 00 02 00 }
0x82E18: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82E1F: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82E26: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82E2D: End { 29 02 }
0x82E2F: OneOf Prompt: "Read Vref Decap Training*", Help: "Read Vref Decap Training*", QuestionFlags: 0x10, QuestionId: 0x2CF, VarStoreId: 0x30, VarOffset: 0x24E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 94 09 94 09 CF 02 30 00 4E 02 10 10 00 02 00 }
0x82E40: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82E47: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82E4E: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82E55: End { 29 02 }
0x82E57: OneOf Prompt: "Vddq Training", Help: "Vddq Training", QuestionFlags: 0x10, QuestionId: 0x2D0, VarStoreId: 0x30, VarOffset: 0x24F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 95 09 95 09 D0 02 30 00 4F 02 10 10 00 02 00 }
0x82E68: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82E6F: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82E76: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82E7D: End { 29 02 }
0x82E7F: OneOf Prompt: "Duty Cycle Correction Training", Help: "Duty Cycle Correction Training", QuestionFlags: 0x10, QuestionId: 0x2D1, VarStoreId: 0x30, VarOffset: 0x243, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 96 09 96 09 D1 02 30 00 43 02 10 10 00 02 00 }
0x82E90: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82E97: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82E9E: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82EA5: End { 29 02 }
0x82EA7: OneOf Prompt: "Periodic DCC", Help: "Enable / Disable Periodic DCC", QuestionFlags: 0x10, QuestionId: 0x2D2, VarStoreId: 0x30, VarOffset: 0x258, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 20 0A 21 0A D2 02 30 00 58 02 10 10 00 02 00 }
0x82EB8: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82EBF: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82EC6: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82ECD: End { 29 02 }
0x82ECF: OneOf Prompt: "Rank Margin Tool Per Bit", Help: "Rank Margin Tool Per Bit", QuestionFlags: 0x10, QuestionId: 0x2D3, VarStoreId: 0x30, VarOffset: 0x250, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 97 09 97 09 D3 02 30 00 50 02 10 10 00 02 00 }
0x82EE0: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82EE7: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82EEE: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82EF5: End { 29 02 }
0x82EF7: OneOf Prompt: "DIMM DFE Training", Help: "DIMM DFE Training", QuestionFlags: 0x10, QuestionId: 0x2D4, VarStoreId: 0x30, VarOffset: 0x252, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 99 09 99 09 D4 02 30 00 52 02 10 10 00 02 00 }
0x82F08: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82F0F: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82F16: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82F1D: End { 29 02 }
0x82F1F: OneOf Prompt: "EARLY DIMM DFE Training", Help: "EARLY DIMM DFE Training", QuestionFlags: 0x10, QuestionId: 0x2D5, VarStoreId: 0x30, VarOffset: 0x253, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 9A 09 9A 09 D5 02 30 00 53 02 10 10 00 02 00 }
0x82F30: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82F37: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82F3E: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82F45: End { 29 02 }
0x82F47: OneOf Prompt: "Tx Dqs Dcc Training", Help: "Tx Dqs duty cycle Training", QuestionFlags: 0x10, QuestionId: 0x2D6, VarStoreId: 0x30, VarOffset: 0x254, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 9C 09 9D 09 D6 02 30 00 54 02 10 10 00 02 00 }
0x82F58: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82F5F: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82F66: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82F6D: End { 29 02 }
0x82F6F: OneOf Prompt: "DRAM DCA Training", Help: "DRAM DCA Training", QuestionFlags: 0x10, QuestionId: 0x2D7, VarStoreId: 0x30, VarOffset: 0x255, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 9E 09 9E 09 D7 02 30 00 55 02 10 10 00 02 00 }
0x82F80: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82F87: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82F8E: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82F95: End { 29 02 }
0x82F97: OneOf Prompt: "Write Driver Strength Training", Help: "Write Driver Strength Training", QuestionFlags: 0x10, QuestionId: 0x2D8, VarStoreId: 0x30, VarOffset: 0x256, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 A1 09 A1 09 D8 02 30 00 56 02 10 10 00 02 00 }
0x82FA8: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82FAF: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82FB6: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82FBD: End { 29 02 }
0x82FBF: OneOf Prompt: "Rank Margin Tool", Help: "Rank Margin Tool Training", QuestionFlags: 0x10, QuestionId: 0x2D9, VarStoreId: 0x30, VarOffset: 0x23D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 81 09 82 09 D9 02 30 00 3D 02 10 10 00 02 00 }
0x82FD0: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82FD7: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x82FDE: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x82FE5: End { 29 02 }
0x82FE7: OneOf Prompt: "Memory Test", Help: "Memory Test Training", QuestionFlags: 0x10, QuestionId: 0x2DA, VarStoreId: 0x30, VarOffset: 0x23E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 83 09 84 09 DA 02 30 00 3E 02 10 10 00 02 00 }
0x82FF8: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x82FFF: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x83006: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x8300D: End { 29 02 }
0x8300F: OneOf Prompt: "DIMM SPD Alias Test", Help: "Test to determine if the SPD has been corrupted to cause memory aliasing.", QuestionFlags: 0x10, QuestionId: 0x2DB, VarStoreId: 0x30, VarOffset: 0x23F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 85 09 86 09 DB 02 30 00 3F 02 10 10 00 02 00 }
0x83020: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x83027: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x8302E: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x83035: End { 29 02 }
0x83037: OneOf Prompt: "Receive Enable Centering 1D", Help: "Receive Enable Centering 1D", QuestionFlags: 0x10, QuestionId: 0x2DC, VarStoreId: 0x30, VarOffset: 0x240, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 87 09 87 09 DC 02 30 00 40 02 10 10 00 02 00 }
0x83048: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x8304F: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x83056: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x8305D: End { 29 02 }
0x8305F: OneOf Prompt: "Retrain Margin Check", Help: "Retrain Margin Check", QuestionFlags: 0x10, QuestionId: 0x2DD, VarStoreId: 0x30, VarOffset: 0x241, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 88 09 88 09 DD 02 30 00 41 02 10 10 00 02 00 }
0x83070: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x83077: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x8307E: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x83085: End { 29 02 }
0x83087: OneOf Prompt: "Write Drive Strength Up/Dn independently", Help: "Write Drive Strength Up/Dn independently", QuestionFlags: 0x10, QuestionId: 0x2DE, VarStoreId: 0x30, VarOffset: 0x242, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 98 09 98 09 DE 02 30 00 42 02 10 10 00 02 00 }
0x83098: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x8309F: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x830A6: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x830AD: End { 29 02 }
0x830AF: OneOf Prompt: "LPDDR DqDqs Re-Training", Help: "Disable/Enable LPDDR DqDqs Re Training", QuestionFlags: 0x10, QuestionId: 0x2DF, VarStoreId: 0x30, VarOffset: 0x257, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 55 0A 56 0A DF 02 30 00 57 02 10 10 00 02 00 }
0x830C0: OneOfOption Option: "Auto" Value: 2, Default, MfgDefault { 09 07 8B 27 30 00 02 }
0x830C7: OneOfOption Option: "Disabled" Value: 0 { 09 07 9D 27 00 00 00 }
0x830CE: OneOfOption Option: "Enabled" Value: 1 { 09 07 9E 27 00 00 01 }
0x830D5: End { 29 02 }
0x830D7: OneOf Prompt: "Margin Check Limit", Help: "Checks Margin to Limit to see if next boot memory needs to be retrain", QuestionFlags: 0x10, QuestionId: 0x2E0, VarStoreId: 0x4, VarOffset: 0x412, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 A2 09 A3 09 E0 02 04 00 12 04 10 10 00 03 00 }
0x830E8: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x830EF: OneOfOption Option: "L1" Value: 1 { 09 07 A4 09 00 00 01 }
0x830F6: OneOfOption Option: "L2" Value: 2 { 09 07 A5 09 00 00 02 }
0x830FD: OneOfOption Option: "Both" Value: 3 { 09 07 A6 09 00 00 03 }
0x83104: End { 29 02 }
0x83106: GrayOutIf { 19 82 }
0x83108: EqIdVal QuestionId: 0x2E0, Value: 0x0 { 12 86 E0 02 00 00 }
0x8310E: EqIdVal QuestionId: 0x2E0, Value: 0x1 { 12 06 E0 02 01 00 }
0x83114: Or { 16 02 }
0x83116: End { 29 02 }
0x83118: Numeric Prompt: "Margin Limit Check L2 ", Help: "L2 check threshold is scale of L1 check. Ex. 200 is 2 x L1 Check", QuestionFlags: 0x10, QuestionId: 0x2E1, VarStoreId: 0x4, VarOffset: 0x413, Flags: 0x11, Size: 16, Min: 0x1, Max: 0x12C, Step: 0x1 { 07 94 A7 09 A8 09 E1 02 04 00 13 04 10 11 01 00 2C 01 01 00 }
0x8312C: Default DefaultId: 0x0 Value: 100 { 5B 07 00 00 01 64 00 }
0x83133: End { 29 02 }
0x83135: End { 29 02 }
0x83137: End { 29 02 }
0x83139: Form FormId: 0x2715, Title: "Advanced" { 01 86 15 27 1E 00 }
0x8313F: SuppressIf { 0A 82 }
0x83141: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x8314B: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x83155: Equal { 2F 02 }
0x83157: End { 29 02 }
0x83159: Ref Prompt: "SB Porting Configuration", Help: "SB Porting Configuration", QuestionFlags: 0x0, QuestionId: 0x2E2, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2884 { 0F 0F 95 00 95 00 E2 02 00 00 FF FF 00 84 28 }
0x83168: End { 29 02 }
0x8316A: Ref Prompt: "Platform Misc Configuration", Help: "Platform Misc Configuration", QuestionFlags: 0x0, QuestionId: 0x2E3, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x271E { 0F 0F 59 31 5A 31 E3 02 00 00 FF FF 00 1E 27 }
0x83179: SuppressIf { 0A 82 }
0x8317B: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x83185: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x8318F: Equal { 2F 02 }
0x83191: End { 29 02 }
0x83193: Ref Prompt: "RC ACPI Settings", Help: "System ACPI Parameters.", QuestionFlags: 0x0, QuestionId: 0x2E4, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x271F { 0F 0F 2C 01 2D 01 E4 02 00 00 FF FF 00 1F 27 }
0x831A2: End { 29 02 }
0x831A4: SuppressIf { 0A 82 }
0x831A6: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x831B0: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x831BA: Equal { 2F 02 }
0x831BC: End { 29 02 }
0x831BE: Ref Prompt: "Connectivity Configuration", Help: "Configure Connectivity related options", QuestionFlags: 0x0, QuestionId: 0x2E5, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2723 { 0F 0F AD 01 AE 01 E5 02 00 00 FF FF 00 23 27 }
0x831CD: End { 29 02 }
0x831CF: Ref Prompt: "CPU Configuration", Help: "CPU Configuration Parameters", QuestionFlags: 0x0, QuestionId: 0x2E6, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x275E { 0F 0F 8C 03 8D 03 E6 02 00 00 FF FF 00 5E 27 }
0x831DE: SuppressIf { 0A 82 }
0x831E0: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x831EA: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x831F4: Equal { 2F 02 }
0x831F6: End { 29 02 }
0x831F8: Ref Prompt: "Power & Performance", Help: "Power & Performance Options", QuestionFlags: 0x0, QuestionId: 0x2E7, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2763 { 0F 0F 71 04 72 04 E7 02 00 00 FF FF 00 63 27 }
0x83207: End { 29 02 }
0x83209: Ref Prompt: "System Agent (SA) Configuration", Help: "System Agent (SA) Parameters", QuestionFlags: 0x0, QuestionId: 0x2E8, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x27C3 { 0F 0F B5 07 B6 07 E8 02 00 00 FF FF 00 C3 27 }
0x83218: Ref Prompt: "PCH Configuration", Help: "PCH Parameters", QuestionFlags: 0x0, QuestionId: 0x2E9, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x27EB { 0F 0F 24 11 25 11 E9 02 00 00 FF FF 00 EB 27 }
0x83227: Ref Prompt: "PCH Storage Configuration", Help: "PCH Storage Configuration", QuestionFlags: 0x0, QuestionId: 0x2EA, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x27EE { 0F 0F B3 31 B4 31 EA 02 00 00 FF FF 00 EE 27 }
0x83236: Ref Prompt: "PCH-FW Configuration", Help: "Configure Management Engine Technology Parameters", QuestionFlags: 0x0, QuestionId: 0x2EB, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2813 { 0F 0F CA 19 CB 19 EB 02 00 00 FF FF 00 13 28 }
0x83245: Ref Prompt: "Thermal Configuration", Help: "Thermal Configuration Parameters", QuestionFlags: 0x0, QuestionId: 0x2EC, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2824 { 0F 0F 9B 1A 9C 1A EC 02 00 00 FF FF 00 24 28 }
0x83254: SuppressIf { 0A 82 }
0x83256: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x83260: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x8326A: Equal { 2F 02 }
0x8326C: End { 29 02 }
0x8326E: Ref Prompt: "Platform Settings", Help: "Platform related settings", QuestionFlags: 0x0, QuestionId: 0x2ED, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2829 { 0F 0F 49 1B 4A 1B ED 02 00 00 FF FF 00 29 28 }
0x8327D: Ref Prompt: "ACPI D3Cold settings", Help: "ACPI D3Cold related settings", QuestionFlags: 0x0, QuestionId: 0x2EE, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x282A { 0F 0F D7 1B D8 1B EE 02 00 00 FF FF 00 2A 28 }
0x8328C: End { 29 02 }
0x8328E: SuppressIf { 0A 82 }
0x83290: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x8329A: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x832A4: Equal { 2F 02 }
0x832A6: End { 29 02 }
0x832A8: Ref Prompt: "OverClocking Performance Menu", Help: "Performance Menu for Processor and Memory.", QuestionFlags: 0x0, QuestionId: 0x2EF, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2839 { 0F 0F 83 1C 84 1C EF 02 00 00 FF FF 00 39 28 }
0x832B7: End { 29 02 }
0x832B9: SuppressIf { 0A 82 }
0x832BB: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x832C5: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x832CF: Equal { 2F 02 }
0x832D1: End { 29 02 }
0x832D3: SuppressIf { 0A 82 }
0x832D5: EqIdVal QuestionId: 0x14F1, Value: 0x0 { 12 86 F1 14 00 00 }
0x832DB: Not { 17 02 }
0x832DD: End { 29 02 }
0x832DF: GrayOutIf { 19 82 }
0x832E1: EqIdVal QuestionId: 0x15EA, Value: 0x1 { 12 06 EA 15 01 00 }
0x832E7: Ref Prompt: "AMT Configuration", Help: "Configure Intel(R) Active Management Technology Parameters", QuestionFlags: 0x0, QuestionId: 0x2F0, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2846 { 0F 0F 54 1E 55 1E F0 02 00 00 FF FF 00 46 28 }
0x832F6: End { 29 02 }
0x832F8: End { 29 02 }
0x832FA: End { 29 02 }
0x832FC: SuppressIf { 0A 82 }
0x832FE: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x83308: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x83312: Equal { 2F 02 }
0x83314: End { 29 02 }
0x83316: Ref Prompt: "BCLK Configuration", Help: "BCLK Configuration", QuestionFlags: 0x0, QuestionId: 0x2F1, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x284D { 0F 0F 89 1E 89 1E F1 02 00 00 FF FF 00 4D 28 }
0x83325: End { 29 02 }
0x83327: Ref Prompt: "Thunderbolt(TM) Configuration", Help: "Thunderbolt(TM) Configuration", QuestionFlags: 0x0, QuestionId: 0x2F2, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x285C { 0F 0F 96 1E 96 1E F2 02 00 00 FF FF 00 5C 28 }
0x83336: SuppressIf { 0A 82 }
0x83338: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x83342: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x8334C: Equal { 2F 02 }
0x8334E: End { 29 02 }
0x83350: Ref Prompt: "Debug Settings", Help: "Debug interface Settings", QuestionFlags: 0x0, QuestionId: 0x2F3, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x286A { 0F 0F 13 1F 14 1F F3 02 00 00 FF FF 00 6A 28 }
0x8335F: End { 29 02 }
0x83361: SuppressIf { 0A 82 }
0x83363: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x8336D: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x83377: Equal { 2F 02 }
0x83379: End { 29 02 }
0x8337B: Ref Prompt: "Debug Configuration", Help: "Debug Message Settings", QuestionFlags: 0x0, QuestionId: 0x2F4, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x286E { 0F 0F 6C 1F 6D 1F F4 02 00 00 FF FF 00 6E 28 }
0x8338A: End { 29 02 }
0x8338C: SuppressIf { 0A 82 }
0x8338E: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x83398: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x833A2: Equal { 2F 02 }
0x833A4: End { 29 02 }
0x833A6: Ref Prompt: "OffBoard SATA Controller Configuration", Help: "PCIe Controller Controller", QuestionFlags: 0x0, QuestionId: 0x2F5, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x287A { 0F 0F 7E 22 7F 22 F5 02 00 00 FF FF 00 7A 28 }
0x833B5: End { 29 02 }
0x833B7: SuppressIf { 0A 82 }
0x833B9: EqIdVal QuestionId: 0x15E9, Value: 0x1 { 12 06 E9 15 01 00 }
0x833BF: SuppressIf { 0A 82 }
0x833C1: EqIdVal QuestionId: 0x15E8, Value: 0x1 { 12 86 E8 15 01 00 }
0x833C7: EqIdVal QuestionId: 0x15E7, Value: 0x1 { 12 06 E7 15 01 00 }
0x833CD: Or { 16 02 }
0x833CF: End { 29 02 }
0x833D1: Ref Prompt: "Trusted Computing", Help: "Trusted Computing Settings", QuestionFlags: 0x0, QuestionId: 0x2F6, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x287C { 0F 0F 14 23 15 23 F6 02 00 00 FF FF 00 7C 28 }
0x833E0: End { 29 02 }
0x833E2: SuppressIf { 0A 82 }
0x833E4: EqIdVal QuestionId: 0x15E8, Value: 0x0 { 12 86 E8 15 00 00 }
0x833EA: EqIdVal QuestionId: 0x15E7, Value: 0x1 { 12 06 E7 15 01 00 }
0x833F0: Or { 16 02 }
0x833F2: End { 29 02 }
0x833F4: Ref Prompt: "Trusted Computing", Help: "Trusted Computing Settings", QuestionFlags: 0x0, QuestionId: 0x2F7, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x287D { 0F 0F 14 23 15 23 F7 02 00 00 FF FF 00 7D 28 }
0x83403: End { 29 02 }
0x83405: SuppressIf { 0A 82 }
0x83407: EqIdVal QuestionId: 0x15E7, Value: 0x0 { 12 06 E7 15 00 00 }
0x8340D: Ref Prompt: "Trusted Computing", Help: "Trusted Computing Settings", QuestionFlags: 0x0, QuestionId: 0x2F8, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x287B { 0F 0F 14 23 15 23 F8 02 00 00 FF FF 00 7B 28 }
0x8341C: End { 29 02 }
0x8341E: End { 29 02 }
0x83420: SuppressIf { 0A 82 }
0x83422: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x8342C: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x83436: Equal { 2F 02 }
0x83438: End { 29 02 }
0x8343A: Ref Prompt: "ACPI Settings", Help: "System ACPI Parameters.", QuestionFlags: 0x0, QuestionId: 0x2F9, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2883 { 0F 0F FF 1F 2D 01 F9 02 00 00 FF FF 00 83 28 }
0x83449: End { 29 02 }
0x8344B: SuppressIf { 0A 82 }
0x8344D: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x83457: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x83461: Equal { 2F 02 }
0x83463: End { 29 02 }
0x83465: Ref Prompt: "SMART Settings", Help: "System SMART Settings", QuestionFlags: 0x0, QuestionId: 0x2FA, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x28A1 { 0F 0F 4A 22 4B 22 FA 02 00 00 FF FF 00 A1 28 }
0x83474: End { 29 02 }
0x83476: Ref Prompt: "UEFI Variables Protection", Help: "NVRAM Runtime Variable Protection Settings", QuestionFlags: 0x0, QuestionId: 0x2FB, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2AB3 { 0F 0F B3 1F B4 1F FB 02 00 00 FF FF 00 B3 2A }
0x83485: SuppressIf { 0A 82 }
0x83487: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x83491: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x8349B: Equal { 2F 02 }
0x8349D: End { 29 02 }
0x8349F: SuppressIf { 0A 82 }
0x834A1: EqIdVal QuestionId: 0x15E6, Value: 0x0 { 12 06 E6 15 00 00 }
0x834A7: Ref Prompt: "AMI Graphic Output Protocol Policy", Help: "User Select Monitor Output by Graphic Output Protocol", QuestionFlags: 0x0, QuestionId: 0x2FC, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2AD7 { 0F 0F 07 20 08 20 FC 02 00 00 FF FF 00 D7 2A }
0x834B6: End { 29 02 }
0x834B8: End { 29 02 }
0x834BA: SuppressIf { 0A 82 }
0x834BC: Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
0x834C6: Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
0x834D0: Equal { 2F 02 }
0x834D2: Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
0x834DC: Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
0x834E6: Equal { 2F 02 }
0x834E8: Or { 16 02 }
0x834EA: End { 29 02 }
0x834EC: Ref Prompt: "PCI Subsystem Settings", Help: "PCI, PCI-X and PCI Express Settings.", QuestionFlags: 0x0, QuestionId: 0x2FD, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2AE2 { 0F 0F 04 21 0A 21 FD 02 00 00 FF FF 00 E2 2A }
0x834FB: End { 29 02 }
0x834FD: Ref Prompt: "USB Configuration", Help: "USB Configuration Parameters", QuestionFlags: 0x0, QuestionId: 0x2FE, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2AE9 { 0F 0F 91 21 92 21 FE 02 00 00 FF FF 00 E9 2A }
0x8350C: Ref Prompt: "Network Stack Configuration", Help: "Network Stack Settings", QuestionFlags: 0x0, QuestionId: 0x2FF, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2AED { 0F 0F 0D 22 0E 22 FF 02 00 00 FF FF 00 ED 2A }
0x8351B: Ref Prompt: "NVMe Configuration", Help: "NVMe Device Options Settings", QuestionFlags: 0x0, QuestionId: 0x300, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x1, RefQuestionId: 0x0, FormSetGuid: 5E39CF2E-6712-45AB-84C4-35D3C6A3686D { 0F 21 7C 22 7D 22 00 03 00 00 FF FF 00 01 00 00 00 2E CF 39 5E 12 67 AB 45 84 C4 35 D3 C6 A3 68 6D }
0x8353C: Ref Prompt: "HDD/SSD SMART Information", Help: "List SMART Smart Information", QuestionFlags: 0x0, QuestionId: 0x301, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2CC2 { 0F 0F 6A 24 6B 24 01 03 00 00 FF FF 00 C2 2C }
0x8354B: SuppressIf { 0A 82 }
0x8354D: True { 46 02 }
0x8354F: Ref Prompt: "Customer tailor", Help: "This is for customer tailor", QuestionFlags: 0x0, QuestionId: 0x302, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2CCF { 0F 0F 44 25 45 25 02 03 00 00 FF FF 00 CF 2C }
0x8355E: End { 29 02 }
0x83560: Ref Prompt: "APM Configuration", Help: "Advanced power management", QuestionFlags: 0x0, QuestionId: 0x303, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x3060 { 0F 0F 02 31 03 31 03 03 00 00 FF FF 00 60 30 }
0x8356F: Ref Prompt: "Onboard Devices Configuration", Help: "Onboard Devices Configuration", QuestionFlags: 0x0, QuestionId: 0x304, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x3061 { 0F 0F 06 1C 07 1C 04 03 00 00 FF FF 00 61 30 }
0x8357E: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x83585: End { 29 02 }
0x83587: SuppressIf { 0A 82 }
0x83589: EqIdValList QuestionId: 0x15E5, Values: [65535] { 14 08 E5 15 01 00 FF FF }
0x83591: Ref Prompt: "", Help: "", QuestionFlags: 0x0, QuestionId: 0x305, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2715 { 0F 0F 02 00 02 00 05 03 00 00 FF FF 00 15 27 }
0x835A0: End { 29 02 }
0x835A2: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x835A9: End { 29 02 }
0x835AB: End { 29 02 }
0x835AD: Form FormId: 0x271E, Title: "Platform Misc Configuration" { 01 86 1E 27 59 31 }
0x835B3: Subtitle Prompt: "Platform Misc Configuration", Help: "", Flags: 0x0 { 02 87 59 31 00 00 00 }
0x835BA: End { 29 02 }
0x835BC: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x835C3: End { 29 02 }
0x835C5: OneOf Prompt: "PCI Express Native Power Management", Help: "For enhanced PCI Express power saving. Select [Enable] to perform Active State Power Management (ASPM) operations in OS.", QuestionFlags: 0x10, QuestionId: 0x306, VarStoreId: 0xF101, VarOffset: 0x53, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 37 01 38 01 06 03 01 F1 53 00 10 10 00 01 00 }
0x835D6: Default DefaultId: 0x0 Value: 1 { 5B 06 00 00 00 01 }
0x835DC: OneOfOption Option: "Disabled" Value: 0 { 09 07 2B 01 00 00 00 }
0x835E3: OneOfOption Option: "Enabled" Value: 1 { 09 07 2A 01 00 00 01 }
0x835EA: End { 29 02 }
0x835EC: SuppressIf { 0A 82 }
0x835EE: EqIdVal QuestionId: 0x306, Value: 0x0 { 12 06 06 03 00 00 }
0x835F4: OneOf Prompt: "Native ASPM", Help: "Enabled - OS Controlled ASPM, Disabled - BIOS Controlled ASPM", QuestionFlags: 0x10, QuestionId: 0x307, VarStoreId: 0xF101, VarOffset: 0x54, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 39 01 3A 01 07 03 01 F1 54 00 10 10 00 02 00 }
0x83605: Default DefaultId: 0x0 Value: 2 { 5B 06 00 00 00 02 }
0x8360B: OneOfOption Option: "Auto" Value: 2 { 09 07 06 00 00 00 02 }
0x83612: OneOfOption Option: "Enabled" Value: 1 { 09 07 2A 01 00 00 01 }
0x83619: OneOfOption Option: "Disabled" Value: 0 { 09 07 2B 01 00 00 00 }
0x83620: End { 29 02 }
0x83622: End { 29 02 }
0x83624: Text Prompt: ":--:", Help: "", Text: "" { 03 08 6B 00 02 00 02 00 }
0x8362C: Text Prompt: "PCH - PCI Express", Help: "", Text: "" { 03 08 A3 31 02 00 00 00 }
0x83634: OneOf Prompt: "DMI Link ASPM Control", Help: "The control of Active State Power Management of the DMI Link.", QuestionFlags: 0x10, QuestionId: 0x308, VarStoreId: 0x6, VarOffset: 0x518, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x4, Step: 0x0 { 05 91 18 13 19 13 08 03 06 00 18 05 10 10 00 04 00 }
0x83645: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x8364C: OneOfOption Option: "L1" Value: 2 { 09 07 C8 0E 00 00 02 }
0x83653: OneOfOption Option: "Auto" Value: 4 { 09 07 92 00 00 00 04 }
0x8365A: End { 29 02 }
0x8365C: OneOf Prompt: "ASPM", Help: "PCI Express Active State Power Management settings.", QuestionFlags: 0x10, QuestionId: 0x309, VarStoreId: 0x6, VarOffset: 0x11C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x4, Step: 0x0 { 05 91 4D 12 C6 0D 09 03 06 00 1C 01 10 10 00 04 00 }
0x8366D: Default DefaultId: 0x0 Value: 4 { 5B 06 00 00 00 04 }
0x83673: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x8367A: OneOfOption Option: "L1" Value: 2 { 09 07 C8 0E 00 00 02 }
0x83681: OneOfOption Option: "Auto" Value: 4 { 09 07 92 00 00 00 04 }
0x83688: End { 29 02 }
0x8368A: OneOf Prompt: "L1 Substates", Help: "PCI Express L1 Substates settings.", QuestionFlags: 0x10, QuestionId: 0x30A, VarStoreId: 0x6, VarOffset: 0x2C0, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 69 12 85 12 0A 03 06 00 C0 02 10 10 00 02 00 }
0x8369B: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x836A1: OneOfOption Option: "Disabled" Value: 0, MfgDefault { 09 07 04 00 20 00 00 }
0x836A8: OneOfOption Option: "L1.1" Value: 1 { 09 07 86 12 00 00 01 }
0x836AF: OneOfOption Option: "L1.1 & L1.2" Value: 2 { 09 07 87 12 00 00 02 }
0x836B6: End { 29 02 }
0x836B8: Text Prompt: ":--:", Help: "", Text: "" { 03 08 6B 00 02 00 02 00 }
0x836C0: Text Prompt: "SA - PCI Express", Help: "", Text: "" { 03 08 A4 31 02 00 00 00 }
0x836C8: OneOf Prompt: "DMI ASPM", Help: "DMI ASPM Support", QuestionFlags: 0x10, QuestionId: 0x30B, VarStoreId: 0x4, VarOffset: 0xAE, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x4, Step: 0x0 { 05 91 94 0D 95 0D 0B 03 04 00 AE 00 10 10 00 04 00 }
0x836D9: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 94 00 30 00 00 }
0x836E0: OneOfOption Option: "Auto" Value: 4 { 09 07 92 00 00 00 04 }
0x836E7: SuppressIf { 0A 82 }
0x836E9: True { 46 02 }
0x836EB: OneOfOption Option: "ASPM L0s" Value: 1 { 09 07 C7 0D 00 00 01 }
0x836F2: End { 29 02 }
0x836F4: OneOfOption Option: "ASPM L1" Value: 2 { 09 07 C9 0D 00 00 02 }
0x836FB: SuppressIf { 0A 82 }
0x836FD: True { 46 02 }
0x836FF: OneOfOption Option: "ASPM L0sL1" Value: 3 { 09 07 C8 0D 00 00 03 }
0x83706: End { 29 02 }
0x83708: End { 29 02 }
0x8370A: OneOf Prompt: "DMI Gen3 ASPM", Help: "DMI Gen3 ASPM Support", QuestionFlags: 0x10, QuestionId: 0x30C, VarStoreId: 0x4, VarOffset: 0xAD, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x4, Step: 0x0 { 05 91 92 0D 93 0D 0C 03 04 00 AD 00 10 10 00 04 00 }
0x8371B: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 94 00 30 00 00 }
0x83722: OneOfOption Option: "Auto" Value: 4 { 09 07 92 00 00 00 04 }
0x83729: SuppressIf { 0A 82 }
0x8372B: True { 46 02 }
0x8372D: OneOfOption Option: "ASPM L0s" Value: 1 { 09 07 C7 0D 00 00 01 }
0x83734: End { 29 02 }
0x83736: OneOfOption Option: "ASPM L1" Value: 2 { 09 07 C9 0D 00 00 02 }
0x8373D: SuppressIf { 0A 82 }
0x8373F: True { 46 02 }
0x83741: OneOfOption Option: "ASPM L0sL1" Value: 3 { 09 07 C8 0D 00 00 03 }
0x83748: End { 29 02 }
0x8374A: End { 29 02 }
0x8374C: OneOf Prompt: "PEG - ASPM", Help: "PCI Express Active State Power Management settings.", QuestionFlags: 0x10, QuestionId: 0x30D, VarStoreId: 0x4, VarOffset: 0x37B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 C4 0E C6 0D 0D 03 04 00 7B 03 10 10 00 03 00 }
0x8375D: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x83763: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x8376A: OneOfOption Option: "L0s" Value: 1 { 09 07 C7 0E 00 00 01 }
0x83771: OneOfOption Option: "L1" Value: 2 { 09 07 C8 0E 00 00 02 }
0x83778: OneOfOption Option: "L0sL1" Value: 3 { 09 07 C9 0E 00 00 03 }
0x8377F: End { 29 02 }
0x83781: OneOf Prompt: "PCI Express Clock Gating", Help: "PCI Express Clock Gating Enable/Disable for each root port.", QuestionFlags: 0x10, QuestionId: 0x30E, VarStoreId: 0x4, VarOffset: 0x2A7, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 56 0E 59 0E 0E 03 04 00 A7 02 10 10 00 01 00 }
0x83792: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83799: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x837A0: End { 29 02 }
0x837A2: End { 29 02 }
0x837A4: Form FormId: 0x271F, Title: "RC ACPI Settings" { 01 86 1F 27 2C 01 }
0x837AA: Subtitle Prompt: "RC ACPI Settings", Help: "", Flags: 0x0 { 02 87 2C 01 00 00 00 }
0x837B1: End { 29 02 }
0x837B3: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x837BA: End { 29 02 }
0x837BC: CheckBox Prompt: "PTID Support", Help: "PTID Support will be loaded if enabled.", QuestionFlags: 0x10, QuestionId: 0x30F, VarStoreId: 0xF101, VarOffset: 0x55, Flags: 0x3, Default: Enabled, MfgDefault: Enabled { 06 8E 3B 01 3C 01 0F 03 01 F1 55 00 10 03 }
0x837CA: End { 29 02 }
0x837CC: OneOf Prompt: "PECI Access Method", Help: "PECI Access Method is Direct I/O or ACPI", QuestionFlags: 0x10, QuestionId: 0x310, VarStoreId: 0xF101, VarOffset: 0x5D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 3D 01 3E 01 10 03 01 F1 5D 00 10 10 00 01 00 }
0x837DD: OneOfOption Option: "Direct I/O" Value: 0, Default, MfgDefault { 09 07 3F 01 30 00 00 }
0x837E4: OneOfOption Option: "ACPI" Value: 1 { 09 07 40 01 00 00 01 }
0x837EB: End { 29 02 }
0x837ED: SuppressIf { 0A 82 }
0x837EF: EqIdVal QuestionId: 0xB40, Value: 0x0 { 12 06 40 0B 00 00 }
0x837F5: OneOf Prompt: "PCI Express Native Power Management", Help: "For enhanced PCI Express power saving. Select [Enable] to perform Active State Power Management (ASPM) operations in OS.", QuestionFlags: 0x10, QuestionId: 0x311, VarStoreId: 0xF101, VarOffset: 0x53, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 37 01 38 01 11 03 01 F1 53 00 10 10 00 01 00 }
0x83806: Default DefaultId: 0x0 Value: 1 { 5B 06 00 00 00 01 }
0x8380C: OneOfOption Option: "Disabled" Value: 0 { 09 07 2B 01 00 00 00 }
0x83813: OneOfOption Option: "Enabled" Value: 1 { 09 07 2A 01 00 00 01 }
0x8381A: End { 29 02 }
0x8381C: End { 29 02 }
0x8381E: SuppressIf { 0A 82 }
0x83820: EqIdVal QuestionId: 0x311, Value: 0x0 { 12 06 11 03 00 00 }
0x83826: OneOf Prompt: "Native ASPM", Help: "Enabled - OS Controlled ASPM, Disabled - BIOS Controlled ASPM", QuestionFlags: 0x10, QuestionId: 0x312, VarStoreId: 0xF101, VarOffset: 0x54, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 39 01 3A 01 12 03 01 F1 54 00 10 10 00 02 00 }
0x83837: Default DefaultId: 0x0 Value: 2 { 5B 06 00 00 00 02 }
0x8383D: OneOfOption Option: "Auto" Value: 2 { 09 07 06 00 00 00 02 }
0x83844: OneOfOption Option: "Enabled" Value: 1 { 09 07 2A 01 00 00 01 }
0x8384B: OneOfOption Option: "Disabled" Value: 0 { 09 07 2B 01 00 00 00 }
0x83852: End { 29 02 }
0x83854: End { 29 02 }
0x83856: OneOf Prompt: "BDAT ACPI Table Support", Help: "Enables support for the BDAT ACPI table.", QuestionFlags: 0x10, QuestionId: 0x313, VarStoreId: 0x4, VarOffset: 0x2, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 2F 01 30 01 13 03 04 00 02 00 10 10 00 01 00 }
0x83867: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8386D: OneOfOption Option: "Disabled" Value: 0 { 09 07 2B 01 00 00 00 }
0x83874: OneOfOption Option: "Enabled" Value: 1 { 09 07 2A 01 00 00 01 }
0x8387B: End { 29 02 }
0x8387D: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x83884: End { 29 02 }
0x83886: OneOf Prompt: "Wake System from S5 via RTC", Help: "Enable or disable System wake on alarm event. When enabled, System will wake on the hr::min::sec specified", QuestionFlags: 0x10, QuestionId: 0x314, VarStoreId: 0xF101, VarOffset: 0x5C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 46 01 47 01 14 03 01 F1 5C 00 10 10 00 01 00 }
0x83897: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x8389E: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x838A5: End { 29 02 }
0x838A7: OneOf Prompt: "ACPI Debug", Help: "Open a memory buffer for storing debug strings. Reenter SETUP after enabling to see the buffer address. Use method ADBG to write strings to buffer.", QuestionFlags: 0x10, QuestionId: 0x315, VarStoreId: 0xF101, VarOffset: 0x56, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 41 01 42 01 15 03 01 F1 56 00 10 10 00 01 00 }
0x838B8: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x838BF: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x838C6: End { 29 02 }
0x838C8: SuppressIf { 0A 82 }
0x838CA: EqIdVal QuestionId: 0x315, Value: 0x0 { 12 06 15 03 00 00 }
0x838D0: Text Prompt: " Acpi Memory Buffer Address", Help: "Acpi Memory Buffer Address", Text: "N/A" { 03 08 44 01 43 01 45 01 }
0x838D8: End { 29 02 }
0x838DA: OneOf Prompt: "D3 Setting for Storage", Help: "RTD3 support for Storage. PCIE storage PEP constraint needs to be set as D0/F1 (Intel Advanced -> ACPI Settings -> PEP PCIe Storage) when this setup is disabled/D3Hot", QuestionFlags: 0x10, QuestionId: 0x316, VarStoreId: 0xF101, VarOffset: 0xAF4, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 4A 01 4B 01 16 03 01 F1 F4 0A 10 10 00 02 00 }
0x838EB: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x838F2: OneOfOption Option: "D3Hot" Value: 1 { 09 07 4C 01 00 00 01 }
0x838F9: SuppressIf { 0A 82 }
0x838FB: EqIdVal QuestionId: 0x2821, Value: 0x1 { 12 86 21 28 01 00 }
0x83901: Not { 17 02 }
0x83903: End { 29 02 }
0x83905: OneOfOption Option: "D3Cold" Value: 2 { 09 07 4D 01 00 00 02 }
0x8390C: End { 29 02 }
0x8390E: Default DefaultId: 0x0 Value: Other { 5B 85 00 00 08 }
0x83913: Value { 5A 82 }
0x83915: Get VarStoreId: 0xF101, VarStoreInfo: 0x722, VarStoreType: 0x0 { 2B 87 01 F1 22 07 00 }
0x8391C: Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
0x83926: Equal { 2F 02 }
0x83928: Uint64 Value: 0x2 { 45 0A 02 00 00 00 00 00 00 00 }
0x83932: Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
0x8393C: Conditional { 50 02 }
0x8393E: End { 29 02 }
0x83940: End { 29 02 }
0x83942: End { 29 02 }
0x83944: End { 29 02 }
0x83946: OneOf Prompt: "Low Power S0 Idle Capability", Help: "This variable determines if we enable ACPI Lower Power S0 Idle Capability (Mutually exclusive with Smart connect). While this is enabled, it also disable 8254 timer for SLP_S0 support.", QuestionFlags: 0x14, QuestionId: 0x271C, VarStoreId: 0xF101, VarOffset: 0x5E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 4E 01 4F 01 1C 27 01 F1 5E 00 14 10 00 01 00 }
0x83957: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8395D: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83964: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x8396B: WarningIf Timeout: 0x0, Warning: "Enable Low Power S0 Idle State will also enable HID Event Filter Driver in Platform Settings" { 63 85 A3 01 00 }
0x83970: EqIdVal QuestionId: 0x271C, Value: 0x1 { 12 06 1C 27 01 00 }
0x83976: End { 29 02 }
0x83978: End { 29 02 }
0x8397A: GrayOutIf { 19 82 }
0x8397C: EqIdVal QuestionId: 0x271C, Value: 0x1 { 12 86 1C 27 01 00 }
0x83982: Not { 17 02 }
0x83984: End { 29 02 }
0x83986: OneOf Prompt: "PUIS Enable", Help: "Enable/Disable Power-Up In Standby (PUIS) feature set allows devices to be powered-up into the Standby power management state to minimize inrush current at power-up and to allow the host to sequence the spin-up of devices.
", QuestionFlags: 0x10, QuestionId: 0x317, VarStoreId: 0xF101, VarOffset: 0x890, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 50 01 51 01 17 03 01 F1 90 08 10 10 00 01 00 }
0x83997: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x8399E: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x839A5: End { 29 02 }
0x839A7: End { 29 02 }
0x839A9: SuppressIf { 0A 82 }
0x839AB: EqIdVal QuestionId: 0x271C, Value: 0x1 { 12 86 1C 27 01 00 }
0x839B1: Not { 17 02 }
0x839B3: End { 29 02 }
0x839B5: OneOf Prompt: "EC Notification", Help: "Sends EC notification of Low Power S0 Idle State", QuestionFlags: 0x10, QuestionId: 0x318, VarStoreId: 0xF101, VarOffset: 0x73, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 97 01 98 01 18 03 01 F1 73 00 10 10 00 01 00 }
0x839C6: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x839CD: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x839D4: End { 29 02 }
0x839D6: SuppressIf { 0A 82 }
0x839D8: EqIdVal QuestionId: 0x318, Value: 0x1 { 12 86 18 03 01 00 }
0x839DE: Not { 17 02 }
0x839E0: End { 29 02 }
0x839E2: OneOf Prompt: "EC CS Debug Light", Help: "When EC enters Low Power S0 Idle State, the CAPS LOCK light will be turned on", QuestionFlags: 0x14, QuestionId: 0x271D, VarStoreId: 0xF101, VarOffset: 0x74, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 99 01 9A 01 1D 27 01 F1 74 00 14 10 00 01 00 }
0x839F3: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x839FA: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x83A01: End { 29 02 }
0x83A03: OneOf Prompt: "EC Low Power Mode", Help: "This option controls whether EC will go to Low power mode during Low Power S0 Idle State", QuestionFlags: 0x10, QuestionId: 0x319, VarStoreId: 0xF101, VarOffset: 0x75, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 9B 01 9C 01 19 03 01 F1 75 00 10 10 00 01 00 }
0x83A14: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83A1B: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83A22: End { 29 02 }
0x83A24: End { 29 02 }
0x83A26: OneOf Prompt: "Sensor Standby", Help: "Enable/Disable Sensor standby mode", QuestionFlags: 0x10, QuestionId: 0x31A, VarStoreId: 0xF101, VarOffset: 0x7A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 9D 01 9E 01 1A 03 01 F1 7A 00 10 10 00 01 00 }
0x83A37: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x83A3E: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x83A45: End { 29 02 }
0x83A47: OneOf Prompt: "CS PL1 Limit", Help: "Limit PL1 (Power Limit 1) while in Connected Standby", QuestionFlags: 0x10, QuestionId: 0x31B, VarStoreId: 0xF101, VarOffset: 0x7B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 9F 01 A0 01 1B 03 01 F1 7B 00 10 10 00 01 00 }
0x83A58: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x83A5F: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x83A66: End { 29 02 }
0x83A68: SuppressIf { 0A 82 }
0x83A6A: EqIdVal QuestionId: 0x31B, Value: 0x1 { 12 86 1B 03 01 00 }
0x83A70: Not { 17 02 }
0x83A72: End { 29 02 }
0x83A74: Numeric Prompt: "CS PL1 Value", Help: "PL1 value is in milliwatts with 125 step value", QuestionFlags: 0x0, QuestionId: 0x31C, VarStoreId: 0xF101, VarOffset: 0x7C, Flags: 0x11, Size: 16, Min: 0xBB8, Max: 0x4E20, Step: 0x7D { 07 94 A1 01 A2 01 1C 03 01 F1 7C 00 00 11 B8 0B 20 4E 7D 00 }
0x83A88: Default DefaultId: 0x0 Value: 4500 { 5B 07 00 00 01 94 11 }
0x83A8F: End { 29 02 }
0x83A91: End { 29 02 }
0x83A93: Ref Prompt: "PEP Constraints Configuration", Help: "Control which controllers get included in PEP constraint list", QuestionFlags: 0x0, QuestionId: 0x31D, VarStoreId: 0x0, VarStoreInfo: 0xFFFF, FormId: 0x2720 { 0F 0F 52 01 53 01 1D 03 00 00 FF FF 00 20 27 }
0x83AA2: OneOf Prompt: "LPIT Residency Counter", Help: "Select Residency Counter", QuestionFlags: 0x10, QuestionId: 0x31E, VarStoreId: 0xF101, VarOffset: 0x80, Flags: 0x10, Size: 8, Min: 0x1, Max: 0x7, Step: 0x0 { 05 91 A4 01 A5 01 1E 03 01 F1 80 00 10 10 01 07 00 }
0x83AB3: OneOfOption Option: "C10" Value: 1 { 09 07 A7 01 00 00 01 }
0x83ABA: OneOfOption Option: "SLP S0" Value: 3, Default, MfgDefault { 09 07 A6 01 30 00 03 }
0x83AC1: SuppressIf { 0A 82 }
0x83AC3: EqIdVal QuestionId: 0x15E4, Value: 0x0 { 12 06 E4 15 00 00 }
0x83AC9: OneOfOption Option: "ATX Shutdown (PS_ON)" Value: 7 { 09 07 A8 01 00 00 07 }
0x83AD0: End { 29 02 }
0x83AD2: End { 29 02 }
0x83AD4: End { 29 02 }
0x83AD6: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x83ADD: End { 29 02 }
0x83ADF: OneOf Prompt: "PCI Delay Optimization", Help: "Experimental ACPI additions for FW latency optimizations", QuestionFlags: 0x10, QuestionId: 0x31F, VarStoreId: 0xF101, VarOffset: 0x5B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 A9 01 AA 01 1F 03 01 F1 5B 00 10 10 00 01 00 }
0x83AF0: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x83AF7: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x83AFE: End { 29 02 }
0x83B00: OneOf Prompt: "MSI enabled", Help: "When disabled, MSI support is disabled in FADT", QuestionFlags: 0x10, QuestionId: 0x320, VarStoreId: 0xF101, VarOffset: 0x7C8, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 AB 01 AC 01 20 03 01 F1 C8 07 10 10 00 01 00 }
0x83B11: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83B18: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83B1F: End { 29 02 }
0x83B21: End { 29 02 }
0x83B23: Form FormId: 0x2720, Title: "PEP Constraints Configuration" { 01 86 20 27 52 01 }
0x83B29: Subtitle Prompt: "PEP Constraints Configuration", Help: "", Flags: 0x0 { 02 87 52 01 00 00 00 }
0x83B30: End { 29 02 }
0x83B32: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x83B39: End { 29 02 }
0x83B3B: OneOf Prompt: "PEP CPU", Help: "Add CPU in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x321, VarStoreId: 0xF101, VarOffset: 0x5F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 54 01 55 01 21 03 01 F1 5F 00 10 10 00 01 00 }
0x83B4C: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83B53: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83B5A: End { 29 02 }
0x83B5C: OneOf Prompt: "PEP Graphics", Help: "Add Gfx in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x322, VarStoreId: 0xF101, VarOffset: 0x60, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 56 01 57 01 22 03 01 F1 60 00 10 10 00 01 00 }
0x83B6D: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83B74: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83B7B: End { 29 02 }
0x83B7D: OneOf Prompt: "PEP IPU", Help: "Add IPU in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x323, VarStoreId: 0xF101, VarOffset: 0x6C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 58 01 59 01 23 03 01 F1 6C 00 10 10 00 01 00 }
0x83B8E: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83B95: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83B9C: End { 29 02 }
0x83B9E: OneOf Prompt: "PEP GNA", Help: "Add GNA in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x324, VarStoreId: 0xF101, VarOffset: 0x6D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 5A 01 5B 01 24 03 01 F1 6D 00 10 10 00 01 00 }
0x83BAF: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83BB6: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83BBD: End { 29 02 }
0x83BBF: OneOf Prompt: "PEP SATA", Help: "Add Storage device in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x325, VarStoreId: 0xF101, VarOffset: 0x61, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 5C 01 5D 01 25 03 01 F1 61 00 10 10 00 03 00 }
0x83BD0: OneOfOption Option: "No Constraint" Value: 0 { 09 07 60 01 00 00 00 }
0x83BD7: OneOfOption Option: "Adapter D0/F1" Value: 1 { 09 07 5E 01 00 00 01 }
0x83BDE: OneOfOption Option: "Raid Volume0" Value: 2 { 09 07 72 01 00 00 02 }
0x83BE5: OneOfOption Option: "Adapter D3" Value: 3, Default, MfgDefault { 09 07 5F 01 30 00 03 }
0x83BEC: End { 29 02 }
0x83BEE: OneOf Prompt: "PEP enumerated SATA ports", Help: "Add enumerated SATA ports in PEP Constraint list", QuestionFlags: 0x10, QuestionId: 0x326, VarStoreId: 0xF101, VarOffset: 0x9FD, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 61 01 62 01 26 03 01 F1 FD 09 10 10 00 01 00 }
0x83BFF: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x83C06: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x83C0D: End { 29 02 }
0x83C0F: OneOf Prompt: "PEP PCIe Storage", Help: "Add PCIe root ports (storage) in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x327, VarStoreId: 0xF101, VarOffset: 0x884, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 63 01 64 01 27 03 01 F1 84 08 10 10 00 03 00 }
0x83C20: OneOfOption Option: "No Constraint" Value: 0 { 09 07 65 01 00 00 00 }
0x83C27: OneOfOption Option: "D0/F1" Value: 1 { 09 07 66 01 00 00 01 }
0x83C2E: OneOfOption Option: "D3" Value: 3, Default, MfgDefault { 09 07 67 01 30 00 03 }
0x83C35: End { 29 02 }
0x83C37: OneOf Prompt: "PEP PCIe LAN", Help: "Add PCIe root ports (LAN) in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x328, VarStoreId: 0xF101, VarOffset: 0xAC2, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 68 01 69 01 28 03 01 F1 C2 0A 10 10 00 03 00 }
0x83C48: OneOfOption Option: "No Constraint" Value: 0 { 09 07 65 01 00 00 00 }
0x83C4F: OneOfOption Option: "D0/F1" Value: 1, Default, MfgDefault { 09 07 66 01 30 00 01 }
0x83C56: OneOfOption Option: "D3" Value: 3 { 09 07 67 01 00 00 03 }
0x83C5D: End { 29 02 }
0x83C5F: OneOf Prompt: "PEP PCIe WLAN", Help: "", QuestionFlags: 0x10, QuestionId: 0x329, VarStoreId: 0xF101, VarOffset: 0xAC3, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 6A 01 6B 01 29 03 01 F1 C3 0A 10 10 00 03 00 }
0x83C70: OneOfOption Option: "No Constraint" Value: 0 { 09 07 65 01 00 00 00 }
0x83C77: OneOfOption Option: "D0/F1" Value: 1, Default, MfgDefault { 09 07 66 01 30 00 01 }
0x83C7E: OneOfOption Option: "D3" Value: 3 { 09 07 67 01 00 00 03 }
0x83C85: End { 29 02 }
0x83C87: OneOf Prompt: "PEP PCIe GFX", Help: "", QuestionFlags: 0x10, QuestionId: 0x32A, VarStoreId: 0xF101, VarOffset: 0xAC4, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 6C 01 6D 01 2A 03 01 F1 C4 0A 10 10 00 03 00 }
0x83C98: OneOfOption Option: "No Constraint" Value: 0 { 09 07 65 01 00 00 00 }
0x83C9F: OneOfOption Option: "D0/F1" Value: 1, Default, MfgDefault { 09 07 66 01 30 00 01 }
0x83CA6: OneOfOption Option: "D3" Value: 3 { 09 07 67 01 00 00 03 }
0x83CAD: End { 29 02 }
0x83CAF: OneOf Prompt: "PEP PCIe Other", Help: "", QuestionFlags: 0x10, QuestionId: 0x32B, VarStoreId: 0xF101, VarOffset: 0xAC5, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 6E 01 6F 01 2B 03 01 F1 C5 0A 10 10 00 03 00 }
0x83CC0: OneOfOption Option: "No Constraint" Value: 0, Default, MfgDefault { 09 07 65 01 30 00 00 }
0x83CC7: OneOfOption Option: "D0/F1" Value: 1 { 09 07 66 01 00 00 01 }
0x83CCE: OneOfOption Option: "D3" Value: 3 { 09 07 67 01 00 00 03 }
0x83CD5: End { 29 02 }
0x83CD7: GrayOutIf { 19 82 }
0x83CD9: EqIdVal QuestionId: 0xF8B, Value: 0x0 { 12 86 8B 0F 00 00 }
0x83CDF: EqIdVal QuestionId: 0xF8C, Value: 0x0 { 12 06 8C 0F 00 00 }
0x83CE5: And { 15 02 }
0x83CE7: EqIdVal QuestionId: 0xF8D, Value: 0x0 { 12 06 8D 0F 00 00 }
0x83CED: And { 15 02 }
0x83CEF: End { 29 02 }
0x83CF1: OneOf Prompt: "PEP UART", Help: "Add UART in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x32C, VarStoreId: 0xF101, VarOffset: 0x62, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 73 01 74 01 2C 03 01 F1 62 00 10 10 00 01 00 }
0x83D02: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83D09: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83D10: End { 29 02 }
0x83D12: End { 29 02 }
0x83D14: GrayOutIf { 19 82 }
0x83D16: EqIdVal QuestionId: 0xF7C, Value: 0x0 { 12 06 7C 0F 00 00 }
0x83D1C: OneOf Prompt: "PEP I2C0", Help: "Adds I2C in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x32D, VarStoreId: 0xF101, VarOffset: 0x63, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 77 01 7F 01 2D 03 01 F1 63 00 10 10 00 01 00 }
0x83D2D: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83D34: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83D3B: End { 29 02 }
0x83D3D: End { 29 02 }
0x83D3F: GrayOutIf { 19 82 }
0x83D41: EqIdVal QuestionId: 0xF7D, Value: 0x0 { 12 06 7D 0F 00 00 }
0x83D47: OneOf Prompt: "PEP I2C1", Help: "Adds I2C in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x32E, VarStoreId: 0xF101, VarOffset: 0x64, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 78 01 7F 01 2E 03 01 F1 64 00 10 10 00 01 00 }
0x83D58: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83D5F: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83D66: End { 29 02 }
0x83D68: End { 29 02 }
0x83D6A: GrayOutIf { 19 82 }
0x83D6C: EqIdVal QuestionId: 0xF7E, Value: 0x0 { 12 06 7E 0F 00 00 }
0x83D72: OneOf Prompt: "PEP I2C2", Help: "Adds I2C in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x32F, VarStoreId: 0xF101, VarOffset: 0x65, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 79 01 7F 01 2F 03 01 F1 65 00 10 10 00 01 00 }
0x83D83: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83D8A: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83D91: End { 29 02 }
0x83D93: End { 29 02 }
0x83D95: GrayOutIf { 19 82 }
0x83D97: EqIdVal QuestionId: 0xF7F, Value: 0x0 { 12 06 7F 0F 00 00 }
0x83D9D: OneOf Prompt: "PEP I2C3", Help: "Adds I2C in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x330, VarStoreId: 0xF101, VarOffset: 0x66, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 7A 01 7F 01 30 03 01 F1 66 00 10 10 00 01 00 }
0x83DAE: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83DB5: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83DBC: End { 29 02 }
0x83DBE: End { 29 02 }
0x83DC0: GrayOutIf { 19 82 }
0x83DC2: EqIdVal QuestionId: 0xF80, Value: 0x0 { 12 06 80 0F 00 00 }
0x83DC8: OneOf Prompt: "PEP I2C4", Help: "Adds I2C in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x331, VarStoreId: 0xF101, VarOffset: 0x67, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 7B 01 7F 01 31 03 01 F1 67 00 10 10 00 01 00 }
0x83DD9: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83DE0: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83DE7: End { 29 02 }
0x83DE9: End { 29 02 }
0x83DEB: GrayOutIf { 19 82 }
0x83DED: EqIdVal QuestionId: 0xF81, Value: 0x0 { 12 06 81 0F 00 00 }
0x83DF3: OneOf Prompt: "PEP I2C5", Help: "Adds I2C in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x332, VarStoreId: 0xF101, VarOffset: 0x68, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 7C 01 7F 01 32 03 01 F1 68 00 10 10 00 01 00 }
0x83E04: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83E0B: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83E12: End { 29 02 }
0x83E14: End { 29 02 }
0x83E16: GrayOutIf { 19 82 }
0x83E18: EqIdVal QuestionId: 0xF82, Value: 0x0 { 12 06 82 0F 00 00 }
0x83E1E: OneOf Prompt: "PEP I2C6", Help: "Adds I2C in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x333, VarStoreId: 0xF101, VarOffset: 0xB3A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 7D 01 7F 01 33 03 01 F1 3A 0B 10 10 00 01 00 }
0x83E2F: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83E36: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83E3D: End { 29 02 }
0x83E3F: End { 29 02 }
0x83E41: GrayOutIf { 19 82 }
0x83E43: EqIdVal QuestionId: 0xF83, Value: 0x0 { 12 06 83 0F 00 00 }
0x83E49: OneOf Prompt: "PEP I2C7", Help: "Adds I2C in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x334, VarStoreId: 0xF101, VarOffset: 0xB57, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 7E 01 7F 01 34 03 01 F1 57 0B 10 10 00 01 00 }
0x83E5A: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83E61: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83E68: End { 29 02 }
0x83E6A: End { 29 02 }
0x83E6C: GrayOutIf { 19 82 }
0x83E6E: EqIdVal QuestionId: 0xF84, Value: 0x0 { 12 86 84 0F 00 00 }
0x83E74: EqIdVal QuestionId: 0xF85, Value: 0x0 { 12 06 85 0F 00 00 }
0x83E7A: And { 15 02 }
0x83E7C: EqIdVal QuestionId: 0xF86, Value: 0x0 { 12 06 86 0F 00 00 }
0x83E82: And { 15 02 }
0x83E84: End { 29 02 }
0x83E86: OneOf Prompt: "PEP SPI", Help: "Add SPI in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x335, VarStoreId: 0xF101, VarOffset: 0x69, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 75 01 76 01 35 03 01 F1 69 00 10 10 00 01 00 }
0x83E97: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83E9E: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83EA5: End { 29 02 }
0x83EA7: End { 29 02 }
0x83EA9: OneOf Prompt: "PEP XHCI", Help: "Add XHCI in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x336, VarStoreId: 0xF101, VarOffset: 0x6A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 80 01 81 01 36 03 01 F1 6A 00 10 10 00 01 00 }
0x83EBA: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83EC1: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83EC8: End { 29 02 }
0x83ECA: GrayOutIf { 19 82 }
0x83ECC: EqIdVal QuestionId: 0x13C9, Value: 0x0 { 12 06 C9 13 00 00 }
0x83ED2: OneOf Prompt: "PEP Audio", Help: "Add Audio in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x337, VarStoreId: 0xF101, VarOffset: 0x6B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 82 01 83 01 37 03 01 F1 6B 00 10 10 00 03 00 }
0x83EE3: OneOfOption Option: "No Constraint" Value: 0 { 09 07 65 01 00 00 00 }
0x83EEA: OneOfOption Option: "D0/F1" Value: 1, Default, MfgDefault { 09 07 66 01 30 00 01 }
0x83EF1: OneOfOption Option: "D3" Value: 3 { 09 07 67 01 00 00 03 }
0x83EF8: End { 29 02 }
0x83EFA: End { 29 02 }
0x83EFC: OneOf Prompt: "PEP CSME", Help: "Add CSME in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x338, VarStoreId: 0xF101, VarOffset: 0x6E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 86 01 87 01 38 03 01 F1 6E 00 10 10 00 01 00 }
0x83F0D: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83F14: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83F1B: End { 29 02 }
0x83F1D: OneOf Prompt: "PEP HECI3", Help: "Add HECI3 in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x339, VarStoreId: 0xF101, VarOffset: 0x9FE, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 88 01 89 01 39 03 01 F1 FE 09 10 10 00 01 00 }
0x83F2E: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83F35: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83F3C: End { 29 02 }
0x83F3E: OneOf Prompt: "PEP LAN(GBE)", Help: "Add LAN(GBE) in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x33A, VarStoreId: 0xF101, VarOffset: 0x6F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 8A 01 8B 01 3A 03 01 F1 6F 00 10 10 00 01 00 }
0x83F4F: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83F56: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83F5D: End { 29 02 }
0x83F5F: OneOf Prompt: "PEP THC0", Help: "Add THC in PEP mitigation list. Applies only if THCx has assigned port", QuestionFlags: 0x10, QuestionId: 0x33B, VarStoreId: 0xF101, VarOffset: 0x70, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 8C 01 8E 01 3B 03 01 F1 70 00 10 10 00 01 00 }
0x83F70: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83F77: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83F7E: End { 29 02 }
0x83F80: OneOf Prompt: "PEP THC1", Help: "Add THC in PEP mitigation list. Applies only if THCx has assigned port", QuestionFlags: 0x10, QuestionId: 0x33C, VarStoreId: 0xF101, VarOffset: 0x71, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 8D 01 8E 01 3C 03 01 F1 71 00 10 10 00 01 00 }
0x83F91: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83F98: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83F9F: End { 29 02 }
0x83FA1: OneOf Prompt: "PEP TCSS", Help: "Add TCSS IPs in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x33D, VarStoreId: 0xF101, VarOffset: 0x72, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 93 01 94 01 3D 03 01 F1 72 00 10 10 00 01 00 }
0x83FB2: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83FB9: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83FC0: End { 29 02 }
0x83FC2: GrayOutIf { 19 82 }
0x83FC4: EqIdVal QuestionId: 0x2798, Value: 0x0 { 12 06 98 27 00 00 }
0x83FCA: OneOf Prompt: "PEP VMD", Help: "Add VMD in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x33E, VarStoreId: 0xF101, VarOffset: 0x9BF, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 95 01 96 01 3E 03 01 F1 BF 09 10 10 00 01 00 }
0x83FDB: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x83FE2: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x83FE9: End { 29 02 }
0x83FEB: End { 29 02 }
0x83FED: SuppressIf { 0A 82 }
0x83FEF: EqIdVal QuestionId: 0x15E3, Value: 0x0 { 12 06 E3 15 00 00 }
0x83FF5: OneOf Prompt: "PEP EMMC", Help: "Add EMMC in PEP mitigation list", QuestionFlags: 0x10, QuestionId: 0x33F, VarStoreId: 0xF101, VarOffset: 0xB70, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 84 01 85 01 3F 03 01 F1 70 0B 10 10 00 01 00 }
0x84006: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x8400D: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 03 00 30 00 01 }
0x84014: End { 29 02 }
0x84016: End { 29 02 }
0x84018: End { 29 02 }
0x8401A: Form FormId: 0x2723, Title: "Connectivity Configuration" { 01 86 23 27 AD 01 }
0x84020: Text Prompt: "CNVi CRF Present", Help: "[Yes] means CNVi is the active Connectivity Solution, [No] means CNVi was not discovered", Text: "No" { 03 08 AF 01 B0 01 B1 01 }
0x84028: Text Prompt: "CNVi Configuration", Help: "CNVi Configuration", Text: "" { 03 08 B3 01 B3 01 00 00 }
0x84030: OneOf Prompt: "Connectivity mode (Wi-Fi & Bluetooth)", Help: "Enable/Disable the Wi-Fi and Bluetooth connectivity module", QuestionFlags: 0x10, QuestionId: 0x340, VarStoreId: 0x6, VarOffset: 0x736, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 B4 01 B5 01 40 03 06 00 36 07 10 10 00 01 00 }
0x84041: OneOfOption Option: "Disabled" Value: 0 { 09 07 B7 01 00 00 00 }
0x84048: OneOfOption Option: "Enabled" Value: 1, Default, MfgDefault { 09 07 B6 01 30 00 01 }
0x8404F: End { 29 02 }
0x84051: SuppressIf { 0A 82 }
0x84053: EqIdVal QuestionId: 0x340, Value: 0x0 { 12 06 40 03 00 00 }
0x84059: GrayOutIf { 19 82 }
0x8405B: StringRef1 String: "No" { 4E 84 B2 01 }
0x8405F: StringRef1 String: "No" { 4E 04 B1 01 }
0x84063: Match { 2A 02 }
0x84065: End { 29 02 }
0x84067: OneOf Prompt: " Wi-Fi Core", Help: "This is an option intended to Enable/Disable Wi-Fi Core in CNVi", QuestionFlags: 0x10, QuestionId: 0x341, VarStoreId: 0x6, VarOffset: 0x737, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 B8 01 B9 01 41 03 06 00 37 07 10 10 00 01 00 }
0x84078: OneOfOption Option: "Enabled" Value: 1, Default { 09 07 03 00 10 00 01 }
0x8407F: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x84086: End { 29 02 }
0x84088: OneOf Prompt: " BT Core", Help: "This is an option intended to Enable/Disable BT Core in CNVi", QuestionFlags: 0x10, QuestionId: 0x342, VarStoreId: 0x6, VarOffset: 0x738, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 BA 01 BB 01 42 03 06 00 38 07 10 10 00 01 00 }
0x84099: OneOfOption Option: "Enabled" Value: 1, Default { 09 07 03 00 10 00 01 }
0x840A0: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x840A7: End { 29 02 }
0x840A9: GrayOutIf { 19 82 }
0x840AB: EqIdVal QuestionId: 0x342, Value: 0x0 { 12 06 42 03 00 00 }
0x840B1: Numeric Prompt: " BT RF-Kill Delay Time", Help: "This is the delay Time to switch on/off BT RF-KILL signal during S3/S4 resume. Unit is ms", QuestionFlags: 0x0, QuestionId: 0x343, VarStoreId: 0xF101, VarOffset: 0xBD5, Flags: 0x11, Size: 16, Min: 0x0, Max: 0x400, Step: 0x1 { 07 94 C2 01 C3 01 43 03 01 F1 D5 0B 00 11 00 00 00 04 01 00 }
0x840C5: Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x840CC: End { 29 02 }
0x840CE: End { 29 02 }
0x840D0: End { 29 02 }
0x840D2: End { 29 02 }
0x840D4: OneOf Prompt: "BT Audio Offload", Help: "This is an option to Enable/Disable BT Audio Offload which enables audio input from BT device to the audio DSP and enables power efficient audio output to BT device.", QuestionFlags: 0x14, QuestionId: 0x2721, VarStoreId: 0x6, VarOffset: 0x739, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 BC 01 BD 01 21 27 06 00 39 07 14 10 00 01 00 }
0x840E5: OneOfOption Option: "Disabled" Value: 0, Default { 09 07 04 00 10 00 00 }
0x840EC: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x840F3: End { 29 02 }
0x840F5: OneOf Prompt: "RFI Mitigation", Help: "This is an option intended to Enable/Disable DDR-RFIM feature for Connectivity
This RFI mitigation feature may result in temporary slowdown of the DDR speed.", QuestionFlags: 0x10, QuestionId: 0x344, VarStoreId: 0x6, VarOffset: 0x73A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 BE 01 BF 01 44 03 06 00 3A 07 10 10 00 01 00 }
0x84106: OneOfOption Option: "Enabled" Value: 1, Default { 09 07 03 00 10 00 01 }
0x8410D: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x84114: End { 29 02 }
0x84116: SuppressIf { 0A 82 }
0x84118: EqIdVal QuestionId: 0x14F6, Value: 0x0 { 12 06 F6 14 00 00 }
0x8411E: OneOf Prompt: "DLVR RFI Mitigation", Help: "This is an option intended to Enable/Disable DLVR RFIM feature for Connectivity
This option is only valid when global DLVR is enabled.", QuestionFlags: 0x10, QuestionId: 0x345, VarStoreId: 0xF101, VarOffset: 0xBE9, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 C0 01 C1 01 45 03 01 F1 E9 0B 10 10 00 01 00 }
0x8412F: OneOfOption Option: "Enabled" Value: 1, Default { 09 07 03 00 10 00 01 }
0x84136: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x8413D: End { 29 02 }
0x8413F: End { 29 02 }
0x84141: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x84148: End { 29 02 }
0x8414A: GrayOutIf { 19 82 }
0x8414C: EqIdVal QuestionId: 0x49F, Value: 0x0 { 12 06 9F 04 00 00 }
0x84152: OneOf Prompt: "CoExistence Manager", Help: "CoEx Manager mitigates radio coexistence issues between Intel WWAN (modem) and Intel WLAN (WiFi/BT).
This should be enabled only if both WWAN and WLAN solutions are based on Intel components", QuestionFlags: 0x10, QuestionId: 0x346, VarStoreId: 0xF101, VarOffset: 0x7B4, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 3F 03 40 03 46 03 01 F1 B4 07 10 10 00 01 00 }
0x84163: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x8416A: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x84171: End { 29 02 }
0x84173: End { 29 02 }
0x84175: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x8417C: End { 29 02 }
0x8417E: OneOf Prompt: "Preboot BLE", Help: "This will be used to enable Preboot Bluetooth function", QuestionFlags: 0x10, QuestionId: 0x347, VarStoreId: 0xF101, VarOffset: 0x7B5, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 73 03 74 03 47 03 01 F1 B5 07 10 10 00 01 00 }
0x8418F: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x84196: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x8419D: End { 29 02 }
0x8419F: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x841A6: End { 29 02 }
0x841A8: OneOf Prompt: "Discrete Bluetooth Interface", Help: "SerialIo UART0 needs to be enabled to select BT interface", QuestionFlags: 0x10, QuestionId: 0x348, VarStoreId: 0xF101, VarOffset: 0x614, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 C4 01 C5 01 48 03 01 F1 14 06 10 10 00 02 00 }
0x841B9: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x841C0: OneOfOption Option: "USB" Value: 1, Default, MfgDefault { 09 07 C6 01 30 00 01 }
0x841C7: SuppressIf { 0A 82 }
0x841C9: EqIdVal QuestionId: 0xF8B, Value: 0x0 { 12 06 8B 0F 00 00 }
0x841CF: OneOfOption Option: "UART" Value: 2 { 09 07 C7 01 00 00 02 }
0x841D6: End { 29 02 }
0x841D8: End { 29 02 }
0x841DA: SuppressIf { 0A 82 }
0x841DC: EqIdVal QuestionId: 0x348, Value: 0x2 { 12 86 48 03 02 00 }
0x841E2: Not { 17 02 }
0x841E4: End { 29 02 }
0x841E6: OneOf Prompt: " BT Interrupt Mode", Help: "Selects routing of interrupt from BT Module", QuestionFlags: 0x10, QuestionId: 0x349, VarStoreId: 0xF101, VarOffset: 0x615, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 C8 01 C9 01 49 03 01 F1 15 06 10 10 00 01 00 }
0x841F7: OneOfOption Option: "GPIO Interrupt" Value: 0, Default, MfgDefault { 09 07 92 17 30 00 00 }
0x841FE: OneOfOption Option: "APIC Interrupt" Value: 1 { 09 07 91 17 00 00 01 }
0x84205: End { 29 02 }
0x84207: End { 29 02 }
0x84209: OneOf Prompt: "BT Tile Mode", Help: "Enable/Disable Tile", QuestionFlags: 0x10, QuestionId: 0x34A, VarStoreId: 0xF101, VarOffset: 0xAEB, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 46 03 47 03 4A 03 01 F1 EB 0A 10 10 00 01 00 }
0x8421A: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x84221: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x84228: End { 29 02 }
0x8422A: SuppressIf { 0A 82 }
0x8422C: EqIdVal QuestionId: 0x34A, Value: 0x0 { 12 06 4A 03 00 00 }
0x84232: Numeric Prompt: " Tile S0", Help: "The activity of Tile in S0.
Bit0:Find My PC
Bit1:Ring Notification
Bit2:BT_LED# Signal", QuestionFlags: 0x0, QuestionId: 0x34B, VarStoreId: 0xF101, VarOffset: 0xAEC, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x7, Step: 0x1 { 07 91 48 03 49 03 4B 03 01 F1 EC 0A 00 10 00 07 01 }
0x84243: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84249: End { 29 02 }
0x8424B: Numeric Prompt: " Tile S0ix", Help: "The activity of Tile in S0ix.
Bit0:Find My PC
Bit1:Ring Notification
Bit2:BT_LED# Signal", QuestionFlags: 0x0, QuestionId: 0x34C, VarStoreId: 0xF101, VarOffset: 0xAED, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x7, Step: 0x1 { 07 91 4A 03 4B 03 4C 03 01 F1 ED 0A 00 10 00 07 01 }
0x8425C: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84262: End { 29 02 }
0x84264: Numeric Prompt: " Tile S4", Help: "The activity of Tile in S4.
Bit0:Find My PC
Bit1:Ring Notification
Bit2:BT_LED# Signal", QuestionFlags: 0x0, QuestionId: 0x34D, VarStoreId: 0xF101, VarOffset: 0xAEE, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x7, Step: 0x1 { 07 91 4C 03 4D 03 4D 03 01 F1 EE 0A 00 10 00 07 01 }
0x84275: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8427B: End { 29 02 }
0x8427D: Numeric Prompt: " Tile S5", Help: "The activity of Tile in S5.
Bit0:Find My PC
Bit1:Ring Notification
Bit2:BT_LED# Signal", QuestionFlags: 0x0, QuestionId: 0x34E, VarStoreId: 0xF101, VarOffset: 0xAEF, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x7, Step: 0x1 { 07 91 4E 03 4F 03 4E 03 01 F1 EF 0A 00 10 00 07 01 }
0x8428E: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84294: End { 29 02 }
0x84296: Numeric Prompt: "BT LED Config", Help: "BT LED Config
Bit0:Define LED to Tile Ring Notification
Bit1:Active High Polarity", QuestionFlags: 0x0, QuestionId: 0x34F, VarStoreId: 0xF101, VarOffset: 0xB5D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x1 { 07 91 56 03 57 03 4F 03 01 F1 5D 0B 00 10 00 03 01 }
0x842A7: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x842AD: End { 29 02 }
0x842AF: Numeric Prompt: "BT LED Pulse Duration", Help: "LED Duration in milliseconds.
Min:1ms
Max:1000ms", QuestionFlags: 0x0, QuestionId: 0x350, VarStoreId: 0xF101, VarOffset: 0xB5E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 58 03 59 03 50 03 01 F1 5E 0B 00 10 00 FF 01 }
0x842C0: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x842C6: End { 29 02 }
0x842C8: Numeric Prompt: "BT LED Pulse Interval", Help: "LED Pulse interval in tens of milliseconds.
Min:10ms
Max:255ms", QuestionFlags: 0x0, QuestionId: 0x351, VarStoreId: 0xF101, VarOffset: 0xB5F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0xA { 07 91 5A 03 5B 03 51 03 01 F1 5F 0B 00 10 00 FF 0A }
0x842D9: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x842DF: End { 29 02 }
0x842E1: End { 29 02 }
0x842E3: Subtitle Prompt: "", Help: "", Flags: 0x0 { 02 87 02 00 00 00 00 }
0x842EA: End { 29 02 }
0x842EC: OneOf Prompt: "Advanced settings", Help: "Configure ACPI objects for wireless devices", QuestionFlags: 0x10, QuestionId: 0x352, VarStoreId: 0xF101, VarOffset: 0x75B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 CA 01 CB 01 52 03 01 F1 5B 07 10 10 00 01 00 }
0x842FD: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x84304: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x8430B: End { 29 02 }
0x8430D: SuppressIf { 0A 82 }
0x8430F: EqIdVal QuestionId: 0x352, Value: 0x0 { 12 06 52 03 00 00 }
0x84315: OneOf Prompt: "Switched Antenna Diversity Selection", Help: "This allows WiFi modules which have only one antenna to use one of the 2 possible antennas with the options:
0 - Antenna1
1 - Antenna2
2 - Diversity
3 - Diversity Antenna1
4 - Diversity Antenna2", QuestionFlags: 0x10, QuestionId: 0x353, VarStoreId: 0xF101, VarOffset: 0x7B3, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x4, Step: 0x0 { 05 91 6C 03 6D 03 53 03 01 F1 B3 07 10 10 00 04 00 }
0x84326: OneOfOption Option: "Antenna1" Value: 0 { 09 07 6E 03 00 00 00 }
0x8432D: OneOfOption Option: "Antenna2" Value: 1 { 09 07 6F 03 00 00 01 }
0x84334: OneOfOption Option: "Diversity" Value: 2, Default, MfgDefault { 09 07 70 03 30 00 02 }
0x8433B: OneOfOption Option: "Diversity Antenna1" Value: 3 { 09 07 71 03 00 00 03 }
0x84342: OneOfOption Option: "Diversity Antenna2" Value: 4 { 09 07 72 03 00 00 04 }
0x84349: End { 29 02 }
0x8434B: Text Prompt: "SPLC", Help: "SPLC", Text: "" { 03 08 68 1B 68 1B 00 00 }
0x84353: Numeric Prompt: " Domain Type SPLC 1", Help: "09h: Module(M.2); 07h: WiFi/WLAN; 0Fh: WWAN; 10h WiGig; 14h: RFEM", QuestionFlags: 0x0, QuestionId: 0x354, VarStoreId: 0xF101, VarOffset: 0x75C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x14, Step: 0x1 { 07 91 6C 1B 6D 1B 54 03 01 F1 5C 07 00 10 00 14 01 }
0x84364: Default DefaultId: 0x0 Value: 7 { 5B 06 00 00 00 07 }
0x8436A: End { 29 02 }
0x8436C: Numeric Prompt: " Default Power Limit", Help: "Power Limit in milli watts", QuestionFlags: 0x14, QuestionId: 0x2722, VarStoreId: 0xF101, VarOffset: 0x75D, Flags: 0x11, Size: 16, Min: 0x1, Max: 0xFFFF, Step: 0x1 { 07 94 CC 01 CD 01 22 27 01 F1 5D 07 14 11 01 00 FF FF 01 00 }
0x84380: Default DefaultId: 0x0 Value: 65535 { 5B 07 00 00 01 FF FF }
0x84387: End { 29 02 }
0x84389: Numeric Prompt: " Default Time Window", Help: "Time Window in milli seconds", QuestionFlags: 0x0, QuestionId: 0x355, VarStoreId: 0xF101, VarOffset: 0x75F, Flags: 0x12, Size: 32, Min: 0x1, Max: 0x186A0, Step: 0x1 { 07 9A CE 01 CF 01 55 03 01 F1 5F 07 00 12 01 00 00 00 A0 86 01 00 01 00 00 00 }
0x843A3: Default DefaultId: 0x0 Value: 30000 { 5B 09 00 00 02 30 75 00 00 }
0x843AC: End { 29 02 }
0x843AE: Text Prompt: "WAND", Help: "WAND", Text: "" { 03 08 D0 01 D0 01 00 00 }
0x843B6: Numeric Prompt: " TRxDelay_A", Help: "Antenna A delay possible values: 1-100 in 10ths of nano seconds resolution", QuestionFlags: 0x0, QuestionId: 0x356, VarStoreId: 0xF101, VarOffset: 0x763, Flags: 0x10, Size: 8, Min: 0x1, Max: 0x64, Step: 0x1 { 07 91 D1 01 D2 01 56 03 01 F1 63 07 00 10 01 64 01 }
0x843C7: Default DefaultId: 0x0 Value: 50 { 5B 06 00 00 00 32 }
0x843CD: End { 29 02 }
0x843CF: Numeric Prompt: " TRxCableLength_A", Help: "Antenna A cable length possible values: 1-100cm in 1cm resolution", QuestionFlags: 0x0, QuestionId: 0x357, VarStoreId: 0xF101, VarOffset: 0x764, Flags: 0x10, Size: 8, Min: 0x1, Max: 0x64, Step: 0x1 { 07 91 D3 01 D4 01 57 03 01 F1 64 07 00 10 01 64 01 }
0x843E0: Default DefaultId: 0x0 Value: 50 { 5B 06 00 00 00 32 }
0x843E6: End { 29 02 }
0x843E8: Numeric Prompt: " TRxDelay_B", Help: "Antenna B delay possible values: 1-100 in 10ths of nano seconds resolution", QuestionFlags: 0x0, QuestionId: 0x358, VarStoreId: 0xF101, VarOffset: 0x765, Flags: 0x10, Size: 8, Min: 0x1, Max: 0x64, Step: 0x1 { 07 91 D5 01 D6 01 58 03 01 F1 65 07 00 10 01 64 01 }
0x843F9: Default DefaultId: 0x0 Value: 50 { 5B 06 00 00 00 32 }
0x843FF: End { 29 02 }
0x84401: Numeric Prompt: " TRxCableLength_B", Help: "Antenna B cable length possible values: 1-100cm in 1cm resolution", QuestionFlags: 0x0, QuestionId: 0x359, VarStoreId: 0xF101, VarOffset: 0x766, Flags: 0x10, Size: 8, Min: 0x1, Max: 0x64, Step: 0x1 { 07 91 D7 01 D8 01 59 03 01 F1 66 07 00 10 01 64 01 }
0x84412: Default DefaultId: 0x0 Value: 50 { 5B 06 00 00 00 32 }
0x84418: End { 29 02 }
0x8441A: Text Prompt: "WRDD Package 1", Help: "WRDD Package 1", Text: "" { 03 08 D9 01 D9 01 00 00 }
0x84422: Numeric Prompt: " Domain Type", Help: "09h: Module; 07h: WiFi/WLAN; 0Fh: WWAN; 10h WiGig; 14h: RFEM", QuestionFlags: 0x0, QuestionId: 0x35A, VarStoreId: 0xF101, VarOffset: 0x767, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x64, Step: 0x1 { 07 91 DA 01 DB 01 5A 03 01 F1 67 07 00 10 00 64 01 }
0x84433: Default DefaultId: 0x0 Value: 7 { 5B 06 00 00 00 07 }
0x84439: End { 29 02 }
0x8443B: Numeric Prompt: " Country Identifier", Help: "Country identifier as defined in ISO/IEC 3166-1 Alpha 2 code", QuestionFlags: 0x0, QuestionId: 0x35B, VarStoreId: 0xF101, VarOffset: 0x768, Flags: 0x11, Size: 16, Min: 0x1, Max: 0xFFFF, Step: 0x1 { 07 94 DC 01 DD 01 5B 03 01 F1 68 07 00 11 01 00 FF FF 01 00 }
0x8444F: Default DefaultId: 0x0 Value: 16720 { 5B 07 00 00 01 50 41 }
0x84456: End { 29 02 }
0x84458: Text Prompt: "11Ax Control", Help: "11Ax Control", Text: "" { 03 08 1E 03 1E 03 00 00 }
0x84460: OneOf Prompt: " Wi-Fi 6 FW Setting for Ukraine", Help: "Wi-Fi 6 FW Setting for Ukraine
Bit 0 - Apply changes to country Ukraine. 11Ax Setting within module certification
00 - None. Work with Wi-Fi FW/OTP definitions [Default]
01 - Apply changes", QuestionFlags: 0x10, QuestionId: 0x35C, VarStoreId: 0xF101, VarOffset: 0xA3F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 1F 03 20 03 5C 03 01 F1 3F 0A 10 10 00 01 00 }
0x84471: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x84478: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x8447F: End { 29 02 }
0x84481: GrayOutIf { 19 82 }
0x84483: EqIdVal QuestionId: 0x35C, Value: 0x0 { 12 06 5C 03 00 00 }
0x84489: OneOf Prompt: " Wi-Fi 6 Mode for Ukraine", Help: "Wi-Fi 6 Mode for Ukraine
Bit 1 - 11Ax Mode. Effective only if Bit 0 set to 1
00 – Disable 11Ax on country Ukraine [Default]
01 – Enable 11Ax on country Ukraine", QuestionFlags: 0x10, QuestionId: 0x35D, VarStoreId: 0xF101, VarOffset: 0xA40, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 21 03 22 03 5D 03 01 F1 40 0A 10 10 00 01 00 }
0x8449A: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x844A1: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x844A8: End { 29 02 }
0x844AA: End { 29 02 }
0x844AC: OneOf Prompt: " Wi-Fi 6 FW Setting for Russia", Help: "Wi-Fi 6 FW Setting for Russia
Bit 2 - Apply changes to country Russia. 11Ax Setting within module certification
00 - None. Work with Wi-Fi FW/OTP definitions [Default]
01 - Apply changes", QuestionFlags: 0x10, QuestionId: 0x35E, VarStoreId: 0xF101, VarOffset: 0xA41, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 23 03 24 03 5E 03 01 F1 41 0A 10 10 00 01 00 }
0x844BD: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x844C4: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x844CB: End { 29 02 }
0x844CD: GrayOutIf { 19 82 }
0x844CF: EqIdVal QuestionId: 0x35E, Value: 0x0 { 12 06 5E 03 00 00 }
0x844D5: OneOf Prompt: " Wi-Fi 6 Mode for Russia", Help: "Wi-Fi 6 Mode for Russia
Bit 3 - 11Ax Mode. Effective only if Bit 2 set to 1
00 – Disable 11Ax on country Russia [Default]
01 – Enable 11Ax on country Russia", QuestionFlags: 0x10, QuestionId: 0x35F, VarStoreId: 0xF101, VarOffset: 0xA42, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 25 03 26 03 5F 03 01 F1 42 0A 10 10 00 01 00 }
0x844E6: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x844ED: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x844F4: End { 29 02 }
0x844F6: End { 29 02 }
0x844F8: Text Prompt: "WRDS Package", Help: "WRDS Package", Text: "" { 03 08 DE 01 DE 01 00 00 }
0x84500: OneOf Prompt: " WiFi SAR", Help: "Enable/Disable WiFi SAR Tx Power Limit; DISABLE - Device ignores WiFi SAR Configuration Table; ENABLE - Device uses WiFi SAR Configuration Table", QuestionFlags: 0x10, QuestionId: 0x360, VarStoreId: 0xF101, VarOffset: 0x76D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 DF 01 E0 01 60 03 01 F1 6D 07 10 10 00 01 00 }
0x84511: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84517: OneOfOption Option: "Disabled" Value: 0 { 09 07 04 00 00 00 00 }
0x8451E: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x84525: End { 29 02 }
0x84527: SuppressIf { 0A 82 }
0x84529: EqIdVal QuestionId: 0x360, Value: 0x0 { 12 06 60 03 00 00 }
0x8452F: Numeric Prompt: " SAR 2400 MHz Set1 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x361, VarStoreId: 0xF101, VarOffset: 0x76E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 F0 01 EF 01 61 03 01 F1 6E 07 00 10 00 FF 01 }
0x84540: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84546: End { 29 02 }
0x84548: Numeric Prompt: " SAR 5180-5320 MHz Set1 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x362, VarStoreId: 0xF101, VarOffset: 0x76F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 F1 01 EF 01 62 03 01 F1 6F 07 00 10 00 FF 01 }
0x84559: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8455F: End { 29 02 }
0x84561: Numeric Prompt: " SAR 5340-5440 MHz Set1 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x363, VarStoreId: 0xF101, VarOffset: 0x770, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 F2 01 EF 01 63 03 01 F1 70 07 00 10 00 FF 01 }
0x84572: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84578: End { 29 02 }
0x8457A: Numeric Prompt: " SAR 5460-5700 MHz Set1 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x364, VarStoreId: 0xF101, VarOffset: 0x771, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 F3 01 EF 01 64 03 01 F1 71 07 00 10 00 FF 01 }
0x8458B: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84591: End { 29 02 }
0x84593: Numeric Prompt: " SAR 5720-5825 MHz Set1 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x365, VarStoreId: 0xF101, VarOffset: 0x772, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 F4 01 EF 01 65 03 01 F1 72 07 00 10 00 FF 01 }
0x845A4: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x845AA: End { 29 02 }
0x845AC: Numeric Prompt: " SAR 5845-6135 MHz Set1 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x366, VarStoreId: 0xF101, VarOffset: 0x773, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 F5 01 EF 01 66 03 01 F1 73 07 00 10 00 FF 01 }
0x845BD: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x845C3: End { 29 02 }
0x845C5: Numeric Prompt: " SAR 6155-6375 MHz Set1 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x367, VarStoreId: 0xF101, VarOffset: 0x774, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 F6 01 EF 01 67 03 01 F1 74 07 00 10 00 FF 01 }
0x845D6: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x845DC: End { 29 02 }
0x845DE: Numeric Prompt: " SAR 6395-6495 MHz Set1 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x368, VarStoreId: 0xF101, VarOffset: 0x775, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 F7 01 EF 01 68 03 01 F1 75 07 00 10 00 FF 01 }
0x845EF: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x845F5: End { 29 02 }
0x845F7: Numeric Prompt: " SAR 6515-6675 MHz Set1 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x369, VarStoreId: 0xF101, VarOffset: 0x776, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 F8 01 EF 01 69 03 01 F1 76 07 00 10 00 FF 01 }
0x84608: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8460E: End { 29 02 }
0x84610: Numeric Prompt: " SAR 6695-6835 MHz Set1 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x36A, VarStoreId: 0xF101, VarOffset: 0x777, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 F9 01 EF 01 6A 03 01 F1 77 07 00 10 00 FF 01 }
0x84621: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84627: End { 29 02 }
0x84629: Numeric Prompt: " SAR 6855-7095 MHz Set1 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x36B, VarStoreId: 0xF101, VarOffset: 0xA03, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 FA 01 EF 01 6B 03 01 F1 03 0A 00 10 00 FF 01 }
0x8463A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84640: End { 29 02 }
0x84642: Numeric Prompt: " SAR 2400 MHz Set1 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x36C, VarStoreId: 0xF101, VarOffset: 0xA04, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 FB 01 EF 01 6C 03 01 F1 04 0A 00 10 00 FF 01 }
0x84653: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84659: End { 29 02 }
0x8465B: Numeric Prompt: " SAR 5180-5320 MHz Set1 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x36D, VarStoreId: 0xF101, VarOffset: 0xA05, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 FC 01 EF 01 6D 03 01 F1 05 0A 00 10 00 FF 01 }
0x8466C: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84672: End { 29 02 }
0x84674: Numeric Prompt: " SAR 5340-5440 MHz Set1 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x36E, VarStoreId: 0xF101, VarOffset: 0xA06, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 FD 01 EF 01 6E 03 01 F1 06 0A 00 10 00 FF 01 }
0x84685: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8468B: End { 29 02 }
0x8468D: Numeric Prompt: " SAR 5460-5700 MHz Set1 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x36F, VarStoreId: 0xF101, VarOffset: 0xA07, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 FE 01 EF 01 6F 03 01 F1 07 0A 00 10 00 FF 01 }
0x8469E: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x846A4: End { 29 02 }
0x846A6: Numeric Prompt: " SAR 5720-5825 MHz Set1 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x370, VarStoreId: 0xF101, VarOffset: 0xA08, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 FF 01 EF 01 70 03 01 F1 08 0A 00 10 00 FF 01 }
0x846B7: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x846BD: End { 29 02 }
0x846BF: Numeric Prompt: " SAR 5845-6135 MHz Set1 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x371, VarStoreId: 0xF101, VarOffset: 0xA09, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 00 02 EF 01 71 03 01 F1 09 0A 00 10 00 FF 01 }
0x846D0: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x846D6: End { 29 02 }
0x846D8: Numeric Prompt: " SAR 6155-6375 MHz Set1 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x372, VarStoreId: 0xF101, VarOffset: 0xA0A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 01 02 EF 01 72 03 01 F1 0A 0A 00 10 00 FF 01 }
0x846E9: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x846EF: End { 29 02 }
0x846F1: Numeric Prompt: " SAR 6395-6495 MHz Set1 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x373, VarStoreId: 0xF101, VarOffset: 0xA0B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 02 02 EF 01 73 03 01 F1 0B 0A 00 10 00 FF 01 }
0x84702: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84708: End { 29 02 }
0x8470A: Numeric Prompt: " SAR 6515-6675 MHz Set1 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x374, VarStoreId: 0xF101, VarOffset: 0xA0C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 03 02 EF 01 74 03 01 F1 0C 0A 00 10 00 FF 01 }
0x8471B: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84721: End { 29 02 }
0x84723: Numeric Prompt: " SAR 6695-6835 MHz Set1 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x375, VarStoreId: 0xF101, VarOffset: 0xA0D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 04 02 EF 01 75 03 01 F1 0D 0A 00 10 00 FF 01 }
0x84734: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8473A: End { 29 02 }
0x8473C: Numeric Prompt: " SAR 6855-7095 MHz Set1 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x376, VarStoreId: 0xF101, VarOffset: 0xA0E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 05 02 EF 01 76 03 01 F1 0E 0A 00 10 00 FF 01 }
0x8474D: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84753: End { 29 02 }
0x84755: Numeric Prompt: " SAR CDB 2400 MHz Set1 Chain A", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x377, VarStoreId: 0xF101, VarOffset: 0xA4C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 49 02 48 02 77 03 01 F1 4C 0A 00 10 00 FF 01 }
0x84766: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8476C: End { 29 02 }
0x8476E: Numeric Prompt: " SAR CDB 5180-5320 MHz Set1 Chain A", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x378, VarStoreId: 0xF101, VarOffset: 0xA4D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 4A 02 48 02 78 03 01 F1 4D 0A 00 10 00 FF 01 }
0x8477F: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84785: End { 29 02 }
0x84787: Numeric Prompt: " SAR CDB 5340-5440 MHz Set1 Chain A", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x379, VarStoreId: 0xF101, VarOffset: 0xA4E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 4B 02 48 02 79 03 01 F1 4E 0A 00 10 00 FF 01 }
0x84798: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8479E: End { 29 02 }
0x847A0: Numeric Prompt: " SAR CDB 5460-5700 MHz Set1 Chain A", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x37A, VarStoreId: 0xF101, VarOffset: 0xA4F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 4C 02 48 02 7A 03 01 F1 4F 0A 00 10 00 FF 01 }
0x847B1: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x847B7: End { 29 02 }
0x847B9: Numeric Prompt: " SAR CDB 5720-5825 MHz Set1 Chain A", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x37B, VarStoreId: 0xF101, VarOffset: 0xA50, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 4D 02 48 02 7B 03 01 F1 50 0A 00 10 00 FF 01 }
0x847CA: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x847D0: End { 29 02 }
0x847D2: Numeric Prompt: " SAR CDB 5845-6135 MHz Set1 Chain A", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x37C, VarStoreId: 0xF101, VarOffset: 0xA51, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 4E 02 48 02 7C 03 01 F1 51 0A 00 10 00 FF 01 }
0x847E3: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x847E9: End { 29 02 }
0x847EB: Numeric Prompt: " SAR CDB 6155-6375 MHz Set1 Chain A", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x37D, VarStoreId: 0xF101, VarOffset: 0xA52, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 4F 02 48 02 7D 03 01 F1 52 0A 00 10 00 FF 01 }
0x847FC: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84802: End { 29 02 }
0x84804: Numeric Prompt: " SAR CDB 6395-6495 MHz Set1 Chain A", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x37E, VarStoreId: 0xF101, VarOffset: 0xA53, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 50 02 48 02 7E 03 01 F1 53 0A 00 10 00 FF 01 }
0x84815: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8481B: End { 29 02 }
0x8481D: Numeric Prompt: " SAR CDB 6515-6675 MHz Set1 Chain A", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x37F, VarStoreId: 0xF101, VarOffset: 0xA54, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 51 02 48 02 7F 03 01 F1 54 0A 00 10 00 FF 01 }
0x8482E: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84834: End { 29 02 }
0x84836: Numeric Prompt: " SAR CDB 6695-6835 MHz Set1 Chain A", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x380, VarStoreId: 0xF101, VarOffset: 0xA55, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 52 02 48 02 80 03 01 F1 55 0A 00 10 00 FF 01 }
0x84847: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8484D: End { 29 02 }
0x8484F: Numeric Prompt: " SAR CDB 6855-7095 MHz Set1 Chain A", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x381, VarStoreId: 0xF101, VarOffset: 0xA56, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 53 02 48 02 81 03 01 F1 56 0A 00 10 00 FF 01 }
0x84860: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84866: End { 29 02 }
0x84868: Numeric Prompt: " SAR CDB 2400 MHz Set1 Chain B", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x382, VarStoreId: 0xF101, VarOffset: 0xA57, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 54 02 48 02 82 03 01 F1 57 0A 00 10 00 FF 01 }
0x84879: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8487F: End { 29 02 }
0x84881: Numeric Prompt: " SAR CDB 5180-5320 MHz Set1 Chain B", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x383, VarStoreId: 0xF101, VarOffset: 0xA58, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 55 02 48 02 83 03 01 F1 58 0A 00 10 00 FF 01 }
0x84892: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84898: End { 29 02 }
0x8489A: Numeric Prompt: " SAR CDB 5340-5440 MHz Set1 Chain B", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x384, VarStoreId: 0xF101, VarOffset: 0xA59, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 56 02 48 02 84 03 01 F1 59 0A 00 10 00 FF 01 }
0x848AB: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x848B1: End { 29 02 }
0x848B3: Numeric Prompt: " SAR CDB 5460-5700 MHz Set1 Chain B", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x385, VarStoreId: 0xF101, VarOffset: 0xA5A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 57 02 48 02 85 03 01 F1 5A 0A 00 10 00 FF 01 }
0x848C4: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x848CA: End { 29 02 }
0x848CC: Numeric Prompt: " SAR CDB 5720-5825 MHz Set1 Chain B", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x386, VarStoreId: 0xF101, VarOffset: 0xA5B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 58 02 48 02 86 03 01 F1 5B 0A 00 10 00 FF 01 }
0x848DD: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x848E3: End { 29 02 }
0x848E5: Numeric Prompt: " SAR CDB 5845-6135 MHz Set1 Chain B", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x387, VarStoreId: 0xF101, VarOffset: 0xA5C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 59 02 48 02 87 03 01 F1 5C 0A 00 10 00 FF 01 }
0x848F6: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x848FC: End { 29 02 }
0x848FE: Numeric Prompt: " SAR CDB 6155-6375 MHz Set1 Chain B", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x388, VarStoreId: 0xF101, VarOffset: 0xA5D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 5A 02 48 02 88 03 01 F1 5D 0A 00 10 00 FF 01 }
0x8490F: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84915: End { 29 02 }
0x84917: Numeric Prompt: " SAR CDB 6395-6495 MHz Set1 Chain B", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x389, VarStoreId: 0xF101, VarOffset: 0xA5E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 5B 02 48 02 89 03 01 F1 5E 0A 00 10 00 FF 01 }
0x84928: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8492E: End { 29 02 }
0x84930: Numeric Prompt: " SAR CDB 6515-6675 MHz Set1 Chain B", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x38A, VarStoreId: 0xF101, VarOffset: 0xA5F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 5C 02 48 02 8A 03 01 F1 5F 0A 00 10 00 FF 01 }
0x84941: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84947: End { 29 02 }
0x84949: Numeric Prompt: " SAR CDB 6695-6835 MHz Set1 Chain B", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x38B, VarStoreId: 0xF101, VarOffset: 0xA60, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 5D 02 48 02 8B 03 01 F1 60 0A 00 10 00 FF 01 }
0x8495A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84960: End { 29 02 }
0x84962: Numeric Prompt: " SAR CDB 6855-7095 MHz Set1 Chain B", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x38C, VarStoreId: 0xF101, VarOffset: 0xA61, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 5E 02 48 02 8C 03 01 F1 61 0A 00 10 00 FF 01 }
0x84973: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84979: End { 29 02 }
0x8497B: End { 29 02 }
0x8497D: Text Prompt: "EWRD Package", Help: "EWRD Package", Text: "" { 03 08 E1 01 E1 01 00 00 }
0x84985: OneOf Prompt: " WiFi Dynamic SAR", Help: "Enable/Disable WiFi Dynamic SAR Tx Power Limit which shell be set dynamically accorting to the Proximity Sensor", QuestionFlags: 0x10, QuestionId: 0x38D, VarStoreId: 0xF101, VarOffset: 0x778, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 E2 01 E3 01 8D 03 01 F1 78 07 10 10 00 01 00 }
0x84996: OneOfOption Option: "Disabled" Value: 0, Default, MfgDefault { 09 07 04 00 30 00 00 }
0x8499D: OneOfOption Option: "Enabled" Value: 1 { 09 07 03 00 00 00 01 }
0x849A4: End { 29 02 }
0x849A6: SuppressIf { 0A 82 }
0x849A8: EqIdVal QuestionId: 0x38D, Value: 0x0 { 12 06 8D 03 00 00 }
0x849AE: OneOf Prompt: " Extended SAR Range Sets", Help: "Defines the WiFi SAR Sets that can be used to set the power limts dynamically based on the Proximity Sensor,Set 1 is always present if WiFi SAR enabled and Set 2-3 are additinoal sets", QuestionFlags: 0x10, QuestionId: 0x38E, VarStoreId: 0xF101, VarOffset: 0x779, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 E4 01 E5 01 8E 03 01 F1 79 07 10 10 00 03 00 }
0x849BF: OneOfOption Option: "No Additional sets" Value: 0, Default, MfgDefault { 09 07 E6 01 30 00 00 }
0x849C6: OneOfOption Option: "Set 2" Value: 1 { 09 07 E8 01 00 00 01 }
0x849CD: OneOfOption Option: "Set 3" Value: 2 { 09 07 E9 01 00 00 02 }
0x849D4: OneOfOption Option: "Set 4" Value: 3 { 09 07 EA 01 00 00 03 }
0x849DB: End { 29 02 }
0x849DD: Numeric Prompt: " SAR 2400 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x38F, VarStoreId: 0xF101, VarOffset: 0x77A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 06 02 EF 01 8F 03 01 F1 7A 07 00 10 00 FF 01 }
0x849EE: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x849F4: End { 29 02 }
0x849F6: Numeric Prompt: " SAR 5180-5320 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x390, VarStoreId: 0xF101, VarOffset: 0x77B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 07 02 EF 01 90 03 01 F1 7B 07 00 10 00 FF 01 }
0x84A07: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84A0D: End { 29 02 }
0x84A0F: Numeric Prompt: " SAR 5340-5440 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x391, VarStoreId: 0xF101, VarOffset: 0x77C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 08 02 EF 01 91 03 01 F1 7C 07 00 10 00 FF 01 }
0x84A20: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84A26: End { 29 02 }
0x84A28: Numeric Prompt: " SAR 5460-5700 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x392, VarStoreId: 0xF101, VarOffset: 0x77D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 09 02 EF 01 92 03 01 F1 7D 07 00 10 00 FF 01 }
0x84A39: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84A3F: End { 29 02 }
0x84A41: Numeric Prompt: " SAR 5720-5825 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x393, VarStoreId: 0xF101, VarOffset: 0x77E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 0A 02 EF 01 93 03 01 F1 7E 07 00 10 00 FF 01 }
0x84A52: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84A58: End { 29 02 }
0x84A5A: Numeric Prompt: " SAR 5845-6135 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x394, VarStoreId: 0xF101, VarOffset: 0x77F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 0B 02 EF 01 94 03 01 F1 7F 07 00 10 00 FF 01 }
0x84A6B: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84A71: End { 29 02 }
0x84A73: Numeric Prompt: " SAR 6155-6375 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x395, VarStoreId: 0xF101, VarOffset: 0x780, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 0C 02 EF 01 95 03 01 F1 80 07 00 10 00 FF 01 }
0x84A84: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84A8A: End { 29 02 }
0x84A8C: Numeric Prompt: " SAR 6395-6495 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x396, VarStoreId: 0xF101, VarOffset: 0x781, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 0D 02 EF 01 96 03 01 F1 81 07 00 10 00 FF 01 }
0x84A9D: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84AA3: End { 29 02 }
0x84AA5: Numeric Prompt: " SAR 6515-6675 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x397, VarStoreId: 0xF101, VarOffset: 0x782, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 0E 02 EF 01 97 03 01 F1 82 07 00 10 00 FF 01 }
0x84AB6: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84ABC: End { 29 02 }
0x84ABE: Numeric Prompt: " SAR 6695-6835 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x398, VarStoreId: 0xF101, VarOffset: 0x783, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 0F 02 EF 01 98 03 01 F1 83 07 00 10 00 FF 01 }
0x84ACF: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84AD5: End { 29 02 }
0x84AD7: Numeric Prompt: " SAR 6855-7095 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x399, VarStoreId: 0xF101, VarOffset: 0xA0F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 10 02 EF 01 99 03 01 F1 0F 0A 00 10 00 FF 01 }
0x84AE8: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84AEE: End { 29 02 }
0x84AF0: Numeric Prompt: " SAR 2400 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x39A, VarStoreId: 0xF101, VarOffset: 0xA10, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 11 02 EF 01 9A 03 01 F1 10 0A 00 10 00 FF 01 }
0x84B01: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84B07: End { 29 02 }
0x84B09: Numeric Prompt: " SAR 5180-5320 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x39B, VarStoreId: 0xF101, VarOffset: 0xA11, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 12 02 EF 01 9B 03 01 F1 11 0A 00 10 00 FF 01 }
0x84B1A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84B20: End { 29 02 }
0x84B22: Numeric Prompt: " SAR 5340-5440 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x39C, VarStoreId: 0xF101, VarOffset: 0xA12, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 13 02 EF 01 9C 03 01 F1 12 0A 00 10 00 FF 01 }
0x84B33: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84B39: End { 29 02 }
0x84B3B: Numeric Prompt: " SAR 5460-5700 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x39D, VarStoreId: 0xF101, VarOffset: 0xA13, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 14 02 EF 01 9D 03 01 F1 13 0A 00 10 00 FF 01 }
0x84B4C: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84B52: End { 29 02 }
0x84B54: Numeric Prompt: " SAR 5720-5825 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x39E, VarStoreId: 0xF101, VarOffset: 0xA14, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 15 02 EF 01 9E 03 01 F1 14 0A 00 10 00 FF 01 }
0x84B65: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84B6B: End { 29 02 }
0x84B6D: Numeric Prompt: " SAR 5845-6135 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x39F, VarStoreId: 0xF101, VarOffset: 0xA15, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 16 02 EF 01 9F 03 01 F1 15 0A 00 10 00 FF 01 }
0x84B7E: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84B84: End { 29 02 }
0x84B86: Numeric Prompt: " SAR 6155-6375 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3A0, VarStoreId: 0xF101, VarOffset: 0xA16, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 17 02 EF 01 A0 03 01 F1 16 0A 00 10 00 FF 01 }
0x84B97: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84B9D: End { 29 02 }
0x84B9F: Numeric Prompt: " SAR 6395-6495 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3A1, VarStoreId: 0xF101, VarOffset: 0xA17, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 18 02 EF 01 A1 03 01 F1 17 0A 00 10 00 FF 01 }
0x84BB0: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84BB6: End { 29 02 }
0x84BB8: Numeric Prompt: " SAR 6515-6675 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3A2, VarStoreId: 0xF101, VarOffset: 0xA18, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 19 02 EF 01 A2 03 01 F1 18 0A 00 10 00 FF 01 }
0x84BC9: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84BCF: End { 29 02 }
0x84BD1: Numeric Prompt: " SAR 6695-6835 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3A3, VarStoreId: 0xF101, VarOffset: 0xA19, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 1A 02 EF 01 A3 03 01 F1 19 0A 00 10 00 FF 01 }
0x84BE2: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84BE8: End { 29 02 }
0x84BEA: Numeric Prompt: " SAR 6855-7095 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3A4, VarStoreId: 0xF101, VarOffset: 0xA1A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 1B 02 EF 01 A4 03 01 F1 1A 0A 00 10 00 FF 01 }
0x84BFB: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84C01: End { 29 02 }
0x84C03: Numeric Prompt: " SAR 2400 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3A5, VarStoreId: 0xF101, VarOffset: 0x784, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 1C 02 EF 01 A5 03 01 F1 84 07 00 10 00 FF 01 }
0x84C14: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84C1A: End { 29 02 }
0x84C1C: Numeric Prompt: " SAR 5180-5320 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3A6, VarStoreId: 0xF101, VarOffset: 0x785, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 1D 02 EF 01 A6 03 01 F1 85 07 00 10 00 FF 01 }
0x84C2D: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84C33: End { 29 02 }
0x84C35: Numeric Prompt: " SAR 5340-5440 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3A7, VarStoreId: 0xF101, VarOffset: 0x786, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 1E 02 EF 01 A7 03 01 F1 86 07 00 10 00 FF 01 }
0x84C46: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84C4C: End { 29 02 }
0x84C4E: Numeric Prompt: " SAR 5460-5700 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3A8, VarStoreId: 0xF101, VarOffset: 0x787, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 1F 02 EF 01 A8 03 01 F1 87 07 00 10 00 FF 01 }
0x84C5F: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84C65: End { 29 02 }
0x84C67: Numeric Prompt: " SAR 5720-5825 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3A9, VarStoreId: 0xF101, VarOffset: 0x788, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 20 02 EF 01 A9 03 01 F1 88 07 00 10 00 FF 01 }
0x84C78: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84C7E: End { 29 02 }
0x84C80: Numeric Prompt: " SAR 5845-6135 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3AA, VarStoreId: 0xF101, VarOffset: 0x789, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 21 02 EF 01 AA 03 01 F1 89 07 00 10 00 FF 01 }
0x84C91: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84C97: End { 29 02 }
0x84C99: Numeric Prompt: " SAR 6155-6375 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3AB, VarStoreId: 0xF101, VarOffset: 0x78A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 22 02 EF 01 AB 03 01 F1 8A 07 00 10 00 FF 01 }
0x84CAA: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84CB0: End { 29 02 }
0x84CB2: Numeric Prompt: " SAR 6395-6495 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3AC, VarStoreId: 0xF101, VarOffset: 0x78B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 23 02 EF 01 AC 03 01 F1 8B 07 00 10 00 FF 01 }
0x84CC3: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84CC9: End { 29 02 }
0x84CCB: Numeric Prompt: " SAR 6515-6675 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3AD, VarStoreId: 0xF101, VarOffset: 0x78C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 24 02 EF 01 AD 03 01 F1 8C 07 00 10 00 FF 01 }
0x84CDC: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84CE2: End { 29 02 }
0x84CE4: Numeric Prompt: " SAR 6695-6835 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3AE, VarStoreId: 0xF101, VarOffset: 0x78D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 25 02 EF 01 AE 03 01 F1 8D 07 00 10 00 FF 01 }
0x84CF5: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84CFB: End { 29 02 }
0x84CFD: Numeric Prompt: " SAR 6855-7095 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3AF, VarStoreId: 0xF101, VarOffset: 0xA1B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 26 02 EF 01 AF 03 01 F1 1B 0A 00 10 00 FF 01 }
0x84D0E: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84D14: End { 29 02 }
0x84D16: Numeric Prompt: " SAR 2400 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3B0, VarStoreId: 0xF101, VarOffset: 0xA1C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 27 02 EF 01 B0 03 01 F1 1C 0A 00 10 00 FF 01 }
0x84D27: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84D2D: End { 29 02 }
0x84D2F: Numeric Prompt: " SAR 5180-5320 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3B1, VarStoreId: 0xF101, VarOffset: 0xA1D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 28 02 EF 01 B1 03 01 F1 1D 0A 00 10 00 FF 01 }
0x84D40: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84D46: End { 29 02 }
0x84D48: Numeric Prompt: " SAR 5340-5440 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3B2, VarStoreId: 0xF101, VarOffset: 0xA1E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 29 02 EF 01 B2 03 01 F1 1E 0A 00 10 00 FF 01 }
0x84D59: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84D5F: End { 29 02 }
0x84D61: Numeric Prompt: " SAR 5460-5700 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3B3, VarStoreId: 0xF101, VarOffset: 0xA1F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 2A 02 EF 01 B3 03 01 F1 1F 0A 00 10 00 FF 01 }
0x84D72: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84D78: End { 29 02 }
0x84D7A: Numeric Prompt: " SAR 5720-5825 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3B4, VarStoreId: 0xF101, VarOffset: 0xA20, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 2B 02 EF 01 B4 03 01 F1 20 0A 00 10 00 FF 01 }
0x84D8B: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84D91: End { 29 02 }
0x84D93: Numeric Prompt: " SAR 5845-6135 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3B5, VarStoreId: 0xF101, VarOffset: 0xA21, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 2C 02 EF 01 B5 03 01 F1 21 0A 00 10 00 FF 01 }
0x84DA4: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84DAA: End { 29 02 }
0x84DAC: Numeric Prompt: " SAR 6155-6375 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3B6, VarStoreId: 0xF101, VarOffset: 0xA22, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 2D 02 EF 01 B6 03 01 F1 22 0A 00 10 00 FF 01 }
0x84DBD: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84DC3: End { 29 02 }
0x84DC5: Numeric Prompt: " SAR 6395-6495 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3B7, VarStoreId: 0xF101, VarOffset: 0xA23, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 2E 02 EF 01 B7 03 01 F1 23 0A 00 10 00 FF 01 }
0x84DD6: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84DDC: End { 29 02 }
0x84DDE: Numeric Prompt: " SAR 6515-6675 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3B8, VarStoreId: 0xF101, VarOffset: 0xA24, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 2F 02 EF 01 B8 03 01 F1 24 0A 00 10 00 FF 01 }
0x84DEF: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84DF5: End { 29 02 }
0x84DF7: Numeric Prompt: " SAR 6695-6835 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3B9, VarStoreId: 0xF101, VarOffset: 0xA25, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 30 02 EF 01 B9 03 01 F1 25 0A 00 10 00 FF 01 }
0x84E08: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84E0E: End { 29 02 }
0x84E10: Numeric Prompt: " SAR 6855-7095 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3BA, VarStoreId: 0xF101, VarOffset: 0xA26, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 31 02 EF 01 BA 03 01 F1 26 0A 00 10 00 FF 01 }
0x84E21: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84E27: End { 29 02 }
0x84E29: Numeric Prompt: " SAR 2400 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3BB, VarStoreId: 0xF101, VarOffset: 0x78E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 32 02 EF 01 BB 03 01 F1 8E 07 00 10 00 FF 01 }
0x84E3A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84E40: End { 29 02 }
0x84E42: Numeric Prompt: " SAR 5180-5320 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3BC, VarStoreId: 0xF101, VarOffset: 0x78F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 33 02 EF 01 BC 03 01 F1 8F 07 00 10 00 FF 01 }
0x84E53: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84E59: End { 29 02 }
0x84E5B: Numeric Prompt: " SAR 5340-5440 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3BD, VarStoreId: 0xF101, VarOffset: 0x790, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 34 02 EF 01 BD 03 01 F1 90 07 00 10 00 FF 01 }
0x84E6C: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84E72: End { 29 02 }
0x84E74: Numeric Prompt: " SAR 5460-5700 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3BE, VarStoreId: 0xF101, VarOffset: 0x791, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 35 02 EF 01 BE 03 01 F1 91 07 00 10 00 FF 01 }
0x84E85: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84E8B: End { 29 02 }
0x84E8D: Numeric Prompt: " SAR 5720-5825 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3BF, VarStoreId: 0xF101, VarOffset: 0x792, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 36 02 EF 01 BF 03 01 F1 92 07 00 10 00 FF 01 }
0x84E9E: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84EA4: End { 29 02 }
0x84EA6: Numeric Prompt: " SAR 5845-6135 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3C0, VarStoreId: 0xF101, VarOffset: 0x793, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 37 02 EF 01 C0 03 01 F1 93 07 00 10 00 FF 01 }
0x84EB7: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84EBD: End { 29 02 }
0x84EBF: Numeric Prompt: " SAR 6155-6375 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3C1, VarStoreId: 0xF101, VarOffset: 0x794, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 38 02 EF 01 C1 03 01 F1 94 07 00 10 00 FF 01 }
0x84ED0: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84ED6: End { 29 02 }
0x84ED8: Numeric Prompt: " SAR 6395-6495 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3C2, VarStoreId: 0xF101, VarOffset: 0x795, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 39 02 EF 01 C2 03 01 F1 95 07 00 10 00 FF 01 }
0x84EE9: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84EEF: End { 29 02 }
0x84EF1: Numeric Prompt: " SAR 6515-6675 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3C3, VarStoreId: 0xF101, VarOffset: 0x796, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 3A 02 EF 01 C3 03 01 F1 96 07 00 10 00 FF 01 }
0x84F02: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84F08: End { 29 02 }
0x84F0A: Numeric Prompt: " SAR 6695-6835 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3C4, VarStoreId: 0xF101, VarOffset: 0x797, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 3B 02 EF 01 C4 03 01 F1 97 07 00 10 00 FF 01 }
0x84F1B: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84F21: End { 29 02 }
0x84F23: Numeric Prompt: " SAR 6855-7095 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3C5, VarStoreId: 0xF101, VarOffset: 0xA27, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 3C 02 EF 01 C5 03 01 F1 27 0A 00 10 00 FF 01 }
0x84F34: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84F3A: End { 29 02 }
0x84F3C: Numeric Prompt: " SAR 2400 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3C6, VarStoreId: 0xF101, VarOffset: 0xA28, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 3D 02 EF 01 C6 03 01 F1 28 0A 00 10 00 FF 01 }
0x84F4D: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84F53: End { 29 02 }
0x84F55: Numeric Prompt: " SAR 5180-5320 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3C7, VarStoreId: 0xF101, VarOffset: 0xA29, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 3E 02 EF 01 C7 03 01 F1 29 0A 00 10 00 FF 01 }
0x84F66: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84F6C: End { 29 02 }
0x84F6E: Numeric Prompt: " SAR 5340-5440 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3C8, VarStoreId: 0xF101, VarOffset: 0xA2A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 3F 02 EF 01 C8 03 01 F1 2A 0A 00 10 00 FF 01 }
0x84F7F: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84F85: End { 29 02 }
0x84F87: Numeric Prompt: " SAR 5460-5700 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3C9, VarStoreId: 0xF101, VarOffset: 0xA2B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 40 02 EF 01 C9 03 01 F1 2B 0A 00 10 00 FF 01 }
0x84F98: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84F9E: End { 29 02 }
0x84FA0: Numeric Prompt: " SAR 5720-5825 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3CA, VarStoreId: 0xF101, VarOffset: 0xA2C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 41 02 EF 01 CA 03 01 F1 2C 0A 00 10 00 FF 01 }
0x84FB1: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84FB7: End { 29 02 }
0x84FB9: Numeric Prompt: " SAR 5845-6135 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3CB, VarStoreId: 0xF101, VarOffset: 0xA2D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 42 02 EF 01 CB 03 01 F1 2D 0A 00 10 00 FF 01 }
0x84FCA: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84FD0: End { 29 02 }
0x84FD2: Numeric Prompt: " SAR 6155-6375 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3CC, VarStoreId: 0xF101, VarOffset: 0xA2E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 43 02 EF 01 CC 03 01 F1 2E 0A 00 10 00 FF 01 }
0x84FE3: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x84FE9: End { 29 02 }
0x84FEB: Numeric Prompt: " SAR 6395-6495 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3CD, VarStoreId: 0xF101, VarOffset: 0xA2F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 44 02 EF 01 CD 03 01 F1 2F 0A 00 10 00 FF 01 }
0x84FFC: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85002: End { 29 02 }
0x85004: Numeric Prompt: " SAR 6515-6675 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3CE, VarStoreId: 0xF101, VarOffset: 0xA30, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 45 02 EF 01 CE 03 01 F1 30 0A 00 10 00 FF 01 }
0x85015: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8501B: End { 29 02 }
0x8501D: Numeric Prompt: " SAR 6695-6835 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3CF, VarStoreId: 0xF101, VarOffset: 0xA31, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 46 02 EF 01 CF 03 01 F1 31 0A 00 10 00 FF 01 }
0x8502E: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85034: End { 29 02 }
0x85036: Numeric Prompt: " SAR 6855-7095 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3D0, VarStoreId: 0xF101, VarOffset: 0xA32, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 47 02 EF 01 D0 03 01 F1 32 0A 00 10 00 FF 01 }
0x85047: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8504D: End { 29 02 }
0x8504F: Numeric Prompt: " SAR CDB 2400 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3D1, VarStoreId: 0xF101, VarOffset: 0xA62, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 5F 02 EF 01 D1 03 01 F1 62 0A 00 10 00 FF 01 }
0x85060: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85066: End { 29 02 }
0x85068: Numeric Prompt: " SAR CDB 5180-5320 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3D2, VarStoreId: 0xF101, VarOffset: 0xA63, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 60 02 EF 01 D2 03 01 F1 63 0A 00 10 00 FF 01 }
0x85079: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8507F: End { 29 02 }
0x85081: Numeric Prompt: " SAR CDB 5340-5440 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3D3, VarStoreId: 0xF101, VarOffset: 0xA64, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 61 02 EF 01 D3 03 01 F1 64 0A 00 10 00 FF 01 }
0x85092: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85098: End { 29 02 }
0x8509A: Numeric Prompt: " SAR CDB 5460-5700 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3D4, VarStoreId: 0xF101, VarOffset: 0xA65, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 62 02 EF 01 D4 03 01 F1 65 0A 00 10 00 FF 01 }
0x850AB: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x850B1: End { 29 02 }
0x850B3: Numeric Prompt: " SAR CDB 5720-5825 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3D5, VarStoreId: 0xF101, VarOffset: 0xA66, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 63 02 EF 01 D5 03 01 F1 66 0A 00 10 00 FF 01 }
0x850C4: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x850CA: End { 29 02 }
0x850CC: Numeric Prompt: " SAR CDB 5845-6135 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3D6, VarStoreId: 0xF101, VarOffset: 0xA67, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 64 02 EF 01 D6 03 01 F1 67 0A 00 10 00 FF 01 }
0x850DD: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x850E3: End { 29 02 }
0x850E5: Numeric Prompt: " SAR CDB 6155-6375 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3D7, VarStoreId: 0xF101, VarOffset: 0xA68, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 65 02 EF 01 D7 03 01 F1 68 0A 00 10 00 FF 01 }
0x850F6: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x850FC: End { 29 02 }
0x850FE: Numeric Prompt: " SAR CDB 6395-6495 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3D8, VarStoreId: 0xF101, VarOffset: 0xA69, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 66 02 EF 01 D8 03 01 F1 69 0A 00 10 00 FF 01 }
0x8510F: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85115: End { 29 02 }
0x85117: Numeric Prompt: " SAR CDB 6515-6675 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3D9, VarStoreId: 0xF101, VarOffset: 0xA6A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 67 02 EF 01 D9 03 01 F1 6A 0A 00 10 00 FF 01 }
0x85128: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8512E: End { 29 02 }
0x85130: Numeric Prompt: " SAR CDB 6695-6835 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3DA, VarStoreId: 0xF101, VarOffset: 0xA6B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 68 02 EF 01 DA 03 01 F1 6B 0A 00 10 00 FF 01 }
0x85141: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85147: End { 29 02 }
0x85149: Numeric Prompt: " SAR CDB 6855-7095 MHz Set2 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3DB, VarStoreId: 0xF101, VarOffset: 0xA6C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 69 02 EF 01 DB 03 01 F1 6C 0A 00 10 00 FF 01 }
0x8515A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85160: End { 29 02 }
0x85162: Numeric Prompt: " SAR CDB 2400 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3DC, VarStoreId: 0xF101, VarOffset: 0xA6D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 6A 02 EF 01 DC 03 01 F1 6D 0A 00 10 00 FF 01 }
0x85173: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85179: End { 29 02 }
0x8517B: Numeric Prompt: " SAR CDB 5180-5320 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3DD, VarStoreId: 0xF101, VarOffset: 0xA6E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 6B 02 EF 01 DD 03 01 F1 6E 0A 00 10 00 FF 01 }
0x8518C: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85192: End { 29 02 }
0x85194: Numeric Prompt: " SAR CDB 5340-5440 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3DE, VarStoreId: 0xF101, VarOffset: 0xA6F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 6C 02 EF 01 DE 03 01 F1 6F 0A 00 10 00 FF 01 }
0x851A5: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x851AB: End { 29 02 }
0x851AD: Numeric Prompt: " SAR CDB 5460-5700 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3DF, VarStoreId: 0xF101, VarOffset: 0xA70, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 6D 02 EF 01 DF 03 01 F1 70 0A 00 10 00 FF 01 }
0x851BE: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x851C4: End { 29 02 }
0x851C6: Numeric Prompt: " SAR CDB 5720-5825 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3E0, VarStoreId: 0xF101, VarOffset: 0xA71, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 6E 02 EF 01 E0 03 01 F1 71 0A 00 10 00 FF 01 }
0x851D7: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x851DD: End { 29 02 }
0x851DF: Numeric Prompt: " SAR CDB 5845-6135 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3E1, VarStoreId: 0xF101, VarOffset: 0xA72, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 6F 02 EF 01 E1 03 01 F1 72 0A 00 10 00 FF 01 }
0x851F0: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x851F6: End { 29 02 }
0x851F8: Numeric Prompt: " SAR CDB 6155-6375 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3E2, VarStoreId: 0xF101, VarOffset: 0xA73, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 70 02 EF 01 E2 03 01 F1 73 0A 00 10 00 FF 01 }
0x85209: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8520F: End { 29 02 }
0x85211: Numeric Prompt: " SAR CDB 6395-6495 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3E3, VarStoreId: 0xF101, VarOffset: 0xA74, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 71 02 EF 01 E3 03 01 F1 74 0A 00 10 00 FF 01 }
0x85222: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85228: End { 29 02 }
0x8522A: Numeric Prompt: " SAR CDB 6515-6675 MHz Set2 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3E4, VarStoreId: 0xF101, VarOffset: 0xA75, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 72 02 EF 01 E4 03 01 F1 75 0A 00 10 00 FF 01 }
0x8523B: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85241: End { 29 02 }
0x85243: Numeric Prompt: " SAR CDB 6695-6835 MHz Set2 Chain B", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3E5, VarStoreId: 0xF101, VarOffset: 0xA76, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 73 02 48 02 E5 03 01 F1 76 0A 00 10 00 FF 01 }
0x85254: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8525A: End { 29 02 }
0x8525C: Numeric Prompt: " SAR CDB 6855-7095 MHz Set2 Chain B", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3E6, VarStoreId: 0xF101, VarOffset: 0xA77, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 74 02 48 02 E6 03 01 F1 77 0A 00 10 00 FF 01 }
0x8526D: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85273: End { 29 02 }
0x85275: Numeric Prompt: " SAR CDB 2400 MHz Set3 Chain A", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3E7, VarStoreId: 0xF101, VarOffset: 0xA78, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 75 02 48 02 E7 03 01 F1 78 0A 00 10 00 FF 01 }
0x85286: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8528C: End { 29 02 }
0x8528E: Numeric Prompt: " SAR CDB 5180-5320 MHz Set3 Chain A", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3E8, VarStoreId: 0xF101, VarOffset: 0xA79, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 76 02 48 02 E8 03 01 F1 79 0A 00 10 00 FF 01 }
0x8529F: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x852A5: End { 29 02 }
0x852A7: Numeric Prompt: " SAR CDB 5340-5440 MHz Set3 Chain A", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3E9, VarStoreId: 0xF101, VarOffset: 0xA7A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 77 02 48 02 E9 03 01 F1 7A 0A 00 10 00 FF 01 }
0x852B8: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x852BE: End { 29 02 }
0x852C0: Numeric Prompt: " SAR CDB 5460-5700 MHz Set3 Chain A", Help: "Defines the WiFi CDB SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3EA, VarStoreId: 0xF101, VarOffset: 0xA7B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 78 02 48 02 EA 03 01 F1 7B 0A 00 10 00 FF 01 }
0x852D1: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x852D7: End { 29 02 }
0x852D9: Numeric Prompt: " SAR CDB 5720-5825 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3EB, VarStoreId: 0xF101, VarOffset: 0xA7C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 79 02 EF 01 EB 03 01 F1 7C 0A 00 10 00 FF 01 }
0x852EA: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x852F0: End { 29 02 }
0x852F2: Numeric Prompt: " SAR CDB 5845-6135 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3EC, VarStoreId: 0xF101, VarOffset: 0xA7D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 7A 02 EF 01 EC 03 01 F1 7D 0A 00 10 00 FF 01 }
0x85303: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85309: End { 29 02 }
0x8530B: Numeric Prompt: " SAR CDB 6155-6375 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3ED, VarStoreId: 0xF101, VarOffset: 0xA7E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 7B 02 EF 01 ED 03 01 F1 7E 0A 00 10 00 FF 01 }
0x8531C: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85322: End { 29 02 }
0x85324: Numeric Prompt: " SAR CDB 6395-6495 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3EE, VarStoreId: 0xF101, VarOffset: 0xA7F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 7C 02 EF 01 EE 03 01 F1 7F 0A 00 10 00 FF 01 }
0x85335: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8533B: End { 29 02 }
0x8533D: Numeric Prompt: " SAR CDB 6515-6675 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3EF, VarStoreId: 0xF101, VarOffset: 0xA80, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 7D 02 EF 01 EF 03 01 F1 80 0A 00 10 00 FF 01 }
0x8534E: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85354: End { 29 02 }
0x85356: Numeric Prompt: " SAR CDB 6695-6835 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3F0, VarStoreId: 0xF101, VarOffset: 0xA81, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 7E 02 EF 01 F0 03 01 F1 81 0A 00 10 00 FF 01 }
0x85367: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8536D: End { 29 02 }
0x8536F: Numeric Prompt: " SAR CDB 6855-7095 MHz Set3 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3F1, VarStoreId: 0xF101, VarOffset: 0xA82, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 7F 02 EF 01 F1 03 01 F1 82 0A 00 10 00 FF 01 }
0x85380: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85386: End { 29 02 }
0x85388: Numeric Prompt: " SAR CDB 2400 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3F2, VarStoreId: 0xF101, VarOffset: 0xA83, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 80 02 EF 01 F2 03 01 F1 83 0A 00 10 00 FF 01 }
0x85399: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8539F: End { 29 02 }
0x853A1: Numeric Prompt: " SAR CDB 5180-5320 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3F3, VarStoreId: 0xF101, VarOffset: 0xA84, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 81 02 EF 01 F3 03 01 F1 84 0A 00 10 00 FF 01 }
0x853B2: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x853B8: End { 29 02 }
0x853BA: Numeric Prompt: " SAR CDB 5340-5440 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3F4, VarStoreId: 0xF101, VarOffset: 0xA85, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 82 02 EF 01 F4 03 01 F1 85 0A 00 10 00 FF 01 }
0x853CB: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x853D1: End { 29 02 }
0x853D3: Numeric Prompt: " SAR CDB 5460-5700 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3F5, VarStoreId: 0xF101, VarOffset: 0xA86, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 83 02 EF 01 F5 03 01 F1 86 0A 00 10 00 FF 01 }
0x853E4: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x853EA: End { 29 02 }
0x853EC: Numeric Prompt: " SAR CDB 5720-5825 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3F6, VarStoreId: 0xF101, VarOffset: 0xA87, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 84 02 EF 01 F6 03 01 F1 87 0A 00 10 00 FF 01 }
0x853FD: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85403: End { 29 02 }
0x85405: Numeric Prompt: " SAR CDB 5845-6135 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3F7, VarStoreId: 0xF101, VarOffset: 0xA88, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 85 02 EF 01 F7 03 01 F1 88 0A 00 10 00 FF 01 }
0x85416: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8541C: End { 29 02 }
0x8541E: Numeric Prompt: " SAR CDB 6155-6375 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3F8, VarStoreId: 0xF101, VarOffset: 0xA89, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 86 02 EF 01 F8 03 01 F1 89 0A 00 10 00 FF 01 }
0x8542F: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85435: End { 29 02 }
0x85437: Numeric Prompt: " SAR CDB 6395-6495 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3F9, VarStoreId: 0xF101, VarOffset: 0xA8A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 87 02 EF 01 F9 03 01 F1 8A 0A 00 10 00 FF 01 }
0x85448: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8544E: End { 29 02 }
0x85450: Numeric Prompt: " SAR CDB 6515-6675 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3FA, VarStoreId: 0xF101, VarOffset: 0xA8B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 88 02 EF 01 FA 03 01 F1 8B 0A 00 10 00 FF 01 }
0x85461: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85467: End { 29 02 }
0x85469: Numeric Prompt: " SAR CDB 6695-6835 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3FB, VarStoreId: 0xF101, VarOffset: 0xA8C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 89 02 EF 01 FB 03 01 F1 8C 0A 00 10 00 FF 01 }
0x8547A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85480: End { 29 02 }
0x85482: Numeric Prompt: " SAR CDB 6855-7095 MHz Set3 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3FC, VarStoreId: 0xF101, VarOffset: 0xA8D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 8A 02 EF 01 FC 03 01 F1 8D 0A 00 10 00 FF 01 }
0x85493: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85499: End { 29 02 }
0x8549B: Numeric Prompt: " SAR CDB 2400 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3FD, VarStoreId: 0xF101, VarOffset: 0xA8E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 8B 02 EF 01 FD 03 01 F1 8E 0A 00 10 00 FF 01 }
0x854AC: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x854B2: End { 29 02 }
0x854B4: Numeric Prompt: " SAR CDB 5180-5320 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3FE, VarStoreId: 0xF101, VarOffset: 0xA8F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 8C 02 EF 01 FE 03 01 F1 8F 0A 00 10 00 FF 01 }
0x854C5: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x854CB: End { 29 02 }
0x854CD: Numeric Prompt: " SAR CDB 5340-5440 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x3FF, VarStoreId: 0xF101, VarOffset: 0xA90, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 8D 02 EF 01 FF 03 01 F1 90 0A 00 10 00 FF 01 }
0x854DE: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x854E4: End { 29 02 }
0x854E6: Numeric Prompt: " SAR CDB 5460-5700 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x400, VarStoreId: 0xF101, VarOffset: 0xA91, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 8E 02 EF 01 00 04 01 F1 91 0A 00 10 00 FF 01 }
0x854F7: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x854FD: End { 29 02 }
0x854FF: Numeric Prompt: " SAR CDB 5720-5825 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x401, VarStoreId: 0xF101, VarOffset: 0xA92, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 8F 02 EF 01 01 04 01 F1 92 0A 00 10 00 FF 01 }
0x85510: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85516: End { 29 02 }
0x85518: Numeric Prompt: " SAR CDB 5845-6135 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x402, VarStoreId: 0xF101, VarOffset: 0xA93, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 90 02 EF 01 02 04 01 F1 93 0A 00 10 00 FF 01 }
0x85529: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8552F: End { 29 02 }
0x85531: Numeric Prompt: " SAR CDB 6155-6375 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x403, VarStoreId: 0xF101, VarOffset: 0xA94, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 91 02 EF 01 03 04 01 F1 94 0A 00 10 00 FF 01 }
0x85542: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85548: End { 29 02 }
0x8554A: Numeric Prompt: " SAR CDB 6395-6495 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x404, VarStoreId: 0xF101, VarOffset: 0xA95, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 92 02 EF 01 04 04 01 F1 95 0A 00 10 00 FF 01 }
0x8555B: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85561: End { 29 02 }
0x85563: Numeric Prompt: " SAR CDB 6515-6675 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x405, VarStoreId: 0xF101, VarOffset: 0xA96, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 93 02 EF 01 05 04 01 F1 96 0A 00 10 00 FF 01 }
0x85574: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8557A: End { 29 02 }
0x8557C: Numeric Prompt: " SAR CDB 6695-6835 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x406, VarStoreId: 0xF101, VarOffset: 0xA97, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 94 02 EF 01 06 04 01 F1 97 0A 00 10 00 FF 01 }
0x8558D: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85593: End { 29 02 }
0x85595: Numeric Prompt: " SAR CDB 6855-7095 MHz Set4 Chain A", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x407, VarStoreId: 0xF101, VarOffset: 0xA98, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 95 02 EF 01 07 04 01 F1 98 0A 00 10 00 FF 01 }
0x855A6: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x855AC: End { 29 02 }
0x855AE: Numeric Prompt: " SAR CDB 2400 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x408, VarStoreId: 0xF101, VarOffset: 0xA99, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 96 02 EF 01 08 04 01 F1 99 0A 00 10 00 FF 01 }
0x855BF: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x855C5: End { 29 02 }
0x855C7: Numeric Prompt: " SAR CDB 5180-5320 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x409, VarStoreId: 0xF101, VarOffset: 0xA9A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 97 02 EF 01 09 04 01 F1 9A 0A 00 10 00 FF 01 }
0x855D8: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x855DE: End { 29 02 }
0x855E0: Numeric Prompt: " SAR CDB 5340-5440 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x40A, VarStoreId: 0xF101, VarOffset: 0xA9B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 98 02 EF 01 0A 04 01 F1 9B 0A 00 10 00 FF 01 }
0x855F1: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x855F7: End { 29 02 }
0x855F9: Numeric Prompt: " SAR CDB 5460-5700 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x40B, VarStoreId: 0xF101, VarOffset: 0xA9C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 99 02 EF 01 0B 04 01 F1 9C 0A 00 10 00 FF 01 }
0x8560A: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85610: End { 29 02 }
0x85612: Numeric Prompt: " SAR CDB 5720-5825 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x40C, VarStoreId: 0xF101, VarOffset: 0xA9D, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 9A 02 EF 01 0C 04 01 F1 9D 0A 00 10 00 FF 01 }
0x85623: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85629: End { 29 02 }
0x8562B: Numeric Prompt: " SAR CDB 5845-6135 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x40D, VarStoreId: 0xF101, VarOffset: 0xA9E, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 9B 02 EF 01 0D 04 01 F1 9E 0A 00 10 00 FF 01 }
0x8563C: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85642: End { 29 02 }
0x85644: Numeric Prompt: " SAR CDB 6155-6375 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x40E, VarStoreId: 0xF101, VarOffset: 0xA9F, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 9C 02 EF 01 0E 04 01 F1 9F 0A 00 10 00 FF 01 }
0x85655: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8565B: End { 29 02 }
0x8565D: Numeric Prompt: " SAR CDB 6395-6495 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x40F, VarStoreId: 0xF101, VarOffset: 0xAA0, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 9D 02 EF 01 0F 04 01 F1 A0 0A 00 10 00 FF 01 }
0x8566E: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x85674: End { 29 02 }
0x85676: Numeric Prompt: " SAR CDB 6515-6675 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x410, VarStoreId: 0xF101, VarOffset: 0xAA1, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 9E 02 EF 01 10 04 01 F1 A1 0A 00 10 00 FF 01 }
0x85687: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8568D: End { 29 02 }
0x8568F: Numeric Prompt: " SAR CDB 6695-6835 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x411, VarStoreId: 0xF101, VarOffset: 0xAA2, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 9F 02 EF 01 11 04 01 F1 A2 0A 00 10 00 FF 01 }
0x856A0: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x856A6: End { 29 02 }
0x856A8: Numeric Prompt: " SAR CDB 6855-7095 MHz Set4 Chain B", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x412, VarStoreId: 0xF101, VarOffset: 0xAA3, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 A0 02 EF 01 12 04 01 F1 A3 0A 00 10 00 FF 01 }
0x856B9: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x856BF: End { 29 02 }
0x856C1: End { 29 02 }
0x856C3: SuppressIf { 0A 82 }
0x856C5: True { 46 02 }
0x856C7: OneOf Prompt: "Antenna A Current Set", Help: "Current Set to be used 0 :Default OTP table 1-3 SAR Sets ", QuestionFlags: 0x10, QuestionId: 0x413, VarStoreId: 0xF101, VarOffset: 0x7AA, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x4, Step: 0x0 { 05 91 EC 01 EE 01 13 04 01 F1 AA 07 10 10 00 04 00 }
0x856D8: OneOfOption Option: "Default OTP table" Value: 0, Default, MfgDefault { 09 07 EB 01 30 00 00 }
0x856DF: OneOfOption Option: "Set 1" Value: 1 { 09 07 E7 01 00 00 01 }
0x856E6: OneOfOption Option: "Set 2" Value: 2 { 09 07 E8 01 00 00 02 }
0x856ED: OneOfOption Option: "Set 3" Value: 3 { 09 07 E9 01 00 00 03 }
0x856F4: OneOfOption Option: "Set 4" Value: 4 { 09 07 EA 01 00 00 04 }
0x856FB: End { 29 02 }
0x856FD: End { 29 02 }
0x856FF: SuppressIf { 0A 82 }
0x85701: True { 46 02 }
0x85703: OneOf Prompt: "Antenna B Current Set", Help: "Current Set to be used 0 :Default OTP table 1-3 SAR Sets ", QuestionFlags: 0x10, QuestionId: 0x414, VarStoreId: 0xF101, VarOffset: 0x7AB, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x4, Step: 0x0 { 05 91 ED 01 EE 01 14 04 01 F1 AB 07 10 10 00 04 00 }
0x85714: OneOfOption Option: "Default OTP table" Value: 0, Default, MfgDefault { 09 07 EB 01 30 00 00 }
0x8571B: OneOfOption Option: "Set 1" Value: 1 { 09 07 E7 01 00 00 01 }
0x85722: OneOfOption Option: "Set 2" Value: 2 { 09 07 E8 01 00 00 02 }
0x85729: OneOfOption Option: "Set 3" Value: 3 { 09 07 E9 01 00 00 03 }
0x85730: OneOfOption Option: "Set 4" Value: 4 { 09 07 EA 01 00 00 04 }
0x85737: End { 29 02 }
0x85739: End { 29 02 }
0x8573B: Text Prompt: "WGDS Package", Help: "WGDS Package", Text: "" { 03 08 B8 02 B8 02 00 00 }
0x85743: Numeric Prompt: " Number of Groups", Help: "The Number of Group that supported. The first 3 Mandatory. 4-7 OEMs customizations.", QuestionFlags: 0x0, QuestionId: 0x415, VarStoreId: 0xF101, VarOffset: 0xB7A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x8, Step: 0x1 { 07 91 BA 02 BB 02 15 04 01 F1 7A 0B 00 10 00 08 01 }
0x85754: Default DefaultId: 0x0 Value: 3 { 5B 06 00 00 00 03 }
0x8575A: End { 29 02 }
0x8575C: Numeric Prompt: " SAR 2400 MHz Max Allowed for Group 1 (FCC)", Help: "Defines the WiFi SAR Delta Value to be applied - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x416, VarStoreId: 0xF101, VarOffset: 0x798, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 BC 02 B9 02 16 04 01 F1 98 07 00 10 00 FF 01 }
0x8576D: Default DefaultId: 0x0 Value: 255 { 5B 06 00 00 00 FF }
0x85773: End { 29 02 }
0x85775: Numeric Prompt: " SAR 2400 MHz Chain A Offset for Group 1 (FCC)", Help: "Defines the WiFi SAR Delta Value to be applied - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x417, VarStoreId: 0xF101, VarOffset: 0x799, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 BD 02 B9 02 17 04 01 F1 99 07 00 10 00 FF 01 }
0x85786: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x8578C: End { 29 02 }
0x8578E: Numeric Prompt: " SAR 2400 MHz Chain B Offset for Group 1 (FCC)", Help: "Defines the WiFi SAR Delta Value to be applied - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x418, VarStoreId: 0xF101, VarOffset: 0x79A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 BE 02 B9 02 18 04 01 F1 9A 07 00 10 00 FF 01 }
0x8579F: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x857A5: End { 29 02 }
0x857A7: Numeric Prompt: " SAR 5200 MHz Max Allowed for Group 1 (FCC)", Help: "Defines the WiFi SAR Delta Value to be applied - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x419, VarStoreId: 0xF101, VarOffset: 0x79B, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 BF 02 B9 02 19 04 01 F1 9B 07 00 10 00 FF 01 }
0x857B8: Default DefaultId: 0x0 Value: 255 { 5B 06 00 00 00 FF }
0x857BE: End { 29 02 }
0x857C0: Numeric Prompt: " SAR 5200 MHz Chain A Offset for Group 1 (FCC)", Help: "Defines the WiFi SAR Delta Value to be applied - 8bit unsigned with 5bit integer and 3bit fractional. 0x00 = 0b00000000 = 0.125dB; 0xFF = 0b11111111 = 31.875dB. Each step is equivalent to 0.125dB", QuestionFlags: 0x0, QuestionId: 0x41A, VarStoreId: 0xF101, VarOffset: 0x79C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0xFF, Step: 0x1 { 07 91 C0 02 B9 02 1A 04 01 F1 9C 07 00 10 00 FF 01 }
0x857D1: Default DefaultId: 0x0 Value: 0 { 5B 06 00 00 00 00 }
0x857D7: End { 29 02 }
0x857D9: Numeric Prompt: " SAR 5200 MHz Chain B Offset for Group 1 (FCC)", Help: "Defines the WiFi SAR Tx Power Limit - 8bit unsigned
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