A list of Proton Kernel features for the Asus ZenFone 6 / 6z.

proton_kernel_zf6_features.md

Proton Kernel Features

• Unparalleled fluidity thanks to:
  • Deep scheduler optimizations
  • 75 Hz screen refresh rate
  • Ultra-low jitter between 0.19 and 0.32 milliseconds (as compared to stock's range of 1.75 to 2.5 ms)
  • Static SchedTune boosting and idle CPU preference
  • CPU affinities tuned specifically for the Snapdragon 855 CPU
  • PELT load tracking with an 8 ms half-life and Android Common Kernel updates
  • Memory bus boosting (using Sultan's devfreq boost driver)
  • Accurate, measured CPU performance capacities in the EAS energy model
  • Reduced unncessary frequent dynamic memory allocations (Sultan, arter97)
• Efficient memory utilization enabled by:
  • Sultan's Simple Low Memory Killer
  • Reduced memory leaks
  • Disabled the CPU-hogging zRAM swap present on stock
• Faster network speeds as a result of:
  • A more advanced scheduler (fq_codel) renowned for its bufferbloat management capabilities
  • Westwood+ TCP congestion control algorithm
  • Retention of Qualcomm's stock RmNet extensions to boost cellular data speeds
• Magisk preservation
  • No need to re-flash Magisk after kernel installs and updates
• Low-level driver optimizations for better overall performance:
  • Sultan's IOMMU and ION overhauls that especially help video playback and recording
• Built on a rock-solid foundation for enhanced security and stability
  • Based on the latest Qualcomm CAF sources
  • Latest mainline LTS updates merged
  • Minimal Asus changes
• Faster and more reliable storage
  • Latest F2FS fixes and improvements from mainline (f2fs-stable)
  • arter97's Rapid GC for improved long-term performance
  • Optimized hot/cold file extension lists for performance and flash longevity (thanks to arter97)
• Widespread bug fixes from:
  • Qualcomm's code for the Snapdragon X55 5G modem and automobiles
  • Mainline LTS updates
• Compiled with state-of-the-art tools
  • Specialized toolchain built from bleeding-edge LLVM + Clang 10 sources
  • LLVM integrated assembler
  • LLD linker
  • LLVM replacements for the objcopy, nm, ar, and objdump tools
• A plethora of power-user features
  • Namespaces to support lightweight containers
  • System V IPC
  • POSIX message queues
  • High-resolution battery level exportation
  • WireGuard VPN support
• Strong security
  • Insecure SELinux auditing removed
  • Fixes for unsafe uninitialized memory usage
  • Unnecessary debugging features and modem diagnostics disabled
• Speedy, customized kernel flasher
  • Based on the proven AnyKernel3 template by osm0sis
  • More verbose and concise messages in a user-friendly format
  • Tuned for faster flashing
  • Ramdisk passthrough for improved compatibility with ramdisk modifications
• Lean size (10 MB) for:
  • Faster downloads
  • Reduced boot times
  • Reduced internal overhead in some areas
• Strong core philosophies
  • Transparency
  • Open development
  • Performance & fluidity without significant battery compromises
• Empirical data-driven development
  • Using a variety of low-level benchmarks, many of which are available in my Benchkit Magisk module
  • Constant system monitoring that leverages professional DevOps tools: InfluxDB and Grafana
• Additional miscellaneous improvements
  • Minimal debugging for increased performance and reduced kernel size
  • Optimized reference counting implementation backported from the mainline ARM kernel mailing list (patch)
  • Improved BBR TCP congestion control algorithm thanks to arter97's mainline backports
  • Profile-based internal driver micro-optimizations
  • 32-bit vDSO to accelerate 32-bit applications
  • Support for overriding network TTL to bypass hotspot detection on some carriers
  • Lower minimum brightness
  • exFAT support using Samsung's sdFAT driver (compatible with both stock and custom ROMs)
• Many other unlisted features and improvements

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