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@fo40225
Created April 24, 2020 14:09
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AMD Ryzen 7 3700X Wraith Prism (H mode) ASUS TUF GAMING X570-PLUS PBO enable GFlops test
user@ubuntu:~/Flops/version3/binaries-linux$ ./2006-Core2
Running Core 2 tuned binary with 1 thread...
Single-Precision - 128-bit SSE - Add/Sub
GFlops = 34.624
Result = 4.33405e+06
Double-Precision - 128-bit SSE2 - Add/Sub
GFlops = 17.312
Result = 2.18144e+06
Single-Precision - 128-bit SSE - Multiply
GFlops = 34.128
Result = 4.28086e+06
Double-Precision - 128-bit SSE2 - Multiply
GFlops = 17.304
Result = 2.17736e+06
Single-Precision - 128-bit SSE - Multiply + Add
GFlops = 42.432
Result = 4.4489e+06
Double-Precision - 128-bit SSE2 - Multiply + Add
GFlops = 21.768
Result = 2.29161e+06
Running Core 2 tuned binary with 16 thread(s)...
Single-Precision - 128-bit SSE - Add/Sub
GFlops = 263.136
Result = 3.318e+07
Double-Precision - 128-bit SSE2 - Add/Sub
GFlops = 131.152
Result = 1.65335e+07
Single-Precision - 128-bit SSE - Multiply
GFlops = 261.888
Result = 3.30216e+07
Double-Precision - 128-bit SSE2 - Multiply
GFlops = 130.968
Result = 1.64542e+07
Single-Precision - 128-bit SSE - Multiply + Add
GFlops = 521.184
Result = 5.47666e+07
Double-Precision - 128-bit SSE2 - Multiply + Add
GFlops = 259.392
Result = 2.72926e+07
user@ubuntu:~/Flops/version3/binaries-linux$ ./2013-Haswell
Running Haswell tuned binary with 1 thread...
Single-Precision - 128-bit AVX - Add/Sub
GFlops = 34.4
Result = 4.34188e+06
Double-Precision - 128-bit AVX - Add/Sub
GFlops = 17.008
Result = 2.14792e+06
Single-Precision - 128-bit AVX - Multiply
GFlops = 34.848
Result = 4.37314e+06
Double-Precision - 128-bit AVX - Multiply
GFlops = 17.016
Result = 2.13875e+06
Single-Precision - 128-bit AVX - Multiply + Add
GFlops = 42.528
Result = 4.46124e+06
Double-Precision - 128-bit AVX - Multiply + Add
GFlops = 20.76
Result = 2.17738e+06
Single-Precision - 128-bit FMA3 - Fused Multiply Add
GFlops = 69.696
Result = 4.38588e+06
Double-Precision - 128-bit FMA3 - Fused Multiply Add
GFlops = 34.032
Result = 2.15251e+06
Single-Precision - 256-bit AVX - Add/Sub
GFlops = 69.632
Result = 8.77862e+06
Double-Precision - 256-bit AVX - Add/Sub
GFlops = 33.984
Result = 4.28151e+06
Single-Precision - 256-bit AVX - Multiply
GFlops = 69.6
Result = 8.86071e+06
Double-Precision - 256-bit AVX - Multiply
GFlops = 33.792
Result = 4.22456e+06
Single-Precision - 256-bit AVX - Multiply + Add
GFlops = 84.576
Result = 8.94212e+06
Double-Precision - 256-bit AVX - Multiply + Add
GFlops = 41.328
Result = 4.3302e+06
Single-Precision - 256-bit FMA3 - Fused Multiply Add
GFlops = 136.896
Result = 8.6743e+06
Double-Precision - 256-bit FMA3 - Fused Multiply Add
GFlops = 67.584
Result = 4.28731e+06
Running Haswell tuned binary with 16 thread(s)...
Single-Precision - 128-bit AVX - Add/Sub
GFlops = 262.016
Result = 3.30088e+07
Double-Precision - 128-bit AVX - Add/Sub
GFlops = 130.864
Result = 1.65275e+07
Single-Precision - 128-bit AVX - Multiply
GFlops = 261.648
Result = 3.29992e+07
Double-Precision - 128-bit AVX - Multiply
GFlops = 130.464
Result = 1.64573e+07
Single-Precision - 128-bit AVX - Multiply + Add
GFlops = 506.064
Result = 5.32509e+07
Double-Precision - 128-bit AVX - Multiply + Add
GFlops = 251.4
Result = 2.64234e+07
Single-Precision - 128-bit FMA3 - Fused Multiply Add
GFlops = 523.68
Result = 3.29814e+07
Double-Precision - 128-bit FMA3 - Fused Multiply Add
GFlops = 261.84
Result = 1.64883e+07
Single-Precision - 256-bit AVX - Add/Sub
GFlops = 520.384
Result = 6.55841e+07
Double-Precision - 256-bit AVX - Add/Sub
GFlops = 260.256
Result = 3.27455e+07
Single-Precision - 256-bit AVX - Multiply
GFlops = 520.704
Result = 6.562e+07
Double-Precision - 256-bit AVX - Multiply
GFlops = 261.072
Result = 3.28089e+07
Single-Precision - 256-bit AVX - Multiply + Add
GFlops = 993.792
Result = 1.04154e+08
Double-Precision - 256-bit AVX - Multiply + Add
GFlops = 495.744
Result = 5.19447e+07
Single-Precision - 256-bit FMA3 - Fused Multiply Add
GFlops = 1044.1
Result = 6.60374e+07
Double-Precision - 256-bit FMA3 - Fused Multiply Add
GFlops = 522.24
Result = 3.29677e+07
user@ubuntu:~/Flops/version3/binaries-linux$
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