mpv-winbuild

Use Github Action to build apps for Windows with latest commit.

• mpv
  • PGOed for some use cases
  • with libsixel (PGOed)
  • with win32-subsystem=console (24H2 consoleAllocationPolicy) to get rid of mpv.com wrapper to improve vo=sixel user experience
  • with more complete debuginfo for all deps for profiling and debugging
  • with rubberband
    • use SLEEF DFT as FFT library
    • up to 200% faster performance
• mpv-menu-plugin
• mpv-debug-plugin
• ffmpeg
  • PGOed for some codecs
  • with frei0r
  • with whisper
  • patches from dyphire/mpv-winbuild has been merged to improve user experience
  • patched to use winstore as fallback cert store by default, so TLS verify works out of the box
    • see my fork
  • patched to enable cuda on aarch64, but availability is not verified
    • NVIDIA may have some Windows Arm products soon
  • all external video codecs libraries have been configured to use win32threads instead of winpthreads
    • see toolchain.cmake.in
    • removed all inline and external mmx/sse shit asm
    • added runtime dispatch staticization of external AVX asm to allow compiler to do DCE
    • replace ff_reverse with builtin_elementwise_bitreverse to take advantage of native bitreverse instructions (x86 vgf2p8affineqb/arm64 rbit)
    • added avx512vnni adler32 implementation from zlib-ng
    • added avx512vpclmulqdq crc32 implementation that was intentionally missed by upstream ffmpeg
    • sha1/256/512/md5 has been forwarded to openssl to take advantage of its high performance hash implementation
• mujs
  • PGOed
• curl
  • PGOed
  • patched to use native ca by default
  • with ngtcp2+nghttp3+openssl http3 support
  • with unity build enabled
• qBittorrent-Enhanced-Edition
  • PGOed for UI(qtbase) and Network(libtorrent, openssl, boost)
  • with freetype, vulkan
  • patched to enable dpiAwareness by default
  • with QT_FEATURE_winsdkicu enabled, need Windows 10 1903 or higher
• mediainfo

Note

My build has more stuff than zhongfly's, but also removed some stuff that seems to be dead, if you find any use cases that make sense for you, or find some funky new features missing, please let me know. (But I always try to avoid any rust stuff if possible)

If you experience lag when using Vulkan, copy the vulkan-1.dll in the package next to mpv.exe and ffmpeg.exe. This may be caused by AVX/SSE transition penalties.

My build removed pthread/winpthreads completely, so it's smaller, faster, and even more reliable, since winpthreads seems to have handle leaks.

I removed all shit inline/MMX/SSE(1) asm from ffmpeg because that overrides clang’s faster auto-vectorized code, which limits performance.

I also added runtime dispatch staticalization to AVX asm to eliminate extra branches in the runtime dispatch when building ffmpeg with -mavx, -mavx2, -mavx512f and to allow clang to do more aggressive DCE.

All EXEs and DLLs have been hardened with well known runtime mitigations supported by LLVM and Windows and carefully tuned and PGOed to ensure they do not impact performance in any way. Mitigations provided by MinGW CRT are not included currently, as they are unreliable and severely impact performance.

One performance bottleneck for mpv is math functions. MinGW used to always use the x87 FPU to implement them, which was too slow. Later, with UCRT, MinGW would use UCRT SSE2 math functions whenever possible, which was a leap forward, but still not fast enough. My builds incorporate a number of improvements to improve math performance.

All EXEs and DLLs are built with -fveclib=SLEEF to vectorize math functions, which avoids calling MinGW/UCRT's slow scalar impl. Thanks to SLEEF's ultra-high-performance AVX2/AVX512/NEON/SVE2 vectorized impl, the performance of many audio filters like rubberband has been significantly improved.

Due to the extremely poor implementation of fpclassify in MinGW, which causes compilers to generate shit, this problem is addressed by using a modified math.h to redirect fpclassify to builtin_fpclassify, significantly improved the performance of functions like isnan.

x86-64 version uses MSVC-compatible 64-bit long double ABI instead of UNIX/MinGW 80-bit long double ABI, so any FP operations are lowered to AVX instead of x87 FPU (software emulated) to improve performance.

x86-64 version is PGOed to improve performance.

The x86-64-v4 build uses tigerlake as the ISA baseline, but use 512bit vectorwidth.

To further address performance issues with string functions, ultra-high-performance routines from llvm-libc have been imported to replace UCRT. Functions such as strlen now benefit from universal AVX2/AVX512/NEON/SVE implementations.

Only recommended to znver4/5/icelake/tigerlake or modern xeon users to try v4 builds. While it may run on rocketlake, it will only be slower. skylake-avx512 is unsupported because it makes absolutely no sense.

The x86-64-v3 build uses skylake as the ISA baseline.

x86-64-v3 and v4 build applied compiler mitigation (-mno-gather) to avoid the performance penalty of the DownFall microcode mitigation.

All asm have been built with SSE2AVX to avoid AVX/SSE transition penalties, and vzeroupper that are no longer needed have been removed to further improve performance.

Eliminated the use of chkstk_ms by increased SizeOfStackCommit to the same 1MB as SizeOfStackReserve. Unlike MSVC's chkstk_ms, compiler-rt's chkstk_ms always perform probing unconditionally rather than only when it is necessary, hence performance issues.

All EXEs are integrated with mimalloc.

mimalloc is configured with MIMALLOC_ARENA_EAGER_COMMIT=1 MIMALLOC_ALLOW_LARGE_OS_PAGES=1 by default. If you encounter lag issues with mpv, set these to 0.

libmpv can't use mimalloc, the only alternative is system-wide Segment Heap:

reg add “HKLM\SYSTEM\CurrentControlSet\Control\Session Manager\Segment Heap” /v Enabled /t REG_DWORD /d 1 /f

The mpv.exe is built with consoleAllocationPolicy, so make sure you are using Windows 11 24H2 or higher otherwise you will see a console when starting mpv. Alternatively, you can use mpv-legacy.exe

The profdata used by PGO is generated manually, so it usually only scrolls every few weeks, during which time there might be random performance regressions.

Since profdata's symbol matching does not support source path relocation, PGO in Action builds is less effective than in local builds. Future improvements to the build method for some performance-critical dependencies may mitigate this issue, but it cannot be fundamentally fixed.

If LargePages support is enabled on your system, mimalloc will automatically use it, and you can also enable LargePages for exe:

reg add “HKLM\SOFTWARE\Microsoft\Windows NT\CurrentVersion\Image File Execution Options\mpv.exe” /v UseLargePages /t REG_DWORD /d 1 /f

You can use VMMap to check if LargePages works or is a placebo.

Private Data Locked WS are LargePages explicitly allocated by mimalloc via VirtualAlloc API.

Image Locked WS are LargePages coalesced by NT kernel for exe.

Based on https://github.com/Andarwinux/mpv-winbuild-cmake.

Note

You can use bin-cpuflags-x86 and VTune to analyze whether automatic vectorization has a positive impact on your use case. bin-cpuflags-x86 can statically analyze which instructions an executable uses, while VTune can dynamically detect which instructions a program uses and where performance bottlenecks occur.

bin-cpuflags-x86

Instructions

= 20917500

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• vfixupimmps 3 (0.00%)
• vexpandps 2 (0.00%)
• vpexpandq 2 (0.00%)
• vmovlhps 2 (0.00%)
• vfnmsub132sd 1 (0.00%)
• vpermilpd 1 (0.00%)
• vfmaddsub213ps 1 (0.00%)
• vmovhlps 1 (0.00%)

AVX 1284228 (6.14%)

• vmovaps 101158 (0.48%)
• vmovups 82364 (0.39%)
• vmovdqa 79298 (0.38%)
• vmovss 78201 (0.37%)
• vmovdqu 64729 (0.31%)
• vmovd 56609 (0.27%)
• vmovq 53001 (0.25%)
• vmovsd 38067 (0.18%)
• vpaddd 35794 (0.17%)
• vpxor 32240 (0.15%)
• vxorps 30198 (0.14%)
• vpinsrd 29979 (0.14%)
• vpinsrw 29780 (0.14%)
• vaddss 28294 (0.14%)
• vpinsrb 26069 (0.12%)
• vpshufd 22186 (0.11%)
• vmulss 19541 (0.09%)
• vaddsd 17718 (0.08%)
• vpextrq 14171 (0.07%)
• vmovapd 14048 (0.07%)
• vinsertps 13609 (0.07%)
• vpand 13508 (0.06%)
• vpextrw 12873 (0.06%)
• vpextrd 12590 (0.06%)
• vmulsd 11998 (0.06%)
• vshufps 11519 (0.06%)
• vpor 11369 (0.05%)
• vshufpd 11165 (0.05%)
• vmovupd 10107 (0.05%)
• vmulps 8805 (0.04%)
• vucomisd 8570 (0.04%)
• vpaddw 8561 (0.04%)
• vucomiss 7837 (0.04%)
• vpextrb 7739 (0.04%)
• vpsrad 7415 (0.04%)
• vaddps 7345 (0.04%)
• vpmaddwd 7175 (0.03%)
• vxorpd 7156 (0.03%)
• vcvtss2sd 6943 (0.03%)
• vpsrld 6840 (0.03%)
• vpsubd 6838 (0.03%)
• vbroadcastss 6701 (0.03%)
• vpsrlq 6547 (0.03%)
• vcvtsi2sd 6310 (0.03%)
• vsubss 6028 (0.03%)
• vpunpcklqdq 5895 (0.03%)
• vsubps 5822 (0.03%)
• vcvtsi2ss 5760 (0.03%)
• vmovshdup 5689 (0.03%)
• vpsubq 5579 (0.03%)
• vpaddq 5408 (0.03%)
• vcvtsd2ss 4728 (0.02%)
• vpshufb 4475 (0.02%)
• vpunpcklwd 3975 (0.02%)
• vdivsd 3867 (0.02%)
• vpsubw 3796 (0.02%)
• vpmulld 3743 (0.02%)
• vextractf128 3487 (0.02%)
• vinsertf128 3405 (0.02%)
• vpmovzxwd 3310 (0.02%)
• vdivss 3167 (0.02%)
• vmovhps 3113 (0.01%)
• vpmovsxbd 2933 (0.01%)
• vsubsd 2831 (0.01%)
• vpclmulqdq 2792 (0.01%)
• vpackssdw 2781 (0.01%)
• vpmovzxbw 2654 (0.01%)
• vcvttss2si 2636 (0.01%)
• vpslldq 2526 (0.01%)
• vmulpd 2430 (0.01%)
• vmaxss 2354 (0.01%)
• vpunpcklbw 2314 (0.01%)
• vpunpckhwd 2299 (0.01%)
• vcvttsd2si 2293 (0.01%)
• vpmovzxbd 2204 (0.01%)
• vblendps 2189 (0.01%)
• vminss 2158 (0.01%)
• vmovlps 2124 (0.01%)
• vpmulhrsw 2072 (0.01%)
• vpblendw 2052 (0.01%)
• vpsrldq 2047 (0.01%)
• vpslld 2047 (0.01%)
• vmovddup 2042 (0.01%)
• vaesdec 2023 (0.01%)
• vpunpckldq 1820 (0.01%)
• vaddsubps 1792 (0.01%)
• vextractps 1783 (0.01%)
• vcvtdq2ps 1782 (0.01%)
• vpmaxsd 1766 (0.01%)
• vpmaddubsw 1736 (0.01%)
• vpshuflw 1716 (0.01%)
• vlddqu 1582 (0.01%)
• vpmovsxbw 1567 (0.01%)
• vpsraw 1458 (0.01%)
• vaddsubpd 1446 (0.01%)
• vpsrlw 1431 (0.01%)
• vpminsd 1413 (0.01%)
• vaddpd 1386 (0.01%)
• vpackuswb 1357 (0.01%)
• vaesenc 1312 (0.01%)
• vroundsd 1300 (0.01%)
• vandps 1237 (0.01%)
• vcvtss2si 1218 (0.01%)
• vpcmpeqd 1213 (0.01%)
• vpaddsw 1203 (0.01%)
• vpminsw 1200 (0.01%)
• vpunpckhdq 1172 (0.01%)
• vperm2f128 1151 (0.01%)
• vroundss 1142 (0.01%)
• vpmovsxwd 1126 (0.01%)
• vpmaxsw 1102 (0.01%)
• vpmullw 1095 (0.01%)
• vpsllw 1060 (0.01%)
• vsubpd 1045 (0.00%)
• vpavgb 1041 (0.00%)
• vpunpckhqdq 1033 (0.00%)
• vpmovsxbq 1030 (0.00%)
• vptest 1027 (0.00%)
• vmaxsd 972 (0.00%)
• vpsadbw 949 (0.00%)
• vpsubusb 939 (0.00%)
• vcvtps2pd 885 (0.00%)
• vpcmpeqw 882 (0.00%)
• vpaddb 855 (0.00%)
• vpsubb 852 (0.00%)
• vsqrtss 826 (0.00%)
• vcvtpd2ps 733 (0.00%)
• vpunpckhbw 731 (0.00%)
• vpandn 720 (0.00%)
• vmovhpd 682 (0.00%)
• vcvttps2dq 678 (0.00%)
• vminsd 675 (0.00%)
• vpackusdw 665 (0.00%)
• vandpd 644 (0.00%)
• vbroadcastsd 623 (0.00%)
• vpalignr 614 (0.00%)
• vpsubsw 609 (0.00%)
• vcvtdq2pd 606 (0.00%)
• vcvtps2dq 569 (0.00%)
• vpminub 534 (0.00%)
• vsqrtsd 496 (0.00%)
• vpmaxuw 467 (0.00%)
• vpminuw 460 (0.00%)
• vpabsw 442 (0.00%)
• vminps 441 (0.00%)
• vphaddd 429 (0.00%)
• vpavgw 421 (0.00%)
• vpmaxub 414 (0.00%)
• vcvtsd2si 412 (0.00%)
• vpmaxud 394 (0.00%)
• vmaxps 382 (0.00%)
• vgf2p8affineqb 380 (0.00%)
• vpcmpgtw 370 (0.00%)
• vphaddw 361 (0.00%)
• vroundps 357 (0.00%)
• vdivps 355 (0.00%)
• vpmovsxdq 338 (0.00%)
• vpsllq 311 (0.00%)
• vphminposuw 309 (0.00%)
• vpinsrq 304 (0.00%)
• vpminud 304 (0.00%)
• vpsubusw 291 (0.00%)
• vpcmpgtb 275 (0.00%)
• vpaddusw 274 (0.00%)
• vpmulhw 265 (0.00%)
• vzeroupper 263 (0.00%)
• vpcmpgtd 240 (0.00%)
• vmovlpd 231 (0.00%)
• vunpckhpd 226 (0.00%)
• vpaddusb 215 (0.00%)
• vpblendvb 212 (0.00%)
• vaesdeclast 210 (0.00%)
• vunpcklpd 210 (0.00%)
• vblendpd 207 (0.00%)
• vpabsd 204 (0.00%)
• vpmovzxdq 197 (0.00%)
• vdivpd 190 (0.00%)
• vpaddsb 185 (0.00%)
• vpmuldq 184 (0.00%)
• vaesenclast 176 (0.00%)
• vpcmpeqb 175 (0.00%)
• vunpckhps 167 (0.00%)
• vpmuludq 151 (0.00%)
• vmovmskpd 148 (0.00%)
• vmpsadbw 147 (0.00%)
• vminpd 143 (0.00%)
• vpermilps 142 (0.00%)
• vcmpps 139 (0.00%)
• vunpcklps 137 (0.00%)
• vpermilpd 133 (0.00%)
• vpmulhuw 127 (0.00%)
• vbroadcastf128 127 (0.00%)
• vblendvpd 120 (0.00%)
• vcvttpd2dq 120 (0.00%)
• vrsqrtss 118 (0.00%)
• vmaxpd 114 (0.00%)
• vsqrtps 105 (0.00%)
• vmovmskps 101 (0.00%)
• vmovhlps 99 (0.00%)
• vpsignw 82 (0.00%)
• vpshufhw 80 (0.00%)
• vpacksswb 79 (0.00%)
• vorps 79 (0.00%)
• vhaddps 78 (0.00%)
• vcvtpd2dq 73 (0.00%)
• vroundpd 71 (0.00%)
• vmaskmovps 69 (0.00%)
• vpmovsxwq 69 (0.00%)
• vpsubsb 67 (0.00%)
• vmovsldup 44 (0.00%)
• vpmovzxwq 42 (0.00%)
• vsha512rnds2 40 (0.00%)
• vmovlhps 39 (0.00%)
• vaeskeygenassist 31 (0.00%)
• vrcpss 30 (0.00%)
• vpmaxsb 29 (0.00%)
• vldmxcsr 27 (0.00%)
• vcmppd 25 (0.00%)
• vorpd 22 (0.00%)
• vhsubps 22 (0.00%)
• vsqrtpd 20 (0.00%)
• vpmovmskb 19 (0.00%)
• vpmovzxbq 16 (0.00%)
• vsha512msg1 16 (0.00%)
• vsha512msg2 16 (0.00%)
• vblendvps 15 (0.00%)
• vandnps 12 (0.00%)
• vrsqrtps 12 (0.00%)
• vrcpps 12 (0.00%)
• vzeroall 11 (0.00%)
• vpsignd 9 (0.00%)
• vhaddpd 9 (0.00%)
• vstmxcsr 9 (0.00%)
• vmaskmovdqu 8 (0.00%)
• vpabsb 6 (0.00%)
• vtestps 5 (0.00%)
• vpminsb 4 (0.00%)
• vmovntdqa 4 (0.00%)
• vpcmpeqq 4 (0.00%)
• vphsubd 4 (0.00%)
• vaesimc 3 (0.00%)
• vphaddsw 2 (0.00%)
• vtestpd 1 (0.00%)

AVX512VL 473042 (2.26%)

• vpaddd 33510 (0.16%)
• vextracti32x4 19830 (0.09%)
• vinserti32x4 17261 (0.08%)
• vpbroadcastd 16530 (0.08%)
• vmovdqa64 16307 (0.08%)
• vpmulld 14512 (0.07%)
• vaddps 12328 (0.06%)
• vmovaps 12171 (0.06%)
• vmulps 11233 (0.05%)
• vmovdqu64 10021 (0.05%)
• vshufpd 9899 (0.05%)
• vmovups 9277 (0.04%)
• vpsrad 8533 (0.04%)
• vsubps 8515 (0.04%)
• vpxord 8014 (0.04%)
• vpxorq 7836 (0.04%)
• vpsubd 7708 (0.04%)
• vpshufd 6629 (0.03%)
• vpunpckldq 6407 (0.03%)
• vpunpcklqdq 6241 (0.03%)
• vshufps 5906 (0.03%)
• vfmadd213ps 5415 (0.03%)
• vpshufb 4977 (0.02%)
• vinsertf32x4 4847 (0.02%)
• vbroadcastss 4478 (0.02%)
• vpunpckhdq 4398 (0.02%)
• vmovdqu8 4202 (0.02%)
• vpmovdw 4158 (0.02%)
• vpdpwssd 4119 (0.02%)
• vmovshdup 3887 (0.02%)
• vpaddw 3881 (0.02%)
• vpmaddwd 3825 (0.02%)
• vpmovzxwd 3810 (0.02%)
• vmulpd 3488 (0.02%)
• vmovapd 3372 (0.02%)
• vpbroadcastq 3333 (0.02%)
• vpslld 3208 (0.02%)
• vpaddq 3020 (0.01%)
• vxorps 3006 (0.01%)
• vmovdqa32 3004 (0.01%)
• vmovupd 3003 (0.01%)
• vpternlogq 2985 (0.01%)
• vfmadd231ps 2953 (0.01%)
• vpclmulqdq 2924 (0.01%)
• vextractf32x4 2890 (0.01%)
• vpmovsxwd 2872 (0.01%)
• vfmadd231pd 2720 (0.01%)
• vpsrld 2658 (0.01%)
• vpunpcklwd 2653 (0.01%)
• vpcmpgtd 2556 (0.01%)
• vfnmadd213ps 2552 (0.01%)
• vpmovzxbd 2516 (0.01%)
• vpcmpud 2465 (0.01%)
• vaddpd 2453 (0.01%)
• vpminsd 2432 (0.01%)
• vpandd 2336 (0.01%)
• vshufi64x2 2330 (0.01%)
• vpbroadcastw 2318 (0.01%)
• vpandq 2298 (0.01%)
• vaesenc 2197 (0.01%)
• vandps 2101 (0.01%)
• vpmovdb 2092 (0.01%)
• vpmaxsd 1980 (0.01%)
• vpermt2b 1938 (0.01%)
• vsubpd 1911 (0.01%)
• vshuff64x2 1878 (0.01%)
• vpmovsxbd 1825 (0.01%)
• vxorpd 1769 (0.01%)
• vpackssdw 1674 (0.01%)
• vpermt2ps 1658 (0.01%)
• vpbroadcastb 1638 (0.01%)
• vpmovwb 1598 (0.01%)
• vcmpps 1593 (0.01%)
• vpermt2d 1583 (0.01%)
• vpunpckhwd 1520 (0.01%)
• vpmovzxbw 1520 (0.01%)
• vpunpckhqdq 1492 (0.01%)
• vpsubw 1435 (0.01%)
• vpternlogd 1430 (0.01%)
• vmovdqu16 1401 (0.01%)
• vporq 1391 (0.01%)
• vcvtps2pd 1356 (0.01%)
• vpsrlw 1210 (0.01%)
• vbroadcastsd 1140 (0.01%)
• vpermt2w 1130 (0.01%)
• vpsubsw 1097 (0.01%)
• vpcmpd 1090 (0.01%)
• vpmaddubsw 1089 (0.01%)
• vpmullw 1088 (0.01%)
• vpmovm2b 1080 (0.01%)
• vpaddsw 1057 (0.01%)
• vcvtdq2ps 989 (0.00%)
• vbroadcasti32x4 939 (0.00%)
• vpunpcklbw 921 (0.00%)
• vandpd 890 (0.00%)
• vpermd 866 (0.00%)
• vpackusdw 864 (0.00%)
• vmovdqu32 857 (0.00%)
• vpermi2ps 855 (0.00%)
• vpsravd 836 (0.00%)
• vpcmpuq 831 (0.00%)
• vfmadd132ps 823 (0.00%)
• vcvtpd2ps 792 (0.00%)
• vpminsw 740 (0.00%)
• vpmovqd 724 (0.00%)
• vpermt2q 723 (0.00%)
• vpermi2d 721 (0.00%)
• vpord 711 (0.00%)
• vptestnmb 704 (0.00%)
• vmaxps 697 (0.00%)
• vpaddusw 679 (0.00%)
• vpmovsxbw 678 (0.00%)
• vpsraw 645 (0.00%)
• vpermq 643 (0.00%)
• vmovddup 636 (0.00%)
• vminps 633 (0.00%)
• vgf2p8affineqb 627 (0.00%)
• vcvtph2ps 626 (0.00%)
• vpmullq 565 (0.00%)
• vpmovm2d 563 (0.00%)
• vpackuswb 553 (0.00%)
• vpsubq 548 (0.00%)
• vpcmpgtw 526 (0.00%)
• vpaddb 520 (0.00%)
• vcvttps2dq 502 (0.00%)
• vpmulhrsw 499 (0.00%)
• vpermps 489 (0.00%)
• vpsrlq 485 (0.00%)
• vpmaxsw 467 (0.00%)
• vpsraq 456 (0.00%)
• vpavgb 453 (0.00%)
• vpermb 430 (0.00%)
• vpabsw 425 (0.00%)
• vpsllq 403 (0.00%)
• vpermi2q 399 (0.00%)
• vpsubb 395 (0.00%)
• vpsrlvd 392 (0.00%)
• vpmovd2m 390 (0.00%)
• vfmadd213pd 385 (0.00%)
• vpmuldq 381 (0.00%)
• vpsllw 380 (0.00%)
• vfmsub231ps 380 (0.00%)
• vpmadd52luq 379 (0.00%)
• vpsllvd 374 (0.00%)
• vpshuflw 373 (0.00%)
• vpermpd 373 (0.00%)
• vpcmpeqd 371 (0.00%)
• vpcmpeqb 361 (0.00%)
• vpmovqw 359 (0.00%)
• vpcmpub 359 (0.00%)
• vpmovsxdq 343 (0.00%)
• vpsrldq 337 (0.00%)
• vpunpckhbw 337 (0.00%)
• valignq 328 (0.00%)
• vpmadd52huq 308 (0.00%)
• vpalignr 305 (0.00%)
• vdivps 303 (0.00%)
• vpcmpw 302 (0.00%)
• vfnmadd231ps 296 (0.00%)
• vcmppd 291 (0.00%)
• vpmulhuw 289 (0.00%)
• vprold 285 (0.00%)
• vpscatterqd 284 (0.00%)
• vptestmb 281 (0.00%)
• vpdpbusd 279 (0.00%)
• vptestnmd 277 (0.00%)
• vpminud 272 (0.00%)
• vpcmpuw 271 (0.00%)
• vrndscaleps 267 (0.00%)
• vpsadbw 260 (0.00%)
• vpsubusw 259 (0.00%)
• vscatterdps 259 (0.00%)
• vpblendmw 245 (0.00%)
• vpmovzxdq 240 (0.00%)
• vpabsd 239 (0.00%)
• vpminub 230 (0.00%)
• vpmaxuw 229 (0.00%)
• vpmaxud 226 (0.00%)
• vpsubusb 219 (0.00%)
• vpslldq 217 (0.00%)
• vpermi2w 212 (0.00%)
• vpminuw 210 (0.00%)
• vptestmd 208 (0.00%)
• vaesenclast 207 (0.00%)
• vpmovm2w 186 (0.00%)
• valignd 183 (0.00%)
• vpblendmd 176 (0.00%)
• vpmaxub 170 (0.00%)
• vblendmps 165 (0.00%)
• vpmovsxbq 164 (0.00%)
• vpermw 162 (0.00%)
• vscatterqps 157 (0.00%)
• vpmuludq 151 (0.00%)
• vpscatterdd 148 (0.00%)
• vpermi2b 143 (0.00%)
• vplzcntd 140 (0.00%)
• vpmaxuq 136 (0.00%)
• vpblendmb 133 (0.00%)
• vpsrlvw 130 (0.00%)
• vunpcklpd 129 (0.00%)
• vpcmpq 128 (0.00%)
• vpermt2pd 125 (0.00%)
• vprolq 122 (0.00%)
• vfnmadd213pd 120 (0.00%)
• vpcmpgtb 119 (0.00%)
• vpmovsdw 117 (0.00%)
• vunpcklps 115 (0.00%)
• vpandnd 111 (0.00%)
• vsqrtps 111 (0.00%)
• vptestmw 110 (0.00%)
• vpavgw 110 (0.00%)
• vpmovw2m 107 (0.00%)
• vpcmpb 107 (0.00%)
• vpaddsb 105 (0.00%)
• vpmulhw 104 (0.00%)
• vpsllvw 99 (0.00%)
• vcvtps2dq 98 (0.00%)
• vunpckhpd 98 (0.00%)
• vfmsub231pd 95 (0.00%)
• vunpckhps 90 (0.00%)
• vpminsq 89 (0.00%)
• vpmovqb 87 (0.00%)
• vfnmsub213ps 86 (0.00%)
• vpaddusb 86 (0.00%)
• vcvtdq2pd 86 (0.00%)
• vpminuq 84 (0.00%)
• vpcmpgtq 83 (0.00%)
• vpermi2pd 83 (0.00%)
• vcvtudq2ps 72 (0.00%)
• vfmsub213ps 66 (0.00%)
• vpsubsb 65 (0.00%)
• vdivpd 62 (0.00%)
• vpmovzxwq 59 (0.00%)
• vpblendmq 58 (0.00%)
• vcvtps2ph 57 (0.00%)
• vfnmadd231pd 56 (0.00%)
• vpmovusdb 55 (0.00%)
• vpmultishiftqb 55 (0.00%)
• vfnmsub231ps 51 (0.00%)
• vpabsq 49 (0.00%)
• vpacksswb 48 (0.00%)
• vpmovsxwq 47 (0.00%)
• vorps 47 (0.00%)
• vpmaxsq 45 (0.00%)
• vprolvd 45 (0.00%)
• vpcmpeqw 41 (0.00%)
• vcvtudq2pd 40 (0.00%)
• vptestnmw 40 (0.00%)
• vfmadd132pd 40 (0.00%)
• vfmaddsub231ps 39 (0.00%)
• vcvtqq2pd 35 (0.00%)
• vcvttpd2dq 34 (0.00%)
• vpscatterqq 34 (0.00%)
• vpsravq 32 (0.00%)
• vpsllvq 31 (0.00%)
• vblendmpd 31 (0.00%)
• vmaxpd 31 (0.00%)
• vcvtqq2ps 29 (0.00%)
• vpcmpeqq 29 (0.00%)
• vpmovb2m 29 (0.00%)
• vfmsub213pd 27 (0.00%)
• vpdpbusds 26 (0.00%)
• vbroadcastf32x4 25 (0.00%)
• vminpd 25 (0.00%)
• vfmsubadd231ps 24 (0.00%)
• vptestnmq 24 (0.00%)
• vorpd 23 (0.00%)
• vfnmadd132ps 21 (0.00%)
• vpmovq2m 21 (0.00%)
• vpsrlvq 19 (0.00%)
• vpmovzxbq 19 (0.00%)
• vpandnq 18 (0.00%)
• vshufi32x4 16 (0.00%)
• vpshrdd 16 (0.00%)
• vplzcntq 15 (0.00%)
• vpshldw 14 (0.00%)
• vcvtuqq2pd 12 (0.00%)
• vrndscalepd 12 (0.00%)
• vfmaddsub231pd 11 (0.00%)
• vpmovsqd 10 (0.00%)
• vcvtuqq2ps 10 (0.00%)
• vpscatterdq 10 (0.00%)
• vpmovm2q 9 (0.00%)
• vpopcntd 9 (0.00%)
• vpmovsdb 8 (0.00%)
• vcvttps2udq 8 (0.00%)
• vptestmq 8 (0.00%)
• vpsravw 8 (0.00%)
• vpmovuswb 7 (0.00%)
• vfmsub132pd 7 (0.00%)
• vsqrtpd 7 (0.00%)
• vcvtps2qq 7 (0.00%)
• vpermilps 6 (0.00%)
• vfnmsub231pd 6 (0.00%)
• vfmsub132ps 6 (0.00%)
• vcvttpd2udq 6 (0.00%)
• vcvttps2qq 5 (0.00%)
• vinserti64x2 5 (0.00%)
• vcvttpd2qq 5 (0.00%)
• vscalefps 5 (0.00%)
• vfnmsub132ps 5 (0.00%)
• vpopcntq 5 (0.00%)
• vfmsubadd132ps 4 (0.00%)
• vcvttpd2uqq 4 (0.00%)
• vcvtpd2dq 4 (0.00%)
• vpminsb 4 (0.00%)
• vpshufhw 3 (0.00%)
• vpshldd 3 (0.00%)
• vfnmsub213pd 2 (0.00%)
• vprord 2 (0.00%)
• vpshrdq 2 (0.00%)
• vcvttps2uqq 2 (0.00%)
• vpmaxsb 2 (0.00%)
• vpexpandd 2 (0.00%)
• vscatterqpd 2 (0.00%)
• vpshldq 1 (0.00%)
• vpermilpd 1 (0.00%)
• vfmaddsub213ps 1 (0.00%)
• vcvtpd2qq 1 (0.00%)
• vpgatherdd 1 (0.00%)

AVX512BW 340607 (1.63%)

• kmovd 56490 (0.27%)
• vpinsrw 41826 (0.20%)
• kshiftrq 27831 (0.13%)
• vpinsrb 25107 (0.12%)
• kmovq 16587 (0.08%)
• vpmaddwd 13571 (0.06%)
• vpshufb 12003 (0.06%)
• vpaddw 11716 (0.06%)
• vmovdqu8 10254 (0.05%)
• vpextrw 9022 (0.04%)
• vpbroadcastw 8227 (0.04%)
• vmovdqu16 6382 (0.03%)
• vpermt2w 6137 (0.03%)
• vpextrb 5172 (0.02%)
• vpunpcklwd 4740 (0.02%)
• vpmovzxbw 4479 (0.02%)
• vpsubw 4317 (0.02%)
• vpunpckhwd 3589 (0.02%)
• kunpckwd 3431 (0.02%)
• vpmullw 3375 (0.02%)
• vpsrlw 3253 (0.02%)
• vpmaddubsw 3163 (0.02%)
• vpackssdw 3011 (0.01%)
• vpmovwb 2945 (0.01%)
• vpbroadcastb 2300 (0.01%)
• vpmulhrsw 2282 (0.01%)
• vpmovm2b 2033 (0.01%)
• vpalignr 1833 (0.01%)
• vpsraw 1768 (0.01%)
• vpunpcklbw 1762 (0.01%)
• vpaddsw 1715 (0.01%)
• vpsrldq 1688 (0.01%)
• vpslldq 1646 (0.01%)
• vpsubsw 1543 (0.01%)
• vpermi2w 1443 (0.01%)
• vpermw 1294 (0.01%)
• kshiftrd 1282 (0.01%)
• vpaddb 1231 (0.01%)
• vpackuswb 1160 (0.01%)
• vpsllw 1151 (0.01%)
• kunpckdq 1148 (0.01%)
• vpunpckhbw 1147 (0.01%)
• vpminsw 1143 (0.01%)
• vpaddusw 1116 (0.01%)
• vpackusdw 1059 (0.01%)
• vpmovsxbw 897 (0.00%)
• vpcmpgtb 892 (0.00%)
• vpcmpub 886 (0.00%)
• vpmaxuw 882 (0.00%)
• vpsubb 882 (0.00%)
• vpmaxsw 879 (0.00%)
• vpsadbw 847 (0.00%)
• vpminuw 843 (0.00%)
• vptestnmb 840 (0.00%)
• vpabsw 763 (0.00%)
• vpmovb2m 761 (0.00%)
• vpcmpgtw 673 (0.00%)
• vpavgb 632 (0.00%)
• vpmovm2w 622 (0.00%)
• vpcmpeqb 600 (0.00%)
• kandq 564 (0.00%)
• vpavgw 552 (0.00%)
• vpblendmb 503 (0.00%)
• vpminub 497 (0.00%)
• vpmovw2m 471 (0.00%)
• vptestmb 469 (0.00%)
• kord 463 (0.00%)
• vpsubusb 443 (0.00%)
• vpmaxub 419 (0.00%)
• vpcmpuw 413 (0.00%)
• vpcmpw 404 (0.00%)
• vdbpsadbw 380 (0.00%)
• vpshuflw 379 (0.00%)
• vpsubusw 377 (0.00%)
• korq 345 (0.00%)
• vpblendmw 334 (0.00%)
• vpmulhuw 327 (0.00%)
• kandd 323 (0.00%)
• kshiftld 311 (0.00%)
• vptestmw 303 (0.00%)
• vpcmpb 203 (0.00%)
• vpmulhw 202 (0.00%)
• vpaddsb 192 (0.00%)
• vpsrlvw 192 (0.00%)
• vpsllvw 127 (0.00%)
• vpaddusb 106 (0.00%)
• kortestq 105 (0.00%)
• vpsubsb 97 (0.00%)
• vpcmpeqw 95 (0.00%)
• vpacksswb 88 (0.00%)
• kxorq 82 (0.00%)
• vpabsb 81 (0.00%)
• vptestnmw 80 (0.00%)
• kortestd 74 (0.00%)
• kshiftlq 65 (0.00%)
• knotd 59 (0.00%)
• kandnq 41 (0.00%)
• kandnd 34 (0.00%)
• vpsravw 30 (0.00%)
• vpmaxsb 24 (0.00%)
• knotq 19 (0.00%)
• vpmovuswb 18 (0.00%)
• ktestd 13 (0.00%)
• kxord 10 (0.00%)
• kxnorq 8 (0.00%)
• kxnord 7 (0.00%)
• vpminsb 4 (0.00%)
• vpshufhw 3 (0.00%)

AVX2 200715 (0.96%)

• vpaddd 19014 (0.09%)
• vextracti128 16974 (0.08%)
• vpbroadcastd 15315 (0.07%)
• vinserti128 10715 (0.05%)
• vpblendd 8048 (0.04%)
• vpsrad 7913 (0.04%)
• vpmulld 6010 (0.03%)
• vpaddw 5254 (0.03%)
• vpmaddwd 5054 (0.02%)
• vpsubd 4328 (0.02%)
• vpmovsxwd 3790 (0.02%)
• vpmovzxwd 3694 (0.02%)
• vpbroadcastq 3653 (0.02%)
• vpmulhrsw 3344 (0.02%)
• vpbroadcastw 3188 (0.02%)
• vpunpckhdq 3133 (0.01%)
• vpsrld 3044 (0.01%)
• vpslld 2885 (0.01%)
• vpxor 2757 (0.01%)
• vpmovzxbd 2741 (0.01%)
• vpsubw 2519 (0.01%)
• vpermq 2457 (0.01%)
• vbroadcastss 2280 (0.01%)
• vpaddq 2254 (0.01%)
• vpand 2202 (0.01%)
• vpblendw 2100 (0.01%)
• vbroadcasti128 2015 (0.01%)
• vpunpckldq 1964 (0.01%)
• vpshufb 1934 (0.01%)
• vpmovzxbw 1907 (0.01%)
• vpackssdw 1843 (0.01%)
• vpunpckhwd 1823 (0.01%)
• vpmaxsd 1733 (0.01%)
• vpbroadcastb 1695 (0.01%)
• vpunpcklwd 1683 (0.01%)
• vpminsd 1629 (0.01%)
• vperm2i128 1542 (0.01%)
• vpmaddubsw 1507 (0.01%)
• vpor 1503 (0.01%)
• vpcmpeqw 1416 (0.01%)
• vpaddsw 1345 (0.01%)
• vmpsadbw 1088 (0.01%)
• vpshufd 1072 (0.01%)
• vpsrlw 1026 (0.00%)
• vpminsw 1024 (0.00%)
• vpcmpeqd 1022 (0.00%)
• vpmaxsw 958 (0.00%)
• vpunpckhqdq 948 (0.00%)
• vpermd 897 (0.00%)
• vpunpcklqdq 871 (0.00%)
• vpsllvd 869 (0.00%)
• vpsraw 808 (0.00%)
• vpmullw 798 (0.00%)
• vpackuswb 795 (0.00%)
• vpsubsw 794 (0.00%)
• vphaddd 780 (0.00%)
• vpsadbw 770 (0.00%)
• vpunpcklbw 689 (0.00%)
• vpsravd 656 (0.00%)
• vpsrlq 651 (0.00%)
• vpaddusw 623 (0.00%)
• vpunpckhbw 573 (0.00%)
• vpsrlvd 558 (0.00%)
• vbroadcastsd 534 (0.00%)
• vpmovsxdq 485 (0.00%)
• vpmovsxbd 484 (0.00%)
• vpsllw 447 (0.00%)
• vpabsd 424 (0.00%)
• vpminuw 407 (0.00%)
• vpsllq 406 (0.00%)
• vpblendvb 387 (0.00%)
• vpabsw 359 (0.00%)
• vpmovzxdq 358 (0.00%)
• vpavgb 340 (0.00%)
• vpsignb 332 (0.00%)
• vpmuldq 331 (0.00%)
• vpermps 326 (0.00%)
• vpalignr 326 (0.00%)
• vpsrldq 301 (0.00%)
• vpermpd 290 (0.00%)
• vpcmpeqb 259 (0.00%)
• vpaddb 254 (0.00%)
• vpsubq 242 (0.00%)
• vpsubusb 241 (0.00%)
• vpmaxuw 239 (0.00%)
• vpavgw 239 (0.00%)
• vpsubb 238 (0.00%)
• vphaddw 233 (0.00%)
• vpcmpgtd 231 (0.00%)
• vpmuludq 217 (0.00%)
• vpandn 213 (0.00%)
• vpmovsxbw 204 (0.00%)
• vpsignd 202 (0.00%)
• vpminub 193 (0.00%)
• vpslldq 190 (0.00%)
• vpcmpgtw 183 (0.00%)
• vpackusdw 167 (0.00%)
• vpsrlvq 166 (0.00%)
• vpgatherdd 161 (0.00%)
• vpmulhw 160 (0.00%)
• vpsubusw 160 (0.00%)
• vpsignw 131 (0.00%)
• vpmovsxwq 120 (0.00%)
• vgatherdps 113 (0.00%)
• vpminud 105 (0.00%)
• vpmaxud 100 (0.00%)
• vpmaxub 87 (0.00%)
• vpcmpgtq 77 (0.00%)
• vpcmpeqq 76 (0.00%)
• vpsllvq 62 (0.00%)
• vpacksswb 54 (0.00%)
• vpshuflw 52 (0.00%)
• vpcmpgtb 48 (0.00%)
• vpmovzxwq 42 (0.00%)
• vpshufhw 36 (0.00%)
• vgatherdpd 34 (0.00%)
• vpmovmskb 29 (0.00%)
• vpaddsb 28 (0.00%)
• vpaddusb 21 (0.00%)
• vpmovzxbq 21 (0.00%)
• vpabsb 18 (0.00%)
• vpsubsb 16 (0.00%)
• vpmulhuw 16 (0.00%)
• vpgatherdq 12 (0.00%)
• vpmaxsb 7 (0.00%)
• vpmovsxbq 4 (0.00%)
• vpmaskmovd 2 (0.00%)

CMOV 177646 (0.85%)

• cmovb 34378 (0.16%)
• cmove 20403 (0.10%)
• cmovl 19852 (0.09%)
• cmovs 19359 (0.09%)
• cmovge 19212 (0.09%)
• cmovae 16237 (0.08%)
• cmovne 13618 (0.07%)
• cmovns 11276 (0.05%)
• cmova 8057 (0.04%)
• cmovbe 5967 (0.03%)
• cmovg 5398 (0.03%)
• cmovle 3048 (0.01%)
• cmovo 466 (0.00%)
• cmovp 267 (0.00%)
• cmovno 100 (0.00%)
• cmovnp 8 (0.00%)

MULTIBYTENOP 121294 (0.58%)

• nop 121294 (0.58%)

BMI2 120090 (0.57%)

• shlx 56467 (0.27%)
• shrx 23166 (0.11%)
• bzhi 15222 (0.07%)
• sarx 13560 (0.06%)
• mulx 7936 (0.04%)
• rorx 3730 (0.02%)
• pdep 9 (0.00%)

AVX512DQ 95456 (0.46%)

• vpinsrd 21704 (0.10%)
• vpextrq 18791 (0.09%)
• vpextrd 12960 (0.06%)
• vbroadcastf64x2 6864 (0.03%)
• vpmullq 4397 (0.02%)
• kxnorb 4388 (0.02%)
• vxorps 3820 (0.02%)
• vpmovm2d 3100 (0.01%)
• vandps 3064 (0.01%)
• kshiftrb 2648 (0.01%)
• kshiftlb 2496 (0.01%)
• vxorpd 2044 (0.01%)
• korb 1720 (0.01%)
• vpmovd2m 1318 (0.01%)
• kandb 1152 (0.01%)
• vandpd 1119 (0.01%)
• vinserti32x8 606 (0.00%)
• vpmovm2q 537 (0.00%)
• vpinsrq 358 (0.00%)
• kmovb 356 (0.00%)
• kortestb 351 (0.00%)
• vinserti64x2 285 (0.00%)
• vextracti32x8 260 (0.00%)
• vcvtqq2pd 124 (0.00%)
• vorps 108 (0.00%)
• ktestb 107 (0.00%)
• vpmovq2m 107 (0.00%)
• knotb 101 (0.00%)
• vcvtqq2ps 84 (0.00%)
• kxorb 82 (0.00%)
• kandnb 64 (0.00%)
• vrangeps 48 (0.00%)
• ktestw 47 (0.00%)
• vbroadcasti32x8 45 (0.00%)
• vinsertf32x8 42 (0.00%)
• vcvtuqq2ps 36 (0.00%)
• vcvtps2qq 31 (0.00%)
• vcvtuqq2pd 30 (0.00%)
• vorpd 28 (0.00%)
• vcvttpd2uqq 8 (0.00%)
• vcvttpd2qq 7 (0.00%)
• vcvttps2qq 5 (0.00%)
• vcvtpd2qq 3 (0.00%)
• vinsertf64x2 3 (0.00%)
• vcvttps2uqq 2 (0.00%)
• vandnps 2 (0.00%)
• vextracti64x2 2 (0.00%)
• kaddw 1 (0.00%)
• kaddb 1 (0.00%)

MOVBE 23415 (0.11%)

• movbe 23415 (0.11%)

FMA 22954 (0.11%)

• vfmadd213ss 5013 (0.02%)
• vfmadd231ss 3278 (0.02%)
• vfmadd213sd 2162 (0.01%)
• vfmadd231sd 1824 (0.01%)
• vfmadd213ps 1675 (0.01%)
• vfmadd231ps 1374 (0.01%)
• vfmadd132ss 991 (0.00%)
• vfmadd132sd 821 (0.00%)
• vfmsub231ss 532 (0.00%)
• vfnmadd213ss 531 (0.00%)
• vfmadd132ps 527 (0.00%)
• vfnmadd213sd 483 (0.00%)
• vfmadd231pd 462 (0.00%)
• vfmaddsub213ps 446 (0.00%)
• vfmsubadd213ps 428 (0.00%)
• vfnmadd213ps 342 (0.00%)
• vfnmadd231ss 233 (0.00%)
• vfmsub231sd 228 (0.00%)
• vfnmadd231sd 222 (0.00%)
• vfmsub213sd 198 (0.00%)
• vfmsub213ss 174 (0.00%)
• vfmadd213pd 157 (0.00%)
• vfmsub231ps 118 (0.00%)
• vfnmadd231ps 102 (0.00%)
• vfnmsub231ss 77 (0.00%)
• vfnmsub213ss 58 (0.00%)
• vfnmsub231sd 56 (0.00%)
• vfnmadd132ss 47 (0.00%)
• vfnmadd132sd 46 (0.00%)
• vfnmsub213sd 38 (0.00%)
• vfmsub132sd 36 (0.00%)
• vfmsub132ss 34 (0.00%)
• vfnmsub132sd 33 (0.00%)
• vfmsub231pd 31 (0.00%)
• vfnmadd213pd 28 (0.00%)
• vfmsub213ps 23 (0.00%)
• vfnmsub132ss 22 (0.00%)
• vfmadd132pd 15 (0.00%)
• vfnmadd132ps 14 (0.00%)
• vfmsub213pd 10 (0.00%)
• vfnmadd231pd 10 (0.00%)
• vfmsubadd231ps 9 (0.00%)
• vfnmsub231ps 9 (0.00%)
• vfmaddsub231ps 6 (0.00%)
• vfmaddsub231pd 5 (0.00%)
• vfnmsub213ps 5 (0.00%)
• vfnmsub213pd 4 (0.00%)
• vfnmsub132ps 3 (0.00%)
• vfnmsub231pd 3 (0.00%)
• vfmsub132ps 3 (0.00%)
• vfnmsub132pd 2 (0.00%)
• vfmaddsub213pd 1 (0.00%)
• vfmaddsub132ps 1 (0.00%)
• vfmsubadd213pd 1 (0.00%)
• vfmsubadd231pd 1 (0.00%)
• vfnmadd132pd 1 (0.00%)
• vfmsub132pd 1 (0.00%)

BMI1 21204 (0.10%)

• andn 14806 (0.07%)
• tzcnt 4719 (0.02%)
• blsr 1619 (0.01%)
• blsi 57 (0.00%)
• blsmsk 3 (0.00%)

VPCLMULQDQ 18389 (0.09%)

• vpclmulqdq 18389 (0.09%)

VAES 17724 (0.08%)

• vaesenc 15748 (0.08%)
• vaesenclast 1448 (0.01%)
• vaesdec 484 (0.00%)
• vaesdeclast 44 (0.00%)

INTEL186 16114 (0.08%)

• shr 8011 (0.04%)
• sar 5050 (0.02%)
• shl 2556 (0.01%)
• rol 477 (0.00%)
• ror 16 (0.00%)
• insb 2 (0.00%)
• outsb 1 (0.00%)
• outsw 1 (0.00%)

AVX512_VBMI 9087 (0.04%)

• vpermt2b 5664 (0.03%)
• vpermb 2752 (0.01%)
• vpermi2b 490 (0.00%)
• vpmultishiftqb 181 (0.00%)

AVX512_VNNI 8727 (0.04%)

• vpdpwssd 7862 (0.04%)
• vpdpbusd 839 (0.00%)
• vpdpbusds 26 (0.00%)

INTEL486 6897 (0.03%)

• xadd 6002 (0.03%)
• bswap 671 (0.00%)
• cmpxchg 224 (0.00%)

LZCNT 4812 (0.02%)

• lzcnt 4812 (0.02%)

AES 3755 (0.02%)

• vaesdec 2023 (0.01%)
• vaesenc 1312 (0.01%)
• vaesdeclast 210 (0.00%)
• vaesenclast 176 (0.00%)
• vaeskeygenassist 31 (0.00%)
• vaesimc 3 (0.00%)

PCLMULQDQ 2792 (0.01%)

• vpclmulqdq 2792 (0.01%)

POPCNT 2615 (0.01%)

• popcnt 2615 (0.01%)

SSE 1864 (0.01%)

• prefetcht0 1808 (0.01%)
• prefetcht1 29 (0.00%)
• prefetcht2 27 (0.00%)

GFNI 1446 (0.01%)

• vgf2p8affineqb 1446 (0.01%)

AVX512_IFMA 1088 (0.01%)

• vpmadd52luq 780 (0.00%)
• vpmadd52huq 308 (0.00%)

AVX512CD 782 (0.00%)

• vplzcntd 767 (0.00%)
• vplzcntq 15 (0.00%)

F16C 697 (0.00%)

• vcvtph2ps 501 (0.00%)
• vcvtps2ph 196 (0.00%)

ADX 684 (0.00%)

• adcx 368 (0.00%)
• adox 316 (0.00%)

AVX_IFMA 616 (0.00%)

• vpmadd52huq 308 (0.00%)
• vpmadd52luq 308 (0.00%)

SHA 512 (0.00%)

• sha256rnds2 128 (0.00%)
• sha1nexte 80 (0.00%)
• sha1rnds4 80 (0.00%)
• sha1msg1 64 (0.00%)
• sha1msg2 64 (0.00%)
• sha256msg1 48 (0.00%)
• sha256msg2 48 (0.00%)

AVX512_VBMI2 185 (0.00%)

• vpshrdd 82 (0.00%)
• vpshldw 53 (0.00%)
• vpshldd 24 (0.00%)
• vpshrdq 10 (0.00%)
• vpshldq 9 (0.00%)
• vpshrdw 6 (0.00%)
• vpshrdvq 1 (0.00%)

CPUID 116 (0.00%)

• cpuid 116 (0.00%)

AVX512_VPOPCNTDQ 113 (0.00%)

• vpopcntq 72 (0.00%)
• vpopcntd 41 (0.00%)

PAUSE 88 (0.00%)

• pause 88 (0.00%)

XOP 88 (0.00%)

• vprotd 56 (0.00%)
• vprotq 32 (0.00%)

CET_IBT 80 (0.00%)

• endbr64 80 (0.00%)

SHA512 72 (0.00%)

• vsha512rnds2 40 (0.00%)
• vsha512msg1 16 (0.00%)
• vsha512msg2 16 (0.00%)

INTEL286 42 (0.00%)

• ud2 42 (0.00%)

XSAVE 22 (0.00%)

• xgetbv 22 (0.00%)

AVX512_BITALG 21 (0.00%)

• vpshufbitqmb 21 (0.00%)

TSC 11 (0.00%)

• rdtsc 11 (0.00%)

CLFSH 4 (0.00%)

• clflush 4 (0.00%)

RDRAND 1 (0.00%)

• rdrand 1 (0.00%)

RDSEED 1 (0.00%)

• rdseed 1 (0.00%)

Registers

= 24032336

• RAX 1743314 (7.25%)
• RCX 1478647 (6.15%)
• EAX 1277669 (5.32%)
• RDX 903842 (3.76%)
• EDX 789167 (3.28%)
• ECX 749010 (3.12%)
• XMM0 692720 (2.88%)
• R8 618526 (2.57%)
• R8D 595868 (2.48%)
• RSI 591992 (2.46%)
• RDI 555726 (2.31%)
• R9D 484906 (2.02%)
• RBX 455104 (1.89%)
• XMM1 443489 (1.85%)
• R9 429452 (1.79%)
• R14 412462 (1.72%)
• R10D 363300 (1.51%)
• R15 350501 (1.46%)
• ESI 318438 (1.33%)
• R11D 310846 (1.29%)
• ZMM0 302952 (1.26%)
• EDI 302397 (1.26%)
• R10 301331 (1.25%)
• XMM2 299942 (1.25%)
• R12 296991 (1.24%)
• EBP 292072 (1.22%)
• EBX 281716 (1.17%)
• R13 252384 (1.05%)
• XMM3 242751 (1.01%)
• R11 240170 (1.00%)
• R14D 206733 (0.86%)
• ZMM1 202574 (0.84%)
• AL 200939 (0.84%)
• XMM4 199423 (0.83%)
• RBP 197106 (0.82%)
• R15D 181716 (0.76%)
• ZMM3 181531 (0.76%)
• XMM5 173787 (0.72%)
• YMM0 171740 (0.71%)
• ZMM2 170949 (0.71%)
• R12D 159070 (0.66%)
• ZMM4 157105 (0.65%)
• R13D 138598 (0.58%)
• ZMM5 128892 (0.54%)
• YMM1 120975 (0.50%)
• CL 117658 (0.49%)
• XMM16 114055 (0.47%)
• DL 112011 (0.47%)
• XMM6 109023 (0.45%)
• ZMM16 108845 (0.45%)
• YMM2 106299 (0.44%)
• XMM17 106143 (0.44%)
• ZMM17 104865 (0.44%)
• K0 103433 (0.43%)
• YMM3 103269 (0.43%)
• K1 103242 (0.43%)
• XMM18 101836 (0.42%)
• RSP 98443 (0.41%)
• ZMM18 95073 (0.40%)
• YMM4 87034 (0.36%)
• XMM19 85022 (0.35%)
• ZMM19 84773 (0.35%)
• K3 78093 (0.32%)
• YMM5 76919 (0.32%)
• ZMM20 75852 (0.32%)
• XMM7 75757 (0.32%)
• XMM20 74528 (0.31%)
• K4 73136 (0.30%)
• ZMM22 65650 (0.27%)
• K2 65615 (0.27%)
• XMM21 65281 (0.27%)
• R8L 64904 (0.27%)
• ZMM21 64460 (0.27%)
• XMM22 58258 (0.24%)
• K5 56437 (0.23%)
• XMM8 54820 (0.23%)
• R9L 53903 (0.22%)
• XMM23 53332 (0.22%)
• ZMM23 51260 (0.21%)
• ZMM24 50754 (0.21%)
• ZMM26 49454 (0.21%)
• XMM9 48774 (0.20%)
• ZMM25 48364 (0.20%)
• XMM24 47761 (0.20%)
• YMM16 46875 (0.20%)
• ZMM30 45022 (0.19%)
• YMM17 44866 (0.19%)
• BL 44696 (0.19%)
• BPL 44508 (0.19%)
• R10L 44219 (0.18%)
• XMM25 43322 (0.18%)
• YMM18 42011 (0.17%)
• XMM10 40876 (0.17%)
• ZMM27 39610 (0.16%)
• ZMM31 39526 (0.16%)
• R11L 38980 (0.16%)
• XMM11 38352 (0.16%)
• K7 37019 (0.15%)
• XMM26 36970 (0.15%)
• YMM6 36322 (0.15%)
• ZMM28 36281 (0.15%)
• ZMM29 35979 (0.15%)
• YMM19 35545 (0.15%)
• XMM12 34749 (0.14%)
• XMM27 33950 (0.14%)
• YMM7 32597 (0.14%)
• XMM13 31737 (0.13%)
• XMM14 31289 (0.13%)
• ZMM6 30570 (0.13%)
• K6 30217 (0.13%)
• YMM20 30141 (0.13%)
• ZMM8 29559 (0.12%)
• AX 29345 (0.12%)
• ZMM7 29255 (0.12%)
• XMM28 29119 (0.12%)
• XMM31 27961 (0.12%)
• YMM21 27435 (0.11%)
• SIL 26855 (0.11%)
• YMM8 26206 (0.11%)
• DIL 26199 (0.11%)
• XMM30 25440 (0.11%)
• XMM29 25336 (0.11%)
• XMM15 25050 (0.10%)
• YMM22 23353 (0.10%)
• ZMM10 22868 (0.10%)
• YMM9 22311 (0.09%)
• ZMM9 21380 (0.09%)
• YMM26 21329 (0.09%)
• YMM24 21037 (0.09%)
• YMM23 20896 (0.09%)
• ZMM11 20779 (0.09%)
• ZMM12 20146 (0.08%)
• YMM25 20048 (0.08%)
• YMM10 18382 (0.08%)
• DX 18300 (0.08%)
• R14L 17991 (0.07%)
• ZMM13 16383 (0.07%)
• YMM11 16274 (0.07%)
• CX 16123 (0.07%)
• YMM12 16111 (0.07%)
• ZMM15 16022 (0.07%)
• R15L 15916 (0.07%)
• R9W 15127 (0.06%)
• YMM30 15074 (0.06%)
• YMM27 15006 (0.06%)
• ZMM14 14636 (0.06%)
• R12L 14190 (0.06%)
• YMM28 14103 (0.06%)
• R8W 13647 (0.06%)
• YMM31 12891 (0.05%)
• YMM13 12723 (0.05%)
• YMM29 12657 (0.05%)
• YMM15 12291 (0.05%)
• R13L 12163 (0.05%)
• YMM14 11799 (0.05%)
• R10W 11265 (0.05%)
• BP 10486 (0.04%)
• R11W 10157 (0.04%)
• SI 7792 (0.03%)
• DI 7647 (0.03%)
• BX 7161 (0.03%)
• R14W 4197 (0.02%)
• R12W 3233 (0.01%)
• BH 3161 (0.01%)
• R15W 3139 (0.01%)
• R13W 2083 (0.01%)
• AH 1688 (0.01%)
• DH 625 (0.00%)
• CH 594 (0.00%)
• ESP 4 (0.00%)

Note

This repo only provides x86-64-v4 and aarch64-armv9.2-a version.

If you need to customize the build process more, change all Andarwinux/mpv-winbuild-cmake to your own fork.

If you need to build it yourself, make sure to build the LLVM first, and then the toolchain, otherwise the build is bound to fail.

If you build too many times in a short period of time, LLVM and toolchain caches may be pushed out by the build cache, so you will also need to rebuild the whole toolchain.

As a workaround, you can remove qBittorrent/Qt, which will significantly reduce the use of the build cache.

Release Retention Policy

• The last 30 days of builds will be retained.