Releases: Akatmks/SVT-AV1-Builds
Release list
Mainline SVT-AV1 2026-07-12 9292ec8
Commit 9292ec8e32bce26f781f277ec8739b53426c4300
Windows | x86-64 | LLVM Project Clang LLD | winthread | icelake-server + znver5 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | znver2 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | x86-64-v3 + znver2 | LTO PGO
Windows | arm64 | LLVM Project Clang LLD | winthread | armv8.7-a+crypto+sm4+sha3+fp16+sve+sve2 + oryon-1 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | icelake-server + znver5 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | znver2 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | x86-64-v3 + znver2 | LTO PGO
macOS | arm64 | LLVM Project Clang LLD | armv8.5-a+simd+crypto + apple-m3 | LTO PGO
macOS | x86-64 | LLVM Project Clang LLD | skylake | LTO PGO
On x86-64 systems, no matter if you're on an Intel or AMD system, you should try these builds in the order of icelake-server + znver5 ⇒ znver2 ⇒ x86-64-v3 + znver2.
If your CPU doesn't support the features required by the icelake-server + znver5 version, often indicated by crashing outright when attempting to make any encodes, you can try the znver2 version and see if that works. If not, then the x86-64-v3 + znver2 version, which should always work on any modern systems.
Some versions might not be available if the GitHub Actions runners we get this time don't support the respective features.
We provide the binaries here for people that need it, but we do NOT recommend using mainline SVT-AV1 for encodes because mainline has been focused solely on ancient metrics like PSNR while completely disregarding visual quality.
Check the README for our recommendations instead.
Thanks to studies and contributions from afed, Emre, Ironclad, Itachi Uchiha, Khaoklong, Miss Ashenlight, Soda, SwareJonge, Trix, Yiss, and other people in the community for discovering the method to build the fastest binary.
SVT-AV1-HDR v4.0.1
Commit 91f78d426bea1624861a3ef1af124e317b0456f6 | Dolby Vision & HDR10+
Windows | x86-64 | LLVM Project Clang LLD | winthread | icelake-server + znver5 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | znver2 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | x86-64-v3 + znver2 | LTO PGO
Windows | arm64 | LLVM Project Clang LLD | winthread | armv8.7-a+crypto+sm4+sha3+fp16+sve+sve2 + oryon-1 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | icelake-server + znver5 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | znver2 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | x86-64-v3 + znver2 | LTO PGO
macOS | arm64 | LLVM Project Clang LLD | armv8.5-a+simd+crypto + apple-m3 | LTO PGO
macOS | x86-64 | LLVM Project Clang LLD | skylake | LTO PGO
These builds are provided for archival purpose. Check our README for latest recommendations.
Thanks to studies and contributions from afed, Emre, Ironclad, Itachi Uchiha, Khaoklong, Miss Ashenlight, Soda, SwareJonge, Trix, Yiss, and other people in the community for discovering the method to build the fastest binary.
Mainline SVT-AV1 v4.1.0
Release v4.1.0 | Commit c04f951541ad600e0d9c10836f2ab7b9bc69816d
Windows | x86-64 | LLVM Project Clang LLD | winthread | icelake-server + znver5 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | znver2 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | x86-64-v3 + znver2 | LTO PGO
Windows | arm64 | LLVM Project Clang LLD | winthread | armv8.7-a+crypto+sm4+sha3+fp16+sve+sve2 + oryon-1 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | icelake-server + znver5 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | znver2 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | x86-64-v3 + znver2 | LTO PGO
macOS | arm64 | LLVM Project Clang LLD | armv8.5-a+simd+crypto + apple-m3 | LTO PGO
macOS | x86-64 | LLVM Project Clang LLD | skylake | LTO PGO
On x86-64 systems, no matter if you're on an Intel or AMD system, you should try these builds in the order of icelake-server + znver5 ⇒ znver2 ⇒ x86-64-v3 + znver2.
If your CPU doesn't support the features required by the icelake-server + znver5 version, often indicated by crashing outright when attempting to make any encodes, you can try the znver2 version and see if that works. If not, then the x86-64-v3 + znver2 version, which should always work on any modern systems.
Some versions might not be available if the GitHub Actions runners we get this time don't support the respective features.
We provide the binaries here for people that need it, but we do NOT recommend using mainline SVT-AV1 for encodes because mainline has been focused solely on ancient metrics like PSNR while completely disregarding visual quality.
Check the README for our recommendations instead.
Thanks to studies and contributions from afed, Emre, Ironclad, Itachi Uchiha, Khaoklong, Miss Ashenlight, Soda, SwareJonge, Trix, Yiss, and other people in the community for discovering the method to build the fastest binary.
SVT-AV1-Essential v4.0.1-Essential
Release v4.0.1-Essential | Commit 7b064486c2f3996e9371593bb6c4ab6e1ba41b9f | WEBM | FFMS2
Windows | x86-64 | LLVM Project Clang LLD | winthread | icelake-server + znver5 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | znver2 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | x86-64-v3 + znver2 | LTO PGO
Windows | arm64 | LLVM Project Clang LLD | winthread | armv8.7-a+crypto+sm4+sha3+fp16+sve+sve2 + oryon-1 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | icelake-server + znver5 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | znver2 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | x86-64-v3 + znver2 | LTO PGO
macOS | arm64 | LLVM Project Clang LLD | armv8.5-a+simd+crypto + apple-m3 | LTO PGO
macOS | x86-64 | LLVM Project Clang LLD | skylake | LTO PGO
On Windows, FFMS2 is built into the binary and is always available.
On Linux and macOS, if you want to use FFMS2, in addition to downloading the FFMS2 version, you need to install ffms2 from your system package manager. For people that only uses pipe input, you can grab the non-FFMS2 version.
On x86-64 systems, no matter if you're on an Intel or AMD system, you should try these builds in the order of icelake-server + znver5 ⇒ znver2 ⇒ x86-64-v3 + znver2.
If your CPU doesn't support the features required by the icelake-server + znver5 version, often indicated by crashing outright when attempting to make any encodes, you can try the znver2 version and see if that works. If not, then the x86-64-v3 + znver2 version, which should always work on any modern systems.
Some versions might not be available if the GitHub Actions runners we get this time don't support the respective features.
Thanks to studies and contributions from afed, Emre, Ironclad, Itachi Uchiha, Khaoklong, Miss Ashenlight, Soda, SwareJonge, Trix, Yiss, and other people in the community for discovering the method to build the fastest binary.
Mainline SVT-AV1 v4.0.1
Release v4.0.1 | Commit 4ae9272b588a05ee6e77a43e8dfdac05f54c4ff0
Windows | x86-64 | LLVM Project Clang LLD | winthread | icelake-server + znver5 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | znver2 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | x86-64-v3 + znver2 | LTO PGO
Windows | arm64 | LLVM Project Clang LLD | winthread | armv8.7-a+crypto+sm4+sha3+fp16+sve+sve2 + oryon-1 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | icelake-server + znver5 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | znver2 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | x86-64-v3 + znver2 | LTO PGO
macOS | arm64 | LLVM Project Clang LLD | armv8.5-a+simd+crypto + apple-m3 | LTO PGO
macOS | x86-64 | LLVM Project Clang LLD | skylake | LTO PGO
These builds are provided for archival purpose. Check our README for latest recommendations.
Thanks to studies and contributions from afed, Emre, Ironclad, Itachi Uchiha, Khaoklong, Miss Ashenlight, Soda, SwareJonge, Trix, Yiss, and other people in the community for discovering the method to build the fastest binary.
SVT-AV1-HDR v3.1.3
Commit 84b3348462b8d2983e96c81fe56fbb0acb919abc | Dolby Vision & HDR10+
Windows | x86-64 | LLVM Project Clang LLD | winthread | icelake-server + znver5 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | znver2 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | x86-64-v3 + znver2 | LTO PGO
Windows | arm64 | LLVM Project Clang LLD | winthread | armv8.7-a+crypto+sm4+sha3+fp16+sve+sve2 + oryon-1 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | icelake-server + znver5 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | znver2 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | x86-64-v3 + znver2 | LTO PGO
macOS | arm64 | LLVM Project Clang LLD | armv8.5-a+simd+crypto + apple-m3 | LTO PGO
macOS | x86-64 | LLVM Project Clang LLD | skylake | LTO PGO
These builds are provided for archival purpose. Check our README for latest recommendations.
Thanks to studies and contributions from afed, Emre, Ironclad, Itachi Uchiha, Khaoklong, Miss Ashenlight, Soda, SwareJonge, Trix, Yiss, and other people in the community for discovering the method to build the fastest binary.
SVT-AV1-PSYEX v3.0.2-B
Release v3.0.2-B | Commit 3beb4aee471c686ecb05089b29b0e676026aea1b | Dolby Vision & HDR10+
Windows | x86-64 | LLVM Project Clang LLD | winthread | icelake-server + znver5 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | znver2 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | x86-64-v3 + znver2 | LTO PGO
Windows | arm64 | LLVM Project Clang LLD | winthread | armv8.7-a+crypto+sm4+sha3+fp16+sve+sve2 + oryon-1 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | icelake-server + znver5 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | znver2 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | x86-64-v3 + znver2 | LTO PGO
macOS | arm64 | LLVM Project Clang LLD | armv8.5-a+simd+crypto + apple-m3 | LTO PGO
macOS | x86-64 | LLVM Project Clang LLD | skylake | LTO PGO
These builds are provided for archival purpose. Check our README for latest recommendations.
Thanks to studies and contributions from afed, Emre, Ironclad, Itachi Uchiha, Khaoklong, Miss Ashenlight, Soda, SwareJonge, Trix, Yiss, and other people in the community for discovering the method to build the fastest binary.
SVT-AV1-Essential v3.1.2-Essential
Release v3.1.2-Essential | Commit 2fac62f993016d945b4626f2f280546ed483071f
Windows | x86-64 | LLVM Project Clang LLD | winthread | icelake-server + znver5 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | znver2 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | x86-64-v3 + znver2 | LTO PGO
Windows | arm64 | LLVM Project Clang LLD | winthread | armv8.7-a+crypto+sm4+sha3+fp16+sve+sve2 + oryon-1 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | icelake-server + znver5 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | znver2 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | x86-64-v3 + znver2 | LTO PGO
macOS | arm64 | LLVM Project Clang LLD | armv8.5-a+simd+crypto + apple-m3 | LTO PGO
macOS | x86-64 | LLVM Project Clang LLD | skylake | LTO PGO
These builds are provided for archival purpose. Check our README for latest recommendations.
Thanks to studies and contributions from afed, Emre, Ironclad, Itachi Uchiha, Khaoklong, Miss Ashenlight, Soda, SwareJonge, Trix, Yiss, and other people in the community for discovering the method to build the fastest binary.
Mainline SVT-AV1 v3.1.2
Release v3.1.2 | Commit b33dcc56cc64fcb3b3569094af8ab1d0d81ab4c1
Windows | x86-64 | LLVM Project Clang LLD | winthread | icelake-server + znver5 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | znver2 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | x86-64-v3 + znver2 | LTO PGO
Windows | arm64 | LLVM Project Clang LLD | winthread | armv8.7-a+crypto+sm4+sha3+fp16+sve+sve2 + oryon-1 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | icelake-server + znver5 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | znver2 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | x86-64-v3 + znver2 | LTO PGO
macOS | arm64 | LLVM Project Clang LLD | armv8.5-a+simd+crypto + apple-m3 | LTO PGO
macOS | x86-64 | LLVM Project Clang LLD | skylake | LTO PGO
These builds are provided for archival purpose. Check our README for latest recommendations.
Thanks to studies and contributions from afed, Emre, Ironclad, Itachi Uchiha, Khaoklong, Miss Ashenlight, Soda, SwareJonge, Trix, Yiss, and other people in the community for discovering the method to build the fastest binary.
SVT-AV1-HDR v3.0.2
Commit 050b51009bf285e257e724464d5091feb31717e7 | Dolby Vision & HDR10+
Windows | x86-64 | LLVM Project Clang LLD | winthread | icelake-server + znver5 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | znver2 | LTO PGO
Windows | x86-64 | LLVM Project Clang LLD | winthread | x86-64-v3 + znver2 | LTO PGO
Windows | arm64 | LLVM Project Clang LLD | winthread | armv8.7-a+crypto+sm4+sha3+fp16+sve+sve2 + oryon-1 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | icelake-server + znver5 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | znver2 | LTO PGO
Linux | x86-64 | LLVM Project Clang LLD | x86-64-v3 + znver2 | LTO PGO
macOS | arm64 | LLVM Project Clang LLD | armv8.5-a+simd+crypto + apple-m3 | LTO PGO
macOS | x86-64 | LLVM Project Clang LLD | skylake | LTO PGO
These builds are provided for archival purpose. Check our README for latest recommendations.
Thanks to studies and contributions from afed, Emre, Ironclad, Itachi Uchiha, Khaoklong, Miss Ashenlight, Soda, SwareJonge, Trix, Yiss, and other people in the community for discovering the method to build the fastest binary.