{"id":51756,"date":"2026-08-04T15:47:25","date_gmt":"2026-08-04T15:47:25","guid":{"rendered":"https:\/\/ubuntuhandbook.org\/?p=51756"},"modified":"2026-08-04T15:47:25","modified_gmt":"2026-08-04T15:47:25","slug":"ffmpeg-9-0-new-decoders-ubuntu-ppa","status":"publish","type":"post","link":"https:\/\/ubuntuhandbook.org\/index.php\/2026\/08\/ffmpeg-9-0-new-decoders-ubuntu-ppa\/","title":{"rendered":"FFmpeg 9.0 Released with New GPU Accelerated Decoders [Ubuntu PPA]"},"content":{"rendered":"

\"\"<\/p>\n

FFmpeg, the popular free open-source multimedia library, released new major 9.0 version today.<\/p>\n

The new version of this library introduced some new decoders and encoders, hardware accelerated encoders and filters for better performance, as well as many other new features.<\/p>\n

<\/p>\n

First, FFmpeg 9.0 introduced decoding animated WebP<\/b> images support, as well as, extracting its individual image frames and timing information.<\/p>\n

\"\"<\/a><\/p>\n

It added decoding the HE-AAC audio format used by DAB+ digital radio, specifically the variant where each AAC frame contains 960 audio samples<\/i> instead of the more common 1024 samples.<\/p>\n

It as well added hardware-accelerated decoding support for Apple ProRes RAW<\/b> videos using Apple’s VideoToolbox<\/b> framework, resulting in faster and more efficient playback on supported Apple hardware.<\/p>\n

And, now it supports decoding APV<\/b> video using GPU hardware through the Vulkan Video API<\/b>, reducing CPU usage and potentially improving playback performance on supported hardware.<\/p>\n

This version also introduced Playdate video encoder and muxer<\/b>, allowing to convert\/create Playdate video file format (PDV) for the small gaming device with a 1-bit black-and-white display (400\u00d7240 pixels).<\/p>\n

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playdate handheld, image from wikipedia.org<\/p><\/div>\n

The 9.0 release also added v360_vulkan filter<\/b> to convert 360-degree video between different spherical projection formats with GPU acceleration, making processing faster than the CPU-only v360 filter.<\/p>\n

It added transpose_cuda filter<\/b> to rotate or flip a video using an NVIDIA GPU (CUDA), and a bitstream filter<\/b> that can separate a Dolby Vision HEVC video containing multiple layers into its individual layers, without re-encoding the video.<\/p>\n

For AMD GPU, FFmpeg 9.0 introduced vf_frc_amf filter<\/b> uses AMD’s Advanced Media Framework to convert a video’s frame rate by generating intermediate frames on an AMD GPU, resulting in smoother motion with much lower CPU usage.<\/p>\n

It added AMF hardware memory mapping<\/b> support, that can share video frames in AMD GPU memory directly with AMF components, avoiding unnecessary CPU\/GPU memory copies and improving the performance of hardware-accelerated video processing.<\/p>\n

And, it improved the AMD GPU-based color conversion (vf_vpp_amf<\/code>) filter so it can better process HDR (High Dynamic Range) video.<\/p>\n

\"Radeon<\/p>\n

The release as well added LCEVC track muxing support in MP4 muxer, meaning it can now create MP4 files that include an LCEVC enhancement track alongside the base video stream, allowing compatible players to reconstruct higher-quality video while remaining compatible with players that only understand the base video.<\/p>\n

For AI, it added support for using ONNX Runtime as a deep-learning backend for its DNN (Deep Neural Network) features, including running neural networks on GPUs instead of only the CPU.<\/p>\n

Other changes include:<\/p>\n