Recently, I discovered some compelling enhancements that Intel has incorporated into their FFMpeg encoder, specifically with regards to Multi-GPU Video Acceleration Support.
They have rolled out these updates in the first quarter of 2023, adding several key features to the ffmpeg-qsv and ffmpeg-vaapi, such as hstack_qsv, vstack_qsv, and xstack_qsv filter support. Additionally, they introduced gopconcat bsf support, which enables the concatenation of Group of Pictures (GOP) from varying streams to form a new stream.
This feature considerably facilitates the running of the encoder on multi-GPU platforms.
Moreover, ffmpeg-vaapi now supports RGB* format clips for VP9 decoding.
You can find more detailed information on these updates via Intel's official GitHub page: https://github.com/intel/cartwheel-f...ses/tag/2023q1
With these technological advancements, I am curious to know whether it might be feasible to integrate such features into your current product line.
I believe it could potentially enhance the video encoding capabilities and efficiency, leading to improved performance and user satisfaction.
I would highly appreciate your valuable insights and feedback on this matter.
They have rolled out these updates in the first quarter of 2023, adding several key features to the ffmpeg-qsv and ffmpeg-vaapi, such as hstack_qsv, vstack_qsv, and xstack_qsv filter support. Additionally, they introduced gopconcat bsf support, which enables the concatenation of Group of Pictures (GOP) from varying streams to form a new stream.
This feature considerably facilitates the running of the encoder on multi-GPU platforms.
Moreover, ffmpeg-vaapi now supports RGB* format clips for VP9 decoding.
You can find more detailed information on these updates via Intel's official GitHub page: https://github.com/intel/cartwheel-f...ses/tag/2023q1
With these technological advancements, I am curious to know whether it might be feasible to integrate such features into your current product line.
I believe it could potentially enhance the video encoding capabilities and efficiency, leading to improved performance and user satisfaction.
I would highly appreciate your valuable insights and feedback on this matter.
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