PatchWorKs
27th July 2010, 10:59
This one would be community-developed and free from the beginning, rather than the proprietary code-dump that was libvpx. A few weeks ago the decoder was complete enough to be bit-exact with libvpx, making it the first independent free implementation of a VP8 decoder. Now, with the first round of optimizations complete, it should be ready for primetime.
http://x264.nl/developers/Dark_Shikari/parkjoy.png
http://x264.nl/developers/Dark_Shikari/sintel.png
As these benchmarks show, ffvp8 is clearly much faster than libvpx, particularly on 64-bit. It’s even faster by a large margin on Atom, despite the fact that we haven’t even begun optimizing for it. In many cases, ffvp8′s extra speed can make the difference between a video that plays and one that doesn’t, especially in modern browsers with software compositing engines taking up a lot of CPU time. Want to get faster playback of VP8 videos? The next versions of FFmpeg-based players, like VLC, will include ffvp8. Want to get faster playback of WebM in your browser? Lobby your browser developers to use ffvp8 instead of libvpx.
Original blog post (http://x264dev.multimedia.cx/?p=499)
http://x264.nl/developers/Dark_Shikari/parkjoy.png
http://x264.nl/developers/Dark_Shikari/sintel.png
As these benchmarks show, ffvp8 is clearly much faster than libvpx, particularly on 64-bit. It’s even faster by a large margin on Atom, despite the fact that we haven’t even begun optimizing for it. In many cases, ffvp8′s extra speed can make the difference between a video that plays and one that doesn’t, especially in modern browsers with software compositing engines taking up a lot of CPU time. Want to get faster playback of VP8 videos? The next versions of FFmpeg-based players, like VLC, will include ffvp8. Want to get faster playback of WebM in your browser? Lobby your browser developers to use ffvp8 instead of libvpx.
Original blog post (http://x264dev.multimedia.cx/?p=499)