We tried tweaking colour quantization in gifsicle as well but it was of no use. Paletteuse=dither=bayer:bayer_scale=5:diff_mode=rectangle We even tried changing dithering algorithm to further reduce size but it ended up adding noise and damaged the gif quality using ffmpeg version 4.1.4īut we observed a huge difference in size between the gif we created and the one created using tenor.įfmpeg -i input.mp4 -filter_complex "fps=10,scale=-1:90:flags=lanczos,split palettegen paletteuse" -y output.gif
#Ffmpeg gif smaller mp4#
Now we wanted to create our own gifs and are using the following command to convert mp4 to gif while maintaining the properties of tenor's nano gif. Let’s fix that with this next command: bash ffmpeg -ss 61.0 -t 2.5 -i StickAround.mp4 -filtercomplex ' 0:v fps12,scale480:-1,split a b a palettegen p b p paletteuse' SmallerStickAround.gif.
#Ffmpeg gif smaller 1080p#
Now, let’s generate the custom palette: ffmpeg -ss 00:01:30 -t 5 -i video.mkv -filtercomplex '0:v palettegen' palette. Unfortunately GIFs aren’t well suited to being 1080p even if they are 2.5 seconds long. With -r 5 or less, it would be much smaller.
With -r 10, my sample video file got 20 smaller. In such a case, its better to use -r option to specify frame rate. After that, we can use the custom palette and the original video to create a higher quality gif. FFmpeg provides simple usage to convert video such as. We used to embed tenor nano gifs(90px height maintaining aspect ratio, used for GIF previews and shares on mobile) in it. However, we can use FFmpeg itself to generate a custom palette of 256 colors created specifically for our video.
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