Width usually matters most
Large dimensions mean more pixels in every frame. Reducing width is often the biggest win before more aggressive quality changes.
GIF compressor, no upload
Recompress GIFs locally in your browser. The original file is not uploaded by default, which helps with chat, docs, and social file limits.
Choose GIF
Drop a GIF here or choose one from your device
The GIF is recompressed in this browser tab.
Input preview
Output preview
Ready
This compressor is built for existing GIFs: when a file is too large for chat, slows down a document, exceeds an email limit, or needs a lighter copy for publishing.
Compression runs in the browser by default. You can preview the original GIF, export a smaller version, inspect the output, and download only when the result is acceptable.
If the GIF came from a long video, the best reduction often comes from trimming a shorter source clip with the video to GIF tool instead of repeatedly recompressing the same oversized GIF.
Fit a GIF under chat, forum, or support-tool file limits.
Make docs, READMEs, and knowledge-base pages load faster.
Prepare a lighter GIF for email, support replies, or product notes.
Compare several compression settings before publishing.
Start with 320-480 px width, then adjust for platform limits.
6-12 fps works for most instructional GIFs.
64-128 colors can reduce size noticeably.
For long content, trimming a shorter video clip is usually better than compressing a large GIF.
Large dimensions mean more pixels in every frame. Reducing width is often the biggest win before more aggressive quality changes.
More frames mean smoother motion and larger files. Instructional GIFs often work at 6-12 fps; fast reactions may need more.
64-128 colors can reduce size, but gradients, shadows, and skin tones may show banding. Test a few values.
If the original GIF is already optimized or contains lots of motion and color, further compression may save little while reducing quality.
GIFs often come from screen recordings, customer demos, private chats, or work-in-progress files. Local processing avoids unnecessary upload steps and lets you inspect the output before saving it.
Reduce width first, then lower FPS, then reduce colors. If the GIF is long, trimming a shorter source clip is often the biggest improvement.
Yes. This GIF compressor processes the file locally in the browser by default, so the original GIF does not need to be sent to a server.
Yes. Fewer colors usually mean a smaller file, but gradients, shadows, and skin tones can show visible banding. Start around 128 colors.
Reduce width first because it lowers the number of pixels per frame. Then lower FPS if the motion does not need to be perfectly smooth.
The original may already be optimized, or it may contain long duration, lots of motion, or complex colors. You may need smaller dimensions, lower FPS, or a shorter clip.
No. The tool re-encodes the frame sequence, but a very low FPS can make animation look choppy.
Try 320-480 px width, 6-12 fps, and 64-128 colors. If the file is still too large, shorten the animation or reduce width further.
GIF compression optimizes an existing GIF. Video to GIF trims and converts from a source video, which is often better if the current GIF is too long.
You can try, but large GIFs use memory and CPU. On mobile, use smaller files and lower width settings.
Yes. After export, the output preview lets you check quality, dimensions, and animation before downloading.