Canvas dimensions
Width and height affect every frame. Resizing a large 1200px GIF to 640px often removes more data than an aggressive color reduction while keeping the motion easy to read.
Free browser tool
Reduce an animated GIF before uploading, sharing, or using it for Face Swap. Compare the result before you download.
GIF Compressor
Compare the original and compressed animation before downloading or opening it in Face Swap.
Step 1
Select an animated GIF up to 50MB from your device.
Step 2
Start balanced, prepare it for Face Swap, or choose the smallest file.
Step 3
Preview both versions, check the saving, and keep the result you prefer.
GIF compression guide
Animated GIF compression is a balance between dimensions, colors, frame rate, and the visual changes inside the loop. There is no fixed percentage that every file can save because the source may already be optimized.
This tool creates a new animated GIF, then lets you compare the original and result before downloading. Start with a preset and only use the advanced controls when the result is still above your target size.
Width and height affect every frame. Resizing a large 1200px GIF to 640px often removes more data than an aggressive color reduction while keeping the motion easy to read.
GIF uses indexed color. Limiting the palette to 128 or 64 colors reduces the data needed for gradients and backgrounds, but very small palettes can introduce visible banding.
A lower FPS cap stores fewer visual updates per second. Short reaction GIFs often remain smooth at 12–20 FPS, while fast movement may need the higher end of that range.
A mostly static scene is easier to compress than a loop where the entire image changes every frame. Source complexity is why two GIFs with the same dimensions can have very different sizes.
Settings explained
Each preset changes real output properties. Use the lightest preset that reaches your file-size goal, then compare faces, text, gradients, and fast movement in the preview.
Swipe the table to compare presets →
| Preset | Output limits | Best for | Main tradeoff |
|---|---|---|---|
| Balanced | 960px · 128 colors · 20 FPS | Sharing, websites, and a first compression pass | Keeps more detail and motion |
| Face Swap Ready | 640px · 128 colors · 15 FPS | Preparing an animated target for Face Swap | Smaller canvas and moderate motion |
| Smallest | 480px · 64 colors · 12 FPS | Messaging, previews, and strict size limits | Strongest visible reduction |
Advanced settings let you change width, palette size, and FPS separately. If the source is smaller than a preset limit, the tool does not enlarge its dimensions.
Practical workflow
Check its dimensions, frame count, timing, and loop behavior before changing it.
Start with Balanced. Lower the width before cutting colors or motion more aggressively.
A smaller number is not useful if text becomes unreadable or facial motion looks uneven.
Browser-local processing
Your GIF is processed on your device. Nothing is stored on our media servers, and you can leave the page when the download is complete.
A smaller canvas often saves more space than a severe color reduction.
A 12–20 FPS cap works well for most short reaction and meme GIFs.
Already optimized GIFs may need a smaller width to produce a meaningful saving.
Fewer frames lower processing time, file size, and upload time.
It can reduce the animation width, color palette, and maximum frame rate. The Balanced preset keeps more detail, while Smallest uses stronger reductions.
No. The output remains an animated GIF, and the result is checked for multiple frames before it is offered for download.
Face Swap Ready caps the width at 640 pixels, uses 128 colors, and limits the frame rate to 15 FPS. The finished GIF still needs to be 20MB or smaller.
A source GIF may already be highly optimized. If that happens, try the Smallest preset or lower the width, colors, or frame rate.
There is no fixed saving for every GIF. Large dimensions, many colors, high frame rates, and full-frame movement create more room for reduction, while an already optimized source may change very little.
No. Compression runs in your browser with a local WebAssembly media engine. The GIF is not sent to a media-processing API.
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