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GIF to JPG converter

Convert GIF images to JPG format

No watermarkFree & unlimited
All processing happens in your browser. No data is sent to any server.

Two things change when a GIF becomes a JPG, and both are irreversible. Animation is dropped, because JPEG holds a single image and the conversion captures only the frame the browser was showing. Transparency is dropped too, but not into nothing: this page paints a white rectangle across the canvas before drawing the frame, so anywhere the GIF was see-through comes out white rather than black. What you gain is a format every form, printer and content system accepts.

Key facts about GIF to JPG converter

Key facts about GIF to JPG converter
Frames capturedA single one. The GIF is drawn into the canvas once, taking the opening frame, with no control for picking a later moment.
Transparent pixelsFilled with pure white before the frame is drawn, since JPEG has no alpha channel. A cut-out logo lands on a white rectangle.
Compression changeLZW over palette indices becomes lossy DCT over colour blocks. The GIF was lossless within its 256 colours; the JPG is not lossless at any setting.
Quality controlA slider from 30 to 100 in steps of 5, default 90, with an estimated output size shown beside it.
Edge artefactsThe worst-case pairing. GIF art is hard flat-colour boundaries, and JPEG ringing shows most clearly exactly there, haloing text and line work.
Typical size deltaA photographic GIF usually shrinks, but a 500x500 flat-art GIF of 40 KB commonly grows to 50 to 90 KB at quality 90.
Chroma subsamplingJPEG averages colour across pixel pairs, so saturated flat GIF colours can bleed a pixel past their boundary.
Opens the resultUniversally, including the places that reject GIF: many ID photo uploads, printer drivers and older content management systems.

What happens to your file

This page has no back end to send anything to. Your GIF becomes an object URL, the browser's own decoder turns it into pixels inside an Image element, and the frame is composited onto a canvas that the page fills with white first. The JPEG bytes are produced by canvas.toBlob, which calls the browser's built-in JPEG encoder. Since no upload happens, no copy of your image exists outside the tab.

About this tool

  1. 1

    Load the GIF

    Drop a .gif file or click to browse. Up to twenty files can be queued, each as large as 500 MB.

  2. 2

    Expect white behind the subject

    If the preview shows a checkerboard, those areas will be white in the JPG. Convert to PNG if that is wrong.

  3. 3

    Set the quality

    Leave it at 90 for photographic frames. For flat art, raising it toward 100 reduces the halo around edges.

  4. 4

    Convert, inspect and download

    Use the side-by-side view to check text edges, then save the file or take converted-jpg-files.zip.

Specs & compatibility
Input and outputTakes .gif only (image/gif) and returns .jpg with the image/jpeg type; any other extension is refused before decoding.
Conversion pathGIF to JPG runs in three steps: an <img> element decodes the GIF and only its first frame reaches the canvas; the pixels land on a 2D canvas in this tab; then canvas.toBlob with the image/jpeg type returns the finished file.
Browser supportThe GIF side decodes in every browser ever shipped, while writing the JPG is just as universal, since every canvas implementation encodes JPEG.
Controls for this pairA 30 to 100 quality slider (steps of five, default 90) drives the JPG encode, max-dimension presets from 3840 down to 200 px resize the GIF first, and the strip-metadata toggle is moot on this pair.
Batch, caps and namingTwenty GIF files per run at 500 MB each; one result downloads as a single JPG, several as converted-jpg-files.zip, zipped by JSZip 3.10 in page memory.
Device ceilingThe canvas caps it: past roughly 16,384 px a side Chromium refuses the bitmap and iPhone Safari gives up sooner, so an oversized GIF fails before any JPG bytes exist.
  • To place the frame on a colour other than white, composite it in an editor first; the matte here is not configurable.
  • A GIF of a photograph is the one clear win, since a 256-colour source is already degraded and JPEG will not add much.
  • Quality 100 does not disable compression, so a pixel-exact copy of the frame still requires PNG.
  • When a form demands JPEG but the source is a screenshot GIF, use 95 or above to keep the text readable.
  • White matte applied under transparent areas
  • Quality slider with a live size estimate
  • Single-frame capture from animated sources
  • Queue twenty GIFs and take one archive
  • Satisfying an upload form or print service that accepts JPEG and rejects GIF.
  • Turning a photographic GIF from an old archive into a format photo software indexes properly.
  • Producing a lightweight still preview of an animated GIF for a listing page.
JPEG cannot store transparency, so it has to become some colour. The page fills the canvas with pure white and composites the GIF over it. Without that fill the same pixels would come out black, which is almost never wanted. To keep a transparent background, convert to PNG or WebP instead.
Only if the source is photographic. LZW over palette indices is extremely efficient on flat art with long runs of one colour, while JPEG spends real bits even in a plain area. A 40 KB flat-art GIF often becomes 50 to 90 KB; a grainy photographic GIF typically halves.
The encoder never saw it. The conversion draws the GIF into a canvas exactly once, capturing the frame the browser had rendered, and JPEG cannot store multiple frames anyway. For the motion, keep the GIF; for a specific later frame, you need a tool that parses GIF frame blocks.
That is JPEG ringing. The DCT represents each eight-by-eight block as a sum of frequencies, and a hard black-on-white edge needs very high ones; truncating them leaves ripples beside the edge. Quality 100 suppresses it but never removes it. Text and line art belong in a lossless format.
Nothing. Frame delays, loop counts, the palette and the transparent index are consumed by the decoder and never reach the canvas. The encoder writes pixels only, with no EXIF segment, no orientation flag and no colour profile, so the file carries no trace of its origin.

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