Convert AVIF to JPG — free, in your browser
Drop your file below. The conversion runs entirely inside your browser — the file never leaves your device, there is no account, no watermark and no size-signup trap.
Supports image/*,.webp,.gif,.bmp,.avif,.svg,.tif,.tiff
This page converts AVIF files to JPEG right in your browser — the file is never uploaded. AVIF is lossy or lossless (transparency support); JPEG is lossy (no transparency). Everything below runs on the same encoder your browser ships with, so the result you download is exactly what this page measured.
Converting never adds quality: if the source is a lossy format, that loss is already baked into the pixels and no converter can recover it. What a conversion can do is stop further loss (choosing a lossless target) or shrink the file further (choosing a more efficient codec). The measured table below shows real sizes and timings for a representative sample so you can decide before spending time.
Measured numbers
We publish first-party measurements only where our automated benchmark environment can guarantee the encoder is real (headless Chromium silently falls JPG encoding back to PNG, so we refuse to print invented numbers here). The tool above performs the conversion with your own browser's encoder — its result card shows the true size for your file, which beats any sample statistic anyway.
When AVIF → JPG is the right call
- •An app, CMS, marketplace or printer rejects AVIF uploads — JPG remains the lingua franca.
- •You are archiving to media that older software must read years from now.
FAQ
Does AVIF to JPG lose quality?
One JPEG generation at quality 80 is visually negligible for photographic content. The output grows larger because JPEG is the less efficient codec.
Can every browser even read AVIF?
Decoding needs Chrome 85+, Firefox 93+ or Safari 16.4+. This page decodes with your own browser, so on a very old browser the preview itself would fail — nothing to convert.
What about transparency in AVIF?
AVIF supports alpha; JPG does not. Transparent regions are flattened onto white in the JPG output.