Convert AVIF images to JPG online for free. Fast, simple, and secure.
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AVIF is built on the royalty-free AV1 codec developed by the Alliance for Open Media, and typically produces files 50% smaller than JPG at the same visual quality. Browser support only became universal in 2024.
AVIF delivers better compression than JPG, but its support is still uneven: Windows 10 without codecs cannot display AVIF, Photoshop CS6 and earlier can't open it, and older email clients and CMS platforms reject AVIF uploads. Converting AVIF to JPG guarantees that any device, browser, application, or online form can open the image — at the cost of a larger file size.
| Attribute | AVIF | JPG |
|---|---|---|
| Container | AVIF (ISOBMFF) | JFIF / EXIF (JPEG stream) |
| Compression algorithm | AV1 (lossy) | DCT (lossy) |
| Typical file size | ~50% smaller than JPG | Baseline reference |
| Alpha channel | Supported | Not supported |
| HDR support | Supported (10-bit, Rec. 2020) | Limited (8-bit) |
| Compatibility | Chrome 85+, Firefox 93+, Safari 16+ | Universal since 1995 |
| Best for | Modern web, bandwidth-sensitive sites | Everywhere including legacy systems |
| Input format | AVIF, AVIFS (image sequence) |
| Output format | JPG (JPEG) |
| Compression | Lossy (JPEG at 92% quality) |
| Input codec | AV1 (AOMedia Video 1) |
| Transparency | Lost (JPG has no alpha channel) |
| Max file size | 50 MB per file |
| Batch processing | Supported |
| EXIF metadata | Preserved by default |
| File retention | Auto-deleted after conversion |
The converter decodes the AV1-based image stream inside the AVIF container and re-encodes it as a JPEG using libjpeg at 92% quality. EXIF metadata (camera, GPS, timestamp) is preserved. If the AVIF image has transparency, it is composited onto a white background because JPG has no alpha channel.
AVIF to JPG conversion is lossy — the output uses 92% JPEG quality, which is visually lossless for screen viewing and photo printing up to A3 size. Because AVIF files are so efficient, the JPG output is typically 50-100% larger than the source. Some quality loss is unavoidable because both formats use lossy compression, but at 92% quality the difference is not perceptible under normal viewing conditions.
Last reviewed: 2026-10-01