AVIF to SVG Converter
Convert AVIF to SVG in your browser. The AVIF's pixels are traced into vector paths, so the result scales cleanly and can be edited in a vector app. You get an SVG traced into vector paths (or, if you prefer, the pixels embedded in an SVG wrapper). Nothing is uploaded.
- Processed locally
- No upload, no wait
- No sign-up
- No watermark
Drop images here
or choose files · paste with Ctrl/⌘ V
AVIF expected · other image formats also work
How to use AVIF to SVG
- 1
Add your AVIF files: drop them here, choose them, or paste from the clipboard.
- 2
Choose how many colours to trace; fewer colours give simpler paths.
- 3
Click Convert. Each file is decoded and encoded in a background thread on this device.
- 4
Download the .svg files one at a time or together as a ZIP.
Why use Aback Images for avif to svg
Where the SVG goes next
SVG opens in every browser, Illustrator, Inkscape, Figma and most design tools.
SVG next to AVIF
A traced SVG describes every patch of colour as a path: logos and flat art stay compact, while photographs turn into very large markup.
A second lossy pass
AVIF is lossy already, since it stores lossy or lossless AV1 intra-frame coding, so keep the quality at or above the default to avoid stacking a new layer of artefacts on the old one.
Processed on your device
Your images are decoded, edited and encoded inside this browser tab by Web Workers. Nothing is uploaded to a server.
AVIF vs SVG
What changes from AVIF to SVG
Encoding: the AVIF uses lossy or lossless AV1 intra-frame coding; SVG uses XML text describing paths, shapes and text, sometimes gzipped as .svgz, and the download is an SVG traced into vector paths (or, if you prefer, the pixels embedded in an SVG wrapper).
Bit depth: 8, 10 or 12 bits per channel in the AVIF; SVG allows not fixed: coordinates and colours are continuous values, and the SVG written here has vector paths with flat colours. 10 and 12-bit AVIFs, including HDR ones, are decoded to 8 bits per channel.
Colour: YUV 4:4:4 or 4:2:0 with BT.709, Display P3 or BT.2020 primaries, HDR curves possible in the AVIF; SVG supports sRGB by default, other spaces through CSS colour functions, written here as flat colour regions.
Transparency: the AVIF stores it as an auxiliary AV1 image stored beside the colour image; the SVG keeps it as opacity on any element, with anti-aliased edges.
Animation: an AV1 image sequence under the 'avis' brand; the SVG holds one image, so only the first frame is converted.
Metadata: the AVIF can carry EXIF, XMP and ICC stored as HEIF items; SVG can carry title, description and RDF metadata elements, but nothing is copied across.
About AVIF
AVIF uses the AV1 video codec for still images. It is the most efficient widely supported format, often half the size of JPEG, with HDR, wide colour and transparency, but encoding is slow.
An AVIF is a HEIF file, the same ISO base media boxes as MP4, with the brand 'avif'. The picture is an AV1 key frame stored as an image item, and its size, colour and pixel layout are item properties.
AVIF files usually come from image CDNs, modern web build pipelines and some recent phones.
About SVG
SVG describes shapes, paths and text as XML instead of pixels, so it stays crisp at any size. It is the standard for logos, icons and illustrations on the web.
An SVG is an XML document: a root <svg> element with a viewBox, then paths, shapes, text, gradients and filters. It can also embed raster images and, dangerously, scripts, which is why untrusted SVG is sanitized before rendering here.
When converting AVIF to SVG makes sense
SVG is the better choice for logos, icons and illustrations, while AVIF suits maximum compression on modern websites.
SVG strengths: Infinitely scalable and sharp; Tiny files for logos and icons; Editable as text and styleable with CSS. Drawbacks to weigh: Not suitable for photographs; Can contain scripts, so untrusted SVG must be sanitized; Many apps and social sites will not accept it.
Limitations
- Almost any other format needs more bytes than AVIF for the same picture, so expect the file to grow.
- HDR and wide-gamut AVIFs are mapped to standard sRGB on decode, so very bright highlights can look flatter than on an HDR screen.
- Tracing approximates the image with flat-colour shapes, so photographs become poster-like art rather than exact copies.
- Logos, icons and line art with clear edges trace best; raise the colour count for more detail.
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Frequently asked questions
Does converting AVIF to SVG lose quality?
SVG is lossy, so detail the eye barely notices is discarded to save space. The AVIF was lossy already, so keep the quality high to avoid stacking artefacts. 10 and 12-bit AVIFs, including HDR ones, are decoded to 8 bits per channel.
Is transparency kept in the SVG?
Yes. AVIF stores it as an auxiliary AV1 image stored beside the colour image, and the SVG is written with an alpha channel, so transparent areas stay transparent.
Will my animated AVIF stay animated?
No. SVG holds a single image, so only the first frame is kept. Convert to animated WebP, APNG or GIF to keep the motion, or export every frame with the GIF Frame Extractor.
Is the SVG a real vector or just embedded pixels?
By default the image is traced into true vector paths, so it scales without pixelation and can be edited in Illustrator, Figma or Inkscape. You can switch to embedding the pixels inside an SVG wrapper if you need an exact copy.
Which apps open SVG files?
Every browser, Illustrator, Inkscape, Figma and most design tools.
Are my images uploaded anywhere?
No. Processing happens inside your browser with WebAssembly and Web Workers. The site only downloads the app code and codecs; your files never leave your device. You can confirm this with the live upload counter on the tool, or in your browser's network panel.
Can I process many files at once?
Yes. Drop a whole selection or folder. Files are processed in parallel on several worker threads, each result can be downloaded on its own, and everything can be saved as one ZIP.
Is it free? Is there a file limit or watermark?
It is free with no account, no watermark and no daily limit. The only limit is your device's memory: very large images (over roughly 100 megapixels) may be refused to keep the tab from crashing.