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Supports: RAF
RAF is Fujifilm's proprietary RAW photo format; SVG is an XML-based vector format built from paths and shapes, not pixels. This converter traces your RAF image and rebuilds it as flat vector regions, so it shines on logos, icons, and high-contrast graphics shot on a Fujifilm camera — and it deliberately posterizes a continuous-tone photo rather than reproducing it. If you want a faithful, photoreal result, convert to a raster format like RAF to JPG or RAF to PNG instead.
This tool runs a raster-to-vector tracer. It does not wrap your photo inside an SVG; it redraws the image as solid color shapes. For a photograph that means smooth gradients and fine texture collapse into flat bands — a stylized, poster-like look — and a busy photo can produce a very large SVG with thousands of paths. That is expected behavior for vectorization, not a fault of the file. SVG output is the right choice when your RAF is a clean graphic with strong edges and a limited palette; for everything else, stay raster.
| Property | Value |
|---|---|
| Full name | Fujifilm RAW (Raw Image Format) |
| Type | Raster, sensor RAW (still image) |
| Vendor | Fujifilm |
| Introduced | 2000 (FinePix S1 Pro), used across the X-series and GFX |
| Bit depth | 12 or 14 bits per channel |
| Sensor note | Many models use the X-Trans color filter array, not a standard Bayer grid |
| Best for | Maximum editing latitude straight off the sensor |
| Native browser support | None — RAF must be converted to view in a browser |
| Property | Value |
|---|---|
| Full name | Scalable Vector Graphics |
| Type | Vector (XML) |
| Standard | W3C SVG, an open recommendation |
| Released | 2001 (SVG 1.0) |
| Scaling | Resolution-independent; sharp at any size |
| Best for | Logos, icons, line art, flat illustrations |
| Native browser support | Chrome, Firefox, Edge, and Safari |
A photograph holds millions of subtly different tones, but a vector tracer can only describe a finite set of flat color regions. Converting RAF to SVG therefore quantizes those gradients into bands, producing a stylized, poster-like image. This is the defining limit of vectorization, not a setting you can dial away — it is why SVG output suits graphics and line art, not portraits or landscapes.
Yes, for detailed photos. The tracer creates a separate path for every color region it detects, so a complex Fujifilm photo can generate thousands of paths and a file far larger than the original. Lowering the Number precision slider merges more regions and shrinks the result, but if the file is still unwieldy the image simply is not a good vectorization candidate; convert it to a raster format instead.
Clean, high-contrast source images: a logo, icon, sticker, monochrome sketch, or flat illustration photographed on your Fujifilm camera. These have sharp edges and few colors, so the tracer reproduces them crisply and the SVG scales to any size without blur.
If your goal is a normal, photoreal version of the shot — for sharing, printing, or web display — yes. Use RAF to JPG for a compact photo or RAF to PNG for a lossless one. Reserve SVG for cases where you specifically need resolution-independent vector artwork from a graphic.
It controls how finely the tracer fits curves to the detected color regions. Higher precision follows edges more closely and adds detail and file size; lower precision smooths shapes and yields a smaller, cleaner SVG. In our testing, a value of 4 to 6 gave the best balance for most logos and high-contrast graphics, which matches the tool's on-screen recommendation.
No. SVG is a graphics description, not a photo container, so camera metadata such as EXIF, lens data, and Fujifilm Film Simulation settings is not carried into the output. If you need that information preserved, convert to a raster format that supports EXIF, such as JPEG or TIFF.
Files are uploaded over an encrypted connection, processed on our servers, and deleted automatically after a few hours. There is no sign-up, no watermark, and your files are never shared or made public.