Turn JPG images into SVG vectors. Ideal for flat graphics and logos.
A JPG logo can't be scaled up without visible pixelation, since it's a fixed grid of pixels. This tool traces the shapes in your JPG into SVG paths, producing a file that scales to any size.
The default trace quantizes the image down to its 2 most dominant colors, which works well for simple logos and text but will not preserve a full-color palette. For images that are too detailed to trace into a clean, reasonably sized SVG, the tool automatically falls back to embedding the original JPG inside the SVG wrapper - the file still opens and displays correctly, but that embedded portion is a raster image, not vector paths.
The conversion runs entirely in your browser.
This tool traces the shapes and colors in a JPG into SVG vector paths - best suited to flat logos and simple graphics with clear edges. By default it quantizes down to just 2 dominant colors, and for images too complex to trace cleanly, it automatically falls back to embedding the original JPG inside the SVG file instead of producing a messy result.
Upload a JPG image (simple shapes work best).
The tool attempts to trace bitmap data into vector paths.
Check how well the image was vectorized.
Save your scalable vector graphic.
Convert a low-resolution JPG logo to SVG so it scales to banner or print size without pixelating.
Convert the JPG to PNG first if compression artifacts are producing a noisy trace.
For Cricut or Silhouette projects, vectorize a flat JPG graphic into a cuttable SVG path.
Convert a photo or detailed image to WebP or PNG instead - tracing it into SVG won't produce a clean result.
If your source is a PNG, use PNG to SVG instead, which traces with a wider color palette.
Best For
Source File
logo.jpg - 512x512, flat blue circle + white lettering on white backgroundResult
logo.svg - about 5.6 KB, 3 vector paths, quantized to 2 colorsA clean, high-contrast source like this traces into a small, genuinely vector SVG. A busy or photographic JPG instead triggers the tool's fallback behavior, embedding the original image inside the SVG rather than producing thousands of noisy paths.
Convert a small JPG logo to SVG so it can be printed or displayed at a much larger size without pixelating.
Convert a simple JPG icon or graphic to SVG for tools that expect vector input rather than a raster image.
Convert a flat, high-contrast JPG containing text or a simple monogram into cut-ready or scalable SVG paths.
Problem
Solution
Photos and detailed images either produce a huge, noisy SVG or trigger the tool's fallback, which embeds the original JPG as a raster image inside the SVG instead. Neither gives you real vector paths - use a flat, simple JPG instead, or convert the photo to WebP or PNG.
Problem
Solution
By default, this tool reduces the image to its 2 most dominant colors. If your source has more than two significant colors, some of that detail will be lost in the trace. For full-color vectorization, convert a PNG source with PNG to SVG instead.
Problem
Solution
When a source image is too complex to trace cleanly, this tool falls back to embedding the original JPG inside the SVG file so the download still works and looks correct - but that embedded content is a raster image, not editable vector shapes.
Simple logos, monograms, and two-color graphics trace far more cleanly than busy or gradient-heavy images.
JPG compression artifacts can introduce small edge noise that shows up in the trace. Converting to PNG first with JPG to PNG and cleaning up the image can produce a cleaner result.
If you specifically need editable vector shapes - for example, for a cutting machine - open the downloaded SVG in a vector editor to confirm it contains real paths rather than an embedded raster fallback.
The tool quantizes the image down to its 2 most dominant colors by default. Source images with more than two significant colors will lose that detail in the vectorized output.
When a JPG is too detailed to trace into a clean, reasonably sized SVG, the tool automatically embeds the original image inside the SVG file instead. The result displays correctly but is not true vector artwork for that portion.
Photos and images with fine detail or gradients don't vectorize well with either outcome - a noisy trace or the embedded-image fallback. Use WebP or PNG instead for photographic content.
Both trace a raster image into SVG, but they're tuned differently and suit different source material.
| JPG to SVG | PNG to SVG | |
|---|---|---|
| Default color output | Quantized to 2 dominant colors | Full color, up to 64 colors |
| Best source material | Flat, high-contrast JPG logos and graphics | Flat PNG logos and graphics, especially with transparency |
| Complex or busy sources | Falls back to embedding the original image inside the SVG | Traces a larger number of paths rather than falling back |
Which should you use?
If your source is a PNG, especially one with a transparent background or more than two colors, use PNG to SVG for a fuller-color result. Use this tool when the source is a JPG.
JPG compression artifacts and the format's lack of transparency make JPGs trickier to vectorize cleanly than PNGs - the FAQ below explains what traces well and what this tool does when a source image is too complex.
No, not by default. This tool quantizes the trace down to the 2 most dominant colors in your source JPG. If your image has more than two significant colors, some of that detail will be lost. For full-color vectorization, convert a PNG source instead using PNG to SVG, which traces with a wider color palette.
Not cleanly. Photos and detailed images don't trace well into flat vector shapes - the result is either a huge, noisy SVG or the tool's automatic fallback, which embeds the original JPG inside the SVG file instead of tracing it. Use a flat, high-contrast logo or graphic instead, or convert the photo to WebP or PNG.
When a source image is too detailed to trace into a clean, reasonably sized SVG, this tool automatically falls back to embedding the original JPG inside the SVG file rather than producing an unusable trace. The file still opens and displays correctly, but that embedded portion is a raster image, not editable vector paths - open it in a vector editor to confirm which you got.
Yes. CoditTools processes the vectorization entirely in your browser using JavaScript. Your files are never uploaded to any server.
It can help. JPG compression artifacts sometimes introduce small edge noise that shows up in the trace. Converting to PNG first with JPG to PNG and cleaning up the image can produce a cleaner result before vectorizing.
Leave your email so we can prioritize similar tools and updates.
Trending tools will appear as visitors explore the catalog.
Your recently visited tools will show up here.