JPG to SVG

Convert JPEG images to scalable vector graphics. Works best with simple graphics, logos, and illustrations - not so great for photographs (we'll explain why).

JPG vs PNG for vectorization

JPG uses lossy compression, which creates artifacts around edges. These artifacts can affect tracing quality:

• PNG - Lossless, sharp edges, ideal for vectorization
• JPG - Lossy, fuzzy edges, compression artifacts may be traced

If you have both formats available, PNG will usually give better results. But if JPG is all you have, this tool will still do a solid job for most graphics.

When JPG to SVG works well

• Logos saved as JPG - Common when the only version you have is from a website
• Screenshots of graphics - Often saved as JPG by default
• Scanned drawings - Many scanners default to JPG output
• High-quality JPGs - JPGs saved at 90%+ quality have minimal artifacts

Known limitations

• Compression artifacts - JPG's blocky compression artifacts may appear as unwanted shapes in the trace
• No transparency - JPG doesn't support transparency, so backgrounds will be traced as solid shapes
• Color banding - JPG's color compression can create artificial bands that get traced

Tips for better JPG to SVG conversion

• Use the highest quality version - Avoid re-saved or heavily compressed JPGs
• Remove the background first - Use an image editor to make the background a solid color
• Consider converting to PNG first - Clean up the image, then save as PNG for tracing
• Increase contrast - Helps the tracer distinguish edges better

Photographs: why it's tricky

Photographs contain millions of subtle color variations. When vectorized:

• The result looks like a posterized/artistic interpretation
• File sizes can be enormous (10MB+ for detailed photos)
• It's never a faithful reproduction

For photos, consider a "posterize" effect in Photoshop first, or use this for artistic effect rather than accurate reproduction.