Why this tool is different
SVG is maths, not pixels, so it stays sharp at any size — right up until you need to put it somewhere that only accepts an image. Rasterising is a one-way trip, so the only decision that really matters is the output resolution. Set it deliberately rather than accepting whatever the file happens to declare.
How it works
- 1
Add one or more SVG files.
- 2
Set the output width — height follows the aspect ratio.
- 3
Pick a background colour, since SVGs are usually transparent.
- 4
Convert and download as JPG.
What to watch out for
Choose the resolution on purpose
Many SVGs declare a small default size. Rendering at that size and then scaling up gives a blurry result. Set the width you actually need before converting.
External resources are not loaded
For security, fonts and images referenced by URL inside the SVG are not fetched. Convert text to outlines and embed images as data URIs before converting.
This cannot be undone
A JPG cannot be turned back into a vector. Keep the original SVG — it is the master copy.
Frequently asked questions
What size should I export at?
Match the largest place it will be used. For print, aim high — 3000 pixels wide or more. For the web, twice the display size covers high-density screens.
Why is my text missing or wrong?
The SVG probably references a font that is not embedded. Convert text to paths in your design tool before exporting.
Should I use PNG instead?
For logos and line art, yes — PNG keeps edges crisp and supports transparency. Choose JPG when the destination demands it.
Are my files uploaded to a server?
No. The conversion runs in JavaScript and WebAssembly inside your own browser. Open your devtools, switch to the Network tab and run a conversion — there is no upload request to see. Closing the tab clears the working session.