How it works
From SVG to PNG, in three steps
- 01
Choose an SVG file
Drop a .svg file in; its own declared size sets the 1x baseline.
- 02
Render at your chosen size
Pick 1x, 2x, or 4x. The browser redraws the actual vector paths at that resolution, right in your browser.
- 03
Download PNG
Your .png downloads straight to your device, transparency intact. It never touched a server.
An SVG isn't pixel data. It's plain text: XML describing shapes and paths as coordinates and curves, math rather than a grid of dots. That's why a single SVG logo looks just as sharp on a billboard as it does at 16 pixels in a browser tab, there's no fixed resolution baked into the file to begin with. A PNG has no such luxury. It's a literal grid of pixel values, locked to one size the moment it's saved.
Converting SVG to PNG means picking a resolution and asking a renderer to draw the vector artwork at that exact size, once. The output size setting here isn't resizing anything, there's nothing to resize yet, it's choosing how many pixels to render into. This tool does that rendering with your browser's own native SVG engine, on a canvas, entirely on your device. Nothing about the file gets uploaded to any server; the PNG comes back the moment the render finishes.
When you need this
A platform that doesn't accept SVG
Some CMSs, upload forms, and social platforms flatly reject .svg files, sometimes for security reasons (an SVG can technically embed a script). Converting to PNG first sidesteps that entirely.
You need one fixed-size image, not scalable markup
App icons, favicons, and specific ad or email placements usually want an exact pixel size delivered as a normal raster file, not vector instructions a renderer has to interpret.
Software that can't render vector paths
Older tools, some print workflows, and certain image-processing pipelines only understand pixels. A PNG works everywhere an SVG might not.
You need transparency to survive the conversion
PNG keeps an alpha channel exactly, so a logo with a transparent background stays transparent. That's a real reason to pick PNG here over JPG, which can't represent transparency at all.
Worked example
Say a designer handed you brand-mark.svg, a simple two-color logo, for a web project, but the icon library you're feeding it into only accepts PNG at specific pixel dimensions.
Drop the file in above. This tool reads the SVG's own declared width and height (or its viewBox, if those aren't set) as the "1x" baseline, then you choose 1x, 2x, or 4x from there. Pick 2x, click convert, and in under a second you'll have brand-mark.png at exactly double the SVG's native dimensions, transparent background intact.
One thing worth expecting going in: the PNG will almost always come out bigger than the SVG it started as, sometimes by a lot. A logo like this might be a 3 KB SVG, five or six lines of path data. The same logo rendered at 2x and saved as a PNG, even with lossless compression, can easily land at 40 to 60 KB. That's not a conversion problem, it's just the tradeoff: an SVG is small because it stores shapes as math, and rasterizing throws that efficiency away in exchange for a format that works absolutely everywhere.
Format explainer
SVG describes an image as math, not memory: coordinates, curves, and fill colors, written in plain XML you could open and edit in a text editor. That's what lets a single file serve a 16px favicon and a 400px hero logo equally well, and why a designer hands off SVG rather than a raster file whenever a logo needs to work at more than one size. The tradeoff is compatibility: plenty of upload forms, older software, and image pipelines have no idea what to do with vector markup.
PNG takes the opposite approach: a literal grid of pixel values, compressed losslessly with DEFLATE, the same algorithm behind ZIP files. Once an SVG is rasterized to PNG, the vector data is gone for good, you've traded infinite scalability for one fixed, specific size, in return for a format basically every piece of software on earth already knows how to open. Worth keeping the original SVG around if you'll need a different size later, since there's no getting the paths back out of a PNG afterward.
Frequently asked questions
It renders your SVG using your browser's own built-in SVG engine, the same one that draws vector graphics on any webpage, onto a canvas at whatever size you choose, then exports that canvas as a PNG. No server is involved.
Almost always, yes, sometimes considerably so. An SVG stores a logo as a few lines of path data, often just a few kilobytes. A PNG stores a value for every pixel, so even with lossless compression a simple two-color icon can easily reach 40 KB or more once rasterized. That's the cost of a fixed-pixel format, not a sign anything went wrong.
Whatever you pick: this tool reads the SVG's native width and height, or its viewBox when those aren't set, as a 1x baseline, then scales up with the 1x/2x/4x selector above the drop zone. A 24x24 icon at 4x comes out a 96x96 PNG. No baseline dimensions at all is rare, but this tool falls back to a sensible default rather than erroring out.
Yes. PNG has a real alpha channel and this tool preserves it exactly as rendered, so a transparent background stays transparent. That's the main reason to pick PNG here over JPG, which can't represent transparency at all.
Yes, there's no conversion limit built in, only what your device can handle. Queue up a whole icon set, each file gets its own status and download, then grab everything together as one .zip when it's done.
No server ever sees it. The SVG renders and exports as a PNG entirely inside the browser tab you're using right now, there's no round trip anywhere else for that to happen. Disconnect from the internet before converting a file if you want proof: it'll work exactly the same.