SVG Converter

SVG — Scalable Vector Graphics — is the odd one out among image formats. A PNG or JPG is a grid of coloured pixels; an SVG is a set of instructions (lines, curves, shapes, and fills) that the browser draws fresh at whatever size you ask for. That single difference explains both why SVG is wonderful and why it sometimes gets in your way. This guide covers the three things people most often need to do with SVG files, and how to do each one here, free and in your browser.

SVG to PNG, JPG, or WebP (rasterizing)

The most common SVG task is turning a vector back into pixels. Plenty of places simply don’t accept SVG: many image upload forms, older content management systems, email clients, office documents, and some social platforms expect a PNG or JPG. Rasterizing an SVG renders it onto a canvas and saves the result as a normal image.

The key advantage is that, because the source is a vector, you choose the resolution. At 1× the tool renders the SVG at its natural size; raise the scale and it renders a larger, perfectly sharp image — there is no upscaling blur, because each pixel is drawn from the original math. That makes SVG → PNG ideal for producing crisp assets for print, app icons at several sizes, or high-DPI (“Retina”) screens.

Which target format should you pick?

• PNG keeps transparency and is lossless — the right choice for logos, icons, and anything with sharp edges or a see-through background.
• WebP also keeps transparency but compresses much harder, so it’s great for the web when you want a small file.
• JPG has no transparency. Converting an SVG to JPG flattens it onto a white background, which is fine for photographic-looking artwork but wrong for a logo that needs to sit on a coloured page.

PNG or JPG to SVG (tracing / vectorizing)

Going the other way — from pixels to vectors — is called tracing or vectorizing. The tool reads the colours in your image and groups similar regions into vector paths. The payoff is that the result scales infinitely: a traced logo stays razor-sharp on a billboard or a favicon alike, and the file is often tiny.

Tracing is not magic, though, and it matters what you feed it. Flat graphics with solid colours — logos, icons, simple illustrations, line art — trace beautifully. A photograph, with its millions of subtle gradients, can be traced too, but the result is a stylised, posterised interpretation rather than a pixel-perfect copy. That can be a deliberate, attractive effect, but don’t expect a faithful photo.

The detail control is the dial that matters. More detail keeps more colours and finer paths, so the vector looks closer to the original but the file grows. Less detail produces a cleaner, simpler, smaller SVG with bolder shapes. For a logo you usually want enough detail to capture the edges crisply without picking up compression noise from a JPG; nudge it until the preview looks right.

A practical tip: if your “PNG of a logo” came from a screenshot or a low-quality JPG, it may carry artefacts that tracing will faithfully reproduce as jagged paths. Starting from the cleanest, highest-resolution raster you have gives the best vector.

Optimizing (minifying) SVG files

If you already have an SVG, the third tool makes it smaller without changing how it looks. This matters more than people expect. SVGs exported from design tools like Adobe Illustrator, Figma, Sketch, and Inkscape are notoriously bloated: they ship editor metadata, XML comments, hidden or unused definitions, namespaced junk, and coordinate numbers carried to absurd decimal precision. None of it affects the rendered image.

The optimizer parses the SVG and safely strips all of that out, rounds long numbers to a sensible precision, collapses redundant attributes, and minifies the markup. It’s common to cut 40 to 70 percent of an exported SVG’s size with zero visible change. Smaller SVGs download faster, and when you inline an SVG directly in your HTML or CSS, a lean file keeps your source readable.

By default the optimizer is conservative — it keeps the viewBox so the image still scales, and it leaves element IDs alone in case your CSS or JavaScript references them. If you turn on Aggressive mode, it additionally tidies up IDs and removes the fixed width/height attributes (relying on the viewBox), producing the smallest, most flexible inline SVG. Use the default for files you’ll ship as standalone assets; use aggressive for SVGs you’ll paste straight into markup and size with CSS.

Choosing the right tool for the job

A quick decision guide:

• You have an SVG and a form won’t accept it → SVG to PNG (or JPG).
• You need the same logo at several sizes → SVG to PNG at different scales.
• You have a raster logo and want it to scale crisply → PNG/JPG to SVG.
• Your SVG file is surprisingly large → SVG optimizer.
• You’re putting an SVG inline in code → optimizer, aggressive mode.

Where the work happens

All three operations — rendering, tracing, and optimizing — run in your browser using the Canvas API and JavaScript libraries that ship with the page, so the file you download is created on your own device. Nothing about the tool requires an account, a sign-up, or a watermark. How any data associated with the tool is handled is described in our privacy policy. Pick the mode you need above, drop a file, and you’ll have your result in a second or two.