SVG to PNG Converter — Free, Any Resolution

An SVG has no pixels until you pick a scale

SVG files are vector graphics — pure geometry with no fixed resolution. To save as PNG, JPEG, or WebP, the browser must rasterize it: turn those curves into pixels at a specific size. This converter multiplies your SVG's intrinsic dimensions by a scale factor you control. At 1×, you get the smallest output; at 8×, the largest and sharpest. The range spans everything from small thumbnails to high-DPI displays.

If your SVG doesn't declare width/height attributes or a viewBox, this tool falls back to 300×150 pixels — the SVG specification's default. From there, your chosen scale applies.

Scale 2× is the default for screen-quality output

The converter starts at 2× resolution, which produces crisp results on most screens without excessive file size. You can dial it down to 1× for lightweight images or push to 8× for print-quality sharpness. Higher scales create larger files and take longer to convert, so experiment: 2–4× covers most needs, 5–8× is for detailed graphics or large displays.

The output dimensions are calculated simply: new_width = original_width × scale. Rounding handles fractional pixels automatically.

PNG keeps transparency, JPEG flattens onto a color

This tool supports three formats, each handling transparency differently. PNG and WebP preserve transparent areas from your SVG. JPEG has no transparency support, so the converter fills the background with your chosen color (white by default, but you can pick any hex color). This means JPEGs are solid and opaque; PNGs and WebP files are lighter and better for layering over other content.

WebP uses 0.92 quality, balancing file size and visual fidelity. PNG compression is lossless, so expect larger files than JPEG or WebP, but perfect image quality.

This tool rasterizes client-side and has limits

Everything runs in your browser — no upload to servers, no conversion lag waiting for a queue. External SVG images, embedded fonts, and linked resources don't load; only the SVG's own markup converts. Very large scale values (8× on a complex 2000-pixel SVG) can be slow or consume significant memory, so keep scales moderate for performance. If the output is a photo-like graphic with no transparency to keep, SVG to JPG produces a much smaller file at the same scale.