PNG To SVG Converter

No - this tool embeds your PNG as base64 raster data inside an SVG container. The output is an SVG file that opens in vector editors and browsers, but the image data is still pixels, not editable vector paths. For true vectorization (editable curves and shapes), open the SVG in Adobe Illustrator and use Image Trace, or open in Inkscape and use Trace Bitmap. Simple flat-color logos produce the best tracing results.

Yes - PNG's full alpha channel transparency transfers perfectly into the SVG output. Semi-transparent pixels, anti-aliased edges, and partially transparent areas are all preserved. This is a key advantage over JPG to SVG conversion, which cannot carry any transparency data. Your logo or graphic will display with a clean transparent background in browsers and vector editors.

The SVG wrapper does not increase the original pixel quality - the embedded raster data is identical to your PNG. However, SVG enables the image to scale smoothly using browser rendering, which can appear sharper than manually stretching a PNG in HTML. The real quality benefit comes from true vectorization (via tracing), which creates resolution-independent paths that are genuinely crisp at any size.

No. All conversion happens entirely in your browser using client-side JavaScript. Your PNG is read, encoded as base64, and wrapped in SVG XML - all locally on your device. No images are uploaded, transmitted, or stored on any server. The tool works offline once loaded and involves zero data collection.

Yes, the SVG file opens in all major vector editors - Adobe Illustrator, Inkscape, Figma, Sketch, and Affinity Designer. The embedded PNG appears as a raster image layer. You can add vector shapes, text, and paths on top of it. To convert the raster image into editable vector paths, use Image Trace (Illustrator) or Trace Bitmap (Inkscape) on the embedded image within the editor.

SVG files with embedded PNG data are approximately 33% larger than the original PNG because base64 encoding adds overhead - every 3 bytes of binary data becomes 4 bytes of base64 text. A 300 KB PNG becomes roughly 400 KB as SVG. For simple logos, true vectorization (tracing) can produce SVG files as small as 5–20 KB - much smaller than both the PNG and embedded SVG.

Yes, SVG is natively supported by all modern browsers - Chrome, Firefox, Edge, and Safari. Use SVG as an image source, embed inline in HTML, or reference in CSS backgrounds. Inline SVG can be styled with CSS (change colors, add animations) and manipulated with JavaScript. SVG is the preferred format for logos, icons, and illustrations on modern responsive websites.

Yes, for most icon and logo use cases. PNG preserves alpha transparency that transfers into the SVG - your logo floats cleanly on any background. JPG has no transparency, so JPG-to-SVG output always has an opaque background. PNG also has no compression artifacts on hard edges, producing cleaner embedded data. Always prefer PNG source when creating SVGs that need transparent backgrounds.

Yes, when embedded inline in HTML. The SVG container itself can be styled - dimensions, opacity, filters, transforms, and animations via CSS. However, the embedded PNG raster data inside cannot have its individual colors changed via CSS (that requires true vector paths). For CSS color manipulation, trace the image into vector paths first. The SVG wrapper still enables useful CSS transforms and filters.

Yes, batch conversion is fully supported. Select multiple PNG files and convert them all to individual SVG files simultaneously. Download each separately or use "Download All (ZIP)." Each PNG becomes its own SVG file with the raster data embedded. SVG files are ~33% larger than the source PNGs, so plan storage accordingly for large batches.

Input files up to 100 MB are supported. SVG output will be approximately 33% larger than the PNG source. For best results, use PNG source files under 5 MB - logos and icons work best. Large photographs embedded as SVG produce very large files with no practical benefit over keeping the PNG format.