Dedicated, format-locked workflow
Trace simple PNG artwork into SVG paths
Use real tracing controls for logos and icons—not a misleading pixel-to-vector promise for photographs.
Conversion settings
Traced vector paths intended for simple logos and artwork.
Locked: PNG → SVG
Drop images here or choose files
PNG input only · 50MB each · 20 files per batch
Why this workflow exists
Vector paths can scale cleanly for simple logos, marks, and line art.
Speckle filtering can remove tiny isolated shapes while precision controls how closely colors are represented.
A traced SVG is usable where a vector file is required and no original exists.
What PixelConvert does with a PNG file
The server validates the PNG signature, decodes the image, and passes it to the vtracer engine along with the speckle and colour-precision values you selected. Those controls are passed through rather than ignored, so changing them changes the output.
The result is a genuine SVG containing fitted paths. It is an approximation of the pixel regions the tracer found, not a reconstruction of whatever design file the artwork originally came from.
Tracing approximates, it does not recover
The tracer examines the pixel grid, groups adjacent pixels of similar colour into regions, and fits curves around the boundaries. The output is a real vector file that scales cleanly, which is the point.
What it is not is recovery. The original was probably drawn as a small number of deliberate shapes with text set in a typeface. The tracer never sees any of that — it sees pixels. Curves that were mathematically exact become fitted segments, and text becomes outlined shapes rather than editable text in a font.
Source quality decides the result
The single biggest predictor of a good trace is a clean source. Crop tight to the artwork, keep the background simple, and remove stray specks before tracing rather than trying to filter them afterwards.
Watch for JPEG damage in particular. If the logo was ever saved as a JPG at any point — emailed, pulled from a webpage, extracted from a slide deck — the compression left faint halos and blocks around every sharp edge, and saving it as PNG afterwards preserved that damage perfectly. Zoom to 400% on an edge: clean pixel steps mean a usable source, a halo of intermediate colours means the tracer will draw paths around the artifacts.
Using the controls
Change one control at a time, or you will not know which one helped. Speckle filtering discards traced regions below a pixel-area threshold, which removes the scattered one-and-two-pixel islands antialiasing produces; raise it gradually, because too high starts eating real detail like the dot on an i.
Colour precision decides how eagerly similar colours are merged into one region. Lower precision merges more and produces fewer, simpler shapes — usually right for a flat two-colour logo. Higher precision preserves subtle distinctions at the cost of a much heavier file.
Binary mode deserves more use than it gets. If the mark is genuinely one colour on a transparent or single-colour background, binary mode sidesteps the colour-region problem entirely and usually produces a dramatically cleaner result than colour mode. Recolouring the resulting path afterwards is trivial.
Verified format differences
| Property | PNG source | SVG result |
|---|---|---|
| Structure | Raster pixels | Traced vector paths |
| Scaling | Resolution-dependent | Paths scale without pixelation |
| Text | Pixels of rendered type | Outlined shapes, not editable text |
| Best source | Clean flat PNG artwork | Logo, icon, or silhouette |
Measured PixelConvert evidence
A reproducible result, including what failed
Last tested: 2 September 2026 · current Chromium browser at normal and enlarged zoom
The 800×800, 11,839-byte RGBA source uses flat geometric regions and clear edges. It is intentionally suitable for tracing so path defects, stray regions, and color changes can be inspected after changing speckle or precision settings.
- PNG source
- 800×800 · 11,839 bytes
- Alpha
- Partial and fully transparent pixels
- Quality check
- Inspect paths at multiple zoom levels
Known limits
- Tracing approximates pixels; it cannot recover original fonts, layers, or designer intent.
- Photographs and tiny screenshots can produce noisy paths and an SVG larger than the source.
How to use PNG to SVG
- Step 1Upload a clean, high-resolution PNG.
- Step 2Choose color or silhouette mode, then adjust speckle and precision.
- Step 3Open the SVG in a browser and inspect corners, colors, and stray paths.
Good use cases
- Draft vector versions of simple logos
- Scalable silhouettes and decals
- Editable icon starting points
Limitations to check
- Tracing is an approximation, not recovery of an original design file.
- Photographs produce complex SVGs and should normally remain raster images.
- Inspect brand-critical output and prefer an official vector source when available.
Questions answered
- Will a photograph become a clean vector?
- Usually not. Photos generate many paths, a file often larger than the original image, and a result that looks like a poster filter. They remain better suited to raster formats.
- Do the controls affect tracing?
- Yes. Speckle filtering and color precision are passed directly to the vtracer engine. Change one at a time so you know which one affected the result.
- Will tracing give me back the original design file?
- No. Fonts become outlined shapes, layers are gone, and curves are fitted approximations. It is a usable vector, not a recovered source.
- Should I use colour or binary mode?
- Binary for anything genuinely one colour — silhouettes, single-colour marks, icons. Colour when multiple distinct flat colours must be preserved separately. Binary is cleaner when it applies.
- Is it legal to trace a company's logo?
- Tracing does not change the copyright or trademark position. If you do not have permission to reproduce the mark, a traced copy is still a copy.
Troubleshooting PNG to SVG
The paths are jagged and wobbly
Why: Almost always the source — usually JPEG artifacts preserved inside a PNG.
Fix: Zoom to 400% on a sharp edge to check for halos. Find a cleaner source, or raise speckle slightly and lower colour precision.
The SVG is larger than the PNG
Why: The tracer produced a very large number of paths, usually from a noisy source or colour precision set too high.
Fix: Lower the colour precision, raise the speckle threshold, or simplify the source artwork before tracing.
Letters have filled-in holes
Why: Colour precision or speckle settings merged the counters into the surrounding shape.
Fix: Raise the colour precision or lower the speckle threshold, changing one at a time and inspecting after each.
My photograph traced into a mess
Why: Photographs have no discrete colour regions for a tracer to find.
Fix: Keep it as a raster image. Tracing is for flat artwork; there is no setting that makes a photograph trace well.