Add your SVG file
Drop one or more .svg files onto the converter above, or browse for them. They load into browser memory only — nothing is uploaded, so there is no size-based pricing and no server queue.
Rasterizing .svg artwork to .pgm converts infinitely scalable geometry into fixed pixels at a chosen size. Free, private, and validated — the file never leaves your browser.
Batch files can each use a different output. Nothing uploads for local conversions.
Working inputs include camera RAW, browser-local audio/video, PDF, CBZ/CBR comics, office documents, ebooks, markup, 3D models, structured text, images, and archives.Rasterizing .svg artwork to .pgm converts infinitely scalable geometry into fixed pixels at a chosen size. An .svg file is a Scalable Vector Graphics document: an XML text file describing shapes, paths, text, and gradients mathematically rather than as pixels. Because the geometry is resolution-independent, one .svg renders razor-sharp at any size, from a 16-pixel favicon to a billboard.
A .pgm file is a Portable Graymap: a single-channel greyscale image storing one intensity value per pixel, with the maximum value declared in the header. It is the middle rung of the Netpbm ladder — richer than a one-bit bitmap, simpler than a colour pixmap. For this route the practical draw is raw samples in a declared range — no codec, no colour management, nothing to misinterpret and supports 16-bit depth, which most consumer formats do not — balanced against uncompressed, so files are large relative to PNG for the same data, which is worth knowing before you commit a large batch.
The practical trigger for this conversion is usually a mismatch: with .svg, utterly unsuited to photographs, which have no economical vector representation. Switching to .pgm buys you raw samples in a declared range — no codec, no colour management, nothing to misinterpret, which is why it is the better fit for machine vision and image-processing pipelines that operate on intensity alone. Because the conversion runs locally, trying it costs nothing but a few seconds of compute on your own machine.
| Aspect | SVG vector (.svg) | Portable graymap (.pgm) |
|---|---|---|
| Format type | Vector — resolution-independent geometry instead of pixels | Lossless — every pixel or sample is preserved exactly |
| How it stores data | plain XML: elements like <path>, <rect>, <circle>, and <text> with a d-attribute path language for arbitrary curves | p2 stores samples as whitespace-separated ASCII integers; P5 stores them as raw bytes |
| Strongest at | logos and brand marks that must stay crisp at every display density | machine vision and image-processing pipelines that operate on intensity alone |
| Weak spot | utterly unsuited to photographs, which have no economical vector representation | uncompressed, so files are large relative to PNG for the same data |
| Metadata | metadata travels as XML: <title> and <desc> elements aid accessibility, a <metadata> element can hold RDF or XMP, and Creative Commons licensing blocks are common in Inkscape output; EXIF does not apply | none beyond header comments. No colour profile, no EXIF, no acquisition metadata — anything an instrument recorded alongside the pixels has to travel in a separate file |
Drop one or more .svg files onto the converter above, or browse for them. They load into browser memory only — nothing is uploaded, so there is no size-based pricing and no server queue.
Select .pgm in the output menu next to each file. The menu only offers targets this engine can genuinely produce, so if PGM is selectable, the route is real and validated.
Press Convert. Your browser's own rendering engine rasterizes the vector artwork onto a canvas before encoding the target format.
Each result is signature-checked before the download unlocks, so a failed encode can never masquerade as a valid PGM file. Outputs keep the original filename with the .pgm extension.
The conversion is exact at the resolution you rasterize to — vectors have no pixels until they are drawn. Pick dimensions that match the largest size you will display, because unlike .svg, a .pgm raster cannot be enlarged cleanly afterwards.
Yes — the .svg file is processed inside your browser tab and never uploaded. Your browser's own rendering engine rasterizes the vector artwork onto a canvas before encoding the target format. Close the tab and the file is gone from memory.
Standard in scientific and machine-vision toolchains — OpenCV, ImageMagick, MATLAB and Netpbm all read it — and absent from consumer software and browsers. Novus Convert decodes both ASCII and binary PGM locally, honours the declared maximum value when scaling to 8-bit output, and converts to the standard raster formats.
It depends on the content: p2 stores samples as whitespace-separated ASCII integers; P5 stores them as raw bytes. Convert one representative file first and compare before batch-processing a large set.
In .svg, metadata travels as XML: <title> and <desc> elements aid accessibility, a <metadata> element can hold RDF or XMP, and Creative Commons licensing blocks are common in Inkscape output; EXIF does not apply. Re-encoding through the browser pipeline does not carry embedded metadata into the output, which doubles as a privacy scrub — check the exported file if you specifically need tags preserved.
Yes — the reverse route exists as a separate tool. Bear in mind that round-tripping .svg → .pgm → .svg is not a perfect undo when any lossy step is involved; keep your original if fidelity matters.