How to vectorize a low-resolution logo
Turn a small, pixelated logo into a practical vector by finding the best source, simplifying raster noise, preserving lettering, and validating the final SVG.
Quick answer
Find the largest trustworthy copy of the logo, isolate it from the background, and vectorize with a logo-focused preset. Compare the result against the source, but prioritize the intended geometry over individual pixels. Check lettering, negative space, color count, and corner consistency before approving the SVG.
Search for a better source first
The fastest way to improve a poor logo is often to avoid tracing it. Check the original website, brand folder, email signature source, PDF documents, print files, or previous agency deliveries. A PDF may already contain the vector mark even when the visible website uses a small PNG.
Confirm that the source is authentic. A larger image found through search may be an unofficial recreation with different spacing or colors.
Understand what the converter can infer
A 64-pixel logo does not contain exact information about every curve. Anti-aliasing blends edge pixels, compression introduces color noise, and small gaps can disappear. Vectorization estimates the most plausible geometry from those clues.
Judge the output by brand structure: the outer silhouette, repeated corners, circles, letter shapes, spacing, deliberate holes, and known brand colors.
Clean the raster carefully
Crop empty space and remove unrelated background content. If the mark is dark on a pale background, increase separation without crushing thin details. Preserve transparency when possible.
Upscaling can make edge interpretation more stable, especially for previewing, but it does not reveal the original design. Avoid aggressive sharpening that creates bright or dark halos. Those halos can become unwanted vector regions.
Use a logo-focused conversion
A logo preset should favor flat colors, decisive corners, and smooth curves. Limit the color count to the real brand palette. If the source has a blue mark with lighter blue anti-aliased pixels, those edge shades usually belong to one blue shape rather than separate layers.
Generate a focused result and inspect it before changing many controls. Repeated attempts with slightly different sources can consume time and make it harder to decide which geometry is genuinely better.
Treat lettering separately when needed
Small text is one of the hardest elements to recover. If the typeface is known, rebuilding the wordmark from the correct font and converting it to outlines can be more accurate than tracing blurred letters. Match kerning and custom letter modifications against an approved reference.
Do not silently substitute a similar font for a protected brand asset. Record which elements were reconstructed and obtain approval when the logo belongs to a client.
Compare the real output
At 200%, review overall proportions. At 400%, inspect curves and spacing. At 800%, check corner noise and letter counters. Change the canvas background to reveal transparency and pale halos.
Then open the downloaded SVG in a vector editor. Confirm that shapes are selectable, colors are editable, and no raster image is embedded. Simplify noisy paths only while the silhouette remains unchanged.
Build a reliable master set
Once approved, keep the SVG as the master artwork. Export PNG versions at the exact sizes needed for email, social profiles, favicons, and systems that reject SVG. Record the color values and minimum display size so future exports remain consistent.
Open Logo to Vector for a focused workflow, or use the image upscaler when the only available source is too small to inspect confidently.