Somewhere along the way, the proper logo files got lost. Maybe the designer never handed them over. Maybe they were on an old computer. Maybe the logo was pulled from a website years ago and nobody kept the original. Now you have a small JPG. It might be 200 pixels wide. It might be decent quality or it might already be slightly blurry. And you need to use it for something that actually requires a proper file. Here is what your options are and which ones actually work. ## Why a Small JPG Creates Problems A JPG is a raster image. It stores your logo as a fixed grid of pixels. The number of pixels it contains is fixed at the time it was saved. A logo saved at 300 pixels wide has exactly 300 pixels of information, and no software can create real additional detail beyond that. When you need to use that logo for print, signage, embroidery, or vehicle graphics, the production process is working at a much larger physical size than 300 pixels can support. Stretched to fill a banner or a sign, those 300 pixels spread out and the image goes blurry or blocky. The DPI setting in the file is often misunderstood here. Changing a file from 72 DPI to 300 DPI in Photoshop without resampling does not add any new pixels. It changes the display metadata but the actual image data stays exactly the same. A 300-pixel logo at 300 DPI still only prints at one inch wide before it starts to degrade. ## What Does Not Work ### Enlarging in Photoshop Scaling a small JPG up in Photoshop, even using AI-powered upscaling like Photoshop's Super Resolution, does not recover original detail that was never there. It makes educated guesses about what the missing pixels might look like. For photographs this can look reasonable. For logos with clean geometric shapes and sharp text, the result often looks soft or slightly wrong. For professional print production, an upscaled JPG is still a raster image with its own limitations and is not a substitute for a vector file. ### Online JPG-to-SVG Converters There are plenty of free tools that claim to convert a JPG to an SVG. What they actually do is run an auto-trace algorithm over the image and produce an SVG file that attempts to follow the pixel edges it detects. For a simple, high-contrast black and white icon with clean edges, the result can sometimes be workable. For most logos, especially anything with text, multiple colors, or any soft edges from anti-aliasing or JPEG compression, the result is a technically valid SVG with jagged paths, messy edge detection, and incorrect color handling. It looks like an SVG but behaves like a bad one. Screen printers, sign companies, and embroidery services deal with these files regularly and most will send them back. ## What Actually Works ### Professional Manual Vectorization The most reliable fix is to have a designer manually retrace your logo as a clean vector file. They open your JPG as a reference layer in Illustrator and redraw each shape and letter by hand using the pen tool. The result is a clean AI, EPS, and SVG file that looks identical to your original logo but is fully scalable and production-ready. The quality of the result depends partly on the quality of the source image. A small but clean JPG with hard edges and readable text gives the designer enough information to work accurately. A heavily compressed or blurry JPG may require some interpretation, and any unclear areas should be flagged during the process. For most business logos, even relatively small JPG sources produce good vectorization results in the hands of an experienced designer. The key is that they are redrawing the design, not trying to extract more information from the pixels. ### Finding a Better Source Before commissioning a vectorization, it is worth spending ten minutes looking for a better source image. Some places to check: * The original designer's portfolio or website, where they may have published the logo * Old printed materials such as letterheads, business cards, or brochures that can be photographed or scanned * Your own website's source code, where the logo image might exist at a larger size than the version you currently have * Social media profile photos, which are sometimes stored at a larger size than they are displayed * Email signatures or email headers that may contain a slightly larger version A larger, cleaner source image makes the vectorization more accurate and faster. ### Checking Whether a Vector Ever Existed If a designer made your logo professionally, a vector source file almost certainly exists. Try contacting the original designer directly and asking for the AI or EPS file. Many designers keep client files for several years. Even if you did not originally receive the source files, they may be willing to send them. If the designer used a service that explicitly includes source file delivery in the project scope, you are entitled to those files. ## What You Will End Up With After Vectorization A professional vectorization from your JPG should produce: * An AI file (Adobe Illustrator source, editable) * An EPS file (widely accepted by print shops, sign companies, embroidery services) * An SVG file (for websites, cutting machines, and digital use) * A PDF file (for sharing and document use) * PNG exports with transparent backgrounds at multiple sizes With these files, every vendor, every production method, and every future print job is covered. You do not need to solve this problem again. ## How Small Is Too Small to Vectorize From? There is no hard minimum, but a practical guideline is that the logo should be large enough that you can read the text and make out the shapes clearly. A logo that is 150 to 200 pixels wide is often sufficient for a simple design. Very small images where the text is only a few pixels tall are harder to work from accurately. If you have multiple sources, even if none of them are great, provide all of them. A business card photo plus a small website JPG together give the designer more combined information than either alone. ## Frequently Asked Questions **Someone told me to just increase the resolution to 300 DPI. Will that work?** No. Changing the DPI metadata of a raster image does not add any new pixel information. The image contains the same number of pixels before and after. This is one of the most common misconceptions about image resolution. **Can AI upscaling tools like Topaz Gigapixel fix the problem?** For photographs, AI upscaling tools produce impressive results. For logos with clean geometric shapes, flat colors, and sharp text, they are less reliable. The result may look soft or introduce subtle distortions in the letterforms. For professional print production, a properly redrawn vector is still the more reliable option. **What if my JPG is already quite large, like 1000 pixels wide?** A large raster image can work for some print applications, particularly at smaller output sizes. For screen printing, embroidery, vehicle wraps, and large-format printing, a vector is still preferable because it has no size limit. A 1000-pixel JPG is better than a 200-pixel one but still has a ceiling. **How accurate will the vectorized version be compared to my original?** Very close for most logos. The designer matches the shapes, proportions, and colors as accurately as the source allows. If your source has areas that are unclear, a good service will flag these and ask for clarification rather than guessing. **What format should I ask for at the end?** Ask for AI, EPS, SVG, and PDF as a minimum. These cover you for any production method and any vendor going forward. ## Get Your JPG Logo Redrawn as a Proper Vector If a small JPG is all you have and you need your logo ready for print, signage, embroidery, or any professional production, VectorFixer can redraw it as a complete, clean vector file set from whatever source material you have. Order your logo vectorization at VectorFixer and get a file that works everywhere you need it.

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