SVG Converter
Convert an image to SVG, or an SVG to PNG, in your browser. No signup. Tracing to SVG works best for simple graphics, not photos; SVG to PNG rasterises the vector.
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This SVG converter converts an image to SVG or an SVG to PNG, directly in your browser. Provide your file and choose the direction. No account, no install, so you can move between vector SVG and raster images on any device in seconds.
How to Convert To or From SVG Step by Step
- Provide your file. Upload the image you want to convert to SVG, or the SVG you want to convert to PNG.
- Choose the direction. Choose to convert an image to SVG, tracing it to vector, or an SVG to PNG, rasterising it to an image.
- Convert the file. The tool converts in your chosen direction, tracing the image to SVG or rasterising the SVG to PNG.
- Check the result. Review the result, since tracing to SVG works best for simple graphics, so check the SVG or PNG is as expected.
- Use the result. Use the SVG or PNG for your purpose, benefiting from vector scalability or a standard raster image.
What SVG Is and How It Differs
SVG is a vector image format, describing images with shapes that scale to any size without losing quality, ideal for graphics, logos, and icons. Raster formats like PNG describe images with pixels. This converter moves between them: converting an image to SVG traces it to vector form, while converting an SVG to PNG rasterises the vector into a standard pixel image.
Converting an image to SVG is useful for turning a simple graphic into a scalable vector, which can then be resized freely without quality loss. However, tracing works best for simple graphics like logos or icons, not detailed photos, since vector tracing suits clear shapes rather than complex, detailed images. So it is well suited to simple graphics you want as scalable vectors.
Converting an SVG to PNG rasterises the vector into a standard image, useful when you need a raster format that is widely supported where SVG is not, or a fixed size image. So SVG to PNG gives you a PNG from a vector, while image to SVG gives you a vector from a raster. The two directions serve opposite needs: getting a scalable vector, or a standard raster image.
SVG converters are used by designers and anyone working with graphics: tracing simple graphics to scalable SVG vectors, or rasterising SVGs to PNG where a raster image is needed. Because SVG offers scalability for simple graphics and PNG offers wide raster support, converting between them is a practical task, as long as you understand tracing suits simple graphics rather than detailed photos.
Image to SVG Versus SVG to PNG
| Direction | Does | Best for |
|---|---|---|
| Image to SVG | Traces to vector | Simple graphics, logos, icons |
| SVG to PNG | Rasterises to image | Wide raster support, fixed size |
| SVG | Scalable vector | Scaling without quality loss |
| PNG | Raster image | Standard, widely supported |
Who Uses an SVG Converter
Pro Tips for SVG Conversion
Common SVG Conversion Mistakes to Avoid
Related Tools You May Need Next
For specific directions, our PNG to SVG traces PNGs, the SVG to PNG rasterises SVGs, and the SVG to JPG tool makes a JPG.
Frequently Asked Questions
How do I convert to or from SVG?
Upload the image you want to convert to SVG, or the SVG you want to convert to PNG, choose the direction, converting an image to SVG to trace it to vector, or an SVG to PNG to rasterise it to an image, and the tool converts in your chosen direction. Review the result, since tracing to SVG works best for simple graphics, so check the SVG or PNG is as expected, then use it for your purpose, benefiting from vector scalability or a standard raster image. So the converter moves between vector SVG and raster images: image to SVG traces a simple graphic to a scalable vector, while SVG to PNG rasterises a vector into a widely supported image. Remember that tracing suits simple graphics like logos and icons rather than detailed photos, so use it accordingly and check the result, keeping your original file as a source.
What is SVG and how does it differ from raster?
SVG is a vector image format, describing images with shapes that scale to any size without losing quality, which makes it ideal for graphics, logos, and icons that need to be used at various sizes crisply. Raster formats like PNG describe images with pixels, so they have a fixed resolution and can lose quality when enlarged. So the key difference is that SVG is scalable vector, defined by shapes, while raster is pixel based with a fixed resolution. This means SVG can be resized freely without becoming blurry, which is excellent for simple graphics, while raster images like PNG are suited to detailed images like photos but do not scale without quality loss. This converter moves between them: converting an image to SVG traces it into vector form, suited to simple graphics, while converting an SVG to PNG rasterises the vector into a standard pixel image. So SVG differs from raster in being scalable vector rather than fixed pixels, with each suited to different uses: SVG for scalable simple graphics, raster for detailed images and wide support.
What is the difference between image to SVG and SVG to PNG?
Image to SVG and SVG to PNG are opposite conversions. Image to SVG traces a raster image into vector form, turning it into a scalable SVG, which works best for simple graphics like logos and icons with clear shapes, giving you a vector that resizes freely without quality loss. SVG to PNG does the reverse, rasterising a vector SVG into a standard PNG raster image, useful when you need a raster format that is widely supported where SVG is not, or a fixed size image. So image to SVG gives you a scalable vector from a raster, suited to simple graphics you want to scale, while SVG to PNG gives you a standard raster image from a vector, suited to uses needing a widely supported raster. The two directions serve opposite needs: getting a scalable vector from an image, or getting a standard raster image from a vector. So you choose image to SVG when you want to vectorise a simple graphic for scalability, and SVG to PNG when you need a raster image from an SVG, using the direction that matches what you need.
Why does tracing work best for simple graphics?
Tracing works best for simple graphics because vector tracing suits clear, distinct shapes, which simple graphics like logos and icons have, rather than the complex, detailed variation of photos. When you trace an image to SVG, the process converts it into vector shapes, which works well for graphics made of clear areas and defined shapes, capturing them cleanly as vectors. Detailed photos, however, have complex, subtle variation across many pixels, which does not translate well into vector shapes, so tracing them tends to produce poor, inaccurate results that do not capture the photo well. So tracing is well suited to simple graphics with clear shapes, where it can produce a good vector, and poorly suited to detailed photos, which are better kept as raster images. This is why you should trace simple graphics like logos and icons to SVG, expecting good results, and avoid tracing detailed photos, which do not suit vector tracing. So the nature of vector tracing, working with shapes, is why it works best for simple graphics with clear shapes rather than complex, detailed photos, making it important to use image to SVG conversion for suitable simple graphics.
When should I convert SVG to PNG?
You should convert SVG to PNG when you need a raster image rather than a vector, such as when SVG is not supported where you want to use the image, or when you need a fixed size raster image. While SVG is excellent for scalable graphics, some contexts require or work better with raster formats like PNG, which are very widely supported. So if you have an SVG but need to use it somewhere that needs a PNG, or where SVG is not suitable, converting the SVG to PNG rasterises the vector into a standard, widely supported raster image you can use there. This is useful when a use requires a raster image, when you want a fixed size version of the vector, or when broad compatibility with raster formats is needed. So convert SVG to PNG when your use needs a raster image rather than the vector SVG, getting a standard PNG from the vector. So the SVG to PNG direction is for when you have a vector but need a raster image, rasterising the SVG into a widely supported PNG for uses that require or prefer a raster format over the scalable but less universally supported SVG vector.
Will converting a photo to SVG improve it?
No, converting a photo to SVG will not improve it and generally gives a worse result, because photos do not suit vector tracing. Tracing to SVG works best for simple graphics with clear shapes, like logos and icons, not for detailed photos, which have complex, subtle variation that does not translate well into vector shapes. So tracing a photo to SVG tends to produce a poor, inaccurate vector that does not capture the photo well, rather than improving it. So you should not expect converting a photo to SVG to enhance or improve it; the result is usually worse, since the vector tracing is unsuited to the photo's detail. For photos, raster formats like PNG or JPG are appropriate, preserving the detailed image, so you should keep photos as raster images rather than tracing them to SVG expecting improvement. So SVG is for simple graphics, and converting a photo to it does not improve it. So use image to SVG conversion for suitable simple graphics, not photos, and keep detailed photos in raster formats, understanding that vector tracing does not enhance photos but rather suits clear, simple graphics with distinct shapes.
Should I keep my original file?
Yes, you should keep your original image or SVG, so you retain the source alongside the converted file, using each as needed and having the original available if the conversion is not ideal. When you convert an image to SVG or an SVG to PNG, keeping the original means you still have the source file in its original format, which you may need, especially since tracing to SVG works best for simple graphics and results can vary. So if a traced SVG does not capture a graphic well, or you later need the original raster image or SVG, having kept the original lets you go back to it. So retaining your original file alongside the converted one gives you both, letting you use the converted version for its format while keeping the source for any need or as a fallback. So it is sensible to keep your original file rather than discarding it after converting, so you always have the source available, whether the conversion is ideal or you need the original format again, ensuring you do not lose the original by relying solely on the converted result which may not always be perfect, particularly for tracing.
Is the SVG converter free?
Yes, it is completely free with no account and no usage limit. You can convert to or from SVG as many times as you like, at no cost. It runs in your browser on any device, so there is nothing to download or install, and your converted file is ready once processed. Use it to trace a simple graphic to a scalable SVG vector, ideal for logos and icons you want to resize freely without quality loss, or to rasterise an SVG to a widely supported PNG raster image where you need a raster format. Remember that tracing to SVG works best for simple graphics with clear shapes, not detailed photos, which do not suit vector tracing, so use it accordingly and check the traced result. Keep your original file as a source, using the converted version for its format while retaining the original as a fallback in case the conversion is not ideal.