How is PNG converted into SVG format?

The converter processes the PNG file by analyzing its colors, shapes, and patterns. It then creates a vector representation of these elements. During this process, the tool uses tracing algorithms to transform the pixel-based image into paths, lines, and shapes, which are stored in the SVG format. This conversion helps to maintain the visual appearance of the original PNG while making it scalable and editable.

Is the PNG to SVG conversion process accurate?

Yes, the conversion process is generally accurate, especially for images with clear edges and simple designs. However, because SVG is a vector format, it is best suited for images with solid colors, text, and geometric shapes. Converting complex images with gradients, shadows, or intricate details might result in less precise outcomes, but the converter works to maintain as much accuracy as possible.

Will the quality of my image be affected during conversion?

No, the SVG format is vector-based, which means it does not lose quality when resized or zoomed. Unlike raster images (like PNGs), which can become pixelated when enlarged, SVGs remain sharp and clear at any size. This is why converting to SVG is preferred for graphics that need to be scalable.

What are the benefits of converting PNG to SVG?

Converting PNG to SVG offers several benefits. SVGs are scalable, meaning they maintain high quality no matter how much you zoom in or out. They also tend to have smaller file sizes, making web pages load faster. SVG files can be manipulated via CSS and JavaScript, providing more flexibility for web designers. Additionally, SVGs are resolution-independent, so they look great on all devices, including high-DPI screens.

How long does the conversion process take?

The conversion process is usually fast and only takes a few seconds, but it can vary depending on the size and complexity of the PNG file. For larger or more detailed images, the process may take a bit longer as the tool analyzes and converts the data into a vector format.

What browsers are compatible with the PNG to SVG converter?

The converter is compatible with all major web browsers, including Google Chrome, Mozilla Firefox, Safari, Microsoft Edge, and Opera. You can access the tool from any device with an internet connection, whether you're using a desktop, laptop, tablet, or smartphone.

Will the converted SVG file keep the same colors as the PNG?

Yes, the converter does its best to match the colors from the original PNG file in the SVG output. However, some subtle color variations might occur, especially if the PNG has complex color gradients. For the best results, it's recommended to use images with solid colors.

Is my data safe while using this online converter?

Yes, our converter prioritizes user privacy and data security. Uploaded files are processed over a secure connection and we automatically delete files after conversion to ensure your data is not stored or accessed by third parties.

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PNG to SVG Converter

This free online tool vectorizes your PNG images, creating high-quality, scalable SVGs with optimized precision.

PNG to SVG
HEIC to JPG
SVG to PNG
AVIF to PNG
PNG to WebP

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Drag and drop PNGs here — upload up to 20 images at once.

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Only support .png filesMaximum size: 5MB

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Step-by-Step Tutorial for Converting PNG to SVG

How to convert PNG to SVG?

Follow these quick steps to learn how to use it.

1
Upload files
To get started, upload the PNG file from your device or file storage.
2
Wait the PNG is being vectorized into SVG
Once the file is uploaded, wait until the conversion is done.
3
Download vectorized image(s)
Download the converted SVG image(s).

Get more information

PNG

Portable Network Graphic

PNG is a raster graphics format that uses a lossless Deflate compression algorithm. Designed as a free replacement for GIF, PNG supports grayscale, color-indexed, and full-color images. This format allows graphic data to be stored in a compressed form without losing quality.

SVG

Scalable Vector Graphics

SVG is a markup language developed by the W3C to describe two-dimensional vector and mixed vector/raster graphics in XML format. It supports animated, interactive graphics and declarative scripting but does not support three-dimensional objects. SVG is based on the VML and PGML markup languages.

What is Image Vectorization?

Image vectorization can be explained as the helpful process of transforming raster images into vectors. Specifically, raster images are completely made up of pixels (very small coloured squares) whereas vectors cleverly use formulas to produce lines and shapes. If you zoom in on pixels, they begin to blur and the image loses its quality. However, if you were to zoom in on the vector, the lines will stay sharp and the image quality will remain.

Those wondering how to vectorize an image may use a vectorizer. These work by setting thresholds which help it decide which parts of the original image to trace, creating a simpler, scalable version. To vectorize images you could also use Adobe Illustrator. This has a feature that will automatically trace the recognised shapes and lines of the raster for you and turn it into a vector.

An image vectorizer is incredibly useful for logos which may often need resizing depending on where it is being shown.

PNG vs SVG: Which Image Format is Better for Your Needs?

A PNG, meaning Portable Network Graphics, is a useful file type that allows for any high-quality and extremely detailed images. They support millions of different colours, meaning they are great for photographers to store their photographs. A PNG file will also allow for transparency, making it a perfect file for logos or other graphics that need to be placed onto various backgrounds. As a PNG image is classed as a raster file type, it is made up of pixels and will blur if you zoom in.

On the other hand, an SVG, meaning Scalable Vector Graphics, are actually vector files. This means that if you enlarge the image, all the lines and shapes will stay clear and sharp. This also makes SVG files great for logos as you can change their size without losing quality. They also allow for transparency in images too. However, an SVG image will not hold a great amount of detail - it is mainly used for lines and shapes or even text.

To summarise, PNGs are brilliant for storing images like photographs that contain many colours and tiny details. Whereas, SVGs are excellent for storing logos and any graphics that may often need to be resized and placed upon various marketing materials, without losing quality. SVGs are also much smaller in size than PNGs, meaning that they are easier to store and websites will load them in faster. The smaller size is due to formula being stored instead of pixels.

Need answers? We’re here to help!

FAQs

Discover answers to common questions about converting PNG to SVG, including key differences, methods, and how it affects image quality.

How is PNG converted into SVG format?
The converter processes the PNG file by analyzing its colors, shapes, and patterns. It then creates a vector representation of these elements. During this process, the tool uses tracing algorithms to transform the pixel-based image into paths, lines, and shapes, which are stored in the SVG format. This conversion helps to maintain the visual appearance of the original PNG while making it scalable and editable.
Is the PNG to SVG conversion process accurate?
Yes, the conversion process is generally accurate, especially for images with clear edges and simple designs. However, because SVG is a vector format, it is best suited for images with solid colors, text, and geometric shapes. Converting complex images with gradients, shadows, or intricate details might result in less precise outcomes, but the converter works to maintain as much accuracy as possible.
Will the quality of my image be affected during conversion?
No, the SVG format is vector-based, which means it does not lose quality when resized or zoomed. Unlike raster images (like PNGs), which can become pixelated when enlarged, SVGs remain sharp and clear at any size. This is why converting to SVG is preferred for graphics that need to be scalable.
What are the benefits of converting PNG to SVG?
Converting PNG to SVG offers several benefits. SVGs are scalable, meaning they maintain high quality no matter how much you zoom in or out. They also tend to have smaller file sizes, making web pages load faster. SVG files can be manipulated via CSS and JavaScript, providing more flexibility for web designers. Additionally, SVGs are resolution-independent, so they look great on all devices, including high-DPI screens.
How long does the conversion process take?
The conversion process is usually fast and only takes a few seconds, but it can vary depending on the size and complexity of the PNG file. For larger or more detailed images, the process may take a bit longer as the tool analyzes and converts the data into a vector format.
What browsers are compatible with the PNG to SVG converter?
The converter is compatible with all major web browsers, including Google Chrome, Mozilla Firefox, Safari, Microsoft Edge, and Opera. You can access the tool from any device with an internet connection, whether you're using a desktop, laptop, tablet, or smartphone.
Will the converted SVG file keep the same colors as the PNG?
Yes, the converter does its best to match the colors from the original PNG file in the SVG output. However, some subtle color variations might occur, especially if the PNG has complex color gradients. For the best results, it's recommended to use images with solid colors.
Is my data safe while using this online converter?
Yes, our converter prioritizes user privacy and data security. Uploaded files are processed over a secure connection and we automatically delete files after conversion to ensure your data is not stored or accessed by third parties.