Here is our free-to-use AVIF to SVG vector file converter tool. Our tool can accept bitmap image files such as AVIF files and will convert them to a vector file suitable for printing, website use, or other applications requiring high-quality vector graphics. Our AVIF to SVG converter can process up to 20 files in a single go using our batch file processor.
Or drag and drop your files here to upload.
A maximum of 20 files can be uploaded at once.
To get going, select your AVIF file using the button above. Once selected, you can set various conversion parameters using the button such as to load pre-set configurations for Icon, Color Logo, and Photo AVIF image files. Our vector converter will analyze your uploaded image and convert it into a smooth and scalable SVG vector file.
Here are two simple steps to convert your AVIF to SVG using our fast and free AVIF converter tool.
First, click the "Upload..." button and select your AVIF file to upload. Your AVIF file will be uploaded to our servers. When the AVIF to SVG conversion has completed, you can download your SVG file right away.
We aim to process all AVIF to SVG conversions as quickly as possible; this usually takes around 5 seconds; however, this can be longer for certain files, so please be patient.
We aim to provide the best conversion experience. Our tools are under constant review and development, with new features being added every week.
If you are converting your AVIF file to a format that implements lossy compression, then yes, the quality will be reduced; however, the loss in quality is usually not noticeable and can result in much smaller file sizes.
No. When converting your AVIF file, our tool will not perform any resizing of your image, and the resulting file will have the same resolution as your uploaded AVIF file.
Extension | AVIF |
Full Name | AV1 Image File Format |
Type | Image |
Mime Type | image/avif |
Format | Binary |
Opens With | Paint.Net |
The AVIF file format is aimed at being a modern replacement for the popular JPEG image format. Developed by the Alliance for Open Media, AVIF is an advanced image file format that leverages the cutting-edge compression algorithms used by the AV1 video codec.
The aim of the format is to surpass the quality of the equivalent JPEG file while packing a smaller file size via the use of the AV1 compression algorithm. The aim of the compression algorithm, which is a lossy algorithm, is to reduce the file size by removing detail from the image that the eye would not normally notice, thus reducing the size of the final AVIF file.
Support for AVIF files is still growing, with many modern image editors able to read and write to the format. The latest versions of the most popular web browsers have also moved to support AVIF images, having seen the benefit to website developers of reduced image sizes and thus reduced bandwidth usage.
Extension | SVG |
Full Name | Scalable Vector Graphics |
Type | Vector |
Mime Type | image/svg+xml |
Format | Text |
SVG, or Scalable Vector Graphics, is a graphics file format commonly used by websites and the print industry as a means of representing 2D graphics, most notably icons and logos, in a scalable vector format independent of the user's screen resolution.
Unlike other popular bitmap formats, such as PNG or JPG, whose image quality decreases when the image is rendered at a larger size than its native dimensions, SVGs store the image data as a series of points, lines, and curves. This allows the image to scale to any resolution without loss of detail or pixelation.
SVG files are XML formatted, allowing them to be human-readable and extensible, as well as compact, making them ideal for usage on a website. As SVGs are a standard format used by websites, there is widespread support for opening and editing SVG files within most popular graphics editing software.
Our AVIF imaging tool will accurately convert your AVIF file into a SVG image file using our high-quality internal 2D rendering to create your final SVG ready for download. Your AVIF file will be analyzed pixel by pixel in order to produce the most accurate conversion possible.