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Convert AVIF to PNG

This AVIF to PNG converter lets you easily convert one or more images online. Upload images, fine-tune settings like quality and background color, and convert them to PNG instantly — all using a fast and interactive interface. No installation or signup required.


or
drop your
AVIF files here

Converted Files

Disclaimer:Please be aware that due to limited server storage, converted files will be automatically purged over time for optimal server performance.

Conversion Settings

Controls PNG compression. Higher levels make smaller files but take longer to process.
Reduce Colors (Palette Mode)
No
Use an 8-bit color palette instead of full color to reduce file size. May lower color quality.
Use an 8-bit color palette instead of full color to reduce file size. May lower color quality.
px
Resize the image to a specific width in pixels. Leave blank to keep the original width.
Resize the image to a specific width in pixels. Leave blank to keep the original width.
px
Resize the image to a specific height in pixels. Leave blank to keep the original height.
Resize the image to a specific height in pixels. Leave blank to keep the original height.
How the image is adjusted to match new dimensions.
Which part of the image to keep if cropping is needed.
Prevent Enlarging Small Images
Yes
Avoids stretching smaller images, which can make them look blurry.
Avoids stretching smaller images, which can make them look blurry.
Fix Orientation
Yes
Rotates the image automatically if it contains camera orientation data.
Rotates the image automatically if it contains camera orientation data.

How to use this AVIF to PNG Converter?

  1. Choose Files: Click 👆 on the Choose Files button and choose input AVIF files, or you may drag and drop AVIF files to the drop area. You may choose one or more image files. The chosen files are displayed with size information in the same drop area.
  2. Conversion Settings: You may change the conversion parameters like quality 🎛, background color, etc., using the sliders, or color input buttons.
  3. Conversion: Now you can click on the Convert button. This is where the ⛄ magic happens. Your AVIF files are sent to the server for conversion. This all happens in a lightening speed ⚡.
  4. Output: Once the AVIFs are converted ✅ to PNGs, they appear in the download section.
  5. Download Files: You may click 👆 on the big Download button to download ↓ all your converted PNGs, or you may download individual PNG by clicking on the respective download button.
  6. Options: There is also a link 🔗 which you can Copy and share it using which you can download the converted PNG files.

AVIF vs PNG :— Comparison Table

Comparison between AVIF and PNG
AVIF PNG
Format AVIF PNG
Full name AV1 Image File Format Portable Network Graphics
Type image image
Compression lossy/lossless lossless
Extensions
  • .avif
  • .png
MIME type image/avif image/png
Common MIME types
  • image/avif
  • image/png
Developer Alliance for Open Media (AOMedia) PNG Development Group
Introduced 2019 1996
Open standard Yes Yes
Specification https://aomediacodec.github.io/av1-avif/ https://www.w3.org/TR/PNG/
Description AVIF (AV1 Image File Format) is a modern image format that uses the AV1 video codec for compression, packaged within the HEIF container. It offers exceptional compression efficiency, producing significantly smaller files than JPEG or PNG at equivalent visual quality, and supports advanced features like HDR, wide color gamut, alpha transparency, and both lossy and lossless modes. AVIF is designed for the web and mobile era, reducing bandwidth usage while maintaining visual fidelity. PNG (Portable Network Graphics) is a lossless raster image format designed to improve upon the limitations of the older GIF format. It supports millions of colors, full alpha transparency, and optional interlacing. Because it uses lossless DEFLATE compression, PNG preserves every pixel exactly as stored, making it ideal for graphics that need sharp edges, text clarity, and no degradation over multiple saves.
Typical usage
  • Web images optimized for speed and low bandwidth usage
  • High-quality photography with smaller file sizes than JPEG
  • Graphics and UI elements with alpha transparency
  • HDR images for next-generation displays
  • Web graphics where image clarity is critical
  • Icons and UI elements that require transparent backgrounds
  • Screenshots of applications or websites
  • Digital charts, diagrams, and infographics
Typical use cases
  • Replacing JPEG for high-resolution product photos in e-commerce sites to improve load times.
  • Serving responsive images in web apps with smaller bandwidth costs.
  • Distributing HDR wallpapers and artwork that retain detail and dynamic range.
  • Reducing storage costs for large-scale image hosting platforms.
  • Preserving pixel-perfect quality for logos and branding materials
  • Creating assets for responsive web design where crisp scaling is important
  • Maintaining text sharpness in interface screenshots
  • Storing intermediate design work before final export to other formats
Widely supported by
  • Modern browsers (Chrome, Firefox, Safari with some limitations, Edge)
  • Image processing tools like libavif, ImageMagick (with AVIF support compiled)
  • Operating systems with native support (Android 12+, macOS Ventura+, Windows 10 21H2+)
  • All modern browsers (Chrome, Firefox, Safari, Edge)
  • Popular design software such as Adobe Photoshop, GIMP, and Affinity Photo
  • Image processing libraries like Sharp, libpng, and ImageMagick
Tooling Read: libavif, ImageMagick, Sharp, Squoosh | Write: libavif, ImageMagick, Sharp Read: libpng, Sharp, ImageMagick, GraphicsMagick | Write: libpng, Sharp, ImageMagick
Popularity growing high
Aliases
  • AV1 Image File Format
  • Portable Network Graphics
Magic bytes 00 00 00 ?? 66 74 79 70 61 76 69 66 89 50 4E 47 0D 0A 1A 0A
Bit depths
  • 8
  • 10
  • 12
  • 1
  • 2
  • 4
  • 8
  • 16
Color models
  • YCbCr
  • RGB
  • grayscale
  • truecolor
  • indexed
  • grayscale-alpha
  • truecolor-alpha
Alpha support optional optional
Transparent color Yes Yes
Animation support Yes — AVIF supports animated sequences similar to animated WebP or GIF, using AV1 video encoding for each frame. No — PNG itself does not support animation, but the APNG extension (Animated PNG) enables frame-by-frame animations while retaining lossless quality.
ICC profile Yes Yes
Compression method AV1 intra-frame coding within HEIF container DEFLATE (zlib)
Interlacing not applicable Supports Adam7 interlacing for progressive display
Advantages
  • Achieves much smaller file sizes than JPEG, PNG, or even WebP at similar or higher visual quality.
  • Supports HDR (High Dynamic Range), wide color gamut, and deep bit depths (10–12 bits).
  • Offers both lossy and lossless compression in the same format.
  • Supports transparency, making it a viable PNG/WebP replacement in many workflows.
  • Can store animations efficiently with better compression than GIF or WebP.
  • Lossless compression retains exact image quality regardless of edits or re-saves.
  • Supports a full alpha channel for smooth transparency and blending effects.
  • Can store high bit depth images (up to 16 bits per channel), making it suitable for professional work.
  • Universally supported across browsers, operating systems, and image viewers.
Disadvantages
  • Encoding is significantly slower than JPEG or WebP due to the complexity of AV1 compression.
  • Browser and software support, while growing, is not yet universal, which can require fallbacks.
  • Not all tools fully support advanced features like HDR metadata or animation.
  • Older devices and OS versions may be unable to display AVIF without updates or additional libraries.
  • File sizes can be significantly larger than JPEG for photographic images due to lossless compression.
  • Does not inherently support animation without APNG extension.
  • Large high-resolution PNGs can be memory-intensive to decode in browsers or apps.
Max size note File sizes can be extremely small for photos and graphics, but encoding time grows sharply for very high resolutions or complex animations. While technically supporting very large dimensions, decoding extremely large PNGs can consume high amounts of RAM, potentially leading to performance issues in browsers.