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Convert JPG to AVIF

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


or
drop your
JPG 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

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Higher quality gives a better-looking image but increases file size. Lower quality reduces size but may show artifacts.
Higher quality gives a better-looking image but increases file size. Lower quality reduces size but may show artifacts.
Choose between lossy, lossless, or letting the encoder decide.
Higher effort gives smaller files but takes longer to encode.
px
Resize the image to a specific width in pixels. Leave blank to keep original.
Resize the image to a specific width in pixels. Leave blank to keep original.
px
Resize the image to a specific height in pixels. Leave blank to keep original.
Resize the image to a specific height in pixels. Leave blank to keep original.
Determines how the image is resized to match new dimensions.
Which part of the image to keep when cropping is needed.
Prevent Enlarging Small Images
Yes
Avoids stretching small images bigger, which can reduce sharpness.
Avoids stretching small images bigger, which can reduce sharpness.
Fix Orientation
Yes
Rotates the image automatically if it contains orientation information from the camera.
Rotates the image automatically if it contains orientation information from the camera.

How to use this JPG to AVIF Converter?

  1. Choose Files: Click 👆 on the Choose Files button and choose input JPG files, or you may drag and drop JPG 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 JPG files are sent to the server for conversion. This all happens in a lightening speed ⚡.
  4. Output: Once the JPGs are converted ✅ to AVIFs, they appear in the download section.
  5. Download Files: You may click 👆 on the big Download button to download ↓ all your converted AVIFs, or you may download individual AVIF 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 AVIF files.

JPG vs AVIF :— Comparison Table

Comparison between JPG and AVIF
JPG AVIF
Format JPG AVIF
Full name Joint Photographic Experts Group Image AV1 Image File Format
Type image image
Compression lossy lossy/lossless
Extensions
  • .jpg
  • .jpeg
  • .avif
MIME type image/jpeg image/avif
Common MIME types
  • image/jpeg
  • image/pjpeg
  • image/avif
Developer Joint Photographic Experts Group (JPEG committee) Alliance for Open Media (AOMedia)
Introduced 1992 2019
Open standard Yes Yes
Specification https://jpeg.org/jpeg/ https://aomediacodec.github.io/av1-avif/
Description JPEG is a widely-used raster image format optimized for compressing photographs and realistic images. It uses lossy compression to significantly reduce file size while retaining acceptable visual quality, making it ideal for web use and digital photography. By discarding non-essential image data, JPEG achieves small files that load quickly, but repeated saving can gradually reduce quality. 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.
Typical usage
  • Storing and sharing photographs on the web
  • Digital camera default photo format
  • Email attachments and social media images
  • Web design where fast loading times are important
  • 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
Typical use cases
  • Compressing high-resolution camera images for quick sharing
  • Hosting large galleries on websites without excessive bandwidth costs
  • Sending product photos in e-commerce listings
  • Publishing online articles with multiple photographic images
  • 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.
Widely supported by
  • All modern web browsers
  • Image editing software such as Photoshop, GIMP, Affinity Photo
  • Operating system viewers on Windows, macOS, Linux, iOS, and Android
  • 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+)
Tooling Read: libjpeg, Sharp, ImageMagick, GraphicsMagick | Write: libjpeg, Sharp, ImageMagick Read: libavif, ImageMagick, Sharp, Squoosh | Write: libavif, ImageMagick, Sharp
Popularity high growing
Aliases
  • JPEG
  • Joint Photographic Experts Group
  • AV1 Image File Format
Magic bytes FF D8 FF 00 00 00 ?? 66 74 79 70 61 76 69 66
Bit depths
  • 8
  • 8
  • 10
  • 12
Color models
  • YCbCr (most common)
  • Grayscale
  • YCbCr
  • RGB
Alpha support none optional
Transparent color No Yes
Animation support No — JPEG itself does not support animation; however, MJPEG (Motion JPEG) is used for video sequences. Yes — AVIF supports animated sequences similar to animated WebP or GIF, using AV1 video encoding for each frame.
ICC profile Yes Yes
Compression method Discrete Cosine Transform (DCT)-based lossy compression AV1 intra-frame coding within HEIF container
Interlacing Progressive JPEG option allows gradual loading not applicable
Advantages
  • Very high compression ratios possible with acceptable visual quality for photos.
  • Extremely widespread support across all devices, browsers, and software.
  • Efficient for continuous-tone images like photographs and realistic artwork.
  • Supports embedding metadata such as camera settings and geolocation.
  • 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.
Disadvantages
  • Lossy compression means some image detail is permanently discarded.
  • Repeated re-saving can lead to cumulative quality loss (generation loss).
  • Not suitable for images with sharp edges, text, or flat color areas due to compression artifacts.
  • No support for transparency or alpha channels.
  • 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.
Max size note File size depends on resolution and compression quality settings; very high-resolution JPEGs may be slow to decode on older devices. File sizes can be extremely small for photos and graphics, but encoding time grows sharply for very high resolutions or complex animations.