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MIME Database / Compare Formats / BPG vs FLIF

BPG vs FLIF Format Comparison

BPG
Better Portable Graphics
image/bpg
VS
Free Lossless Image Format
image/flif
FLIF

A complete technical comparison of Better Portable Graphics and Free Lossless Image Format — covering compression, feature support, browser compatibility, magic bytes, and when to choose each format.

Equal browser support

Feature Support

Feature BPG FLIF
Transparency (Alpha) Yes Yes
Animation Support Yes Yes
Progressive Loading ✕ No Yes
HDR Support ✕ No Yes
EXIF Metadata Yes Yes
ICC Color Profile Yes Yes
Better Portable Graphics
image/bpg
Extension
.bpg
Container Custom BPG Header
Compression HEVC (H.265) Intra-frame / Lossless
Algorithm
HEVC (H.265)
Color Depth 8-bit (Per Channel), 10-bit (Per Channel), 12-bit (Per Channel), 14-bit (Per Channel)
Developed by Fabrice Bellard
Released 2014
Magic Bytes
42 50 47 FB
Full BPG reference →
Free Lossless Image Format
image/flif
Extension
.flif
Container FLIF Bitstream
Compression Lossless (MANIAC Entropy Coding)
Algorithm
MANIAC (Meta-Adaptive Near-zero Integer Arithmetic Coding)
Color Depth 1-bit to 16-bit (Per Channel), Grayscale, RGB, RGBA, CMYK
Developed by Jon Sneyers and Pieter Wuille (Cloudinary)
Released 2015
Magic Bytes
46 4C 49 46
Full FLIF reference →

Browser Support Comparison

Browser BPG FLIF
Chrome Chrome
Firefox Firefox
Safari Safari
Edge Edge
IE IE (Legacy)
BPG

BPG Strengths

  • Exceptional compression efficiency that vastly outperforms standard JPEG at similar quality levels
  • Supports high bit depths (up to 14 bits per channel), lossless compression, and alpha channel transparency within a single format
  • The official JavaScript decoder allows the format to be rendered on standard HTML5 canvas elements
Limitations
  • HEVC (H.265) patent encumbrance prevented native adoption in major web browsers
  • Superseded conceptually by the open, royalty-free AVIF format
  • Encoding BPG files is computationally intensive and requires specialized command-line tools
FLIF

FLIF Strengths

  • Achieves some of the highest lossless compression ratios ever developed for raster images
  • Incredible progressive decoding allows an image to be highly recognizable even after only 5% of the file has been downloaded
  • Supports animations and complex alpha channels losslessly
Limitations
  • Officially abandoned in favor of JPEG XL
  • Zero native support in web browsers or standard operating system previewers
  • Encoding speed can be significantly slower than standard PNG or WebP compression

When to choose which format

BPG
Use BPG when…
  • High-Efficiency Image Archival
  • Bandwidth-Constrained Environments (via JS decoder)
FLIF
Use FLIF when…
  • Archival of Uncompressed Image Assets
  • Bandwidth-Constrained Progressive Image Loading (Historical)
  • Medical and Scientific Imaging Storage
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