New Image Format- AVIF
It turns out there is a new (one more!) image format that some Web browsers (Starting Chrome85 and FF) will start supporting.
From the blog post (link below)
AVIF is alternative to JPEG / PNG / WebP / GIF, has better compression efficiency and has wider feature support compared to these formats. AVIF is designed to supersede JPEG and other established formats.
https://www.gumlet.com/blog/worlds-first-service-to-provide-avif-support/
Compression ratios:
In the meantime, Safari is yet to support Webp.
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As if we need more.
https://en.wikipedia.org/wiki/Comparison_of_graphics_file_formats
It wisnae me! A big boy done it and ran away.
NVMe2G for life! until death (the end is nigh)
Indeed! Not to mention HIEF and other formats that have to be manually renamed/ converted to the standard ones.
blog | exploring visually |
I remember being impressed by FIF images and how small they could be compared to JPEG - lossy compression though. JEPG2000 - the format that never gained popularity, like others.
From a photography standpoint, I prefer lossless compression but for web use, it's lack of luser education that presents problems (uploading HUGE files).
It wisnae me! A big boy done it and ran away.
NVMe2G for life! until death (the end is nigh)
Finally something viable!
I process all the pictures with:
PageSpeed Insights want me to use WebP, but why bother? 2 seconds of load time on a photo won't make a difference.
Accepting submissions for IPv6 less than /64 Hall of Incompetence.
or jpegoptim or something similar.
but most folks need the handholding.
I know I did till a few months ago. :-)
blog | exploring visually |
Take those with a grain of salt. Anything that says JPEG is 1.4 and HEVC is 1.3 (i.e. JPEG is 1.08x HEVC) is very suspect.
VVC still image is now ready too.
Actually, I'm pretty sure they're saying that HEVC is roughly 1.08x JPEG.
That would be even more suspect. But my interpretation of their claim is that for every 1 byte in AVIF, JPEG will require 1.4 bytes. And for every 1 AVIF byte, HEVC would require 1.3 bytes. Meaning JPEG would be 1.08x the file size of HEVC. But those numbers are essentially just marketing. Without knowing what the dataset is (how many images, what resolution they are, etc.) and how the measurement was conducted (subjective? objective?) they can write just about anything they want.