I've had great results using JPEG-XS to transport video for colour grading in feature film & TV post production. At 3:1 or 4:1 compression ratio is effectively lossless.
It is patent-encumbered though, you have to pay license fees to deploy it.
Yeah, we've been deploying JPEG-XS for high bitrate streaming for a while.
A lot of our customers are moving their grading systems into data centres and streaming the images over IP back to their grading suites.
I've got it down to less than 1 frame for encode-transport-decode, but you've still got to copy the image to an SDI card and wait for that to clock out.
If you find yourself needing to install Windows 11 for some reason (I'm doing my best to avoid it), you can try this to create a stripped-down Windows 11 installer with most of the crap removed:
FilmLight | https://www.filmlight.ltd.uk | London, UK or EU | Full time | Onsite/Remote | Senior | C/C++/Python/JavaScript
FilmLight's builds world-leading colour correction systems for film & television.
Engineered with a similar philosophy to a games console, our systems are designed and attuned for a single purpose – the provision of the best creative real-time environment for the production of beautiful images. That's why they're used on used on everything from A-list movies to natural history documentaries and high-end commercials.
We are also extending our scope from on-premise high-performance computing systems to cloud-based image processing and streaming.
We would like to extend our development team to include an experienced Senior Linux System Developer. This position is based in our London office, though remote working may be possible for the right candidate.
Experience should include some or all of the following:
- Leading less experienced Linux System Developers
- C/C++, OpenGL & scripting languages such as Python or JavaScript
I do that on my Macbook Pro. The only drawback is when I go to any other machine that doesn't have Caps Lock remapped and I'm toggling caps lock on/off all the time.
The end-to-end delay is about 10ms, according to this comment:
https://www.audiosciencereview.com/forum/index.php?threads/i...