Isn’t AMD’s HEVC/265 still decent, specifically? I feel like I read that somewhere years back. 264 has always been a weak spot for them, however.

Software-wise, it seems that the relatively fast adoption of flatpaks and other containerized formats somewhat solves the typical dependency hell that was so common in Linux just a few years back (and to some extent still is an issue today depending on your distro and use case). The hardware support side is a little harder. That’s going to be up to vendors to play nice with the Kernel team and/or introduce reasonable userland software that doesn’t break the golden rule. Until Linux gets more market share the latter isn’t likely to happen. A nice side benefit of the emergence of immutable and/or atomic distros is that users can play around and try things with much lower risk of bricking their systems, so I’d also consider that a step closer in the “it just works” department.

Very true. But brute force checking through tons of different settings for each camera you need to configure is not fun. I couldn’t seem to find any kind of “known working configs” database or anything either. Every camera seems to be different in what it expects, outputs, authenticates, etc. Once it’s set up, I agree, maintaining the config is easier. Having all your cameras match in model and firmware version probably makes the whole endeavor MUCH easier.

AmCrest and Frigate together are SO good. Integrating Frigate with Home Assistant was also insanely easy for quick viewing and notifications. That initial Frigate config is a bit of a bear- but once you’re past that I cannot speak more highly of it.

hunter2

Even with nvme drives which supposedly “don’t need” to use BFQ, I STILL always swap it since it maintains responsiveness across the system during heavy IO loads. I used to have similar full system freezes when downloading steam games which notoriously overload your IO in Linux. BFQ was the solution every single time.

Edit Try following the instructions detailed in this post to add a systemd rule to set the scheduler: https://stackoverflow.com/questions/1009577/selecting-a-linux-i-o-scheduler

The second answer that shows an actual rules.d file example has always worked for me. If using nvme or old school spinning rust you’ll need to change it up a bit. Instead of “noop” set it to “BFQ”.

Try swapping to BFQ io scheduler and see if that makes a difference.

I’m going to assume it’s not Universal Blue… But parts of your description reminded me of it.

I have personal experience with BTRFS and Windows. And that experience is that it’s roughly as stable/complete as NTFS is for Linux. 6 of one and a half dozen the other. I can’t recommend either situation for guaranteed stability long term between systems if one really needs to swap between the OS’s frequently while accessing all the same files.

I run mine with the actual photos on HDD but the database on SSD. So far everything has been near instantaneous for loading, downloading, uploading, you name it.