

Do you have another playback device you can test with?
FireTV sticks and honestly a lot of consumer televisions are always suspicious when there’s random stutter issues.
A Reddit Refugee. Zero ragrets.
Engineer, permanent pirate, lover of all things mechanical and on wheels
moved here from lemmy.one because there are no active admins on that instance.


Do you have another playback device you can test with?
FireTV sticks and honestly a lot of consumer televisions are always suspicious when there’s random stutter issues.


warning: super weird spam bot. new account posting multiple articles with the same sub website saying “getinfotoyou”? I apologize if you’re just new and postdumping about prior projects you host yorself, but it seems a little sus


We do, but what I mean is this is yet another way Russia will benefit from the pedo-war. Oil goes up, they become a critical supplier of helium, they’ll make shitloads of billions to try and prop their own war machine back up. One big huge giant present to Putin, one dictator to another.


Gee I wonder who else has a lot of tappable helium- ah, right. russia.
I’ve never ran into issues either, but generally in any situation where data integrity is somewhat important, ECC is a very good idea. Its never a problem until suddenly it is.
I don’t give a crap about my Minecraft server having ECC, but a storage server where cached data gets written to disk, I’d rather have ECC ensure nothing gets corrupted.
ABSOLUTELY ECC memory, 32gb or higher if you can afford it these days as TrueNAS does benefit from a decent cache space, especially with so many drives to spread data slices across.
Realistically unless you expect multiple concurrent users, any 4 core or higher CPU from 2015-on will be plenty of power to manage the array. No need for dedicated server hardware unless the price is right
I have a Dell PowerEdge t3 SOHO/small business server tower that I gutted and turned into a 5x8tb config. It only has a middling 4 core Xeon 1225v5 and I never get above 50% CPU usage when maxing the drives out. More CPU is needed if you’re doing filesystem compression or need multiple concurrent users.


The reset button is basically just a signal to the CPU/BIOS that it should wipe memory and begin the boot process from scratch. If it was not working, that indicates the CPU was hard locked and not responding to any sort of input, not just an os fault The power button sends an actual trigger signal to the PSU through the ATX connector so it bypasses any mainboard lock.
Random shit happens, see if it does it again.
My go to for random stability issues is to always run a full deep memtest to look for bad RAM and then a CPU stress test to see if it’s a random thermal or core issue. More often than not I find stability problems just with these two steps.
Ahh that tracks. Glad you got it figured out.