I’ve got a NAS built in a Node 304 mini itx case that works great, but uses a ton of power. In Unraid (the OS for my NAS) there is some kind of issue with the Ryzen 3900x processor that I’m running that means I have to disable all sleep states - so it’s always at it’s 100W TDP. Power is super expensive where I live so I’d love to find something more power efficient.
Does it make more sense to buy a more recent(ish) 5th gen ryzen in hopes that the sleep states will work, and thus save money by keeping my existing motherboard?
Or I could go with something a bit more interesting. I’ve seen on Aliexpress motherboards with mobile CPU’s soldered which are very power efficient. For example the N100 has an insane 6W TDP and comes on special boards with lots of sata ports and 2.5G networking (link). The worry with the n100 though is that it only officially supports 16G of ram which might not be enough for zfs.
Any thoughts? Is anyone running a power-efficient build who could throw some advice my way? Thanks!
Regarding the N100 idea: https://youtu.be/Ppo6C_JhDHM?si=UHUs6jseifBTuulZ
Look for the 4 minute mark, but the whole video is really good.
Here is an alternative Piped link(s):
https://piped.video/Ppo6C_JhDHM?si=UHUs6jseifBTuulZ
Piped is a privacy-respecting open-source alternative frontend to YouTube.
I’m open-source; check me out at GitHub.
Honestly, when Unraid is the culprit, why not change that instead?
I would, and I plan to someday, but my whole storage system is setup on it and migrating would be an enormous pain. Also right now I rely on it’s ability to create a RAID array with differently sized drives. Next time I upgrade, I plan go get homogeneous drives, so maybe then would be the time to move away from Unraid.
Hm, you could set up a virtual machine on whatever host OS and have Unraid run in that instead.
I’ve thought about that before, I’ve used proxmox in the past and liked it. The hope I guess would be that proxmox is better able to handle the physical hardware than Unraid is, and the Unraid can blissfully mismanage it’s vCPUs all it wants! I don’t love the overhead of having a hypervisor, but maybe it would be worth it in this case.
