Build - Intel server board & CPU based on old serverbuild naskiller guide
OS on SSD
ZFS ON 8 6TB DRIVES, YIELDING ~36TB of storage, recoverable with up to two failed drives
Runs (via docker)
Navidrome (webui used daily @ work, dsub on phone, feishin on desktop)
Jellyfin (used almost exclusively locally on my TV, occasionally to watch with friends on web)
Nextcloud (used occasionally, mostly backs up password files, etc or to share. Thinking about replacing.)
QBitTorrent with glutun VPN
Audiobookshelf - used frequently for audiobooks. Occasionally for podcasts. Often more convenient to use antennapod/pocket casts on phone for active podcasts)
Kavitas - used seldom. Thinking about stopping. I like using obps on my rooted kindle to access my library.
Kiwix (local wikipedia copy I use shortcuts in FF locally to search for things)
Homepage (local links I use on local machines to my services)
Raspberry pi
Adguard home & unbound - block most garbage for any traffic from my home
Thoughts - I’m considering downsizing. I don’t really need all that much space, and it can be a headache at times. With drive replacement costs on top of power (~$320 a year) I consider either going to a vps or downsizing to what could run on a small compute like the n100 or a raspberry pi5, etc.
Look for 5W idle consumption boards + CPU combos which go down to package C6+ state. HardwareLuxx has a spreadsheet with various builds focusing on low power. Sell half your disks, go mirror or Raidz1. Invest the difference in off-site vps and or backup.
Storage on any SBC is a big pain and you will hit the sata connector / IO limits very soon.
The small NUC form factors are also fine, but if your problem is power you can go very low with a good approach and the right parts. And you’ll make up for any new investments within the first year.
Thanks! I need to look more into what the power implications of 8 drives is - they never spin down, so I assume they are a non-trivial portion of my power consumption.
That said, I’ve been considering upgrading to something recent and low power anyways. It would be a good opportunity to sneak in some useful features too,
Maybe the possibility of transcoding a video stream
USB3 (not a huge deal)
Non VGA display (useful, for when connection issues arise)
Audio jack (I could use navidrome jukebox mode!)
Which the old hardware wouldn’t support without adapters, cards, etc.
Server - Desktop Tower
Raspberry pi
Thoughts - I’m considering downsizing. I don’t really need all that much space, and it can be a headache at times. With drive replacement costs on top of power (~$320 a year) I consider either going to a vps or downsizing to what could run on a small compute like the n100 or a raspberry pi5, etc.
Look for 5W idle consumption boards + CPU combos which go down to package C6+ state. HardwareLuxx has a spreadsheet with various builds focusing on low power. Sell half your disks, go mirror or Raidz1. Invest the difference in off-site vps and or backup. Storage on any SBC is a big pain and you will hit the sata connector / IO limits very soon.
The small NUC form factors are also fine, but if your problem is power you can go very low with a good approach and the right parts. And you’ll make up for any new investments within the first year.
Thanks! I need to look more into what the power implications of 8 drives is - they never spin down, so I assume they are a non-trivial portion of my power consumption.
That said, I’ve been considering upgrading to something recent and low power anyways. It would be a good opportunity to sneak in some useful features too,
Which the old hardware wouldn’t support without adapters, cards, etc.
Responding to myself…
Datasheet reports 7.05 idle watts (~11w at active random read) so depending on what it considers idle, it’d be 8*7.05|11= 56.4:88W
Server clocks in at ~102W. Halving the drives would reduce the power by 27 : 43%
And in theory other components (motherboard, CPU…) must be using anywhere from (102-88) :(102-56.4)= 14 : 45.6 W.
Which vpn provider do you use for torrents?
Proton, some of their paid exit nodes support P2P