I’ve got:
R720 w/ 2697v2s, 12 hdds
Some Intel 2011 box w/ 2667v2s
A custom AM5 server w/ 7700x, 8 hdds
An old Cisco enterprise 48 port (&4 SFP+) switch
It seems to hover ~800w.
I’m looking into replacing a lot of it especially the Intel server because it’s used for just pfSense.
Mine runs a little under 18 W with one 8 port managed switch, a DSL modem, CM4-based router, a tiny Wifi AP, and an Intel Celeron J4105 based mini PC server.
old epyc 7601 server (about 60w, 8 HDDs with spindown, 5 ssds and a mcx311 10G)
homeassistant raspi separate from the main server
poe switch for phone and ap.
All connected to a UPS so measuring is easy and power usage is constant. I would prefer lower as power cost is very high but there is not really anything significant to save at the moment as the server board has no standby function and i need it most of the time.
I downgraded recently and is now down to about 50 watt. My earlier server used 100+ watt, but the new one only 20 watt. I’m still considering downgrading my router as it is pretty overkill.
Avarage load for me is around 300w running two T320s, a R510, and a NUC. The T320s are clustered running plex, 'arrs, pihole/unbound, game servers, and odoo. The nuc serves two purposes, firstly to keep quorum in the cluster and secondarily as a low power device to run a secondary pihole/unbound instance incase the power goes out as it’s the only server that will stay on UPS power until the battery runs out. The R510 is my storage server with around 56TB and growing.
I am planning on adding a GPU server with a few tesla P40s as I’ve been using my workstation for these tasks which makes it difficult to use it for work.
I believe I could reduce the power consumption by ~50W-60W by replacing the R730 with a modern “consumer” mainboard + CPU. But I need two power supplies (I had some issues a few months ago with my UPS) and iDRAC/IPMI is so convenient that I don’t want to miss it anymore.
I’m also currently searching for something power efficient to replace the Pentium in my NAS. Reason for that are some problems with bad RAM a year ago. ECC RAM would be nice to have, so that I can be notified when a RAM stick goes bad. I currently do not know for how long the old RAM stick was bad and which files may be corrupted because of that (I do not use a checksumming file system such as ZFS or BTRFS on my NAS).
Yes, all HDDs in my NAS are formatted with EXT4. I don’t use RAID because there are mostly static files stored there and the drives are configured to spin down after 30 minutes of inactivity.
MD1200 DAS
How loud are those? I’ve heard that the Dell PowerVault DAS arrays are quite loud.
Out of curiosity, what whitebox are you using for the NAS? An old PC or something you assembled purposely for the NAS? Would love to see pics too as I’m considering going down this route.
I’ve purposely build that NAS around two or three years ago. It’s a Gigabyte B360M D3H mainboard, Intel Pentium Gold G5400 and 16GB of the cheapest RAM I could find. An Adaptec 71605 card provides SAS/SATA connections for up to 16 drives and a Mellanox Connect-X3 connects my NAS via 10Gbit/s to my network. The case is an Inter-Tech IPC 4U-4424 . It has 24 hot swap bays. But I would not recommend it because the backplane is terrible. Four or five slots are not working. Sometimes, when I re-insert a drive, it is not detected.
Using cheap RAM bit me in the ass last year as one of the RAM sticks started to fail. I didn’t notice that there is a problem with the RAM at first. Only when I observed that one of my scripts was not working I started to investigate the problem. Turns out that one of the RAM sticks failed. Re-inserting the stick did not resolve the problem so I replaced all sticks with old Crucial RAM I had laying around. Some files that I transfered to the NAS during that time period are corrupt. In the future I won’t use cheap RAM anymore and I’m also currently planning to replace the mainboard and CPU with something that supportes ECC RAM so that I can be notified when on of the sticks starts to fail.
Same as you. Old AMD system with a Ryzen 2400, three hard drives and two ssds running open Media vault. The hard drives spin down after 30 minutes, as I only use them once or twice a day.
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150-180 watts up to 500 watts+ with my Dev box going full bore.
I’ve got:
R720 w/ 2697v2s, 12 hdds Some Intel 2011 box w/ 2667v2s A custom AM5 server w/ 7700x, 8 hdds An old Cisco enterprise 48 port (&4 SFP+) switch It seems to hover ~800w.
I’m looking into replacing a lot of it especially the Intel server because it’s used for just pfSense.
Probably a lot 😭😭 mine is an old gaming PC with a 3700x and a GTX 970, I try not to think about it. Still, cheaper than 10 streaming services.
Mine runs a little under 18 W with one 8 port managed switch, a DSL modem, CM4-based router, a tiny Wifi AP, and an Intel Celeron J4105 based mini PC server.
300-350W (which currently equals about 100€/month). Running two proxmox servers in a cluster + 2 routers, modem and switch
Around 100w usually for:
All connected to a UPS so measuring is easy and power usage is constant. I would prefer lower as power cost is very high but there is not really anything significant to save at the moment as the server board has no standby function and i need it most of the time.
About 1200w @120v
I have 200 of that at home, the other 1000 is in our data center at work, and I don’t pay for that power. It’ll be rough when I leave some day.
I downgraded recently and is now down to about 50 watt. My earlier server used 100+ watt, but the new one only 20 watt. I’m still considering downgrading my router as it is pretty overkill.
~ 5 watts when I ran everything on an old laptop
~ 40 on my new desktop server
Avarage load for me is around 300w running two T320s, a R510, and a NUC. The T320s are clustered running plex, 'arrs, pihole/unbound, game servers, and odoo. The nuc serves two purposes, firstly to keep quorum in the cluster and secondarily as a low power device to run a secondary pihole/unbound instance incase the power goes out as it’s the only server that will stay on UPS power until the battery runs out. The R510 is my storage server with around 56TB and growing.
I am planning on adding a GPU server with a few tesla P40s as I’ve been using my workstation for these tasks which makes it difficult to use it for work.
About 70 W for opnsense on a thin client, an Atom Proxmox and fanless 24 port switch. North of 6 kW if I fire up everything.
Asrock X300 Mini with 2x HDD 2 TB 2,5" drives in Raid1, NVMe Samsung, 1 TB 2,5" HDD connected via USB and Zigbee gateway
My rack currently consumes about 300W. This includes the following hardware:
That’s a power efficient setup, nice!
I believe I could reduce the power consumption by ~50W-60W by replacing the R730 with a modern “consumer” mainboard + CPU. But I need two power supplies (I had some issues a few months ago with my UPS) and iDRAC/IPMI is so convenient that I don’t want to miss it anymore.
I’m also currently searching for something power efficient to replace the Pentium in my NAS. Reason for that are some problems with bad RAM a year ago. ECC RAM would be nice to have, so that I can be notified when a RAM stick goes bad. I currently do not know for how long the old RAM stick was bad and which files may be corrupted because of that (I do not use a checksumming file system such as ZFS or BTRFS on my NAS).
I like your setup.
My stack is R730s with MD1200 DAS. Using about 380watts.
Is your nas on Ext4?
Thanks :)
Yes, all HDDs in my NAS are formatted with EXT4. I don’t use RAID because there are mostly static files stored there and the drives are configured to spin down after 30 minutes of inactivity.
How loud are those? I’ve heard that the Dell PowerVault DAS arrays are quite loud.
Out of curiosity, what whitebox are you using for the NAS? An old PC or something you assembled purposely for the NAS? Would love to see pics too as I’m considering going down this route.
I’ve purposely build that NAS around two or three years ago. It’s a Gigabyte B360M D3H mainboard, Intel Pentium Gold G5400 and 16GB of the cheapest RAM I could find. An Adaptec 71605 card provides SAS/SATA connections for up to 16 drives and a Mellanox Connect-X3 connects my NAS via 10Gbit/s to my network. The case is an Inter-Tech IPC 4U-4424 . It has 24 hot swap bays. But I would not recommend it because the backplane is terrible. Four or five slots are not working. Sometimes, when I re-insert a drive, it is not detected.
Using cheap RAM bit me in the ass last year as one of the RAM sticks started to fail. I didn’t notice that there is a problem with the RAM at first. Only when I observed that one of my scripts was not working I started to investigate the problem. Turns out that one of the RAM sticks failed. Re-inserting the stick did not resolve the problem so I replaced all sticks with old Crucial RAM I had laying around. Some files that I transfered to the NAS during that time period are corrupt. In the future I won’t use cheap RAM anymore and I’m also currently planning to replace the mainboard and CPU with something that supportes ECC RAM so that I can be notified when on of the sticks starts to fail.
Here are some pics from building the NAS
I try not too think about it 😬
I would guess everything together is around 800 Watts
Same as you. Old AMD system with a Ryzen 2400, three hard drives and two ssds running open Media vault. The hard drives spin down after 30 minutes, as I only use them once or twice a day.