EDIT : I’m going to use a Lenovo P500 (at around $130) with 8 threads (will upgrade it later) and 64gb of RAM. It support the E5 v4 family so that’s great. If someone knows the power consumption, that would be cool!
Hello, I want to build a “homelab” and I’m searching for a server, what do you propose me as good options? I need something with at least 64gb RAM, can buy used, and minimum 16vcores… Around 150$ If you have any good options let’s comment below 👇 THX ❤
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Looking for recommendations for a racecar, at least 800 horsepower. Needs to hit 60 mph in under 4 seconds.
My budget is $2000. Please give recommendations.
LOL
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“67 hemi cuda!”
Used HP ProLiant. It’s nearly 10 years old, but has 16 cores 64GB of RAM, and is just under $150 with free shipping
The hidden cost of power usage could be a lot more expensive then something more modern though lol
Agreed. 100% would not recommend going this route for a homelab, but it does meet every specified requirement
Look at my edit do you think it’s better?
https://psref.lenovo.com/syspool/Sys/PDF/ThinkStation/ThinkStation_P500/ThinkStation_P500_Spec.PDF
Got a 490W or 650W PSU. Looks like the CPU is probably around 9-10 years. I’d say probably not much. I bet it’s idling would be around 120-200W depending on # of disks, disk type, and if your using the PCI slots.
For reference I’m running 4 Intel NUC11i7s, $400/unit bare metal, 64GB ram (2x32) $120-$130, and the most expensive part is the flash storage I am buying to fit my needs. Power on these are like 10W idle and max is like 60W each when using turbo.
do you think that this thing would be around 150W?? I think more about 50W Max, for example the cpu is relatively low-power
For comparison, I run a thinkstation p300 with i7-4790 (TDP 84W) 24/7 and the power usage looks like this:
Even when idling this old processor still guzzles 45W. Certainly not as nice as GP’s that only use 10W during idle.
hummm… yeah that’s a bit power hungry
They have some measurements from their machine though depending on GPU and CPU at least it’ll probably be higher. Also, if your hosting stuff 24/7 your CPU load won’t be 100% idle so you certainly would be higher than it depending on what you host.
Do you think it would be better to go to an consumer cpu instead of a xeon?
I am not the best at estimating power usage but like I said depends on the configuration it has. That’s just CPU, not including powering everything else so it’s idle load will be higher. RAM, disks, type of disk, amount of disks, GPU or other PCI cards, etc every additional component adds to the idle watt usage.
for sure but even with all my stuff I think that something like that would draw around 40-50W idle and up to 90W running
Xeon E5-2670, with 115W TDP, which means 2x115=230W for the processor alone. with 8 ram modules @ ~3W each, it’ll going to guzzle ~250W when under some loads, while screaming like a jet engine. Assuming $0.12/kwh, that’s $262.8 per year for electricity alone.
Would be great if you have an isolated server room to contain the noise and cheap electricity, but more modern workstation should use at least 1/4 of electricity or even less.
I just want to correct something is that the TDP is the power under load, so if the cpu is not 100% used it could be 20 hours at 25W and 4 at 90W
Power scaling for these old CPU is not great though. Mine is slightly newer and on idle it still uses 50% of the TDP.
Wouldnt bother with Gen8. We literally throw them in the e-waste recycle bin.
Either get a Gen9 if tight with cash (also EOL) or Gen10 servers which are currently supported and get current updates.Look at the edit I will maybe take that
Bear in mind, a system that is built to be a dedicated server will be meant to crunch data. That means 2 things:
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loud fans
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heavy electricity use
If you just want a lab, I suggest getting a desktop PC and loading a server OS on it. Practical hardware experience isn’t too valuable because platforms change and they usually make them super simple to maintenance with lots of online support. Getting a desktop will also save you some bread on initial investment.
A self-hosting server does not necessarily crunch data and it doesn’t have to have loud fans or use lots of power. It can idle in the 15-20W range with an Intel CPU and if you put the HDDs on standby when idle.
Yep, I’m speaking in generalities. Overall, my point is that a homelab doesn’t need something expensive because it may not be heavily used, so most of those features are not necessary. If the guy had mentioned running a business or customers, that’d be a different story.
You even had to qualify your own statement that one has to modify hard drive power consumption to achieve acceptable noise levels.
I had a SIEM running on a mini-pc like a champ. It cost me fifteen bucks and taught me a lot. Build to requirement, not title.
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At that price, the hardware will be ancient and you will spend more on electricity in a year than you spent on the server.
there’s no solution? maybe mini pc’s?
Not with 64gb ram and 16+ cores on that budget
Not the cores but you can get 2x16gb sodimms for something like an Intel (now Asus) NUC. But that won’t be cheap lol.
Dunno if there are 2x32gb kits but maybe some higher end mini-pc has 4 bank ram or even full length dimms.
Lmao dude thats simply not happening at that price.
You could get part of the way there with an old Dell server, but you’re probably gonna be paying closer to 2-300 for a decently spec’d one like you’re describing. You’re probably gonna be looking at a 10 year old twin quad core setup with a tdp of like 500W combined for JUST the cores. Your power bill is going to murder your budget, even if you somehow find a magical deal on the box.
You can usually find HPs for cheaper although they are pretty picky on what they work with. For some reason, HP decided that it will work with stuff they have not certified but the fans will constantly be at 100%.
I’ve edit the post with what I found, seems good and be more power efficient
Are you just starting out? I got started with home labbing with a Raspberry Pi 2B (1GB RAM!) and an external HDD I had lying around. I host Yarr, Navidrome, backups and a dashboard app Ive written on there and I am quite satisfied. I would really recommend starting small with hardware you already have and then buy new hardware as you go along. I am also using Tailscale. With this you can get your initial setup up and running in a day and save money if it turns out home labbing isnt for you or you dont really need the hardware.
thx
Honestly, when it comes to your specified amount of Cores & RAM you’ll have tough luck. Got myself a MiniPC with 5700U and 32GB of RAM, two 1TB SSDs (mirrored) and 3 NIC but that was still 500€ after waiting for a decent deal.
Even buying a used PC off eBay will most likely cost far more if you insist on your specs.
I’ve edit the post with what I found
Honestly that sounds overkill for someones. First time into self hosting.
I would start with something like a Nuc or a secondhand 1 liter PC (dell optiplex/HP elite mini/Lenovo ThinkCenter) which are dirt cheap on eBay.Do you have an indication of what you want to run that requires that mid range gaming setup?
Definitely agree. If you need to spin up a bunch of discrete VMs for labbing, that’s one thing, but noise, cooling, power consumption, and space all come into play for dedicated hardware. I host a variety of services and they all run on small, low energy hardware (which is often pretty cheap). I just spun up a matrix server on a $100 ebay HP ProDesk which has plenty of power (probably enough to deploy my whole stack).
The only option that fits your budget today I can think of would be picking up one of the old xeon combos off of AliExpress. I spent like $100 on a MB+CPU+64GB DDR4 combo with a 2880 v4 I think. 14c/28t at any rate. You can probably grab a case/power supply/video card used for under $50 on eBay.
Please note that I’m not saying that this is a good option; it took a lot of fiddling for me to get mine running smoothly. But if you’ve got more time and patience than money, it might work for you.
Unless you have use case for that much horsepower I would suggest, like others here, buy a mini PC as a start and if you need more down the line buy a second one. They are cheap, fairly quiet and don’t use much power.
Damn, what do you need that much RAM for?
Virtualization
If it becomes an AI homelab, that’s not so crazy.
I know there are valid use cases for that much, I just always like to check that they didn’t just see an LTT video and think they need way more than they do.
I’m assuming you’ve never built a computer before because even 32 GB of RAM costs more than $150 🤣
32 GB of DDR4 RAM is about 70 USD here. But you don’t need 32, you can selfhost plenty of stuff on 16 or even 8 GB. Heck I ran mine on an old 4 GB stick for a couple of years when I first started.
I ran about 10 orb12 docker containers on my raspverry pi with 4gb of ram + Debian (and OMV5).
Red lined the thing plenty of times.
Bro think about used part and I don’t need 7200mhz ddr5
My man!!! I forget about this site!
What are you actually gonna be doing? Not 10 virtual machines or whatever you said, what actual services are you gonna be running?
Sorry I says vm but in fact this is containers
In Proxmox :
VM with Truenas Scale VM with Debian to run docker :
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wireguard
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reverse proxy
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jellyfin (+ jellyseerr)
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radarr, sonnarr, prowlarr
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nextcloud
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pfsense
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duckdns
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zabbix (and maybe grafena)
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NUT
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Pie-Hole like
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2 websites
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You’re not likely to do that for $150. You might be able to pull an old Dell Precision T5500 tower with a weak Xeon on eBay for cheap and refit it with more ram, better CPU and cheap non-redundant storage for $200 - $250.
For sake of power requirements though, seriously consider your use case and needs. You can get by pretty well with cheap mini-PCs like Intel NUCs or AMD minis like Beelink for pretty cheap and just cluster them with something like Proxmox to scale out instead of up when you need additional resources. This will be reasonably priced and keep the power bill and noise levels down.
I’d recommend to go with some form of mini PC. If you don’t need much CPU power there are some very cheap N100 ones where you can upgrade the RAM.
N100 are low power, but quite capable of doing most things you’ll be asking a simple service box to do for you. Good option, and cheap.
Yes, the only real drawback is the single channel memory connection, but that’s rarely a bottleneck.
