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processor longevity question
EpicEscapist
Member
in Help
hello. I have a $25 dedicated server with a Xeon E3-1240v5 with 32 GB ram and 480 GB SSD from nohavps and I'm worried about processor longevity. I know the processor is quite old, around 10 years and I'm worried that in a year I won't be able to upgrade to the latest distro or etc. How well do you think I would be able to keep this processor? I just do some little website hosting and maybe some virtual machines but I don't wanna to upgrade to more expensive. I am this is one of the reasons I thought about getting a virtual private server so I can have a more up-to-date processor for cheaper or the same price. It also takes a very long time to restart despite having an SSD
Comments
Hardware lasts long and Linux support even longer. Any relevant x86 64 bit CPU is still supported by basically all distros and will be for the foreseeable future, you don't need to worry about that. Debian supports 20+ year old CPUs, less conservative distros support anything from 2011 or newer. So you can run for many years yet with a fresh kernel.
Dedicated servers are physical systems
And they will take a lot of time to restart as there are lots of systems and checks going in the background.
But once its starts it would depend on the quality of the ssd whether its fast or not
It all depends on your use case. If you need newer cpu then you need to pay more. Maybe a vps may be a better option.
The Xeon E3-1240v5 is still a pretty good CPU in 2025, since it supports all the requirements of the x86-64 v3 ISA level, which RHEL 10 started using/mandating just this year.
Given how many years everything supported x86-64 v2, I think we're quite a few years away from mandating x86-64 v4.
The slow boot up could be due to the boot up checks that happen, especially if it's a Dell server which has a lot of checks during the boot (which is a good thing usually).
good to know. it's a Dell server so that might explain it
My experience with a similar server is that every component (network adapter) hooks into the boot process in case you want to boot from it, and only times out after a few seconds.
CPU's are generally one of the most resilient hardware components today. Basically, they remain fully functional even after everything around them dies of old age.
RAM tends to malfunction after about 5 years or so, but is easily replaced. It's good it's Xeon, so you have ECC RAM, so you will know when you have instability due to defunct RAM. Motherboard capacitors tend to malfunction after many years in service, in which case only full motherboard replacement fixes the issue. You need to discuss that with your provider, do they have replacement motherboard or replacement server in case yours decides to die suddenly. Finally, check your disks power on hours, and disk health in general. Disks are also easily replacable, and especially modern SSD's and NVMe's tend to have a very long lifetime. HDD's are a bit more fragile, but still pretty robust nowadays.
10 year old servers generally are still very much usable, can be gotten for a fraction of price of a modern ones, it would be a shame to pass on the opportunity. Just have a plan B (backups, and backup locations, and...) in case shit hits the fan suddenly.
Should be fine... Xeon E3 line up was one of Intels best years, old. But stable, low power too. Limits are 32g memory on most except v4/v5 chips.
Dying market for E3 servers right now
Most AMD 9950x VPS accounts smoke the E3 performance, depending specs
Pro Tip:
run cmd: systemd-analyze blame
see whats taking so long to boot at OS load.
Your SSD could be near end of life if its been in service for 10yrs. Use smart tools to check its health.
MAKE SURE YOU HAVE OFFSITE BACKUPS w/ a server that old
You shouldn't worry at all. Considering there are providers that are selling servers with cpus from 2009/2010.
https://www.nocix.net/dedicated/
OK now that's actually a scam because I'm pretty sure most distro can't run on something that old
Most Linux distributions can run on very old hardware because they're pretty lightweight. Especially server distributions, because they don't need to be handling a desktop environment.
Personally, I would avoid anything with DDR2, but it can technically run basic stuff.
leaning tords a vps maybe for more up to date stuff. what should I go with? some friends tryed contabo and some friends said they didn't have any issue with it, but idk how will that be fore me
I still have an old 1270v3 / 16gb in production using centos 7. I'm migrating to an ovh 2388g machine soon (and netcup backup). I don't dare reboot the machine, it has been up for 4+ years. I'm sure if i could migrate to almalinux 9 then it would be just fine for many more years.
I see absolutely no reason to worry. I've successfully run servers that were significantly older than yours.
Long boot times are totally normal for dedis, I wouldn't worry about anything under say 2 or 3 minutes.
You might want to check your disks from time to time, e.g. via smart.
TL;DR if hosted and maintained professionally I'd see no problem at all using even a 15 year old dedi. Btw, while I won't talk about linux I know for a fact that the BSDs (and presumably many linux distros as well), and I mean current versions, do run fine and without problems on pretty much any dedi incl. 15 and highly likely even 20+ year old ones.
so I know my processor doesn't support windows server 2025, but I wanna do some light virtual machines. Would it be possible to run windows server 2025 and a virtual machine? I have the stuff needed for virtual machines enabled at the processor level
Do you mean run Windows Server 2025 IN a VM?
Will this processor be supported by most hosting control panels still? Because I remember when I had a server with OVH plesk couldn't run. Maybe it was a server error on my part back then, because I didn't know how to use it as well or maybe the processor was even older
yes
cries in Itanium
Francisco
My previous computers were all Supermicro Xeon and they took minutes to POST, the delay wasn't caused by software / OS.
Rebooting your dedi server compared to VPS or your home system is very different, especially on real server hardware not just boosted consumer based hardware.
Enterprise servers generally need to go though a few processes even before it reaches the OS boosting phase such as memory initialization, raid initialization and on some of the older servers and depending on brand can take a bunch of time.
They provide IPMI with their dedicated servers, reboot it and watch it fully, you will probably see it stay on the first boot screen for 2-5 minutes if its full enterprise hardware such as Dell or HP
This is true. Real enterprise servers are complex beasts, they have a lot of moving parts: RAID, IPMI, etc.
Consumer PCs are simple: CPU, RAM, SSD, and onboard audio/LAN. At most you'll have a discrete GPU and maybe RGB, and even then only if you're a "gamer".
Even ASRock Rack Ryzen servers boot slower than consumer ASRock motherboards.
My Intel Xeon E3-1270v6 dedi from OVH is running well with linux.
One option is to not worry about the processor for distro compatibility; the E3-1240v5 supports x86-64 v3 and will be well-supported for years to come. Dedicated servers always take longer to boot than a VPS due to hardware POST and component checks. At $25, those specs are still very competitive for your stated use cases. If you need faster boot times or always the latest CPU, a VPS might be a better fit.
Even if all other hardware fails, the processor may still be functional.
The only processors with longevity issues, that I'm aware of, are some Atoms, I think 2XXX. They have some clock instability issues after aging. I'm not sure why, and I haven't heard of others.
Now Windows was dropping support for older x86_64 a while ago, but I have no reason to think your Xeon is on the chopping block any time soon.
So far, there is no data proving the lifespan of CPUs, maybe you can use them for longer