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You'll have terrible boost clock in 90C+ temp.
I am getting around 53C at 70% load on 7900.
If you're idling, not ideal. If you're mining/loading it up: expected.
7000-series is meant to be up in that range, if I recall mid 90's were the setpoint. Most motherboards now have an 'eco' (~65w) and '105w' setting if you want to take the edge off that.
Those temperatures are 100% normal fyi
Using for web hosting services. Not for mining/high load.
We have servers at hetzner 5950x which is going on 93-94C.
And With Datawagon 7900x going 65-70C at 10% Load.
Just wondering, Are you all using Air coolers or the Liquid cooling Dynatron solutions?
I have bought some dedicated servers, Ryzen 9 5950x and my supplier told me for that CPU we need liquid cooling. So, ok. Bought that.
Mine was about 90° for a decade 24/7 but it needed a fan on the RAM cards or bit flips would be reported.
Then it broke this week
I think both CPU sockets failed, CPUs aren't detected unless I press on them. CPU detection had been spotty for years already.
Hetzner boxes run hot - limiting the cooling is the only foolproof way they have of avoiding people using unprofitable amounts of power by overclocking / bypassing power limits /etc. 100w is roughly the most you can push, which for some CPUs is a significant bottleneck
On 5950X thats high. On a working (not idling) 7950X it would be normal.
Hmm, very interesting. It is a foolproof way to stop it, cant turbo if 95*C already.
That temperature is too high but it is by design
https://www.pcgamer.com/amd-views-ryzen-5000-cpu-temperatures-up-to-95c-as-typical-and-by-design/
Reminds me of the Pentium 4 Tejas that would be 150 Watt, except it performed crap
Cooler wise we have better results with the latest copper models than with the 1U watercooling when used in a 1U chassis.
(offcourse in a standart case, watercooling will win all the way due to a bigger heat exchanger).
We have Ryzen 7900's that never go over 75'c even with 100% load thus can maintain all core 4.5GHz
Limited to 4.5? If not, that is low for Ryzen 7000, even a 7900 Non-X should do around 5GHz especially at those temps.
No, not limited.
This is why Collocating consumer Hardware is just a terrible idea lol
The Ryzen 7000 line is officially competing against the Xeon E, no longer pure consumer grade with full ECC support.
All the latest gen Intel CPUs run hotter.
I bought a new computer yesterday and went with a cheap Supermicro/Xeon from a few years ago. The Ryzen motherboards look very much consumer grade with tiny discrete components and excess BOM count; and the firmware may also not be up to the same reliability.
Those cheap Ryzen setups also do circles around your Xeon.
Yep, until the customer calls to complain he can't ssh into his crapbox. But the price/performance ratio is great I know.
Consumer or not, cooling a few kilowatts of power is the same whether it be Xeons, Ryzen, Epyc, or Core i series. I've had good experience with 13th gen Intel remaining under 60C unless the vcore is jacked up above normal. There isn't much room to overclock the snot out of them, but I think that's good because you get most of the performance without needing to screw with it.
That's more like it, Ryzen 5000 does 4.5, 7000 should be around 5-5.4
All your Xeon hardware is made on the same factory line as Core processors. They aren't more or less reliable. I have thousands of both in production.
Sadly, that is normal for many ryzens, I am using one right now on this laptop and I had to severely undervolt it in order to keep below 90. It craps its pants at 100+ and it is hard to average it below 90 when I am running multiple VMs on it.
Mind you, I do 0 overclocking, in fact I had to underclock it too in order to keep safe from crashes, at this time, in the winter, 5-10% is okay, havent had a crash in months, but in the summer, even 30% was sometimes not enough to keep it below 100 at all times.
It might be a dud, I was thinking about replacing it, but I have seen other laptops running at 80-90 in almost no load, so I figured I would avoid ryzens in laptops with a video card in the future.