Markfw
Moderator Emeritus, Elite Member
That lquid cooler won't cut it, not TR$ sized.maybe look at TR3? 32 cores ought to do.
here is a silly build, just needs a PCIE4 nvme carrier card added to the mix
https://pcpartpicker.com/list/27mKsk
That lquid cooler won't cut it, not TR$ sized.maybe look at TR3? 32 cores ought to do.
here is a silly build, just needs a PCIE4 nvme carrier card added to the mix
https://pcpartpicker.com/list/27mKsk
Just needs a mounting bracket.That lquid cooler won't cut it, not TR$ sized.
While full sized, I have had 4 of those . All failed in a year or less. The Noctua NH-U14s TR3 will do fine. It works on my 7742 EPYC and 7551 and 7601s and all my other TR's.Just needs a mounting bracket.
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Kraken X73 | Infinity Screen CPU Cooler
Build the Extraordinary with NZXT. Upgrade your gaming setup with an NZXT gaming PC. Loaded with the latest components and featuring sleek designs, our computers provide unmatched performance and reliability.www.nzxt.com
Humm probably too small a contact area.
replaced with enermax TR4 II 360
System Builder
pcpartpicker.com
While full sized, I have had 4 of those . All failed in a year or less. The Noctua NH-U14s TR3 will do fine. It works on my 7742 EPYC and 7551 and 7601s and all my other TR's.
Here https://www.amazon.com/gp/product/B074DX2SX7/ref=ppx_yo_dt_b_asin_title_o04_s00?ie=UTF8&psc=1
While full sized, I have had 4 of those . All failed in a year or less. The Noctua NH-U14s TR3 will do fine. It works on my 7742 EPYC and 7551 and 7601s and all my other TR's.
Here https://www.amazon.com/gp/product/B074DX2SX7/ref=ppx_yo_dt_b_asin_title_o04_s00?ie=UTF8&psc=1
So glad I hesitated and didn’t buy this during a woot off last year. Price was awesome but I hesitated because people appear to hate the controller software (kracken cooler) by the time I decided to say f-it they were sold out.
I've been running one of NZXT's X52's, or its equivalent, for several years. Has worked flawlessly.....but the controlling software is horrid, as you have heard. And it's not the NZXT software that's especially bad but the monitoring software, which is open source and routinely locks up/starts using damned near all my available RAM, slowing my entire system down and necessating a reboot to get it working correctly again/etc., etc.
Wife has a Corsair 240 AIO unit and never screws up. So on my next build, the NZXT crap is getting thrown out.
Is there any consensus as to how high temperatures Ryzen 3000 can be run at long term?
maybe look at TR3? 32 cores ought to do.
here is a silly build, just needs a PCIE4 nvme carrier card added to the mix
https://pcpartpicker.com/list/27mKsk
Heh, an 8000+ price tag is almost 10 times what I pay on average on a platform upgrade. Anywho, Linus just did a 64 core 3990 review and stated unless you specifically have software that can take advantage of so many cores, it's a waste of money. I personally don't. I do find my 7600K 4 cores pegged most of the time and probably could benefit from either a 9900X or 3900X at the most. Looking at benches, the 3900X is equal or slightly greater in perf. over the 9900X in anything up to 16 threads. 3900X takes off after that. But the 9900X is usually better for gaming (not that anybody would notice the difference. One question. How has the quality control been with AMD? Failure rate even a factor? I only ask because Intel has some pretty severe QA testing. I am not up to date.
Thanks.
Not really. 95C is the supposed temp limit, but in my opinion, letting hotspots get that hot severely messes up the temp/clockspeed/voltage curve. You get much better clockspeed/voltage characteristics at lower temps.
So running at low seventies for hours should be fine?
Keys, good to see you, I don't remember seeing you on here lately.Heh, an 8000+ price tag is almost 10 times what I pay on average on a platform upgrade. Anywho, Linus just did a 64 core 3990 review and stated unless you specifically have software that can take advantage of so many cores, it's a waste of money. I personally don't. I do find my 7600K 4 cores pegged most of the time and probably could benefit from either a 9900X or 3900X at the most. Looking at benches, the 3900X is equal or slightly greater in perf. over the 9900X in anything up to 16 threads. 3900X takes off after that. But the 9900X is usually better for gaming (not that anybody would notice the difference. One question. How has the quality control been with AMD? Failure rate even a factor? I only ask because Intel has some pretty severe QA testing. I am not up to date.
Thanks.
My R5 3600 "survived" 127C for several hours. Don't recommend. LOL.Is there any consensus as to how high temperatures Ryzen 3000 can be run at long term?
Hey Mark. Good seeing you as well. Thanks for the info. I'll likely wait til July and see what shakes out then.Keys, good to see you, I don't remember seeing you on here lately.
As for current AMD quality, I read the forums a lot and keep up with "what to buy and what to do" and since my firsy Ryzen 1700x (still going 24/7 by the way) I have not had one problem with any of my Ryzen systems. By my sig, you can tell I have just a few.
Hey Mark. Good seeing you as well. Thanks for the info. I'll likely wait til July and see what shakes out then.
And thanks Fanatical Meat for the info. It's funny you mention the FX days. That was primarily the reason I asked about AMD reliability/compatibility. Good to hear all seems to be well. I'm actually looking forward to my next rig. I really wasn't juiced moving to this 7600K when I did.
I just recently built my new Ryzen system (see sig). I had initially went to get a MSI B450 Tomahawk Max after doing some research on it, but the Microcenter salesman convinced me to get the Asus Prime X470 Pro. I quickly read the reviews online on my phone and saw that there were numerous issues with the Asus board, but I went against by judgement and bought the Asus anyway because it was an X470 and it happened to be cheaper than the MSI B450. The Asus board was nothing but issues and ended up frying my CPU. I had to replace my 3700X and returned the Asus for the MSI I was originally going to get in the first place. Smooth sailing from there.
I just recently built my new Ryzen system (see sig). I had initially went to get a MSI B450 Tomahawk Max after doing some research on it, but the Microcenter salesman convinced me to get the Asus Prime X470 Pro. I quickly read the reviews online on my phone and saw that there were numerous issues with the Asus board, but I went against by judgement and bought the Asus anyway because it was an X470 and it happened to be cheaper than the MSI B450. The Asus board was nothing but issues and ended up frying my CPU. I had to replace my 3700X and returned the Asus for the MSI I was originally going to get in the first place. Smooth sailing from there.
No surprises during setup of the gigabyte other than instant regret loading up there app center crap and getting hit with Norton and f'n toolbars.
Undervolting does indeed work, but You need to test both ST and MT performance. CB20 is good for MT, but takes too long for ST, so use CPU-Z test to get a quick estimate and see if there is no problems with ST performance.
I'd try each offset from -0.025 to -0.1V to see if some are decent.