Am I crazy to think my CPU hit 95c? idling 37c, gaming 40-65c, rendering 70-80c. prime95 96c.
Peerless assassin 120.
Peerless assassin 120.
When posting a thread of troubleshooting nature, it's customary to include your full system's specs. Please list the specs to your build like so:
CPU: R7-7700
CPU cooler: PA-120
Motherboard: GIGABYTE X650 Gaming AX
Ram: 32GB DDR5
SSD/HDD: A few SSD's
GPU: 4GB GTX 960
PSU: 500W EVGA 7 years old?
Chassis: HAS912
OS: Win11
Monitor: 1080p panels
include the age of the PSU apart from it's make and model. BIOS version for your motherboard at this moment of time.
Ambient room air temps would also help us two fold. Adding info about the number of fans in your case and their orientation would also help us two fold.
What's wrong with my case?They are designed too boost power and temps to 95°C.
That case isn't helping with cooling at all, though.
I second doing this. Your CPU fans might be okay, but I would make sure that rear fan activates and add one as exhaust to the top of the case.every case fan needs replaced anyway.
It has two 120mm intake fans. They probably have over 50,000 hours on em. Any suggestions? Preferably PWM. I thought about Noctua's but god are they expensive. Rear fan is spinning fine.Does it have front intake fans?
I like Thermaltake fans for how inexpensive they are compared to my personal experience with their failure rate. You can check here for some that I've used that are not LED fans.It has two 120mm intake fans. They probably have over 50,000 hours on em. Any suggestions? Preferably PWM. I thought about Noctua's but god are they expensive. Rear fan is spinning fine.
That CPU should hit 95°c while running Prime95.It shouldn't hit 95c limit with that cooler if it had good flow. If you have any disks in top cage, move them down and replace with an intake fan, Air coolers are just as good as air flow in the case. Prime 95 is not meant to find temperature under load but to check for stability in case of other troubles. It's a troubleshooting tool. If your programs and games run stable up to 80c, no need to torture it to limits it would never reach normally.
Yeah, but what's the need for Prime95 when nothing else loads system that much ? Unlikely ever will.That CPU should hit 95°c while running Prime95.
I'm just saying that's how these 7xxx are designed to operate.Yeah, but what's the need for Prime95 when nothing else loads system that much ? Unlikely ever will.
They are as well as 5xxx but doesn't mean it's good to operate at or close to temperature limits . over 80c and already some boost is lost.I'm just saying that's how these 7xxx are designed to operate.
It has two 120mm intake fans. They probably have over 50,000 hours on em. Any suggestions? Preferably PWM. I thought about Noctua's but god are they expensive. Rear fan is spinning fine.
Didn't AMD themselves say it's fine to operate at those temps?They are as well as 5xxx but doesn't mean it's good to operate at or close to temperature limits . over 80c and already some boost is lost.
Again, it doesn't mean they should.Didn't AMD themselves say it's fine to operate at those temps?
https://community.amd.com/t5/gaming...et-s-talk-about-power-temperature/ba-p/554629
Why not?
You better set up a meeting with AMD engineers and let them know their mistakes.Higher temperatures mean greater thermal expansion for one. Two, you have increased internal resistance, the higher the temperature the more power you have to push through, so less efficient the warmer it is. Three, chemical and electrochemical reactions work faster at higher temperatures. So anything going on inside the chip at the microscopic level is accelerated. That would be things like electromigration or crystallization effects.
They know all that, therefore limited 3 year warranty. Also a spot that is overheat indicator. Throttling when just couple of degrees hotter than maximum allowed temperature. Ryzen before 5000 series had over 30 degree margin.You better set up a meeting with AMD engineers and let them know their mistakes.
Remember, engineering is about designing a product or solution to meet specifications. If those specifications call for a disposable product designed to last 7-10 years, that is what you get. If they were designing a chip to last 25-50 years they would do things very differently.You better set up a meeting with AMD engineers and let them know their mistakes.