Question Will my CPU be alright at these temps for a prolonged time?

[Aki65]

Hello there just wanted to ask a quick question, As of right now when summer is starting my room will obviously be slightly warmer (I don't live in a hot country max temp would be like 25C*) And so I've noticed increasing CPU temps while idling & gaming. usually'm around 35-40C* idling compared to 50-60C* now which is a really big increase this gets worse while gaming aswell, because usually when gaming on a heavy CPU-dependent game I usually idle around 70-80C* and NOW when gaming on anything I'm usually around 80-85C*. I just wanted to have some backup/re-assurance that this won't affect my CPU in the long run.

My main specs are if anything matters:
R9 5900x
MSI 3080 Suprim X
Corsair Vengeance pro (4x8) 32GB 3600mhz
Corsair RM850
3x sn850x (2 of which are in aftermarket heatsinks)
as for cooling & case im using
White Lian Li Lancool II mesh with a Corsair H150i Elite Cappelix 360mm (3x SP120EL) as Intakes mounted on the front with 5x extra SP120 Elites (2x on the bottom as intake, 1x on the back & 2x on top acting as exhaust)

 

[geofelt]

Such a change over time suggests that your cooler is starting to fail.

 

[Aki65]

Such a change over time suggests that your cooler is starting to fail.

really? ive only had it for 3 years or so, I really only noticed these spikes in temp near the end of May where the warmer weather came in.

 

[geofelt]

Something has changed.
If your room temperature has increased by 15c. it would explain the difference.
Possibly your cooler has come loose.
Re pasting the cooler is often suggested, but not very likely to do any good.

 

[Paperdoc]

You might check one detail within Corsair iCUE. Unlike many AIO systems, the Corsair system allows you to set a speed for the PUMP component. Check how that is set. If it is a low to medium speed, that may not be enough to ensure the fluid flow moves heat fast enough from CPU chip to radiator, so that the rad fans must work extra fast to try to keep up with the heat load.