teslacoilftw :
The Thermal Limit for this processor is above 72 Celsius ...
teslacoilftw,
Respectfully, and for everyone's benefit, almost everyone gets blindsided by Tcase, since few users understand what it actually means.
There are
two Thermal Specifications; Tcase and Tj Max. The specification to which you've referred is Tcase, which is much more useful for developers of cooling solutions; but for users, Tcase is a misleading and confusing specification.
Tcase appears on Intel's Product Specifications website
and in the Datasheets, but Tj Max appears only in the Datasheets. Intel no longer shows Tcase on their website since 7th Generation, but instead now shows Tj Max. Both specifications are still shown in the Datasheets.
Intel Product Specifications, Pentium G3220 -
https://ark.intel.com/products/77773/Intel-Pentium-Processor-G3220-3M-Cache-3_00-GHz
There are 4 very crucial points that Intel does not openly disclose concerning their Tcase specification:
(1) Tcase is a
factory only temperature measurement on the external surface of the Integrated Heat Spreader (IHS), which users have no way of measuring.
(2)
Tcase is not Core temperature.
(3) Tcase varies depending on
which cooler is being used.
(4) Tcase is
not the limiting specification; Tj Max
is.
See Page 76, Table 27, 6th Row, 4th Column:
TCC Activation Temperature,
Desktop 4th Gen Intel® Core™ Processors Datasheet, Vol. 1 -
https://www.intel.com/content/www/us/en/processors/core/4th-gen-core-family-desktop-vol-1-datasheet.html
Tj Max (Throttle temperature) is 100°C.
flloutboy12,
Your screenshot shows your CPU is idling at 2% load, and the maximum Core temperature was 54°C ... but at what load?
Q: What is the maximum Core temperature at 100% load?
Q: What is your Ambient (room) temperature?
Here's the operating range for Core temperature:
Core temperatures above 85°C aren't recommended.
Core temperatures increase and decrease with Ambient temperature.
Download Prime95 version 26.6 and run Small FFT's for just 5 minutes: Prime95 v26.6 -
http://www.mersenneforum.org/showthread.php?t=15504
Unlike later versions, 26.6 Small FFT's is a steady 100% workload. Since Intel thermal tests their processors at steady 100% workload, if your stock cooler is working properly, your G3220 should
not reach Throttle temperature.
The #1 cause for overheating and throttling on
stock coolers is a push-pin that's popped loose from the motherboard, which may have been the original problem. Since you've reseated the cooler, the same push-pin might still be giving you trouble. It can be deceivingly tricky to get them properly latched completely through the motherboard.
You might want to very carefully double check each corner of the cooler and push-pins using a strong light. If your case allows you to see the back of the motherboard's CPU socket, make sure that all pins extend completely and equally through the motherboard.
You can also put a heavy workload on the processor, then while watching the Core temperatures, firmly press down on each corner of the cooler, holding pressure against the motherboard for about 45 seconds for each corner. If you see the Core temperatures drop, then you've found the loose push-pin.
It's a basic troubleshooting step that I recommend you try first, prior to looking elsewhere.
EDIT: Concerning your power supply, since your case is configured for a top-mount PSU, it will "feel" a bit warm due to it's location, as heat naturally rises to the top of the case. A bottom-mount PSU will of course "feel" cooler.
The fan in some PSU's won't spin up until a certain temperature is reached, while in most "generic" PSU's the fan spins constantly. Since generic PSU's use inferior fans with sleeve bearings, they tend to fail at lower runtime hours than high-end PSU's with quality fans.
Q: Does your PSU fan spin up OK?
CT