Watch out for processor temperature.
Utilize the motherboard observing project, or reboot the framework, run BIOS Setup, and view the temperature and fan speed segment. Take these estimations when the framework has been inert just as when it has been running under overwhelming burden. It's imperative to do this at first to build up a "gauge" temperature for the processor when it is inert and under burden. You can't perceive anomalous high temperatures on the off chance that you don't have the foggiest idea what the ordinary temperature ought to be. On the off chance that you run the motherboard observing system, set sensible tripwire values for temperatures and design the program to advise you when those temperatures are surpassed.HOW COOL IS COOL ENOUGH?
As our proofreader brought up, in the event that you've introduced the CPU cooler or warm compound inappropriately, the benchmark temperature you measure might be excessively high and you may not understand that. It's difficult to state what an "ordinary" temperature is, on the grounds that such a great amount of relies upon the specific processor and CPU cooler, the case and cooling fans you use, the surrounding room temperature, etc. As a general guideline, with the processor out of gear in a standard scaled down tower case, we consider a processor temperature under 35 C to be great; the 35 C to 40 C range to be worthy; and anything more than 40 C to be valid justification to improve the cooling by utilizing a superior CPU cooler as well as better case fans. In case you're utilizing a little structure factor case or a hot-running processor, for example, a Prescott-center Pentium 4, ordinary inert temperatures might be 5 C to 10 C hotter. Under overwhelming load, the processor temperature may build 20 C or more. We consider anything up to 60 C ordinary. At 65 C we are concerned. At 70 C, we shut the framework down and figure out what's causing the high temperatures. Some genuine gamers routinely run their processors at 80 C or even 85 C, yet doing that may abbreviate processor lifetime significantly.
Keep the framework clean.
Blocked air vents can build processor temperature by 20 C (36 F) or more. Clean the framework as regularly as is important to keep up free wind current. On the off chance that your case has a delta air channel, watch that channel much of the time and clean it as regularly as fundamental.
Utilize a decent CPU cooler.
CPU coolers shift extraordinarily in effectiveness (and commotion level). Despite the fact that the CPU cooler packaged with a retail-boxed processor is sensibly productive, supplanting it with a decent post-retail CPU cooler can diminish CPU temperature by 5 to 10 C (9 to 18 F). Ensure that the processor surface is perfect before you introduce the CPU cooler, utilize the perfect measure of a decent warm compound, and ensure that the heatsink is clipped firmly against the processor.
Introduce supplemental case fans.
Specifically, on the off chance that you've updated the processor or introduced an elite video connector, it's conceivable that you've included more warmth load than the case was intended to deal with. Including a supplemental fan, or supplanting a current fan with one that gives higher wind stream, can diminish inside case temperatures significantly, which thusly decreases processor temperature.
