CPU Troubleshooting 

In one sense, there's hardly any investigating to be accomplished for a processor. An appropriately introduced processor just works. On the off chance that it quits working, it's dead and should be supplanted. That only from time to time happens we're enticed to state "never" except if the processor brings about lightning harm, is the casualty of a calamitous motherboard disappointment, or overheats harshly (normally from confused endeavors at overclocking, or running the processor quicker than its structure speed). A processor in a framework with an excellent motherboard and power supply that is ensured by an UPS or a decent flood defender is probably going to outlive the valuable existence of the framework.

OLD PROCESSORS NEVER DIE 

In our over 20 years' involvement in a huge number of frameworks, we can depend on one finger the quantity of processors that have bombed other than because of intensity spikes, overheating, or other maltreatment. Also, we speculate that one was murdered by a power glitch.

In acknowledgment of the essential risk, present day processors join warm security, which hinders the processor or stops it totally if the temperature ascends excessively high. Regardless of whether the processor isn't throttling throughput, working it at a high temperature can lessen its life. In like manner, it's critical to screen processor temperature, in any event intermittently, and if fundamental, to find a way to improve processor cooling. On the off chance that your framework backs off for no evident explanation or hangs totally, especially in a warm domain or when the processor is buckling down, it's very conceivable that overheating is capable. Here are the most significant advances you can take to abstain from overheating: