The System Information app (press Windows key+R and feed msinfo32 off) gives you a quick overview with static information, but there are more thorough tools.įor your CPU you can use the popular Deploy CPU-Z.

Logically, you first need to know exactly which motherboard and processor(s) you have. All in all, it is therefore quite a delicate intervention and that is precisely why it should also be part of a well-considered approach: in the five steps mentioned. So overclocking is essentially increasing the clock speed of your processor, which can lead to better performance. Although you cannot increase the number of instructions per cycle, you can increase the frequency of the cycles. Modern processors operate at billions of clock cycles per second (GHz). This indicates how many times per second an instruction is executed by the processor. What exactly do you mean by ‘overclocking’? You should know that every processor has a certain clock speed, expressed in hertz. We do not think it wise to focus here only on the fourth part. Furthermore, you can best see overclocking as part of a five-step process: collecting information, stress testing, benchmarking, overclocking and checking. To begin with, unfortunately, we cannot provide a straightforward step-by-step plan, because the exact procedure also depends on the tool used and on your motherboard and processors. It seems a bit paradoxical, but in this article about overclocking, the actual overclocking process is not even discussed very extensively. You immediately realize that we are talking about ‘overclocking’. In this article we take the optimizations a long way, right to the heart of the processors. In previous articles we have seen how you can monitor the processor usage of your PC system-wide and per application and how this can also be adjusted (for the CPU).

Msi kombustor stress test duration