Additionally, keep an eye on your CPU and system temperature. After every bump, stress test your hardware with a utility like Prime95. It’s wise to overclock gradually to avoid damaging your machine. You may also need to give the processor more juice by increasing the voltage. From the CPU section in the BIOS, you can increase the multiplier. Now, enter your BIOS by restarting your computer and hitting the correct key on your keyboard before the computer launches Windows.
These numbers will help you determine if overlocking is worthwhile. Now, benchmark your CPU with a utility like Geekbench or Cinebench. If your CPU is a few years old, consider replacing the thermal paste. Ensure that all wires are connected correctly to the fans. Clear out dust from your desktop to help the heatsink and case fans run more efficiently. To overclock your CPU, start by preparing your PC. But, increasing the FSB (Front Side Bus) could leave the rest of your system unstable as it affects other components too. The bus speed, of course, is the core clock cycle. You can also overclock by bumping up the bus speed. You can increase the multiplier to overclock your processor. A multiplier is the number of processing cycles a CPU runs in a bus speed’s single clock cycle. It’s hard to overclock some CPUs because they ship with locked multipliers. If you want to try overclocking and you’ve never built your own PC, a good place to start is to learn more about the components you’d need to adjust. PC gamers and users who have built their own PCs are often those who seek higher clock speed.
While overclocking a computer can help it perform faster, you should have some advanced familiarity with the internal components of a PC in order to successfully overclock safely. However, the practice can be harmful in the long term, especially if you’re not doing it correctly. You can overclock multiple components like your Central Processing Unit (CPU), Graphics Processing Unit (GPU), and even your Random Access Memory (RAM). Overclocking allows you to squeeze more performance from a computer component by running it at higher than factory settings.
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