When you join discussions about building computers or buying graphics cards, you'll often find people talking about how easily their computers can be overclocked. Done right, it can increase your computer's performance essentially for free. This can include graphic design apps, 3D modeling programs, and more. The most essential result is that you discover a CPU frequency that is safe and reliable.Overclocking is incredibly popular among computer enthusiasts, gamers, and anyone who regularly needs to run programs that take a lot of CPU power. Return to the drawing board and make some changes. If your computer crashes or restarts, it’s an indication that you’ve pushed it too far. Finally, make sure your voltages aren’t too high. After a thorough stress test, make sure your CPU temps do not surpass 80 degrees. After each change, do at least one brief stress test. Only make modest adjustments to your settings. You now have all of the tools you need to discover a reliable overclock for your CPU. If the system doesn’t crash, repeat the stress test to ensure that you’re still in a safe temperature range. If you’re starting at 1.250, for example, increase to 1.275. When you’re ready, go to the XTU’s left-hand menu and choose the Advanced Tuning option, then boost your core voltage by about.025. However, because it is highly reliant on the specific chip in your PC, more study is recommended. It’s possible to destroy your CPU if you try to pump too much voltage through it, so continue with caution.Īnything over 1.4 volts is hazardous, according to a common rule of thumb. If you force the CPU to operate at an absurdly high multiplier, your system will crash and restart. When altering the CPU voltage, you must be more cautious than when increasing the multiplier. This procedure may distinguish between unstable and stable overclocks, as well as between modest and extremely high overclocks. Similar to changing the multipliers, you may alter the voltage using Intel’s XTU. Many voltage factors can affect a CPU’s performance, but core voltage is likely the most significant and influential (VCore).
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