So, when messing around with the core voltage, it is best to increase it gradually and in small increments. Also, selecting a very high voltage may send too much power to your CPU and permanently damage the chip. It should be noted that increasing the voltage will result in higher temperatures and could reduce the CPU’s lifespan. Usually, you’ll start at around 1.2V by default and it is advisable not to exceed 1.4V unless you’re experienced with overclocking. To alter the custom Core Voltage, you’ll need to change the mode from Auto to Manual in the BIOS or overclocking software. While increasing the core voltage doesn’t directly improve performance, it gives you more overclocking headroom to run at higher speeds. The stock cooler that may have come with your CPU usually won’t be sufficient to safely overclock, so you may also want to consider investing in a decent aftermarket air cooler or liquid cooling for your PC build.Īnother parameter to play around with when overclocking is the Core Voltage, which represents the voltage that is supplied from the motherboard to your CPU. If your build doesn’t have proper cooling, this could reduce the lifespan of your components, or even damage them. Overclocking your PC also tends to generate more heat depending on how far you push your components. While overclocking can provide noticeable bumps in performance at no extra cost aside from some additional power consumption, there are still a few things to keep in mind in order to safely overclock your PC.īy overclocking a component, you may void the warranty provided by its manufacturer by running it outside of the recommended specifications. Overclocking typically involves increasing the speed at which your components run in order to get more performance without needing to purchase new hardware. If you’re looking to get more performance out of your PC, you’ll want to consider overclocking some of your existing components such as your CPU and GPU.
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