Overclocking is the action of increasing a component’s clock rate, running it at a higher speed than it was designed to run.This usually applies to the CPU or GPU, but other components can also be overclocked. By Increasing a component’s clock rate causes it to perform more operations per second, but it also produces additional heat. Overclocking can help squeeze more performance out of your components, but they’ll often need additional cooling and care .However, you’re often not limited to that CPU speed. You can increase the CPU’s speed by setting a higher clock rate or multiplier in the computer’s BIOS, forcing it to perform more operations per second.
For Overclock
You may not even be able to overclock your CPU. Many motherboards and Intel CPUs ship with locked multipliers, preventing you from tinkering with their values and overclocking your CPU. Intel sells more CPUs with unlocked multipliers, targeted at enthusiasts that want to overclock and squeeze every bit of performance out of the CPU.
If you want to build the most powerful gaming PC imaginable with a water-cooling system so you can push its hardware to the limits with overclocking, you’ll need to take this into account when you buy the components and make sure you buy overclock-friendly hardware. If you have a standard CPU, you probably won’t be able to tinker with it much.
It can speed up your CPU and therefore speed up your computer if your computer is limited by its CPU but the CPU will produce additional heat. It may become physically damaged if you don’t provide additional cooling, or it may be unstable and cause your computer to blue-screen or restart.
For Overclock
You may not even be able to overclock your CPU. Many motherboards and Intel CPUs ship with locked multipliers, preventing you from tinkering with their values and overclocking your CPU. Intel sells more CPUs with unlocked multipliers, targeted at enthusiasts that want to overclock and squeeze every bit of performance out of the CPU.
If you want to build the most powerful gaming PC imaginable with a water-cooling system so you can push its hardware to the limits with overclocking, you’ll need to take this into account when you buy the components and make sure you buy overclock-friendly hardware. If you have a standard CPU, you probably won’t be able to tinker with it much.
How to Overclock Your CPU
Every CPU is different, and every motherboard has different BIOS options. It’s
not possible to provide a guide for overclocking that will work for everyone. But I' try to outline the basic step:-
- Ensure Your System Has Proper Overclock Configurations
- Consider Water Cooling
- Overclock in the BIOS
IS CPUs explode from overclocking
No, absolutely not.A CPU that is overclocked too far will generally just cease to function, resulting in a lockup of the system or a crash. Many an infamous Windows "Blue Screen of Death" has been caused by excessive overclocking. In cases like this, the problem usually goes away with a simple reboot and a reduction in the overclocked speed of the CPU.It is possible to destroy a CPU, but this generally requires that the user, by their own volition, overrides the default voltage settings and increase the Vcore (voltage delivered to the CPU by the motherboard) to a higher level. Unless the Vcore is set to a ridiculously high level, this generally won't kill the CPU immediately, but it will reduce its life. High CPU voltage, and the concomitant heat that it generates cause degradation of the CPU silicon over time. In practice, you rarely see this occur, because most overclocking is done by hardware enthusiasts, many of whom have been hot-rodding their PC's for a very long time. They know what they're doing, and they never burn out an overclocked CPU, because they've upgraded to a newer one long before the chip dies from overvoltage.CPU will never explode. If you push crazy voltages to one, it will simply burn out and cease to function. However, a poorly designed motherboard can explode. If you put a CPU rated for high power draw on one and the voltage regulator modules (VRM's) on the motherboard aren't up to the task, the VRM's can blow up and often do. I've never killed a CPU, but I have seen motherboards with second-rate electrolytic capacitors in the VRM section blow up before.
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