What is Overclocking and What You Need to Know About Before Overclocking?
Overclocking is the action that allows forcing the components of a computer with the objective of working at a higher speed than normal. This technique is normally applied to the central processing unit (CPU) or the graphics processing unit (GPU), but it can also be used in all those devices that have an internal clock or frequency marker such as graphics card, and RAM memory.
However, it’s a technique that can involve risk if a series of things aren’t considered. Improving the parameters of the components without proper use can produce an increase in temperature and a consequent burning of the processor. It can lead to damage to the hardware and restart of the computer system if additional cooling is not provided.
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Where is Overclocking done?
In general, Overclocking techniques take place in the PC processor; this is where the vast majority of existing Overclocking techniques is centered. Overclocking can also be used to increase the performance of other devices such as RAM, and video cards.
However, many Intel motherboards and processors do not allow altering their values and modifying their performance for more speed. But Intel sells processors with unlocked multipliers, and it’s for those who want to overclock and squeeze the CPU as much as possible.
How to do Overclocking
If you want to do overclocking, make sure that the computer you’re going to carry out this practice has enough ventilation. Usually, CPU comes with a heat sink and factory fan; both components are designed to manage the amount of heat.
If you increase the performance, more heat will be produced; therefore, you have to apply an additional cooling that can ventilate the heat with more power. Space must be left inside the computer so that the air can move. It’s very important that the air can flow; it must have more than one heat sink or CPU fan.
You can use water cooling system although it’s expensive. The system pumps water through tubes inside the computer where it absorbs heat and expels heat away.
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Advantages of overclocking
A lot of advantages are there, for example, you can get a faster CPU by altering the parameter and it will perform more operations per second.
Overclocking, basically, involves forcing the internal marker or clock that has a specific device to increase their frequency of work and thus it gets a better performance.
In short, it consists of raising the frequency of the quartz oscillator of the device that can be the processor, a board or a modem.
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Disadvantages of overclocking
Overclocking can void the component warranty. If adequate cooling is not achieved, the CPU chip may become too hot until it is permanently damaged.
If the computer system is not used properly, errors may occur and it may restart.
Check all the times the CPU temperature, and make sure the cooling is adequate. –Don’t overclock laptops since they usually don’t have much space for the air flow.