Before knowing how to overclock a laptop, you need to first know the meaning of overclocking itself. Overclocking means pushing the performance of your laptop's components, such as the processor and VGA, to a higher or faster level than the factory default. In this way, you can buy a processor that is available at a low price, then increase its performance so that you can enjoy performance like a processor at a higher price.
Of course the overclocking process is not that simple. Indeed, you can enjoy increased performance compared to before. But that's with a note if you do it right. The point of an overclock is to have a higher performance but also remain stable so you can use it without problems.
How to Overclock a Laptop: Introduction
As previously explained, overclocking allows your processor to run at a higher speed than the manufacturer's design. For example, an Intel i7 processor is manufactured with a speed of 2.80 GHz. Well, by overclocking, you will make the processor work at speeds above 2.80 GHz.
Then why do processor manufacturers set this number as the standard speed if it can still be increased again? Processor manufacturers such as Intel and AMD design their processors with 'safe' speeds. That means the speed can run stably with a voltage requirement that is not too large and cooling sufficiently. In addition, the processor is also expected to have a very long service life if it is at the 'safe' limit.
Because, improving the performance of a processor does not mean without any risks that arise. With the increase in processor performance, the unit also requires a large power supply as well. The processor can run well if it gets enough voltage supply. Unfortunately, the higher the voltage, the higher the heat generated. If it is not balanced with an adequate cooling system, your processor can burn due to overheating.
Why Should You Overclock Your Laptop?
Before going into the process of how to overclock a laptop, you must first know why you need to overclock. If you use a laptop that is only used to run standard applications such as office, browser, and others, then you will not be able to feel the benefits of overclocking.
It's different if you use a laptop to run heavy applications that are very demanding on performance such as gaming or rendering, then you can feel the difference from the increase in processor speed, but don't expect a significant difference. For example, the game you are running is heavy, but often this is due to inadequate graphics components, not requiring an overclock on the processor. But still you will feel a slight difference in performance.
Now applications that demand fast processing are applications that will be greatly helped by this overclock. In fact you can feel a significant difference from the increase in the speed of this processor. Photo editing and video transcoding are examples of this type of application.
Risks of Overclocking Laptop Processor
Overclocking can indeed provide a performance boost that makes you more productive. But you still have to pay attention to the risks as described earlier.
Heat is one of the biggest enemies of an overclocked processor. Temperatures that are too hot can result in shorter processor life. In general, the danger limit when running an overclock on the processor is 86 degrees celsius. This temperature will not directly burn your processor. But it will be very dangerous in the long run.
Another biggest enemy is the voltage level. Again as previously mentioned, the processor requires a higher voltage supply to work faster. Heat is one of the products produced when the voltage rises, but unfortunately that's not the only problem. Voltage that is too high can cause the chip in the processor to die.
So if you understand the risks and understanding of overclocking a laptop, then you can continue to determine if you want to continue to know how to overclock a laptop?
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laptops