How to break the speed of RAM in your computer? And why you may need it?

Random access memory (RAM) is one of the most important internal components of any computer and plays the role of main memory. It is efficient in terms of reading and writing without any other types of storage.
RAM overclock
RAM also plays a very important role in speeding up access to data while using applications and programs on the operating system used on the computer, so that each program has to rely part of this memory as long as it works.

RAMs come in multiple shapes and types, as well as different speeds determined by manufacturers, but the user can exceed this speed and overclocking just as the frequency of the processor or graphics card can be raised, and something like this can be done in a few minutes within the BIOS.

Perhaps you think it needs a professional technical person. But you can do it yourself easily, all it takes is to make sure your motherboard supports a higher operating speed.

In this article we will cover enough reasons to think and want to break the speed of your computer's RAM. And will this have a noticeable impact on performance?

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RAM speed breaking 's Benefits 

As mentioned earlier, the role of RAM is to reduce the time when data is processed, so that each program caches a set of files on the memory for faster access by the CPU instead of polarizing this data from Volume, which is relatively slower.

The time it takes to deliver the data from the RAM to the CPU depends on the memory operating frequency, which is known as the “Memory Frequency” and certainly that each memory has a different frequency, for example 1333MHz or 1866MHz so that there are units up to a frequency above 3400MHz.

The benefit of overclocking the RAM is to increase its speed which in turn leads to increased computer performance in general, because the speed of memory reflected on the performance of the CPU directly in many cases.

But for most people overclocking is never necessary, while very few need to do so, especially those working on professional animation and editing programs at the same time, or for gamers where any improvement in the hardware components - however small - contributes to Game performance.

For example, in video games each frame needs only a few milliseconds to process a lot of data, and if the game you play depends on the processor more than the graphics card, the fast RAM will improve the frame rate and reduce the exposure to the phenomenon known as Micro stuttering and thus get more gaming experience Smooth and flexible.

The main reason for this phenomenon is that there is a slight difference between the speed of the processor and the speed of the RAM, in case the game tends to use the ability of the CPU in the processing of graphics, and the result that one completes its work faster than the other.

For example, when you load a new area or new items in a game, if all of this should happen in a single frame, it may take longer than usual if it waits for a slow RAM response, which in turn results in light chopping in The game regardless of the frame rate.

No harm of breaking the ram speed

Yes - overclocking the RAM does not result in damage as it may occur when the processor or graphics card is overclocked as you have to worry about whether the cooling system will be able to handle the new speeds, and in some cases makes the sound of the fans annoying than they were in Normal operating mode.

While breaking the ram speed will not produce more heat, do not pay attention on the issue of cooling. Even if you overclock incorrectly, the worst thing that happens is to face the famous malfunction known as the blue screen of death or other random crashes, and can be overcome by resetting the BIOS or the part responsible for overclocking.

Most random memories are subject to overclocking
It is important to know that the RAM speed is generally measured in MHz, and is usually shortened to “Mhz”. This also expresses the frequency rate meter, in other words, how many times per second RAM can access its memory where the data is temporarily stored by programs - just as CPU speed is measured.

The latest generation DDR4 modules come from random memory at basic speeds ranging from 2133 MHz or 2400 MHz to 3200 MHz. However, most of these units will be faster than written on paper! The manufacturer says this memory is 2400Mhz but in fact it is 3000Mhz or higher.
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