Understanding Basics of Overclocking

Introduction to Overclocking

Long term that comes to your mind is "What happens in Overclocking? Is this dangerous for the equipments?" So many questions which we used to meet on our forum.

You should know that any changes in your PC can make it unstable,specially change in Temperature, because there is a close relationship between the frequency and operating temperature of a component.

In this last sentence that you should understand that all the components are clocked should be at a lower frequency than they could reach a maximum. In the best cases you can control all the change. You can make a use of specialized software as Rivatuner tool for your graphics card, and so on.

Overclocking does not destroy the equipment, it is near to impossible , happens really rare. In the worst case, but rather your operating system may suffer from the instability of your configuration for your hardware working with your OS.

Practiced so extreme (forced cooling) as we like to do here, overclocking a lot more risks, playing with the limits is still unreasonable, but so fun. In any case we hope that pleasure and performance are words you'll hear. 

Most of the time you get higher frequencies that are not available officially, and performance that come with it. Interesting isn't it?

The overclock is not only the increasing frequency of operation, we would rather talk about adjusting the frequency working conditions for components. Users who overclock their components mainly focus their efforts on processors, video cards, motherboard chipsets, and Random Access Memory (RAM). It is done through manipulating the CPU multiplier and the motherboard's front side bus (FSB) speed until a maximum stable operating frequency is reached.

Overclocking is a technique which increases the clock speed (over-clocking) of the original processor. Like most things, especially electronics, have a small range of tolerance, for example, any appliance that operates on 220v, it can also operate at 230v or 210v depending on the tolerance that the manufacturer gives you. The processors are also designed with a range of tolerance (elgunos processor is in little as in the K5 and others is very high, as in the Celeron). This tolerance is very largely in the heat. Suppose a processor running at 35 ° C in extreme cases such as summer or playing the processor must operate stable at 50 ° C, then do not leave it to its maximum capacity or speed to avoid overheating, but a little less so if we succeeded in cooling the processor can either increase the speed without affecting the estabildad. Sometimes you can be stable with the original cooling.

How to do Overclocking?

First of all there is to know how to measure the speed of the processor. There are two speeds, the internal and external processor or bus speed . Bus speed is the speed at which the processor communicates with the various components. The internal speed is the speed at which the processor works, and makes load. The speed is known commercially and is the internal speed is calculated as follows: