Overclocking is the process that takes full advantage of the processor. Overclocking speeds up the computer and generally improves the performance of programs, applications, and the operating system. This is a great way to improve the overall performance of your computer without spending money on new components. Overclocking is not as easy as it seems. This carries certain risks and dangers.
How can you overclock the processor that you can order? Well, the processors do not work well by default. Manufacturers limit processor speed to a certain level, which they consider “safe”. This not only makes the processor more durable but also protects other parts of the PC.
The overclocking methods vary according to the chipset. Intel and AMD are the most common processor chipsets and use almost the same overclocking methods. However, some special chipsets have their own overclocking methods. This article describes general methods to optimize the performance of the CPU. However, if you use a rare chipset, follow the overclocking instructions more closely.
What you should know about Overclocking?
The first thing to know is that not all processors can overclock. You accelerate a processor only when the processor is unlocked. Intel offers both processor variants. The “K” label indicates that it is an unlocked processor. An Intel “no K” is locked and can not overclock.
Overclocking does not achieve the same result, even with two identical sets of chips. After overclocking, performance also depends on other hardware specifications, for example. B. motherboard, RAM, etc.
Introduction: Add tests before overclocking.
Before starting, perform a resistance test before overclocking. This will allow you to determine the original configuration used to store the processor to optimize overclocking performance. The overclocking test also determines if there is an original configuration problem that you must determine to obtain the best results.
Temperature is one of the most important aspects before, during and after overclocking. If the temperature is high (75 ° C or higher), your CPU is already overheating. Overclocking heats up the processor and causes more damage. However, this is not a problem that you can not solve. Here are two solutions for overheating:
- Apply a new layer of thermal grease to the processor.
- If you have been using the processor for a long time, the thermal grease may have dried and overheated.
- If the application of the thermal composition does not solve the problem, the heat sink can be a problem. You may have to buy a new cooler before overclocking.
- Although the temperature is a big problem, it is not the only one.
- What happens if the temperature in the security zone is good and the computer continues to fail during the resistance test?
- This means that there is a problem with the hardware you need to determine. But, how do you recognize the exact problem?
There are several ways to say that something registers in the dark without looking at the computer. It can be your motherboard, your RAM or even the AC adapter. We recommend that an expert check your computer.
Overlock Tutorial 1: Use third-party software
When using third-party software, the processor is the easiest way to overclock. These applications usually provide a user-friendly interface that allows you to quickly configure various parameters such as memory, heart rate, voltage, and power.
The choice of software depends on the type of chipset used. For example, Intel processors can be overclocked with the extreme adjustment tool, which you can download from the official website of Intel
If you have an AMD processor, you want to use the OverDrive utility. It is available for download from the official website of AMD.
Both tools are safe to use and, in fact, are overclocking tools. However, you should continue to monitor the performance of your computer to make sure there are no stability problems. It’s even a good idea to run the stress test tool a few hours after overclocking. Stability problems generally occur after a time of use after overclocking.