Cpu overclocking good or bad? Overclocking is a process in which the speed of the processor increases to speed up your system. For users who use their systems for heavy processing operations, overclocking is one of the best ways to increase speed. However, you should know that there are risks involved, especially if you are new.
CPUs are often overclocked, but you can also overclock your system graphics card to improve your system’s graphics processing capabilities. There is no single rule that says how much you can overclock your CPU, and each project offers different results. This is why the decision to overclock the processor can be a very difficult one.
Is overclocking worth it? Both yes and no.
Do you really need to overclock?
Overclocking can be a time-consuming and costly process, especially if you have little experience manipulating your system components. In addition to changing the speed of the processor, you must also change its voltage settings, adjust the system fan speed correctly, and observe some small and important points.
So the big question is, do we really need to overclock our CPU?
Overclocked processors are often used in gaming systems, but we have to say one thing: Increasing the speed of your processor often does not significantly change your gaming experience. This helps software that uses a lot of CPU to perform better, but in today’s world of computer games has little effect on the performance of games. Why? Because it is the graphics processor that is responsible for most of the game processing.
In games, the processor is responsible for user inputs, artificial intelligence, computing, and anything that is not visual. However, in large multiplayer online games, the processor may need more power to process other users, their tasks, as well as their conversations.
However, CPU overclocking improves the performance of advanced 3D design software, video editors, and similar software for complex work projects. For a smoother game and better graphics, overclocking the GPU is a better solution. However, if your system is new and can handle today’s games, you do not need to overclock your system CPU or GPU.
The main question is, how many people go overclocking because they really need more CPU power? Very few people.
Most people overclock their system just because they can do it. They can then exaggerate their skills in manipulating system hardware components. Overclocking is a simple way to manipulate and exploit your computer with a few simple tools. This method is amazing for many people who are assembling their system and want to start with a smaller budget and improve their system performance.
However, this also has its disadvantages. You can not expect to inject hormones into your system to make it stronger and you will not have any side effects. An overclocked processor consumes more energy, generates more heat, and eventually wears out faster. Overclocking can ultimately cost you more.
Also, overclocking your processor will void its warranty, would you like to take such a risk?
How much faster?
How much faster do you want? Increasing CPU speed is easy, and of course, CPUs burn easily. Debt is at work here.
A small overclock, 10% increase in CPU speed, is not a difficult task. It does not put too much pressure on your processor and has no significant effects. On the other hand, adding a few hundred MHz to your system is more common, and on most systems, it is still safe.
But a 1 GHz increase in processor speed is the whole story of separation, which requires special cooling equipment as well as a possible new power supply. Doing so is possible but not recommended for normal use.
What do we need?
What kind of overclocking do you want to try? How deep do you want to be in this matter? In the following, we will introduce the necessary tools and leave it to you to check their level of functionality.
- A suitable computer or processor. You should invest in processors such as Intel K-Series processors that support overclocking. You should also have a motherboard that provides the necessary facilities for overclocking, so just paying attention to the processor is not enough. Most of today’s processors and motherboards that support overclocking come with software that replaces the following tools. Finally, if you want to buy a built-in system, make sure you overclock it before you buy.
- Have a second computer. You need another computer for stress-testing as well as emergencies.
- Display software. Software such as CPU-Z lets you quickly access the microprocessor, monitor CPU voltage, and monitor other important factors. Downloading one of these softwares makes this project easier.
- Stress-Testing Software. You need to stress-test your processor to make sure it is stable and stable. Prime95, LinX and AIDA64 can help you with this. Many people who are looking to overclock their system prefer to try a few such software and compare the results. Software such as RealTemp is also useful for checking CPU temperature.
- Heatsink or cooling unit. For more serious projects, you need a more serious cooling system. Maybe a bigger heatsink and extra fans will get you started.
How long does the overclocking process take?
Most importantly, the overclocking process depends on how much time you spend on it, and when you have enough time to do so, you can be sure that you have done it correctly. You can have a fast overclock by downloading special software for this task and quickly setting several options. However, doing so can cause many problems for your system.
A complete and secure overclocking requires research. You may also need to buy other parts, such as a larger fan.
Once you have done the basics, you can move on to the basic tests. Run the stress-test software, change the CPU speed, and repeat the process. These are small steps that may take an hour. Performing stress tests after each change can take several hours, as these tests should measure the stability and temperature of your system in the long run. That way, if you start in the morning, it will last until the afternoon.
If your computer overheats, crashes, or malfunctions, you may need to reset the settings and retest the stress test. If you need to install a cooling system or heatsink, add the installation time to this process as well.
This process often takes a few days to reach a steady-state, a time that may not be worth it for normal use. On the other hand, if you are interested in doing this, spending weekends doing it can be very enjoyable.
Last word: overclocking or not is the issue!
Although CPU overclocking is easier than before and no longer so dangerous, it still requires a bit of knowledge as well as a lot of practice. It can not be said that it is accurate work. The result varies from system to system, depending on the hardware, skill, and overall system.
If you can manage the uncertainty and perform the necessary tests for system stability and set the main parts of your system correctly, overclocking is available to you. If you can not afford to burn your CPU or do not want to get into the hardware management of your system, overclocking is not for you.
However, you should not expect overclocking to make a significant difference to your system experience. In addition to boasting, one of the main reasons for overclocking the system is to improve the performance of software that uses a lot of CPU. If you do not use such software, you will not notice much change in the performance of your system by overclocking.
