T: Best Practices: How to safely overclock your laptop processor yourself?

D: In this article, we’ll review the best practices for safely overclocking a laptop processor yourself. We’ll talk about the process you need, so you can get the most out of your laptop without risking damage to your computer.

How to safely overclock your laptop processor yourself?

Sometimes the laptop lacks the power to almost instantly open new windows in Photoshop or achieves the desired frame rate in any game. In this case, you can overclock its processor, primarily if it does not support modern overclocking technologies from the manufacturer. 

If you want more performance from your laptop while playing jhandi munda online and other slot games, you may have already considered overclocking your processor. It can increase the speed of your computer and improve its overall performance. But if you don’t know how to do it properly, you risk damaging your hardware and voiding your warranty. But some practices can help you avoid this. 

How much can you overclock the processor on a laptop?

Understanding how and how much you can increase the processor’s performance on the laptop is critical, but what it is and what happens. When we often talk about overclocking any PC component, we are talking about increasing the frequencies at which this device runs. It applies to the processor, graphics card, and RAM.

In laptops, it makes sense to overclock the processor to increase performance. For example, your chip runs at 2 GHz and performs 10 million operations per second. By doubling (overclocking) its frequency, that is, to 4 GHz, you will also increase the number of performed procedures to 20 million. So you’ll be doubling your performance.

You’ll say, “great!” and go straight to the part where we explain how to overclock your laptop’s CPU, but things are not so rosy. The biggest problem with laptops as devices is their main advantage: compactness. To keep small (or at least digestible, in the case of especially powerful PCs) sizes, manufacturers are forced to make very modest cooling systems, which causes temperatures on various components of laptops to be much higher than in stationary computers. The overclocking process only increases the temperature, overloading and testing the strength of your cooling system.

In such circumstances, overclocking your laptop CPU by 10-20% will be an excellent result – this difference can be quite felt in operation, and the unpleasant consequences can be minimized with proper setup.

Pros and cons of overclocking

Pros 

• Increased performance. You’ll immediately notice a faster operating system, extra frames per second in games, and more excellent responsiveness in complex professional applications like Photoshop, Premiere, or AutoCAD.

Cons

• Loss of manufacturer warranty. There is no way to hide the fact of overclocking from the service center specialists, and as a result, you will lose the manufacturer’s contract on the first attempt.
• Additional heating. Notebooks are often warm or even hot without additional overclocking, and with increased CPU frequency and maximum loads may even overheat.

What to consider before overclocking

Before overclocking, it is worth, in principle, to assess the necessity and the likelihood of success in this event. For example, if your CPU is not very powerful, the 10-20% increase in power is not very noticeable, but the computer components’ heating will be more than apparent.

It is worth measuring and, in fact, your computer’s heat. Some laptops will show it quickly, while for the rest, it will be enough to download a program like SpeedFan, AIDA64, CAM, or Speccy, which will display all necessary parameters.

Suppose the temperature of any notebook component exceeds 50 degrees at regular CPU speeds at idle mode and over 90 degrees under load. In that case, it is a good reason to think about the practicality of overclocking. A 5-10% increase will likely cause your notebook to overheat.

There are not many ways out of this situation: you can clean the cooling system of dust and replace the thermal paste. But if this does not help, the overclocking should be abandoned.

Overclocking your laptop CPU with BIOS

Let’s start our guide on how to speed up the processor on the laptop in the most understandable way. Before you do this overclocking, you should update your mainboard BIOS. The latest version of the drivers is not always optimal for overclocking, but in it, motherboard manufacturers have at least eliminated all the severe problems.

So, after updating, you need to reboot the laptop and enter BIOS by pressing DEL, F1, F3, F8, or another, depending on the manufacturer’s settings. Then find the CPU settings tab and tick (set to On, True, and so on, depending on the BIOS) the CPU Host Clock Controller item. After that, increase CPU frequency by about 5%.

Save the settings, reboot the computer, check that everything works, and increase it to +20%. Don’t overclock: overclocking will severely affect the CPU temperature.

Tips for overclocking safely

• Overclock no more than 5% at a time.
• After each overclock, log into Windows and review your computer for performance.
• Before overclocking, perform a stress test (for example, with AIDA64 and a benchmark) and ensure the computer does not overheat.
• If you overclock regularly, it makes sense to service the cooling system more often – at least once a year to remove dust and change the thermal paste.

If you are afraid to do such manipulations by yourself, don’t hesitate to contact the service center of your device. You’ll be surprised how much the overclocked processor will improve your workflow!