The “Newbie” Guide on how to overclock a processor

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Overclocking a processor is a process that helps you get more out of your computer by increasing the speed of the CPU. It’s one of the simplest ways to get better performance from your PC, and it’s also easy to do.

The Newbie guide on how to overclock a processor is a guide that will help you with the process. It includes step-by-step instructions, as well as links to tutorials for various motherboards. Read more in detail here: how to overclock cpu.

Overclocking is the practice of exceeding the rated speed of computer components. The amount of clock cycles (frequency) a CPU can execute in one second is known as CPU clock speed. The more clock cycles a CPU has, the more tasks it can do at the same time.

It implies that after overclocking, your PC will be considerably better able to handle multitasking, high-end software, and large games. Overclocking your CPU speed may seem appealing, but it is not a simple task.


You may damage your computer system if you are a novice or don’t know much about processors and their functions. So, in this article, we’ve broken down everything you need to know about overclocking your CPU into simple stages. But, before we go any further, let’s look at the advantages and disadvantages of having an overclocked computer.

Overclocking’s Advantages

Should I increase the speed of my CPU? This is a question that many gamers have. Everyone wants their CPU to provide the finest results possible. However, as you may be aware, most CPUs come with a fixed clock rate. But the most amazing feature is that we may overclock it to a certain degree in order to get the greatest steady output.

1) Heavy apps and graphics-intensive games will have improved visuals and smoothness.

2) Your CPU can easily manage a large number of apps. The capacity of a computer to multitask will be enhanced.

3) The response time will be quick; the PC will react more quickly than previously.

The performance of your CPU will improve to some degree, typically by 5 to 10%. But don’t hold your breath. Other components such as RAM, hard disk, and graphics card, in addition to the CPU, are equally important for PC performance.

There’s no need to bother with overclocking if you just use your computer for watching movies, surfing the internet, and doing normal office work. There won’t be much of a change.

Overclocking’s Disadvantages or Issues

Intel and AMD determine CPU clock rates via extensive testing on sophisticated equipment and software. To be honest, manual overclocking is a hit-or-miss approach. If a novice attempts to overclock his PC without appropriate guidance and expertise, he may encounter the following issues.

1) Exceeding the maximum clock rate may cause your computer to crash before it even starts.

2) A good cooling system is required. The heat produced within the CPU may not be able to be transferred by the default cooling fan. If you have a little extra cash, consider purchasing a water cooling fan.

3) The lifetime of PC components is reduced when the temperature rises over the typical value.

4) Increasing the speed of the locked It’s possible that the processor may invalidate the manufacturer’s warranty. Under specs, you can see whether your CPU is locked or not. However, there are no warranty issues with the unlocked CPU.

5) The power usage will be a little greater than usual. Because the CPU requires more voltage.

You now have a rudimentary understanding of the benefits and drawbacks of CPU overclocking. It’s up to you to determine whether or not you want to overclock your PC. But keep in mind that you’re doing it at your own risk. All we can do is point you in the right direction. Every CPU has a distinct clock rate that is stable.

You must examine everything. We went through the analysis and configuring the processor’s clock rate and input voltage in great detail. Read the whole text and follow each and every step exactly as written.

The Overclocking Concept

Even though they are from the same generation and have the same rating, each CPU has distinct overclocking capabilities. What causes this discrepancy?

Let me provide an example to explain it to you in a very easy manner. Intel manufactures CPUs in large quantities. When processors are finished, they are put through a series of testing. The major portion now begins, in which a steady clock frequency and associated voltage are determined.

Now, if we select ten processors from the whole stock and examine their constant clock rates, we will find that the results are very varied. 2.5 GHz, 2.7, 2.2, 2.6, and so on are all possibilities.

Intel, on the other hand, only offers processors with conventional clock rates, such as 2GHz, 2.1GHz, and 3GHz. Intel now has to deal with the issue of standardization. As a result, all CPUs with a clock rate between 2.1 and 2.9 GHz are given a clock rate of 2.1 GHz.

Even if they find a CPU with a clock rate of 2.8 GHz, they nevertheless give it a 2.1 GHz clock rate since they can’t market it as a 3 GHz processor. So it’s your good fortune that may assist you.

It’s unlocked if it’s an Intel CPU with a model number that ends in the letters K or X, or if it’s an AMD processor from the FX series. Overclocking over the processor’s range is very simple, and your warranty is unaffected.

How to Increase CPU Speed

Let’s get this overclocking party started. Download the softwares listed below before beginning the procedure.

CPU-Z is a program that displays information about your computer’s

During the overclocking process, we suggest utilizing the CPU-Z software. CPU-Z locates your processor, motherboard, graphics card, as well as any pertinent settings and clock rates. It will also assist you in Windows in monitoring CPU clock speed and voltage. It’s a simple monitor that ensures everything is in working order.

LinX / Prime95

Prime95 and LinX are two popular stress testing tools. As we go, we’ll see how to utilize them, but for now, download and install any of them. LinX, on the other hand, is used for stress testing.


real temp

This application will allow you to keep track of your CPU temperature while you perform your stress test, letting you know if it becomes too hot.

Conduct a stress test.

Perform a baseline stress test before you begin overclocking. This will provide you with a baseline to measure against when you begin overclocking, as well as reveal any issues with the basic settings that need to be addressed before overclocking exacerbates them.

Check the CPU temperature during the stress test first. If the CPU temperature rises over 70 degrees Celsius, you’ll need to add a decent heat sink or reapply thermal paste to the processor.

Increasing the speed of the clock


Restart the computer and go into the BIOS settings. BIOS settings vary from PC to PC. Menu names and placements may differ from one system to the next. Look through the options and locate the ones you need.

Open the “Frequency/Voltage Control” options, then the “Advanced Frequency Settings.” Menu labels may vary, but they will always have a pertinent name. This is the menu where all of the grubby labor will be done. We’ll adjust the clock rate and voltage here.

We may experiment with a variety of various settings. However, altering all of the settings may be a nightmare and may result in PC stability issues.

STEP 2: Increase the Power of Your Multiplier

I suggest beginning at your base clock speed and gradually increasing it—it takes a bit longer, but it’s lot simpler to accomplish and guarantees you get the most stable overclock possible. In the Advanced Frequency options, look for CPU Multiplier. It will be set to “AUTO” at first. Raise it one unit by pressing ENTER. It was 3.4 GHz in my instance, therefore I increased it to 3.5 GHz.

Here’s an example of how the menu will appear, taken from

To obtain the necessary Ghz number, just raise the CPU Ratio. If the value is x27, the frequency will be 27 GHz.

cpu multiplier

After that, save all of your changes and reboot your computer into Windows to go to the following stage.

STEP 3: Perform a stress test

Now that your CPU has been slightly overclocked, it’s time to do a stress test to determine stability and temperature. Start with CPU-Z, Real Temp, and LinX or PRIME95 for stress testing.

Set LinX to run 20 times and press the “Start” button. While it performs its stress tests, keep an eye on your temps; they should bounce up and down.

Your exam will provide one of three outcomes.

  • Repeat step two and increase your multiplier by one unit if the test is completed successfully and within safe temperatures.
  • If the test returns an error or crashes to the Blue Screen Of Death (BSOD), the processor’s voltage is insufficient.
  • If the temperature rises to dangerous levels, go to step six. Mine is kept at a temperature of less than 80 degrees Celsius. You may also utilize a water cooling fan to reduce the temperature, but this will cost you money.

Step 4: Raise the Voltage

Now that you’ve raised the clock rate, it’s time to boost the CPU’s voltage so it can function correctly. Don’t panic if your stress test failed if your computer screen displayed the Blue Screen Of Death. It’s most likely because your CPU isn’t receiving enough voltage to maintain a consistent clock speed. If this occurs, just increase the voltage like we did.

Find your “CPU Core” or “Vcore” value in the BIOS settings. In the same menu, it will be above or below Clock rate. I typically increase by 0.05 increments (for example, from 1.2000, my CPU’s default setting, to 1.2500). Save your modifications and restart your computer when you’re done. Then go back to step three and do it again.

Increasing the cpu voltage

Remember not to raise voltage in big increments since this will cause more heat to be generated. As a result, you must keep an eye on the CPU temperature.

Step 5: Do it again.

Rep Steps 2–4 until you achieve your maximum safe temperature or maximum safe voltage. Save all of your adjustments, restart your PC, and log into Windows after you’ve achieved a steady clock rate and a safe temperature. Now do a last stress test to see whether everything is in working order.

Step 6: Completion of the Stress Test

Perform a stress test on LinX first, then many stress tests on PRIME95. Though LinX is excellent software, we use PRIME95 as a supplementary stress testing to ensure complete satisfaction. To fully evaluate your increased CPU performance, run Prime95 for a few hours. RealTemp allows you to keep an eye on the temperature.

If everything goes well throughout these tests, you’ve successfully overclocked your CPU. Alternately, reduce the clock rate and voltage somewhat.

There’s a lot more to overclocking than this, but I wrote this post with newcomers in mind. If you’ve succeeded in overclocking your PC, you may go one step further and overclock your RAM. Also, while you’re using your PC for regular tasks, turn on power-saving features to conserve energy and reduce stress on your computer.



The cpu overclocking software is a guide for those who are new to the whole process of overclocking and want to learn how to do it.

Frequently Asked Questions

How do you overclock a beginners guide?

Overclocking is a process where you increase the clock speed of your CPU and GPU in order to get more performance out of them. This can be done by overclocking software or by hardware modifications such as increasing the voltage of your CPU or GPU.

How do I overclock my CPU guide?

Overclocking is the process of increasing the clock speed of a computer processor without changing its voltage or core count. This can be done by forcing your motherboard to run your CPU at a higher frequency than it was designed for, which may lead to instability or damage if not done correctly.

Is there an easy way to overclock CPU?

The only way to overclock the CPU is through software. You can find a program called Intel Extreme Tuning Utility which you can download from Intels website.

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