That our computer runs faster and does not stay punch when we subject it to the minimum stress it is something that we all want. If you are looking for how to increase the speed of your PC, the path will overclockingOr, in other words, raise the clock frequency of your processor. In this way, you will be able to access processing results that you would never have imagined. Best of all, this challenge has never been easier to accomplish, even for less seasoned users.
A word of caution
When overclocked a processor, some things happen: the chip gets hotter and uses more energy. Both of these factors can cause problems if you are using your processor's original heatsink. This does not mean that you cannot do overclocking, but the potential result will be less than if you opt for a more advanced air or liquid cooling system.
The overclocking it generally reduces the life of a processor, but not always and not even necessarily for a measurable period. Forcing it to run faster and use more energy effectively can lead to further degradation. However, you're more likely to update your computer before this becomes a problem, as long as you don't go to extremes and consider the side effects.
If you wish overclock the processor of a laptop, you're probably not lucky. There are few systems that allow it and, furthermore, they do not have the thermal margin to make it viable. But even if you can, we caution you not to.
Finally, consider that the overclocking You can void the warranty. AMD and Intel generally do not cover this problem, although it would be difficult to prove that overclocking gives the processor, unless you have gone too far with the voltage across the chip. Primary card manufacturers may or may not cover overclocking. If you're concerned, check the warranty before trying.
Identify your processor
Before you start to speed up the processor, you need to determine what you actually have. The chip may not even support overclocking. If it does, you can establish the theoretical maximums with a little research.
This is an area where AMD and Intel differ significantly. You may overclock the latest AMD processors, especially Ryzen and, in the case of Intel, only "K" and "X" series processors.
Below we show you several unlocked Intel processors ready for the overclocking. If your processor is not listed and you do not have a suffix "K" or "X" in the name, you may not be able to complete the process. If you are not sure, check again.
|Core i3-8350K||4.0GHz||N / A|
AMD processors are fully unlocked and overclockable for generations. Regardless of whether you have an AMD FX-series processor or one of the Ryzen chips, they can all be overclocked. It would be lengthy to list them all, but if you have an AMD processor, chances are you can increase its clock speed.
If you are not sure, don't worry. The worst thing that can happen is that you try and it doesn't work. The software we recommend will tell you, so in the worst case, you will be disappointed.
Since the overclocking Generally it raises the temperature of your computer, the processor and the cooling system must work more than normal. If this is your first attempt, we suggest cleaning your computer. Simply clean the filters on the front inlet fans or interior surfaces. If you have questions about parts and components, this guide may be useful.
Ultimately, you should verify that dust does not block the flow of air into and out of your computer. Also, make sure that no dust collects in the processor cooler, as this is where most of the extra heat accumulates.
Remember that before cleaning, you must turn off the computer and wear an antistatic wristband. We also do not recommend using a vacuum cleaner to remove dust, due to the possibility of static build up. If the powder is difficult to reach, use a can of compressed air that you can buy at Walmart, Best Buy, among others.
When you're finally ready, go to the processor brand section you have and follow the instructions.
Intel: ETU (Extreme Tuning Utility)
You may overclock Intel processors using the BIOS. However, as this is a beginner's guide, we recommend the Windows-based Intel Extreme Tuning Utility (XTU). It is a free software package designed specifically for overclock your Intel processor.
Unlike some third-party programs, the Intel XTU is solid, reliable, and unlikely to cause problems. It offers a detailed view of the current status of your processor. Even if you are not doing overclockingIt is a great utility: you can control the processor load, the temperature and run comparisons.
Intel's XTU may seem a little intimidating at first, given the many highly granular options. However, once you become familiar with the tool, it all makes sense and the information becomes very useful.
Step 1: reference temperatures and performance
The first time you run XTU check some reference readings to make sure your processor is ready for overclock. Start with the stress test located on the left menu for at least an hour.
When the test is complete, take note of the Temperature package. If your processor is over 80C, you don't have the thermal margin for the overclocking, so we recommend improving your cooldown before continuing.
If your temperature is far below that, you have a thermal leeway to push your chip to a higher frequency with relative safety.
Step 2: multipliers
Although you can overclock your processor using the tab BASICLearning about the different components will help you better understand what happens to the chip. It also makes it easier to achieve a overclocking stable. Select the tab Advanced setting in the menu on the left and then check the section titled Multipliers.
Multipliers (or processor ratios) correspond to the speed you get from the processor. It is a multiplication of the BCLK frequency or reference clock. An x32 multiplier would normally mean a 3.2GHz turbo frequency.
Increase your multiplier by a number (x33, in our example) on all cores. Although you can adjust the frequencies individually in different cores, we will press for a overclocking complete to simplify things.
Now check the stability. Choose Stress test in the left menu and rerun the test. In this case, you only need 10 minutes. If completed smoothly, the multiplier increases. Try again and repeat. Eventually, the test will report a result of Failure or it will cause your computer to crash. When that happens, go back to the previous multiplier setting.
If you are satisfied with the overclocking Finally, take longer stress tests and play a few games for several hours to make sure it stays stable. Otherwise, reduce the multiplier in another step and run the stress test again. When you get to a point where you can safely use your computer, you achieved a overclocking successful.
If you have difficulty trying to stabilize your overclocking Or you want to see if you can drive even more, try adjusting its voltage.
Step 3: core voltage
There are many voltage parameters that can affect the operation of a processor, but it could be said that the most important and shocking is the core voltage (VCore). You can adjust it with Intel XTU. This can make the difference between unstable and stable overclocks, or even the difference between some more modest and others higher.
But you should be more careful when adjusting the processor voltage. If you push the processor to run at a ridiculously high multiplier, it will simply crash and restart the system. If you try to pass too much voltage through your processor, you can damage it, so exercise caution.
Use Google to see what settings other people use for your processor, especially for VCore settings, given the possibility that you might end up damaging the chip. Reddit's r / Overclocking forum is a great resource to see what other people generated from the same processor configurations.
A general rule of thumb is that anything over 1.4V is dangerous. However, it is highly chip dependent, so further investigation is worth considering.
When you're ready, select the tab Advanced tuning in the left menu of the XTU and increases the core voltage by approximately 0.025. For example, if it starts at 1,250, go up to 1,275 and select Apply. If the system doesn't crash, you can rerun the stress test to make sure it's still within a safe temperature range.
You can also try increasing the multiplier to see if the extra voltage improves the overclocking ability of your processor.
Step 4: adjust, test, repeat
At this point, you have all the tools to find the stable overclocking of your processor. Take it easy. Change settings only in small increments. Run at least a short stress test after each change. Make sure that the temperature of your processor does not exceed 80C after a long stress test. Finally, don't set the voltages too high.
If your computer crashes or restarts, it's a telltale sign that you've taken something too far. Go back and make some adjustments. The most important result is that you find a safe and stable frequency for your processor. It's fun to push it to run at a much higher frequency, but if it's not stable enough to run apps or play games without fail, it doesn't do much good outside of bragging rights.
Once you're satisfied with a stable frequency, make a note of your settings so you can reapply it later if necessary.
AMD: Ryzen Master
The steps for AMD processors are very similar to those for Intel, but the software is different. If you have an AMD Ryzen chip manufactured from 2017 onwards, the software we recommend for beginners is the AMD Ryzen Master.
For older processors, we recommend AMD Overdrive. The following instructions still apply, but the software design differs slightly. Be sure to double-check what you are doing before making any changes.
Note: you may overclock an AMD processor using the BIOS, but we recommend using Windows-based software for the first attempt. It is easier and faster.
Step 1: stress test
Before you start accelerating the processor, make sure it doesn't exceed safe temperatures. Although Ryzen Master has its own built-in stress test, it doesn't last long. Instead, we recommend the AIDA64 Extreme tool and its stability test (free trial). If you like it, a full license costs $ 40 and covers up to three computers.
Run it and select Tools in the top menu followed by Stability test. Press Start when ready and leave your computer for about an hour. Make sure that at no time during the test do temperatures exceed 80C. If they do, improve the cooling of your processor before trying to overclock. If you have some temperature range, continue overclocking your computer.
Step 2: frequencies
Ryzen Master does not give you manual control over processor multipliers. Instead, you have clock speeds for each physical core that you can adjust individually or all at once. To do so, select Profile 1 or two in the bottom menu and then configure the Control mode in manual. Make sure that the settings All cores is selected and green in the left menu. If not, click to change its status. Now you can adjust the frequencies of all cores at the same time.
Click on the symbol ?+?On any core to increase its frequency by 25MHz. Once completed, press Apply and Test in the top menu to apply the frequency adjustment you just made. Then run the Stability test built-in Ryzen Master to make sure you have a overclocking stable. You should be aware of the temperature reading in the upper left corner of the window.
If the test passes successfully and temperatures remain low enough, it increases by another 25MHz and repeats the stability test. If the test fails or your temperature exceeds 80C, lower the frequency. If your computer crashes or freezes, after rebooting, make sure not to exceed safe and stable frequencies in the future.
When you find the highest frequency you can get without failing the test or locking the computer, open AIDA64 again and run a longer stability test. If your processor passes the test, have you overclocked the processor successfully. Otherwise, reduce the frequency one step more. Repeat the process until you find a frequency that safely completes the test.
If you want to make another overclocking Or make a more stable one, try adjusting the voltages.
Step 3: voltage control
Increasing the processor voltage can improve the stability of a overclocking or increase it. The downside is that you can dramatically raise temperatures. Pushing the voltage too high can also damage the processor, so proceed with caution. Just make small adjustments at a time.
A safe voltage for most AMD processors should exceed 1.4, but we recommend researching the characteristics of yours to make sure you don't set too high levels.
If you are satisfied, select your Profile chosen and make sure there is a green circle next to the Voltage control. Manually select this option if you don't see the green circle. Then, increase the voltage by one using the arrows to the right of the setting. Press Apply and Test to see if the overclocking It remains stable.
If you have a overclocking Stable, run the AIDA64 test for one hour to see if it remains stable for longer periods of time. If it doesn't crash or freeze, try increasing the voltage. If your computer or processor gets too hot, you should lower the voltage and improve its cooling before continuing.
Step 4: test and repeat
Once you have found a stable frequency and voltage, congratulations! Now you can increase the frequencies, if you have additional tension and temperature margin. Save your profile to block all these settings and rooms again in the future.
Ryzen Master should start with Windows. To apply the overclocking, provide your administrator approval when prompted. If it does not request your approval, start the application and manually apply the overclocking.