You tried out How to Stop CPU From Overclocking? and go that extra mile, but it didn’t work out. Now you wish to know how to restore things to the normal point. That’s what I am going to help you with, in this article. Read more to know all about disabling overclocking.
However, unless you actually know CPU overclocking and take the essential precautions, the experimentation may end up with drastic consequences ranging from a system clash to a fried CPU. If you are one of those, for whom it didn’t work out efficiently, through this Techspirited article, I am going to help you through the procedure to turn off overclocking and undo changes made to the system settings to restore normal CPU functionality.
Methods of How to Stop CPU From Overclocking?
There are many various methods to answer the question of how to stop overclocking on the CPU. You can go through the BIOS and degenerate all the settings to the original, change the power settings in Windows or use various software such as AMD Overdrive or Intel Extreme Tuning Utility to inactive overclocking on your CPU.
The simplest and easiest way of turning off overclocking on your PC is by changing the power settings on Windows. To do it, follow the following steps.
- Go to Settings of your PC > System > Power & Sleep.
- Click the ‘Additional power settings‘ button on the right side.
- Under ‘Preferred Plans,’ sure that the ‘High performance‘ option is checked. Then click on ‘Change plan settings on the right side.
- Now click on ‘Change advanced power settings at the bottom of the desktop.
- Look for the ‘Processor power management‘ option on the menu of the PC and expand it.
- Expand the ‘Minimum processor state‘ and ‘Maximum processor state‘ options.
- Now change all values from 100% to 99%.
- Click on ‘Apply‘ and Select ‘Ok.’
By doing this work, you will turn off the overclocking on your CPU.
To stop overclocking your CPU from BIOS, you must reverse all changes to its settings to the original. To access the BIOS, restart your computer and repeatedly press a key to access the BIOS menu. This key differs from PC to PC, but you’ll be message by a message like ‘Press F10 key to enter startup’, so follow the given instruction. Note that this message usually lasts for a short time, so you must be fast when pressing the key.
Once you’ve accessed the BIOS/UEFI, follow all these steps:
- Under the ‘Advanced‘ tab of the PC, select ‘Performance.’
- Look for a specific option that says ‘OC‘ or ‘CPU Overclocking.’ Check if overclocking is enabled.
- If it is, then disable it, check it and save changes.
- Exit the BIOS and restart your PC.
Alternatively, if there’s an option for regression of your system to its default settings, choose it, save changes and exit the BIOS/UEFI. If there’s no direct option to restore all settings to default, you’ll have to manually lapse all the settings you changed. To do this, follow all these steps:
- In the ‘CPU core ratio‘ settings, reverse all changes made when you overclocked your CPU back to its original point. Do this for each core before proceeding to the later step.
- Next, Adjust the ‘CPU core voltage values and ‘FSB Frequency settings to their default settings.
- Save all these changes and exit the BIOS/UEFI menu.
With that done, your CPU should be back to normalising and working at its default clock speeds. If you encounter any unforeseen problems, it’s best to argue with a PC technician.
Overclocking can be complex and you might make a blunder or two during it. Still, if you follow the instructions in this article accurately, you can safely return your PC to its default settings. To provide a brief overview, we discussed stopping CPU overclocking from Windows and BIOS/UEFI.
When should I stop overclocking my GPU?
If you experience crashes, artefacts, or high temperatures on your PC, it’s probably time to undo overclock on your GPU.
Is GPU overclocking safe?
As long as the temperatures are acceptable and there are no clashes, overclocking the GPU will be safe for most parts.
Does overclocking reduce the lifespan of the CPU/GPU?
Overclocking can reduce the lifespan of your hardware if it does not receive adequate cooling to counter the extra heat it outcome.