How do you troubleshoot and fix overclocking issues such as crashes, freezes, and errors? (2024)

FAQs

How do you troubleshoot and fix overclocking issues such as crashes, freezes, and errors? ›

It happens because the processor is being pushed beyond its stable operating conditions, causing critical errors in system operations. If you notice an increase in system crashes after overclocking, it's a clear indicator that you should dial back your settings.

It happens because the processor is being pushed beyond its stable operating conditions, causing critical errors in system operations. If you notice an increase in system crashes after overclocking, it's a clear indicator that you should dial back your settings.

To stabilize higher frequencies, you'll want to increase (loosen) the timings. This may require increasing voltage as well. In order to increase performance when the current frequency is stable, you should reduce (tighten) the timings. If you are going for tighter timings, be sure to proceed methodically.

Within the BIOS, locate the overclocking settings or a similar section related to CPU performance. Look for options such as "CPU Ratio," "Clock Speed," or "Multiplier." Set these values back to their default settings to revert the CPU to its original specifications.

Fix it by setting BIOS/UEFI parameters to default

As instructed on the error screen, go to your BIOS/UEFI setup (F2 or DEL at the start-up). The first option is obvious; press F5 (or find other means) to set all parameters in BIOS to Default. Now reboot and if that fails, then try the following.

Overclocking can put a lot of stress on your GPU and can cause it to crash. Make sure you have enough power for your GPU. A high-end GPU can require a lot of power. Make sure your power supply can handle the power requirements of your GPU.

Generally, this is a result of an unstable balance between the frequency and voltage. Increasing voltage usually fixes system freezes, although this can damage your chip. Refer to your chip manufacturer's specifications (available on each relevant brand's website) for maximum safe voltages.

Overclocking your CPU can boost your performance and speed, but it also comes with some risks and challenges. If you push your hardware too far, you might experience crashes, freezes, errors, or even damage your components.

The fastest way to check if your CPU is overclocked is to use the Task Manager. Hit CTRL+ALT+DEL and select Task Manager. Now, click Performance and look at the clock speed to see if it's higher than the stock or turbo speed. Alternatively, you can try a utility like CPU-Z or GPU-Z to check clock speeds.

How do I adjust overclocking? ›

Stress testing software can help you check how stable and reliable your hardware is when faced with high temperatures, voltages, frequencies, and loads. Some popular stress testing software for overclocking or optimizing hardware are Prime95, FurMark, OCCT, MemTest86, and IntelBurnTest.

Disable or Reset the Overclocking: Depending on the control panel, you may have different options to disable overclocking. Look for a toggle switch, a reset button, or an option to set the clock speeds back to default values. Select the appropriate option to disable or reset the overclocking settings.

If you push overclocking too much, it will result in freezes and crashes. If that happens, simply lower your overclock and try again until your PC runs smoothly.

One of the​ major potential​ downsides of overclocking is it can damage your processor. But some of the “threat” to your processor is more myth than fact. Your computer's BIOS is designed to prevent overclocking ​at a rate​ where it will result in instant damage to your CPU.