At some point, you must have experienced a spike in the CPU temperatures. It could be a result of the ageing hardware or just the heavy use.
Either way, high CPU temperatures are a common problem. There can be major implications of it on the computer which might then lead to later issues or a decline in the peak performance.
Therefore, it is important that you keep tabs on CPU temperature and know how you could check it. Fortunately, there are a number of ways you could check it.
Here, in this article, we'll look at how you could manage your CPU temperatures better.
Checking CPU temperature from your BIOS/UEFI
Let us first check out the DIY method for checking CPU temperature on Windows 10. This will mainly depend on your device's BIOS or UEFI as well as other hardware information and settings. You must also keep in mind that these different methods only apply to some users. This is how you can get started:
- Open Windows Taskbar which will be at the lower-left corner of your screen.
- Then, select the Settings button which will open a new index and search bar under the Windows Settings header.
- At the bottom of the Windows Settings index, scroll down to the Update & Recovery tab.
- In the left sidebar, select the Recovery tab. The Update & Recovery panel should load alongside the new sidebar.
- Select the Restart now button from the Advanced startup heading. Then your device will power down and restart. There will be an interruption just before your typical boot and login procedures that will provide several advanced startup options.
- Click on the Troubleshoot button.
- Select the Advanced options button. T
- Select restart.
This will then load your BIOS/UEFI interface, which will include for many Windows 10 users a CPU temperature readout.
Monitoring CPU temperature with software
After we have talked about the BIOS/UEFI method, we can now shift our attention to the potential benefits of a software solution. Your device's built-in digital thermal sensors are used by most to measure temperature. Although there are a few potential risks attached to the DIY method, you will enjoy a much more user-friendly experience.
Third-party software is a viable monitoring solution for the typical user with all the growth in the space for independent monitoring software and other standout options. You are bound to get a more dynamic readout and different ways to keep tabs on your hardware by using the monitoring software.
But yes, the cost is definitely a big factor here. There are some options that are free and simple to use, but others require subscription costs. Users tend to enjoy much deeper functionality in exchange for a fee. You can look around and find the best interface for you and with the best functionality for your budget.
Some of the recommended third-party software would be HWMonitor, CoreTemp, NZXT Cam, etc.
What is the ideal CPU temperature?
For most of the devices, the ideal operating temperature will vary depending upon the type of use. For example, if you are running the machine for long or using resource-heavy programs. If you look through your owner's manual, you might find the exact specifications for your hardware. But remembering some basic rules of thumb regarding CPU temperature is something that can always come in handy.
- The users should mostly be looking for an average temperature that ranges below 140°F (60°C). When it comes to PC hardware cooler temperatures are generally better.
- If the temperatures range between 160°F (70°C) to 195°F (90°C) there may be a cause for concern.
- If the temperature goes beyond 195°F (90°C) your hardware is under serious stress.
Why is your CPU overheating?
Although the main reasons for the abnormal rise in temperatures are heavy use or stress from overusing, there are some other factors too that you should be aware of.
- Accumulated dust, poor maintenance, malware, bad ventilation, and even undetected hardware problems could be the reason for the temperature spikes.
- If your hardware is old, then it is more susceptible because of lower heat tolerances at the date of manufacture.
Tips for minimizing temperature issues
To avoid temperature issues, the best thing you could do is to use your device conscientiously. Make sure that any application that you do not need is closed down and try to adhere to a regular maintenance schedule. Even keeping your workspace clean can have a big impact on longevity and especially on your computer's running temperature later in life.
In order to promote good ventilation, some small adaptations could be made to your workspace, like adding an external cooling system or rearranging the obstructions that prevent ideal airflow. For better airflow, you can even consider elevating your device.
You should also try to keep your computer malware-free. It can easily contribute to your overheating issues as it runs off of the same energy and hardware as legitimate software.
