Instead of a static reading, most monitoring software provides a continuously updated temperature readout. Monitoring software provides a much more in-the-moment look at your CPU’s temperature. You can also shop around for the most intuitive interface and best functionality for your routine and budget. In exchange for a fee, users tend to enjoy much deeper functionality. Some options are free and provide a relatively simple experience, but others may involve subscription costs. Monitoring software usually provides a more dynamic readout and additional ways to keep tabs on your hardware.Ĭost is definitely a factor, however. With a growing space for independent monitoring software and several standout options, software is a viable monitoring solution for the typical user. While some options may cost a bit more than the DIY method and all third-party software comes with potential risks, you’re likely to enjoy a much more user-friendly experience. Most use your device’s built-in digital thermal sensors to measure temperature. Now that we’ve covered the BIOS/UEFI method, you may appreciate the potential benefits of a software solution. Between the amount of time involved and the lack of detailed or uniform temperature information, this method will certainly appeal to a narrow group of users. Some of the information may be different depending on your device and software. Plus, it’s important to remember that not all users will have access to the same interface. And because it only provides a one-time, static temperature readout, it cuts back on your workable data while troubleshooting. You’ll need to restart twice whenever you want to check your PC’s temperature reading, and also click through several different options and menus as you go.įrom a practical standpoint, this also makes it more difficult for you to quickly gauge the severity of a problem as it’s happening. The main drawback of this method is the amount of time it takes from start to finish. It’s also just good to know in case you experience issues with a software-based CPU temperature monitor. This is a good solution if you already prefer to directly manage your BIOS or UEFI for any other reason, since checking CPU temperature will be especially easy to integrate with your existing routine. It also cuts out the risk of choosing the wrong software and getting saddled with malware or spam. That means you don’t have to add any new costs, install additional software, or deal with account information for your registration or login. The primary advantage of this method is that it uses only your existing PC systems for monitoring. This should load your BIOS / UEFI interface, which for many Windows 10 users will include a CPU temperature readout. This is also where you can view the system restore and startup settings, as well as other recovery options.Ħ. It should interrupt just before your typical boot and login procedures, and it will provide several advanced startup options.ĥ. Your device will power down as usual and begin to restart. Scroll down to the Advanced startup heading and select the Restart now button. The new sidebar should load alongside the Update & Recovery panel.ģ. Select the Recovery tab in the left sidebar. Scroll down to the Update & Recovery tab at the bottom of the Windows Settings index.Ģ. This will open a new index and search bar under the Windows Settings header.ġ. It should be just above the Taskbar icon and your PC’s shutdown options. Select the Settings button, indicated by a white gear icon. Open the Windows Taskbar at the lower left corner of your screen. It’s also important to remember that different methods may only apply to some users. In this procedure, you’ll rely on your device’s BIOS or UEFI (the contemporary equivalent of a BIOS interface) to check CPU temperature, as well as other hardware information and settings. First, let’s look at the DIY method for checking CPU temp on a Windows 10 computer.
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