Since every PC manufacturer does things differently and PC internals differ from version to version, it is not always 100% certain that an operating system you have installed will recognize every single sensor on your motherboard.

If they overheat, your computer could crash (or worse). You see, every motherboard contains various sensors that monitor things like temperature – and your PC’s temperature is pretty important. However, the process reminded me of a tool that can give Linux a boost with your hardware.Īlso: The Best Linux Distros for Beginners

Ultimately, installing the System76 firmware, which is required to properly control the fans, fixed the issue. This put me through a few rabbit holes before I was able to fix the issue. Under another operating system, the fans ran constantly. However, something interesting happened to my System76 Thelio desktop that I had never experienced before. The transition went pretty smoothly for the most part. Use the following command.I recently switched from Pop!_OS to Ubuntu Budgie as my primary operating system. You can also install a GUI tool for monitoring CPU and other hardware temperature sensors. Video: lm-sensors - Monitor CPU Temperature Psensor GUI Tool Notice that it shows the temperature for each individual core of my CPU. Here is some example output from my system. You can generally accept the defaults for most questions that it asks you.įinally the sensors command can be used to check the temperature values detected by the sensors on your system. You are going to want to run the following to detect which sensors are available on your system. You can start out by installing the lm-sensors and hddtemp packages if you don’t already have them. Today we are going to show you how to use lm-sensors to monitor the temperature of your CPU on Ubuntu Linux. How to Use lm-sensors to Monitor CPU Temperature on Ubuntu Linux

Ubuntu temperature monitor