Many of these modules require you to add acpi_enforce_resources=lax to the kernel command line to load. Installation methods are explained on the GitHub Readme. It displays CPU temperature, utilization, frequency and power. It is a terminal UI app, so running it over SSH is also possible. This often results in sensors being able to report various temperature and voltage readings, and the fancontrol script ( packaged separately in Debian/Ubuntu ) can be configured to manipulate the fan speed in response to the temperature readings. 6 Answers Sorted by: 45 If you would like to try a different option, you can try s-tui, a software we were working on. the problem is the same) 00GHz, 2275 MHz Intel (R) Configuration: Centos 6. You run sensors-detect and it will probe for known controllers and can configure the correct driver to be loaded to manipulate it. For example my main notebook, acer 5720, has semi broken fan control (they. Many of these hardware controllers can be detected by the lm-sensors package. Let us see all commands and examples in details. Save the configuration file Finally, run sensors command in Linux to see CPU and GPU temperature, including fan speed. Configure sensors by running sudo sensors-detect command. Generally the bios ACPI tables don't provide the fan interfaces and just leave it up to a hardware controller to manage. The procedure to find fan speed on Linux is as follows: First, install lm-sensors package using package manager. You might look in /sys/class/thermal and see if there are any fans that show up under there and if they can have their settings changed. Unfortunately, I have yet to see a single bios vendor actually comply with the standard. Fans are supposed to be managed by ACPI, which allows the kernel to cooperate with the bios to monitor temperature and adjust the fan speed automatically using bios provided rules.
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