![]() After that, run the following to check if it detected the sensors correctly:Ĭore 0: +29.0☌ (high = +76.0☌, crit = +100.0☌) This will detect all of the sensors present and they will be used for fancontrol. Check the official lm-sensors devices table to see if experimental drivers are available for such motherboards. Support for newer motherboards may not yet be in the Linux kernel. fw-ectool-git AUR - Fan configuration for Framework Laptops.įancontrol is a part of lm_sensors, which can be used to control the speed of CPU/case fans.ISW-Modern - Fan control application for MSI laptops.fan2go-git AUR - An alternative to Fancontrol independent of device-paths.ASUS laptops - Configure some ASUS laptops for Fancontrol or manual control.Lenovo Legion Linux - Fan speed configuration and other settings for some Lenovo Legion laptops.ThinkPad laptops - Fan configuration for some ThinkPad laptops.Dell laptops - Alternative fan control daemon for some Dell laptops.Most suitable for latest, unsupported by Fancontrol laptops. NoteBook Fan Control (NBFC) - Cross-platform solution for laptop fan control, written in C# and works under Mono runtime.Most suitable for desktops and laptops, where fan controls are available via sysfs(5). Fancontrol (lm-sensors) - Script (written in Bash) to configure fan speeds.There are multiple working solutions for fan control for both desktops and notebooks. Here is some more information about this topic. In some cases, you will not be able to use the Fancontrol script due to incompatible cooling architecture (e.g. Some laptops have two fans for CPU and GPU, but the first fan cools down CPU and GPU at the same time, while the other one cools CPU only. Some laptops have single fan for both CPU and GPU and cools both at the same time. And thanks if you have your 2cents to give.Note: Laptop users should be aware about how cooling system works in their hardware. But when I play a game or mine, it gets hotter than I've ever seen it with any version of the OS. The temperature is always around 50C while just idle in BIOS, then Ubuntu displays it at 34C when idle. IDK maybe sensors are faulty or fans are failing This one is running at 65-70C with case open and a desk fan next to it. The other machine can mine in the case with CPU at 45C. I'm begining to get into crypto mining for a hobby and I noticed that this system's CPU is running really hot while mining compared to another one with similar hardware. I guess I'm wondering if I should just backup my /home and reinstall or is there some sort of advice I can get regarding this? Im sorry this is really confusing, not sure what I'm asking here. Now it seems that whatever I change in the BIOS for certain fans (the exhaust fans on motherboard sys fan headers) I cant seem to get them to react to the temperatures fluctuations the way I set in the BIOS. I heard that tlp was good enough for this sort of task so I installed that package. ![]() After realizing I may have caused some damage to my system configs regarding fancontrol, I ended up completely removing fancontrol package and the gui I compiled. I setup some profiles and it seemed to make things more hot and complicated than fresh install. ![]() This was the first thing I ever compiled by myself and it worked, but I was left with a lot of different fans and sensors. So I found this GUI to control the fans: The last prompt went something like, "make sure fans are back to normal." Well I clearly was pushed back by the cyclone that is pwmconfig, and needed an easier way to modify /etc/fancontrol. I went through all the steps in the first answer but after running sudo pwmconfig and going through the steps I was left with my GPU fan rolling at 100% and I was stressing out because I didn't want it to break. ![]() It was running fairly quiet in 18.04, and I noticed that it had become a bit too noisy for my taste when I upgraded, so I set off to fix it. I had a bit of a problem with one machine after I did a fresh install of focal. Messing with fancontrol / pwmconfig blew way over my head. I got myself in pretty deep with what I should have left alone or left up to BIOS to control. ![]()
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