![]() ![]() 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. This would basically get the job done if it works on the rMBP as well, but I'd prefer something friendlier.Note: Laptop users should be aware about how cooling system works in their hardware. When I did this sort of experimenting on my Macbook Air there seemed to be a method which involved setting the desired setting in smcFanControl in OS X and then sometimes rebooting into windows would have the setting stick. My understanding is that under OS X I can use the smcFanControl app to manually specify the fan RPMs, but I have not been able to find a similar way to control or fix the fan speed once I am booted into Windows. So long as the 105 degree Tj Max point is not passed the computer keeps up with whatever game you're playing just fine. So I hope this makes it clear that Apple's fan speed scaling is a bit on the conservative side when the temperatures are high.įrom what I can tell, once you get the machine nice and toasty and the load "stabilizes" it will generally be in a state of equilibrium where the CPU core temperatures hover in the high 80's and 90 degrees C, making occasional excursions above 100 degrees C. I know that the fans are capable of running higher than the highest they have been recorded to run which is in the neighborhood of 4900 RPM, they should be capable of going to 6000 RPM, which, even though it would be noisy would be keeping the CPU cooler, which is a good thing in my book. This is somewhat inconvenient of course, as it means the CPU has reached a temperature that it should never reach, and also requires a reboot. Gaming on the rMBP under Windows 7 is a very good experience but I have noticed that unless I elevate the chassis there is a tendency for the automatically regulated fan speed to fail to engage a rising computational load fast enough to keep the CPU under thermal shutdown temperature (Tj max) and freeze the machine. ![]()
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