FanControl’s graph type gives you the option to customize the graph type to suit your needs. However, for an easier use, we are given the default graph type. Depending on the temperature, the fan speed will be either increased or decreased accordingly. This is a very useful tool in overclocking with a large fan curve. Below are the different fan curve types:

Since fancontrol is initscript, it runs on every start. Starting at boot, fancontrol will check what fans are plugged in and what the current speed is, and configure fans if possible. At the time of writing, fancontrol is only capable of controlling the following fans:

• desktop
• desktop-laptop
• laptop
• server
• laptop-wifi
• laptop-bluetooth
• laptop-noise
• laptop-noise-reduction
• laptop-fan
• laptop-led
• laptop-heatsink

The /etc/fancontrol.conf file now lists a keyboard shortcut to show/hide the fan control GUI. It also has the option to automatically shut down the fans when the machine goes to suspend. Changes to /etc/fancontrol.conf will take effect the next time you restart fancontrol.

I tried to use fancontrol to control the GPU fan. It never recognized that my mobo supported fan control, or if it did, it just spazzes out. I suspect that I have to specify the hardware interfaces to send commands to in the configuration file, which I have not yet gotten to figure out. Other than that, nothing much.

Okay, I had some problems getting fancontrol to notice the GPU fans. It seemed to work, but it was just not very accurate. I suspect that the device being used to get temperature data is entirely different than the device that the fans are driving, but I am not 100% sure. I’d be willing to bet that the sensor is the one that does the job, just as I’d be willing to bet that the fan is not driving the sensor. I don’t think that this is a problem worth having to devote time to figuring out. The patch is in the email if anyone wants to play with it. At some point, I will have to either get more fans and re-do this with that or figure out how to get fancontrol to control the sensors. Probably they’re two different plugins, but I don’t know if one is embedded or created from the other. I am not sure how much more I’ll be able to do with fancontrol until I figure it out. If anyone comes up with a way to use lm-sensors for fan control (or better yet, a way to completely bypass lm-sensors) I’ll gladly listen to the suggestion. Thanks!

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In case of having failed to get accurate PWM with fancontrol, but you know that the fan is configured correctly, and you have added hddtemp to the script, the following command may help. There is a bug in hddtemp in Ubuntu 18.04 LTS, see the link below. To see if this works, try running sudo hddtemp -O /dev/sda in Terminal, and if all goes well, the fan should come on. If it doesnt, try running sudo hddtemp -O /dev/sda and running the fancontrol script with the additional line #command "sudo hddtemp -O /dev/sda".

If you are experiencing an error with Fancontrol, it could be caused by a simple syntax error in /etc/default/fancontrol. After you have updated to Fancontrol v124, please run the following command in Terminal:

sudo apt-get update

sudo apt-get upgrade

sudo apt-get install -f

If you still have the same error, you can change the path to the Hddtemp script. Edit /etc/default/fancontrol to look like the following:

I’m constantly playing with fancontrol and recently came up with a method to go beyond the capabilities of the currently used scripts. This method would allow for variable speeds, hysteresis, sensitivity, lower level control of the fans, and a bonus, now that it’s all set to the default, you can stop using fancontrol.

You’ll want to be aware that the hardware interfaces can be configured differently between different motherboard manufacturers. This is something you’ll need to determine on your own, as FanControl can’t assume this information is always available. Be sure to backup your current configuration before proceeding.

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The low-resolution of the hwmon devices is a major concern with fancontrol. The current limit is 4,096 fan-leds. The support is also limited to 4.096-bit fans, with some direct-current control pins implemented in the userspace driver. This makes fancontrol not capable of adjusting PWM frequency in direct-current mode. The limit might change in the future.

As the hwmon interfaces are controlled by one of the modules, the fan-leds are always high. The fan-leds might be disabled by the ACPI or the modules if the fan is not used. As fancontrol and the kernel modules are not aware of this, fancontrol switches to the default 0 (i.e. not controlled by fan-leds). This might also contribute to the fan not working.

This is the fun and the suprise part! Today, fancontrol gets a lot of functionality from the userspace application. Its binary might be /usr/bin/fancontrol or /usr/local/bin/fancontrol. This means that you are free to use it how ever you want. Just read its manual, and try to make it work. A lot of the configuration might vary from the standard usage. This also means that you can change /sys/modules/fancontrol/parameters.use by altering this file.

The file /etc/fancontrol.conf is read before fancontrol tries to interact with the hardware. This is usually only needed in special cases where the /etc/fancontrol file is not sufficient. The file has a section at the top where the paths to the hwmon paths are specified. Some problems are described at the bottom of the file. It is recommended that you try to comment the line that says conf.

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FanControl v124 System Requirements

• Bare metal support - This code assumes linux-2.6.35 and the kernel hwmon drivers
  are loaded for your system.
• Please see the FAQ for setup and configuration instructions
• Infinite loop control should work without loopback use, but will not work
  with hwmon0 and hwmon1 hotpluged on i2c busses

FanControl v124 Features

• Corresponding driver update
• Manual fan control via /usr/bin/fancontrol.sh
• Custom fan speed curve for the GPU fan
• Programmed fan speed = n = 33000rpm/n = 638rpm

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