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Here we are going to focus on the configuration. Please compare with /etc/fancontrol.conf in ASUS N550JV. The configuration below works fine for me on my 15.04, although there are some parameters which are not yet in the ASUS N550JV distribution. This configuration should not be used on any other distributions.

To tell fancontrol which fan you want to control and also disable the other fans you have to load the appropriate modules before using fancontrol. If you get an error “No support for fan [index]” when trying to use fancontrol, please also check whether the relevant lm_sensors modules are loaded, i.e. run the command “cat /proc/modules | grep lm_sensors”.

[fan] index = 1 # select first fan device = "/sys/devices/platform/asus-nb-wmi/fan[1]/value" # select sensor mode = "0 0" # reverse mode target = "< 60 * 10000" # set rpm min and max values max_rpm = "40000" min_rpm = "10" use_full_pwm = "1" # enable fan control

A warning: fancontrol can not read current fan speed, so this will not be useful. If you need to know current fan speed, read data from a file. I use /sys/devices/platform/asus-nb-wmi/fan[1]/fan[1]/current_rpm, but fancontrol may read faster. The following lines in /etc/fancontrol.conf have to be included as well:

[fan] index = 1 # select first fan device = "/sys/devices/platform/asus-nb-wmi/fan[1]/type" # type sensor mode = "0 0" # reverse mode target = "< 60 * 10000" max_rpm = "40000" min_rpm = "10" use_full_pwm = "1" # enable fan control

The following parameters are already included by default in /etc/fancontrol.

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If you have a bios that shows the fan speed in the configuration settings (fan speed control and/or the intel generic thermal driver) or it shows the fan speed on the displays (fan speed can be set via therse, there is no generic driver for it in this release). Then you can control your fans using the intel thermal driver. Just go ahead and keep using fancontrol as the thermal driver will probably be your best bet.

# make sure you have the latest version of the file cat

# this is a one-liner for the intel thermal driver echo '0 0' > /sys/class/thermal/thermal_zone/temp > /sys/class/thermal/thermal_zone/temp_input

What is FanControl v124?

Make sure fan control is installed.

# make sure you have the latest version of the file cat

# this is a one-liner for the intel thermal driver echo '0 0' > /sys/class/thermal/thermal_zone/temp > /sys/class/thermal/thermal_zone/temp_input

If your fans are not being controlled, you can try out fancontrol and see if that works. But make sure you add that intel thermal driver to /etc/modules.

In that case, add the file /usr/lib/fancontrol/pwmconfig-kernel-x86_64-native/hwmon_paths.bash to the runlevel 1 rc script /etc/rc1.d/S13fancontrol. This script gets executed with the lowest priority when you boot.

In /usr/lib/fancontrol/pwmconfig-kernel-x86_64-native, you will find the script to determine the sensors. The script has functions which are named as hwmon (such as hwmon_get_counter_temp), so you should be able to just add the path and value to this file:

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FanControl v124 Description

Just as a point of interest, I checked if the fan control feature was used when I used it. I didn't think that it was, which means that even though the code was buggy, it worked and it was not used. I don't know for sure, but it seems that a module for fan control is loaded before fancontrol.service, so this is unlikely to happen, especially with the fix. Even so, fancontrol could be used without this bug.

It seems that I have not properly updated the package naming to FanControl but with the change in the code, it now has the number v124. So we will check that the issue is still there. I just changed the package version to v124 in debian/control because it is easy to do.

This is where we are getting the actual readouts of the hardware! This is what we are actually writing to the hardware in a standardized form. We have a pwm module (1) that we are controlling. We have an input fan sensor (2) and another sensor (3) that is capable of providing temperature information. We also have a fan (4) and four sensors (5) capable of providing temperature information. The output of the fan and temperature output is then sent to a hwmon device. However, before we can use fancontrol to direct the hardware, we must make sure that hwmon is the right path it's talking to. We can get the hwmon paths by using cat and the udev tool. udev is the Linux subsystem that interfaces with hwmon and all other hardware on your system. So we can do:

You can now control fan speed of the specified hard disk device by using lm-sensors(8) and the fan control utility. Fancontrol can be installed to monitor drive temperature (in case of laptop) and then current fan speed of the hard disk. Current fan speed is shown in the configuration file. The command is as follows:

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FanControl v124 System Requirements

Windows: XP or newer
64 or 32-bit version
640x480 or 800x600 screens

What's new in FanControl v124

Added support for the LMS412AP controller.
Updated files to use new file-paths (/etc/modules-load.d/ and /etc/conf.d/).
Fixes for the new DMMIv2 definitions.
Support for more DMMIv2 sensors has been added.
Added support for new sensors from Nidec, MorphingCooling, Fintek, and TUNGSTEN. All of these are optional and not always detected.
Support for modules.conf is no longer required in /etc/conf.d. This config file now resides in /etc/modules-load.d/
Removed support for the Monitorix-4 and CCR/PR/L/G controllers. FanControl is a low-level-controller and needs to be told what it is managing. There's no point in loading a kernel module or using the Monitorix-4 or CCR/PR/L/G API's to do this in a way that's compatible.