![]() ![]() It gives you a few options but nothing in the way of temperature monitoring or fanĬontrol. ![]() This was the first thing I checked out, since it came as part of the proprietary graphics driver path-to-run-file" so that you can ask it to generate RHEL6 RPM's for you. Temperature and vastly improved performance along with fan controllability should point you toĭownload the ".run" file from ATI and give it execute permission, install "rpmbuild" on your Switching to ATI's proprietary driver set were too great to ignore. Normally I am an advocate for using the open source drivers. I ended up trying a few things to solve the GPU "noisy fan" issue. Lm_sensors, which at the time of this writing can be used to monitor GPU temperature, butįancontrol cannot control the GPU fan(s). Sitting at the desktop, no applications opened or anything. However, the GPU constantly ran around 70 degrees Celsius, even while just Well, acceptable for someone who doesn't typically Things looked great and the acceleration seemed very acceptable (full frame rate running NexuizĬlassic with all settings turned up to max). My only remaining complaint was the noise from my ATI Radeon card. Everything is stable and super-fast, and I am happy. I am currently running Scientific Linux, using software only from Versions, my confidence in the distribution has been tarnished. Traditionally I have used Ubuntu for a Linux desktop, but in the most recent Since then I have gone back to my favorite Linuxĭesktop (GNOME 2). At the time, I was running Windows 7, which was super-easy toįind a fan control program for (MSI Afterburner). I have found this new sensors method stable for quite a while.A while ago I posted an article on Running an Apple 27" LED Cinema display on a With temperature=$(sensors -A drivetemp-scsi-5-0|grep temp1|tr -s ' '|cut -d '+' -f 2|cut -d '.' -f1 ) Given that hddtemp is going away in the next Debian release, I've changed mine to use "drivetemp", which can be read from sensors so I'll replace: temperature=$(hddtemp -n /dev/sdc 2>/dev/null) # Set base temp if we got nothing in stdout, this mean we are asleep Temperature=$(hddtemp -n /dev/sdc 2>/dev/null) This has been stable for me: FILE=/tmp/Hddtemp I found Mathew Wai's answer really good, but I ran into some issues with drives sleeping and temperature data corruption. Note that "HDD_temp" and "Hddtemp" are the script file and output file respectively. Then, the fan controlled by “ hwmon1/pwm1” will respond to “ /Fancontrol/Hddtemp”, the hard disk temperature. Save the file and run the following command to restart Fancontrol. Replace it with “ /Fancontrol/Hddtemp”, and the line will become: the chipset temperature) currently read by Fancontrol. On that line, “ hwmon1/temp1_input” is the temperature (e.g. (7) Run the following command to edit “ fancontrol”, the configuration file.įind the line that begins with “ FCTEMPS”. Then, the script “ HDD_temp” will be run as a system service at Linux startup. Sudo chmod 664 /lib/systemd/system/HDD_rvice (6) Run the following commands one by one: (5) Copy the following lines into the file and save it. (4) Run the following command to create a service file. (3) Run the following command to make it executable. (2) Copy the following script into the file and save it. Sudo mkdir -p "/Fancontrol/" & sudo xed /Fancontrol/HDD_temp (1) Run the following command to create a script file. If you have not yet configured Fancontrol, see this page, this page, and this page and run the following commands one by one (restart Linux after running the first one): Replace “ /dev/sda” with the correct one in the script if necessary. Use only the one supported by Hddtemp, which will display the temperature rather than “S.M.A.R.T. Press Ctrl + Alt + T to open Terminal and run the following command to check whether “ /dev/sda” is the correct one: In the following script, “ /dev/sda” is the hard disk to be monitored, and “ /Fancontrol/Hddtemp” is the output file to be read by Fancontrol. I finally found a simple script to control fan speed according to hard drive temperature via Fancontrol, Hddtemp, and Lm-sensors. ![]()
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