[lm-sensors] Intel QST support in lm-sensors
Tim Boundy
gigaplex at gmail.com
Sat Feb 11 16:30:20 CET 2012
I've been reading through some old threads regarding support for Intel
QST in lm-sensors which have largely died out due to lack of
information from Intel or lack of functional kernel drivers etc. I've
just had a go at getting the Intel QST SDK up and running on my
machine and managed to get the sample StatTest application working.
The SDK was written against an old heci driver, but there's a new mei
driver in the mainline kernel (/dev/mei) which required a minor patch
to the Intel QST SDK (see https://github.com/gigaplex/Intel_QST_SDK).
Sample output:
tim at silverstone ~/Downloads/Intel_QST_SDK/src/Programs/StatTest/Unix $
sudo ./StatTest
Intel(R) Quiet System Technology Status Display Demo
Copyright (C) 2007-2008, Intel Corporation. All Rights Reserved.
The QST Subsystem is configured and operational
Current Lock Mask:
Configuration: Locked
Health Thresholds: Unlocked
Manual Fan Control: Unlocked
SST Bus Resources: Read-Only
Chipset Resources: Read-Only
Sensor Configuration/Status Summary:
Temperature Sensor 1:
Health: Normal
Usage: Processor Temperature
Reading: 58.21
NonCrit: 66.000
Crit: 68.000
NonRecov: 70.000
Temperature Sensor 2:
Health: Normal
Usage: Motherboard Temperature
Reading: 45.25
NonCrit: 80.000
Crit: 85.000
NonRecov: 90.000
Temperature Sensor 3:
Health: Normal
Usage: Ambient Air Temperature
Reading: 48.64
NonCrit: 55.000
Crit: 60.000
NonRecov: 65.000
Temperature Sensor 4:
Health: Normal
Usage: Motherboard Temperature
Reading: 53.12
NonCrit: 80.000
Crit: 85.000
NonRecov: 90.000
Temperature Sensor 5:
Health: Normal
Usage: I/O Controller Hub Temperature
Reading: 97.26
NonCrit: 105.000
Crit: 110.000
NonRecov: 120.000
Temperature Sensor 6:
Health: Normal
Usage: Memory Controller Hub Temperature
Reading: 77.67
NonCrit: 100.000
Crit: 105.000
NonRecov: 110.000
Fan Speed Sensor 1:
Health: Normal
Usage: Processor Thermal Module Fan
Reading: 1063
NonCrit: 300.000
Crit: 250.000
NonRecov: 200.000
Voltage Sensor 1:
Health: Normal
Usage: +12 Volts
Reading: 12.138
NonCrit Low: 11.400
Crit Low: 11.100
NonRecov Low: 10.800
NonCrit High: 12.600
Crit High: 12.900
NonRecov High: 13.200
Voltage Sensor 2:
Health: Normal
Usage: +5 Volts
Reading: 5.130
NonCrit Low: 4.750
Crit Low: 4.625
NonRecov Low: 4.500
NonCrit High: 5.250
Crit High: 5.375
NonRecov High: 5.500
Voltage Sensor 3:
Health: Normal
Usage: +3.3 Volts
Reading: 3.307
NonCrit Low: 3.135
Crit Low: 3.053
NonRecov Low: 2.970
NonCrit High: 3.465
Crit High: 3.548
NonRecov High: 3.630
Voltage Sensor 4:
Health: Normal
Usage: +1.5 Volts
Reading: 1.274
NonCrit Low: 1.100
Crit Low: 1.050
NonRecov Low: 1.000
NonCrit High: 1.550
Crit High: 1.600
NonRecov High: 1.650
Voltage Sensor 5:
Health: Normal
Usage: Processor Vcc
Reading: 1.291
NonCrit Low: 0.897
Crit Low: 0.797
NonRecov Low: 0.697
NonCrit High: 1.497
Crit High: 1.597
NonRecov High: 1.697
Fan Speed Controller Configuration/Status Summary:
Fan Speed Controller 1:
Health: Normal
Usage: Processor Fan Controller
Control: Manual
Duty Cycle: 2.95
Fan Speed Controller 2:
Health: Normal
Usage: Chassis Fan Controller
Control: Automatic
Duty Cycle: 30.56
End of Report
My machine is using an Intel DG965MQ motherboard, running Arch Linux
with kernel 3.2.5. Perhaps now is a good time for a lm-sensors
developer to take another look at this?
Cheers,
Tim Boundy
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