;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; ;;
;; File: QstCfgATXIP.ini ;;
;; ;;
;; Version: 2.1 ;;
;; ;;
;; Description: Sample configuration file for Intel(R) Quiet System ;;
;; Technology (QST). This particular file provides a ;;
;; configuration for (ATX) IbexPeak EV/CRB boards that ;;
;; have a Viers Mill SST device at default address 0x49. ;;
;; ;;
;; Notes: 1. An alternate version of this file, QstCfgATXIP4A.ini, ;;
;; provides support for those boards whose Viers Mill ;;
;; device appears at (alternate) address 0x4A. ;;
;; ;;
;; 2. Support is provided in this configuration for the ;;
;; standard sensors and controllers provided by any ;;
;; IbexPeak platform. This includes the temperature ;;
;; sensors in the PCH and the Processor (Core and MCH) ;;
;; and the (4) fan speed sensors and (4) fan speed ;;
;; controllers that are provided by the PCH. ;;
;; ;;
;; 3. Support is provided for a single SST sensor device, a ;;
;; Viers Mill device providing two temperature sensors, ;;
;; monitoring ambient temperatures, and five voltage ;;
;; sensors, monitoring the standard set of voltages (12V, ;;
;; 5V, 3.3V, MCH Vcc and CPU Vcc (Vccp)). ;;
;; ;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; ;;
;; INTEL CONFIDENTIAL ;;
;; Copyright (c) 2005-2009, Intel Corporation. All Rights Reserved. ;;
;; ;;
;; The information contained or described herein and all documents ;;
;; related to the information ("Material") are owned by Intel Corporation ;;
;; or its suppliers or licensors. Title to the Material remains with ;;
;; Intel Corporation or its suppliers and licensors. The Material ;;
;; contains trade secrets and proprietary and confidential information of ;;
;; Intel or its suppliers and licensors. The Material is protected by ;;
;; worldwide copyright and trade secret laws and treaty provisions. No ;;
;; part of the Material may be used, copied, reproduced, modified, ;;
;; published, uploaded, posted, transmitted, distributed, or disclosed in ;;
;; any way without Intel's prior express written permission. ;;
;; ;;
;; No license under any patent, copyright, trade secret or other ;;
;; intellectual property right is granted to or conferred upon you by ;;
;; disclosure or delivery of the Materials, either expressly, by ;;
;; implication, inducement, estoppel or otherwise. Any license under such ;;
;; intellectual property rights must be express and approved by Intel in ;;
;; writing. ;;
;; ;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
[Compatibility]
Format=2.0
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; ;;
;; Usage Field Enumerations for Monitor/Response/Controller Definitions ;;
;; ;;
;; 1. These fields will be used by the F/W to determine how/where to ;;
;; apply updates (received from the BIOS) to thresholds, etc. For ;;
;; example, if we receive a Tcontrol update, it will be applied to ;;
;; those Temperature Response definitions that indicate they are for ;;
;; Processor temperature handling. ;;
;; ;;
;; 3. The enumerations below are NOT exhaustive; they are just what's ;;
;; defined at this time. ;;
;; ;;
;; Temperature Monitor Definitions: ;;
;; ;;
;; 0 - Unknown/Other ;;
;; 1 - CPU Core Temperature ;;
;; 2 - CPU Die/Package Temperature (i.e. diode) ;;
;; 3 - ICH Temperature ;;
;; 4 - MCH Temperature ;;
;; 5 - VR Temperature ;;
;; 6 - Memory Temperature ;;
;; 7 - Motherboard Temperature ;;
;; 8 - Ambient Air Temperature ;;
;; 9 - Processor Inlet Air Temperature ;;
;; 10 - System Inlet Air Temperature ;;
;; 11 - System Outlet Ait Temperature ;;
;; 12 - PSU Internal/Hotspot Temperature ;;
;; 13 - PSU Inlet Air Temperature ;;
;; 14 - PSU Outlet Air Temperature ;;
;; 15 - Hard Drive Temperature ;;
;; 16 - GPU Temperature ;;
;; 17 - IOH Temperature ;;
;; 18 - PCH Temperature ;;
;; ;;
;; Voltage/Current Monitor Definitions: ;;
;; ;;
;; 0 - Unknown/Other ;;
;; 1 - +12v ;;
;; 2 - -12v ;;
;; 3 - +5v ;;
;; 4 - +5v Backup ;;
;; 5 - -5v ;;
;; 6 - +3.3v ;;
;; 7 - +2.5v ;;
;; 8 - +1.5v ;;
;; 9 - CPU 1 Vccp ;;
;; 10 - CPU 2 Vccp ;;
;; 11 - CPU 3 Vccp ;;
;; 12 - CPU 4 Vccp ;;
;; 13 - PSU Input voltage ;;
;; 14 - MCH Vcc ;;
;; 15 - +3.3v Standby ;;
;; 16 - CPU Vtt Voltage ;;
;; 17 - +1.8v ;;
;; 18 - PCH Vcc ;;
;; ;;
;; Fan Monitor/Controller Definitions: ;;
;; ;;
;; 0 - Unknown/Other ;;
;; 1 - CPU Cooling Fan ;;
;; 2 - CPU Thermal Module Fan ;;
;; 3 - MCH Cooling Fan ;;
;; 4 - VR Cooling Fan ;;
;; 5 - Chassis Cooling Fan ;;
;; 6 - Chassis Inlet Fan ;;
;; 7 - Chassis Outlet Fan ;;
;; 8 - PSU Cooling Fan ;;
;; 9 - PSU Inlet Fan ;;
;; 10 - PSU Outlet Fan ;;
;; 11 - Hard Drive Cooling Fan ;;
;; 12 - GPU Cooling Fan ;;
;; 13 - Auxiliary Fan ;;
;; 14 - IOH Cooling Fan ;;
;; 15 - PCH Cooling Fan ;;
;; ;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; ;;
;; Temperature Monitor Definition ;;
;; ;;
;; Enabled - Indicates whether the Monitor is enabled ;;
;; ("TRUE"|"FALSE"). If set to FALSE, all ;;
;; other parameters in the same section ;;
;; will be ignored. ;;
;; ;;
;; Usage - Indicates the usage for this monitor. ;;
;; ;;
;; DeviceAddress - Specifies the SST Bus address of the ;;
;; device containing the actual sensor. If ;;
;; no sensor is involved (a Host CPU-based ;;
;; S/W entity is providing all sensor ;;
;; readings), this field will be set to ;;
;; "NONE". ;;
;; ;;
;; GetReadingCommand - Specifies the command byte used to ;;
;; obtain temperature readings from this ;;
;; sensor. This field is ignored if no ;;
;; sensor is associated with this Monitor. ;;
;; ;;
;; RelativeReadings - Indicates if the sensor (or supporting ;;
;; S/W) returns readings relative to (+/- ;;
;; offset from) some particular temp ;;
;; target ("TRUE"|"FALSE"). Specifying ;;
;; "FALSE" indicates that readings are ;;
;; returned in absolute (degrees celsius) ;;
;; form. ;;
;; ;;
;; RelativeConversionFactor - Specifies a temp offset conversion value ;;
;; that converts realtive temperatures into ;;
;; absolute temperatures. If unknown or ;;
;; nonexistent, this field should be set to ;;
;; 0 (zero). ;;
;; ;;
;; AccuracyCorrectionSlope - These fields specify the Correction ;;
;; AccuracyCorrectionOffset Factors that are used to correct for ;;
;; inaccuracies in the temperature readings ;;
;; that are obtained from the temperature ;;
;; sensor. Temperature correction is ;;
;; performed using an equation of form ;;
;; "Y=MX+B", where "M" is the Slope ;;
;; Correction Factor and "B" is the Offset ;;
;; Correction Factor. For sensors that do ;;
;; not require or do not have an available ;;
;; Slope Correction Factor, specify value ;;
;; 1.0. For sensors that do do not require ;;
;; or do not have an available Offset ;;
;; Correction Factor, specify value 0.0. ;;
;; ;;
;; TimeoutNonCritical - Specifies the amount of time, in ;;
;; seconds, that a sensor can remain un- ;;
;; available (not provide updated readings) ;;
;; before placing it into the non-critical ;;
;; state. ;;
;; ;;
;; TimeoutCritical - Specifies the amount of time, in ;;
;; seconds, that a sensor can remain un- ;;
;; available (not provide updated readings) ;;
;; before placing it into the critical ;;
;; state. ;;
;; ;;
;; TimeoutNonRecoverable - Specifies the amount of time, in ;;
;; seconds, that a sensor can remain un- ;;
;; available (not provide updated readings) ;;
;; before placing it into the non- ;;
;; recoverable state. Prior to this timeout ;;
;; occuring, the last successfully-received ;;
;; temp. reading will be used for fan speed ;;
;; control. Once this timeout occurs, the ;;
;; lack of readings will predicate the fans ;;
;; being overridden to full duty cycle to ;;
;; protect the machine. ;;
;; ;;
;; TemperatureNominal - Specifies the nominal temperature for ;;
;; this sensor. For CPU temperatures, this ;;
;; value may be specified is 0. In this ;;
;; case, the values will be replaced with ;;
;; the Tcontrol temperature for the CPU. ;;
;; For other temperature inputs, this value ;;
;; should be specified as an absolute temp. ;;
;; ;;
;; TemperatureNonCritical - Specifies the temp above which a Non- ;;
;; Critical status will be reported. For ;;
;; CPU temperatures - and only if 0 is ;;
;; specified for the Nominal Temperature, ;;
;; this value is specified as an offset. ;;
;; This offset will be added to the ;;
;; Tcontrol temperature for the CPU, in ;;
;; order to arrive at the actual temp. ;;
;; value. For other temperature inputs, ;;
;; this value is specified as an absolute ;;
;; temperature. ;;
;; ;;
;; TemperatureCritical - Specifies the temp above which a ;;
;; Critical status will be reported. For ;;
;; CPU temperatures - and only if 0 is ;;
;; specified for the Nominal Temperature, ;;
;; this value is specified as an offset. ;;
;; This offset will be added to the ;;
;; Tcontrol temperature for the CPU, in ;;
;; order to arrive at the actual temp. ;;
;; value. For other temperature inputs, ;;
;; this value is specified as an absolute ;;
;; temperature. ;;
;; ;;
;; TemperatureNonRecoverable - Specifies the temp above which a Non- ;;
;; Recoverable status will be reported. For ;;
;; CPU temperatures - and only if 0 is ;;
;; specified for the Nominal Temperature, ;;
;; this value is specified as an offset. ;;
;; This offset will be added to the ;;
;; Tcontrol temperature for the CPU, in ;;
;; order to arrive at the actual temp. ;;
;; value. For other temperature inputs, ;;
;; this value is specified as an absolute ;;
;; temperature. ;;
;; ;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
[TemperatureMonitor1]
Enabled=TRUE
Usage=1 ;; Processor Core Temperature
DeviceAddress=0x20 ;; Chipset Resource
GetReadingCommand=0x02 ;; Get CPU 1 Temperature
RelativeReadings=FALSE
RelativeConversionFactor=0.00
AccuracyCorrectionSlope=1.00
AccuracyCorrectionOffset=0.00
TimeoutNonCritical=1
TimeoutCritical=2
TimeoutNonRecoverable=4
TemperatureNominal=0.00 ;; Tcontrol
TemperatureNonCritical=6.00 ;; Tcontrol + 6.00
TemperatureCritical=8.00 ;; Tcontrol + 8.00
TemperatureNonRecoverable=10.00 ;; Tcontrol + 10.00
[TemperatureMonitor2]
Enabled=TRUE
Usage=4 ;; Memory Controller Hub (MCH) Temperature
DeviceAddress=0x20 ;; Chipset Resource
GetReadingCommand=0x01 ;; Get MCH Temperature
RelativeReadings=FALSE
RelativeConversionFactor=0.00
AccuracyCorrectionSlope=1.00
AccuracyCorrectionOffset=0.00
TimeoutNonCritical=1
TimeoutCritical=2
TimeoutNonRecoverable=4
TemperatureNominal=98.00
TemperatureNonCritical=103.00
TemperatureCritical=105.00
TemperatureNonRecoverable=107.00
[TemperatureMonitor3]
Enabled=TRUE
Usage=18 ;; Peripheral Controller Hub (PCH) Temperature
DeviceAddress=0x20 ;; Chipset Resource
GetReadingCommand=0x00 ;; Get PCH Temperature
RelativeReadings=FALSE
RelativeConversionFactor=0.00
AccuracyCorrectionSlope=1.00
AccuracyCorrectionOffset=0.00
TimeoutNonCritical=1
TimeoutCritical=2
TimeoutNonRecoverable=4
TemperatureNominal=98.00
TemperatureNonCritical=113.00
TemperatureCritical=117.00
TemperatureNonRecoverable=121.00
[TemperatureMonitor4]
Enabled=FALSE ;; Enable this TM if diode attached to header
;; on EV/CRB board
Usage=8 ;; Ambient Air Temperature
DeviceAddress=0x49 ;; Viers Mill Device
GetReadingCommand=0x01 ;; Get External Diode Temperature
RelativeReadings=FALSE
RelativeConversionFactor=0.00
AccuracyCorrectionSlope=1.00
AccuracyCorrectionOffset=0.00
TimeoutNonCritical=1
TimeoutCritical=2
TimeoutNonRecoverable=4
TemperatureNominal=50.00
TemperatureNonCritical=55.00
TemperatureCritical=60.00
TemperatureNonRecoverable=65.00
[TemperatureMonitor5]
Enabled=TRUE
Usage=7 ;; Motherboard Temperature
DeviceAddress=0x49 ;; Viers Mill Device
GetReadingCommand=0x00 ;; Get Internal Temperature
RelativeReadings=FALSE
RelativeConversionFactor=0.0
AccuracyCorrectionSlope=1.0
AccuracyCorrectionOffset=0.0
TimeoutNonCritical=1
TimeoutCritical=2
TimeoutNonRecoverable=4
TemperatureNominal=60.00
TemperatureNonCritical=80.00
TemperatureCritical=85.00
TemperatureNonRecoverable=90.00
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; ;;
;; Fan Monitor Definition ;;
;; ;;
;; Enabled - Indicates whether the Monitor is enabled ;;
;; ("TRUE"|"FALSE") ;;
;; ;;
;; Usage - Indicates type of usage for this sensor. ;;
;; ;;
;; DeviceAddress - Specifies the SST Bus address of the ;;
;; device containing the actual sensor. ;;
;; ;;
;; GetAttributesCommand - Specifies the command byte used to ;;
;; obtain attribute information for the ;;
;; sensor. ;;
;; ;;
;; GetReadingCommand - Specifies the command byte used to ;;
;; obtain temperature readings from this ;;
;; sensor. ;;
;; ;;
;; FanSpeedNominal - Specifies the nominal speed at which the ;;
;; associated fan operates. ;;
;; ;;
;; FanSpeedNonCritical - Specifies the fan speed below which a ;;
;; Non-Critical status will be reported. ;;
;; ;;
;; FanSpeedCritical - Specifies the fan speed below which a ;;
;; Critical status will be reported. ;;
;; ;;
;; FanSpeedNonRecoverable - Specifies the fan speed below which a ;;
;; Non-Recoverable status will be reported. ;;
;; ;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
[FanMonitor1]
Enabled=TRUE
Usage=1 ;; Processor Fan
DeviceAddress=0x20 ;; Chipset Resource
GetAttributesCommand=0x0E ;; Get Fan Sensor 1 Attributes
GetReadingCommand=0x1E ;; Get Fan Sensor 1 Speed
FanSpeedNominal=2500
FanSpeedNonCritical=300
FanSpeedCritical=250
FanSpeedNonRecoverable=200
[FanMonitor2]
Enabled=TRUE
Usage=6 ;; Chassis Inlet Fan
DeviceAddress=0x20 ;; Chipset Resource
GetAttributesCommand=0x0F ;; Get Fan Sensor 2 Attributes
GetReadingCommand=0x1F ;; Get Fan Sensor 2 Speed
FanSpeedNominal=2000
FanSpeedNonCritical=300
FanSpeedCritical=250
FanSpeedNonRecoverable=200
[FanMonitor3]
Enabled=TRUE
Usage=7 ;; Chassis Outlet Fan
DeviceAddress=0x20 ;; Chipset Resource
GetAttributesCommand=0x10 ;; Get Fan Sensor 3 Attributes
GetReadingCommand=0x20 ;; Get Fan Sensor 3 Speed
FanSpeedNominal=2000
FanSpeedNonCritical=300
FanSpeedCritical=250
FanSpeedNonRecoverable=200
[FanMonitor4]
Enabled=TRUE
Usage=13 ;; Auxiliary Fan
DeviceAddress=0x20 ;; Chipset Resource
GetAttributesCommand=0x11 ;; Get Fan Sensor 4 Attributes
GetReadingCommand=0x21 ;; Get Fan Sensor 4 Speed
FanSpeedNominal=2000
FanSpeedNonCritical=300
FanSpeedCritical=250
FanSpeedNonRecoverable=200
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; ;;
;; Voltage Monitor Definition ;;
;; ;;
;; Enabled - Indicates whether the Monitor is enabled ;;
;; ("TRUE"|"FALSE") ;;
;; ;;
;; Usage - Indicates type of usage for this sensor. ;;
;; ;;
;; DeviceAddress - Specifies the SST Bus address of the ;;
;; device containing the actual sensor. ;;
;; ;;
;; GetReadingCommand - Specifies the command byte used to ;;
;; obtain readings from this sensor. ;;
;; ;;
;; AccuracyCorrectionSlope - These fields specify the Correction ;;
;; AccuracyCorrectionOffset Factors that are used to correct for ;;
;; inaccuracies in the readings that are ;;
;; obtained from the voltage sensor. The ;;
;; correction is performed using an ;;
;; equation of form "Y=MX+B", where "M" is ;;
;; the Slope Correction Factor and "B" is ;;
;; the Offset Correction Factor. For ;;
;; sensors that do not require or do not ;;
;; have an available Slope Correction ;;
;; Factor, specify value 1.0. For sensors ;;
;; that do do not require or do not have an ;;
;; available Offset Correction Factor, ;;
;; specify value 0.0. ;;
;; ;;
;; VoltageNominal - Specifies the nominal voltage, in milli- ;;
;; volts, for the sensor. If specified as ;;
;; 0, the nominal voltage will be ;;
;; established by sampling a voltage ;;
;; reading at the first available ;;
;; opportunity. ;;
;; ;;
;; UnderVoltageNonCritical - If a Nominal Voltage was specified, ;;
;; specifies the voltage threshold (milli- ;;
;; volts) below which a Non-Critical status ;;
;; will be reported. If no Nominal Voltage ;;
;; was specified, specifies the offset ;;
;; below the established Nominal voltage at ;;
;; which the threshold will be established. ;;
;; ;;
;; UnderVoltageCritical - If a Nominal Voltage was specified, ;;
;; specifies the voltage threshold (milli- ;;
;; volts) below which a Critical status ;;
;; will be reported. If no Nominal Voltage ;;
;; was specified, specifies the offset ;;
;; below the established Nominal voltage at ;;
;; which the threshold will be established. ;;
;; ;;
;; UnderVoltageNonRecoverable - If a Nominal Voltage was specified, ;;
;; specifies the voltage threshold (milli- ;;
;; volts) below which a Non-Recoverable ;;
;; status will be reported. If no Nominal ;;
;; Voltage was specified, specifies the ;;
;; offset below the established Nominal ;;
;; voltage at which the threshold will be ;;
;; established. ;;
;; ;;
;; OverVoltageNonCritical - If a Nominal Voltage was specified, ;;
;; specifies the voltage threshold (milli- ;;
;; volts) above which a Non-Critical status ;;
;; will be reported. If no Nominal Voltage ;;
;; was specified, specifies the offset ;;
;; above the established Nominal voltage at ;;
;; which the threshold will be established. ;;
;; ;;
;; OverVoltageCritical - If a Nominal Voltage was specified, ;;
;; specifies the voltage threshold (milli- ;;
;; volts) above which a Critical status ;;
;; will be reported. If no Nominal Voltage ;;
;; was specified, specifies the offset ;;
;; above the established Nominal voltage at ;;
;; which the threshold will be established. ;;
;; ;;
;; OverVoltageNonRecoverable - If a Nominal Voltage was specified, ;;
;; specifies the voltage threshold (milli- ;;
;; volts) above which a Non-Recoverable ;;
;; status will be reported. If no Nominal ;;
;; Voltage was specified, specifies the ;;
;; offset above the established Nominal ;;
;; voltage at which the threshold will be ;;
;; established. ;;
;; ;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
[VoltageMonitor1]
Enabled=TRUE
Usage=1 ;; +12 Volts
DeviceAddress=0x49 ;; Viers Mill Device
GetReadingCommand=0x10 ;; Get 12V Reading
AccuracyCorrectionSlope=1.00
AccuracyCorrectionOffset=0.00
VoltageNominal=12.000
UnderVoltageNonCritical=11.400
UnderVoltageCritical=11.100
UnderVoltageNonRecoverable=10.800
OverVoltageNonCritical=12.600
OverVoltageCritical=12.900
OverVoltageNonRecoverable=13.200
[VoltageMonitor2]
Enabled=TRUE
Usage=3 ;; +5 Volts
DeviceAddress=0x49 ;; Viers Mill Device
GetReadingCommand=0x11 ;; Get 5V Reading
AccuracyCorrectionSlope=1.00
AccuracyCorrectionOffset=0.00
VoltageNominal=5.000
UnderVoltageNonCritical=4.750
UnderVoltageCritical=4.625
UnderVoltageNonRecoverable=4.500
OverVoltageNonCritical=5.250
OverVoltageCritical=5.375
OverVoltageNonRecoverable=5.500
[VoltageMonitor3]
Enabled=TRUE
Usage=6 ;; +3.3 Volts
DeviceAddress=0x49 ;; Viers Mill Device
GetReadingCommand=0x12 ;; Get 3.3V Reading
AccuracyCorrectionSlope=1.00
AccuracyCorrectionOffset=0.00
VoltageNominal=3.300
UnderVoltageNonCritical=3.135
UnderVoltageCritical=3.053
UnderVoltageNonRecoverable=2.970
OverVoltageNonCritical=3.465
OverVoltageCritical=3.548
OverVoltageNonRecoverable=3.630
[VoltageMonitor4]
Enabled=TRUE
Usage=18 ;; Peripheral Controller Hub (PCH) Vcc
DeviceAddress=0x49 ;; Viers Mill Device
GetReadingCommand=0x13 ;; Get 2.5V Reading
AccuracyCorrectionSlope=1.00
AccuracyCorrectionOffset=0.00
VoltageNominal=1.050
UnderVoltageNonCritical=0.998
UnderVoltageCritical=0.971
UnderVoltageNonRecoverable=0.945
OverVoltageNonCritical=1.575
OverVoltageCritical=1.613
OverVoltageNonRecoverable=1.650
[VoltageMonitor5]
Enabled=TRUE
Usage=9 ;; Processor 1 Vccp
DeviceAddress=0x49 ;; Viers Mill Device
GetReadingCommand=0x14 ;; Get Vccp Reading
AccuracyCorrectionSlope=1.00
AccuracyCorrectionOffset=0.00
VoltageNominal=0.000 ;; Vccp
UnderVoltageNonCritical=-0.700 ;; Vccp - 0.700
UnderVoltageCritical=-0.800 ;; Vccp - 0.800
UnderVoltageNonRecoverable=-0.900 ;; Vccp - 0.900
OverVoltageNonCritical=0.700 ;; Vccp + 0.700
OverVoltageCritical=0.800 ;; Vccp + 0.800
OverVoltageNonRecoverable=0.900 ;; Vccp + 0.900
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; ;;
;; Current Monitor Definition ;;
;; ;;
;; Enabled - Indicates whether the Monitor is enabled ;;
;; ("TRUE"|"FALSE") ;;
;; ;;
;; Usage - Indicates type of usage for this sensor. ;;
;; ;;
;; DeviceAddress - Specifies the SST Bus address of the ;;
;; device containing the actual sensor. ;;
;; ;;
;; GetReadingCommand - Specifies the command byte used to ;;
;; obtain readings from this sensor. ;;
;; ;;
;; SensorType - Specifies whether readings are coming ;;
;; from a current ("Current") or voltage ;;
;; ("Voltage") sensor. ;;
;; ;;
;; AdjustmentSlope - For Current sensors, specify Slope and ;;
;; AdjustmentOffset Offset adjustment factors that are used ;;
;; to correct for inaccuracies in sensor ;;
;; readings. For Voltage sensors, specify ;;
;; Slope and Offset adjustment factors that ;;
;; are used to convert the voltage readings ;;
;; into current values. ;;
;; ;;
;; CurrentNominal - Specifies the nominal Current, in milli- ;;
;; watts, for the sensor. If specified as ;;
;; 0, the nominal Current will be ;;
;; established by sampling a Current ;;
;; reading at the first available ;;
;; opportunity. ;;
;; ;;
;; UnderCurrentNonCritical - If a Nominal Current was specified, ;;
;; specifies the Current threshold (milli- ;;
;; watts) below which a Non-Critical status ;;
;; will be reported. If no Nominal Current ;;
;; was specified, specifies the offset ;;
;; below the established Nominal Current at ;;
;; which the threshold will be established. ;;
;; ;;
;; UnderCurrentCritical - If a Nominal Current was specified, ;;
;; specifies the Current threshold (milli- ;;
;; watts) below which a Critical status ;;
;; will be reported. If no Nominal Current ;;
;; was specified, specifies the offset ;;
;; below the established Nominal Current at ;;
;; which the threshold will be established. ;;
;; ;;
;; UnderCurrentNonRecoverable - If a Nominal Current was specified, ;;
;; specifies the Current threshold (milli- ;;
;; watts) below which a Non-Recoverable ;;
;; status will be reported. If no Nominal ;;
;; Current was specified, specifies the ;;
;; offset below the established Nominal ;;
;; Current at which the threshold will be ;;
;; established. ;;
;; ;;
;; OverCurrentNonCritical - If a Nominal Current was specified, ;;
;; specifies the Current threshold (milli- ;;
;; watts) above which a Non-Critical status ;;
;; will be reported. If no Nominal Current ;;
;; was specified, specifies the offset ;;
;; above the established Nominal Current at ;;
;; which the threshold will be established. ;;
;; ;;
;; OverCurrentCritical - If a Nominal Current was specified, ;;
;; specifies the Current threshold (milli- ;;
;; watts) above which a Critical status ;;
;; will be reported. If no Nominal Current ;;
;; was specified, specifies the offset ;;
;; above the established Nominal Current at ;;
;; which the threshold will be established. ;;
;; ;;
;; OverCurrentNonRecoverable - If a Nominal Current was specified, ;;
;; specifies the Current threshold (milli- ;;
;; watts) above which a Non-Recoverable ;;
;; status will be reported. If no Nominal ;;
;; Current was specified, specifies the ;;
;; offset above the established Nominal ;;
;; Current at which the threshold will be ;;
;; established. ;;
;; ;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
[CurrentMonitor1]
Enabled=FALSE
Usage=
SensorType=
DeviceAddress=
GetReadingCommand=
AdjustmentOffset=
AdjustmentSlope=
CurrentNominal=
UnderCurrentNonCritical=
UnderCurrentCritical=
UnderCurrentNonRecoverable=
OverCurrentNonCritical=
OverCurrentCritical=
OverCurrentNonRecoverable=
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; ;;
;; Temperature Response Definition ;;
;; ;;
;; Enabled - Indicates whether the Monitor is enabled ;;
;; ("TRUE"|"FALSE") ;;
;; ;;
;; Usage - Indicates the source for the temperature ;;
;; values being responded to. ;;
;; ;;
;; TemperatureMonitor - Associated Temp Monitor (1-12) ;;
;; ;;
;; SmoothingWindow - Window for temperature smoothing (max 20 ;;
;; seconds) ;;
;; ;;
;; TemperatureLimit - Limit (target) temp ;;
;; ;;
;; ProportionalGain - Gain for Proportional response (%) ;;
;; ;;
;; IntegralGain - Gain for Integral response (%) ;;
;; ;;
;; DerivativeGain - Gain for Derivative response (%) ;;
;; ;;
;; IntegralTimeWindow - Integral Time Window (max 20 seconds) ;;
;; ;;
;; DerivativeTimeWindow - Derivative Time Window (max 20 seconds) ;;
;; ;;
;; AllOnTemperature - Critical temp (all fans turned on full) ;;
;; ;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
[TemperatureResponse1]
Enabled=TRUE
Usage=1 ;; Processor Temperature
TemperatureMonitor=1
SmoothingWindow=4
TemperatureLimit=0 ;; Tcontrol
ProportionalGain=1.00
IntegralGain=5.00
DerivativeGain=200.00
IntegralTimeWindow=5
DerivativeTimeWindow=15
AllOnTemperature=15.00 ;; Tcontrol + 15.00
[TemperatureResponse2]
Enabled=TRUE
Usage=4 ;; Memory Controller Hub (MCH) Temperature
TemperatureMonitor=2
SmoothingWindow=4
TemperatureLimit=97.00
ProportionalGain=1.00
IntegralGain=5.00
DerivativeGain=400.00
IntegralTimeWindow=5
DerivativeTimeWindow=15
AllOnTemperature=107.00
[TemperatureResponse3]
Enabled=TRUE
Usage=18 ;; Peripheral Controller Hub (PCH) Temperature
TemperatureMonitor=3
SmoothingWindow=10
TemperatureLimit=107.00
ProportionalGain=3.00
IntegralGain=5.00
DerivativeGain=50.00
IntegralTimeWindow=10
DerivativeTimeWindow=20
AllOnTemperature=117.00
[TemperatureResponse4]
Enabled=FALSE ;; Enable this TM if diode attached to header
;; on EV/CRB board
Usage=8 ;; Ambient Air Temperature
TemperatureMonitor=4
SmoothingWindow=4
TemperatureLimit=50
ProportionalGain=1.00
IntegralGain=5.00
DerivativeGain=400.00
IntegralTimeWindow=5
DerivativeTimeWindow=15
AllOnTemperature=60.00
[TemperatureResponse5]
Enabled=TRUE
Usage=7 ;; Motherboard Temperature
TemperatureMonitor=5
SmoothingWindow=4
TemperatureLimit=80
ProportionalGain=1.00
IntegralGain=5.00
DerivativeGain=400.00
IntegralTimeWindow=5
DerivativeTimeWindow=15
AllOnTemperature=85.00
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; ;;
;; Fan Controller Definition ;;
;; ;;
;; Enabled - Indicates whether the Monitor is enabled ;;
;; ("TRUE"|"FALSE") ;;
;; ;;
;; DeviceAddress - Specifies the SST Bus address of the ;;
;; device containing the actual controller. ;;
;; ;;
;; GetAttributesCommand - Specifies the command byte used to ;;
;; obtain attribute information for the ;;
;; sensor. ;;
;; ;;
;; SetConfigurationCommand - Specifies the command byte used to ;;
;; specify the configuration of the sensor. ;;
;; ;;
;; SetSpeedCommand - Specifies the command byte used to ;;
;; specify the desired speed for the ;;
;; fan(s). Note: whether the command needs ;;
;; to specify desired speed as an RPM value ;;
;; or a duty cycle percentage will be auto- ;;
;; matically ascertained. ;;
;; ;;
;; AssociatedFanSpeedMonitor1 - Specifies the index (1-8) of the Fan ;;
;; Speed Monitor used to obtain readings ;;
;; from the sensor that monitors the first ;;
;; fan controlled by this Fan Controller. ;;
;; ;;
;; Fan1SetConfigurationCommand - Specifies the command byte used to set ;;
;; the configuration of the fan speed ;;
;; sensor that monitors the first fan ;;
;; controlled by this Fan Controller. ;;
;; ;;
;; Fan1PulsesPerRevolution - Specifies the number (2-4) of tachometer ;;
;; pulses that the connected fan produces ;;
;; per revolution. Most fans produce 2. ;;
;; ;;
;; Fan1MinimumRPMRangeLow - Specifies the lower limit of the fan ;;
;; speed range in which the fan is allowed ;;
;; to spin when running at its minimum duty ;;
;; cycle. The minimum duty cycle will be ;;
;; adjusted upwards if the fan is found to ;;
;; spin below this speed. ;;
;; ;;
;; Fan1MinimumRPMRangeHigh - Specifies the upper limit of the fan ;;
;; speed range in which the fan is allowed ;;
;; to spin when running at its minimum duty ;;
;; cycle. The minimum duty cycle will be ;;
;; adjusted downwards if the fan is found ;;
;; to spin above this speed. ;;
;; ;;
;; Fan1DependentMeasurement - Specifies whether ("TRUE") or not ;;
;; ("FALSE") the state of the fan control ;;
;; signal must be taken into account in ;;
;; order to obtain accurate fan speed ;;
;; readings from the attached fan. This ;;
;; will only be the case if 3-wire fans are ;;
;; being controlled using the power-pulsed ;;
;; control methodology. ;;
;; ;;
;; AssociatedFanSpeedMonitor2 - Specifies the index (1-8) of the Fan ;;
;; Speed Monitor user to obtain readings ;;
;; from the sensor that monitors the second ;;
;; fan controlled by this fan controller. ;;
;; If no second fan exists, specify "NONE". ;;
;; ;;
;; Fan2SetConfigurationCommand - Specifies the command byte used to set ;;
;; the configuration of the fan speed ;;
;; sensor that monitors the second fan ;;
;; controlled by this Fan Controller. This ;;
;; parameter is ignored if there is no ;;
;; second fan. ;;
;; ;;
;; Fan2PulsesPerRevolution - Specifies the number (2-4) of tachometer ;;
;; pulses that the connected fan produces ;;
;; per revolution. Most fans produce 2. ;;
;; This parameter is ignored if there is no ;;
;; second fan. ;;
;; ;;
;; Fan2MinimumRPMRangeLow - Specifies the lower limit of the fan ;;
;; speed range in which the fan is allowed ;;
;; to spin when running at its minimum duty ;;
;; cycle. The minimum duty cycle will be ;;
;; adjusted upwards if the fan is found to ;;
;; spin below this speed. ;;
;; ;;
;; Fan2MinimumRPMRangeHigh - Specifies the upper limit of the fan ;;
;; speed range in which the fan is allowed ;;
;; to spin when running at its minimum duty ;;
;; cycle. The minimum duty cycle will be ;;
;; adjusted downwards if the fan is found ;;
;; to spin above this speed. ;;
;; ;;
;; Fan2DependentMeasurement - Specifies whether ("TRUE") or not ;;
;; ("FALSE") the state of the fan control ;;
;; signal must be taken into account in ;;
;; order to obtain accurate fan speed ;;
;; readings from the attached fan. This ;;
;; will only be the case if 3-wire fans are ;;
;; being controlled using the power-pulsed ;;
;; control methodology. ;;
;; ;;
;; AssociatedFanSpeedMonitor3 - Specifies the index (1-8) of the Fan ;;
;; Speed Monitor user to obtain readings ;;
;; from the sensor that monitors the third ;;
;; fan controlled by this fan controller. ;;
;; If no second fan exists, specify "NONE". ;;
;; ;;
;; Fan3SetConfigurationCommand - Specifies the command byte used to set ;;
;; the configuration of the fan speed ;;
;; sensor that monitors the third fan ;;
;; controlled by this Fan Controller. This ;;
;; parameter is ignored if there is no ;;
;; second fan. ;;
;; ;;
;; Fan3PulsesPerRevolution - Specifies the number (2-4) of tachometer ;;
;; pulses that the connected fan produces ;;
;; per revolution. Most fans produce 2. ;;
;; This parameter is ignored if there is no ;;
;; second fan. ;;
;; ;;
;; Fan3MinimumRPMRangeLow - Specifies the lower limit of the fan ;;
;; speed range in which the fan is allowed ;;
;; to spin when running at its minimum duty ;;
;; cycle. The minimum duty cycle will be ;;
;; adjusted upwards if the fan is found to ;;
;; spin below this speed. ;;
;; ;;
;; Fan3MinimumRPMRangeHigh - Specifies the upper limit of the fan ;;
;; speed range in which the fan is allowed ;;
;; to spin when running at its minimum duty ;;
;; cycle. The minimum duty cycle will be ;;
;; adjusted downwards if the fan is found ;;
;; to spin above this speed. ;;
;; ;;
;; Fan3DependentMeasurement - Specifies whether ("TRUE") or not ;;
;; ("FALSE") the state of the fan control ;;
;; signal must be taken into account in ;;
;; order to obtain accurate fan speed ;;
;; readings from the attached fan. This ;;
;; will only be the case if 3-wire fans are ;;
;; being controlled using the power-pulsed ;;
;; control methodology. ;;
;; ;;
;; AssociatedFanSpeedMonitor4 - Specifies the index (1-8) of the Fan ;;
;; Speed Monitor user to obtain readings ;;
;; from the sensor that monitors the fourth ;;
;; fan controlled by this fan controller. ;;
;; If no second fan exists, specify "NONE". ;;
;; ;;
;; Fan4SetConfigurationCommand - Specifies the command byte used to set ;;
;; the configuration of the fan speed ;;
;; sensor that monitors the fourth fan ;;
;; controlled by this Fan Controller. This ;;
;; parameter is ignored if there is no ;;
;; second fan. ;;
;; ;;
;; Fan4PulsesPerRevolution - Specifies the number (2-4) of tachometer ;;
;; pulses that the connected fan produces ;;
;; per revolution. Most fans produce 2. ;;
;; This parameter is ignored if there is no ;;
;; second fan. ;;
;; ;;
;; Fan4MinimumRPMRangeLow - Specifies the lower limit of the fan ;;
;; speed range in which the fan is allowed ;;
;; to spin when running at its minimum duty ;;
;; cycle. The minimum duty cycle will be ;;
;; adjusted upwards if the fan is found to ;;
;; spin below this speed. ;;
;; ;;
;; Fan4MinimumRPMRangeHigh - Specifies the upper limit of the fan ;;
;; speed range in which the fan is allowed ;;
;; to spin when running at its minimum duty ;;
;; cycle. The minimum duty cycle will be ;;
;; adjusted downwards if the fan is found ;;
;; to spin above this speed. ;;
;; ;;
;; Fan4DependentMeasurement - Specifies whether ("TRUE") or not ;;
;; ("FALSE") the state of the fan control ;;
;; signal must be taken into account in ;;
;; order to obtain accurate fan speed ;;
;; readings from the attached fan. This ;;
;; will only be the case if 3-wire fans are ;;
;; being controlled using the power-pulsed ;;
;; control methodology. ;;
;; ;;
;; PhysicalControllerIndex - Specifies the index (1-8) of the ;;
;; physical fan speed (PWM) controller ;;
;; within the set of fan speed controllers ;;
;; that are present within the device. ;;
;; ;;
;; MinOffMode - Indicates whether controller is being ;;
;; used in "MIN" or "OFF" mode. ;;
;; ;;
;; DutyCycleMin - If "MIN" mode, specifies minimum stable ;;
;; duty cycle (%) for the fan(s). If "OFF" ;;
;; mode, the fan(s) are turned off below ;;
;; minimum PWM ;;
;; ;;
;; DutyCycleOn - If "OFF" mode, fan is on above this duty ;;
;; cycle. If "MIN" mode, this parameter is ;;
;; ignored ;;
;; ;;
;; AmbientFloorTemperatureMonitor - Specifies the index (1-12) of the ;;
;; Temperature Monitor whose temperature ;;
;; readings are to be used to implement ;;
;; ambient temperature floor limiting. If ;;
;; ambient floor limiting is not being ;;
;; implemented, specify "None". ;;
;; ;;
;; AmbientFloorDutyCycleRange - Sppecifies the extent of the duty cycle ;;
;; range over which ambient temperature ;;
;; floor limiting will occur. ;;
;; ;;
;; AmbientFloorTemperatureMinimum - Specifies the lower limit of the ;;
;; ambient temperature range that is used ;;
;; for ambient temperature floor limiting. ;;
;; ;;
;; AmbientFloorTemperatureRange - Specifies the extent of the ambient ;;
;; temperature range that is used for ;;
;; ambient temperature floor limiting. ;;
;; ;;
;; DutyCycleMax - Maximum fan speed duty cycle (%) ;;
;; ;;
;; AmbientCeilingTemperatureMonitor - Specifies the index (1-12) of the ;;
;; Temperature Monitor whose readings are ;;
;; to be used to implement ambient ;;
;; temperature ceiling limiting. ;;
;; ;;
;; AmbientCeilingDutyCycleRange - Specifies the extent of the duty cycle ;;
;; range over which ambient temperature ;;
;; ceiling limiting will occur. ;;
;; ;;
;; AmbientCeilingTemperatureMinimum - Specifies the lower limit of the ;;
;; temperature range that is used for ;;
;; ambient temperature ceiling limiting. ;;
;; ;;
;; AmbientCeilingTemperatureRange - Specifies the extent of the ambient ;;
;; temperature range that is used for ;;
;; ambient temperature ceiling limiting. ;;
;; ;;
;; SignalInvert - Indicates whether the fan control signal ;;
;; needs to be inverted ("TRUE"|"FALSE"). ;;
;; This is typically only necessary if 3- ;;
;; wire fan control circuitry needs it ;;
;; (this is not the case for Intel power- ;;
;; pulsed 3-wire fan control. ;;
;; ;;
;; SignalFrequency - Frequency for fan control signal (Hz). ;;
;; Values 10, 23, 38, 62 and 90 are ;;
;; accepted for 3-wire fans. Values 22000, ;;
;; 25000 and 28000 are accepted for 4-wire ;;
;; fans. ;;
;; ;;
;; SpinUpTime - Specifies the spin-up time for fan(s). ;;
;; Values 0, 250, 500, 750, 1000, 2000 and ;;
;; 4000 are accepted. ;;
;; ;;
;; TempResponse1Weighting - Each specifies the (0-100%) weighting ;;
;; : value that is applied against the duty ;;
;; TempResponse32Weighting cycle delta that was calculated by the ;;
;; corresponding Temperature Response Unit. ;;
;; ;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
[FanController1]
Enabled=TRUE
Usage=1 ;; Processor Thermal Module Fan Controller
DeviceAddress=0x20 ;; Chipset Resource
GetAttributesCommand=0x26 ;; Get Fan Controller 1 Attributes
SetConfigurationCommand=0x2E ;; Set Fan Controller 1 Configuration
SetSpeedCommand=0x36 ;; Set Fan Controller 1 Duty Cycle
GetSpeedCommand=0x3E ;; Get Fan Controller 1 Duty Cycle
AssociatedFanSpeedMonitor1=1
Fan1SetConfigurationCommand=0x16 ;; Set Fan Sensor 1 Configuration Command
Fan1PulsesPerRevolution=2
Fan1MinimumRPMRangeLow=0
Fan1MinimumRPMRangeHigh=32000
Fan1DependentMeasurement=FALSE ;; 4-wire Fan Used
AssociatedFanSpeedMonitor2=NONE
Fan2SetConfigurationCommand=
Fan2PulsesPerRevolution=
Fan2MinimumRPMRangeLow=
Fan2MinimumRPMRangeHigh=
Fan2DependentMeasurement=
AssociatedFanSpeedMonitor3=NONE
Fan3SetConfigurationCommand=
Fan3PulsesPerRevolution=
Fan3MinimumRPMRangeLow=
Fan3MinimumRPMRangeHigh=
Fan3DependentMeasurement=
AssociatedFanSpeedMonitor4=NONE
Fan4SetConfigurationCommand=
Fan4PulsesPerRevolution=
Fan4MinimumRPMRangeLow=
Fan4MinimumRPMRangeHigh=
Fan4DependentMeasurement=
PhysicalControllerIndex=1
MinOffMode=MIN
DutyCycleMin=20
DutyCycleOn=22
AmbientFloorTemperatureMonitor=NONE
AmbientFloorDutyCycleRange=
AmbientFloorTemperatureMinimum=
AmbientFloorTemperatureRange=
DutyCycleMax=100
AmbientCeilingTemperatureMonitor=NONE
AmbientCeilingDutyCycleRange=
AmbientCeilingTemperatureMinimum=
AmbientCeilingTemperatureRange=
SignalInvert=FALSE
SignalFrequency=25000
SpinUpTime=250
TempResponse1Weighting=100.00
TempResponse2Weighting=100.00
TempResponse3Weighting=100.00
TempResponse4Weighting=0.00
TempResponse5Weighting=35.00
[FanController2]
Enabled=TRUE
Usage=6 ;; Chassis Inlet Fan Controller
DeviceAddress=0x20 ;; Chipset Resource
GetAttributesCommand=0x27 ;; Get Fan Controller 2 Attributes
SetConfigurationCommand=0x2F ;; Set Fan Controller 2 Configuration
SetSpeedCommand=0x37 ;; Set Fan Controller 2 Duty Cycle
GetSpeedCommand=0x3F ;; Get Fan Controller 2 Duty Cycle
AssociatedFanSpeedMonitor1=2
Fan1SetConfigurationCommand=0x17 ;; Set Fan Sensor 2 Configuration
Fan1PulsesPerRevolution=2
Fan1MinimumRPMRangeLow=0
Fan1MinimumRPMRangeHigh=32000
Fan1DependentMeasurement=FALSE ;; 4-wire Fan Used
AssociatedFanSpeedMonitor2=NONE
Fan2SetConfigurationCommand=
Fan2PulsesPerRevolution=
Fan2MinimumRPMRangeLow=
Fan2MinimumRPMRangeHigh=
Fan2DependentMeasurement=
AssociatedFanSpeedMonitor3=NONE
Fan3SetConfigurationCommand=
Fan3PulsesPerRevolution=
Fan3MinimumRPMRangeLow=
Fan3MinimumRPMRangeHigh=
Fan3DependentMeasurement=
AssociatedFanSpeedMonitor4=NONE
Fan4SetConfigurationCommand=
Fan4PulsesPerRevolution=
Fan4MinimumRPMRangeLow=
Fan4MinimumRPMRangeHigh=
Fan4DependentMeasurement=
PhysicalControllerIndex=2
MinOffMode=MIN
DutyCycleMin=20
DutyCycleOn=22
AmbientFloorTemperatureMonitor=NONE
AmbientFloorDutyCycleRange=
AmbientFloorTemperatureMinimum=
AmbientFloorTemperatureRange=
DutyCycleMax=100
AmbientCeilingTemperatureMonitor=NONE
AmbientCeilingDutyCycleRange=
AmbientCeilingTemperatureMinimum=
AmbientCeilingTemperatureRange=
SignalInvert=FALSE
SignalFrequency=25000
SpinUpTime=250
TempResponse1Weighting=20.00
TempResponse2Weighting=20.00
TempResponse3Weighting=100.00
TempResponse4Weighting=0.00
TempResponse5Weighting=100.00
[FanController3]
Enabled=TRUE
Usage=7 ;; Chassis Outlet Fan Controller
DeviceAddress=0x20 ;; Chipset Resource
GetAttributesCommand=0x28 ;; Get Fan Controller 3 Attributes
SetConfigurationCommand=0x30 ;; Set Fan Controller 3 Configuration
SetSpeedCommand=0x38 ;; Set Fan Controller 3 Duty Cycle
GetSpeedCommand=0x40 ;; Get Fan Controller 3 Duty Cycle
AssociatedFanSpeedMonitor1=3
Fan1SetConfigurationCommand=0x18 ;; Set Fan Sensor 3 Configuration
Fan1PulsesPerRevolution=2
Fan1MinimumRPMRangeLow=0
Fan1MinimumRPMRangeHigh=32000
Fan1DependentMeasurement=FALSE ;; 4-wire Fan Used
AssociatedFanSpeedMonitor2=NONE
Fan2SetConfigurationCommand=
Fan2PulsesPerRevolution=
Fan2MinimumRPMRangeLow=
Fan2MinimumRPMRangeHigh=
Fan2DependentMeasurement=
AssociatedFanSpeedMonitor3=NONE
Fan3SetConfigurationCommand=
Fan3PulsesPerRevolution=
Fan3MinimumRPMRangeLow=
Fan3MinimumRPMRangeHigh=
Fan3DependentMeasurement=
AssociatedFanSpeedMonitor4=NONE
Fan4SetConfigurationCommand=
Fan4PulsesPerRevolution=
Fan4MinimumRPMRangeLow=
Fan4MinimumRPMRangeHigh=
Fan4DependentMeasurement=
PhysicalControllerIndex=3
MinOffMode=MIN
DutyCycleMin=20
DutyCycleOn=22
AmbientFloorTemperatureMonitor=NONE
AmbientFloorDutyCycleRange=
AmbientFloorTemperatureMinimum=
AmbientFloorTemperatureRange=
DutyCycleMax=100
AmbientCeilingTemperatureMonitor=NONE
AmbientCeilingDutyCycleRange=
AmbientCeilingTemperatureMinimum=
AmbientCeilingTemperatureRange=
SignalInvert=FALSE
SignalFrequency=25000
SpinUpTime=250
TempResponse1Weighting=20.00
TempResponse2Weighting=20.00
TempResponse3Weighting=100.00
TempResponse4Weighting=0.00
TempResponse5Weighting=100.00
[FanController4]
Enabled=TRUE
Usage=7 ;; Chassis Outlet Fan Controller
DeviceAddress=0x20 ;; Chipset Resource
GetAttributesCommand=0x29 ;; Get Fan Controller 4 Attributes
SetConfigurationCommand=0x31 ;; Set Fan Controller 4 Configuration
SetSpeedCommand=0x39 ;; Set Fan Controller 4 Duty Cycle
GetSpeedCommand=0x41 ;; Get Fan Controller 4 Duty Cycle
AssociatedFanSpeedMonitor1=4
Fan1SetConfigurationCommand=0x19 ;; Set Fan Sensor 4 Configuration
Fan1PulsesPerRevolution=2
Fan1MinimumRPMRangeLow=0
Fan1MinimumRPMRangeHigh=32000
Fan1DependentMeasurement=FALSE ;; 4-wire Fan Used
AssociatedFanSpeedMonitor2=NONE
Fan2SetConfigurationCommand=
Fan2PulsesPerRevolution=
Fan2MinimumRPMRangeLow=
Fan2MinimumRPMRangeHigh=
Fan2DependentMeasurement=
AssociatedFanSpeedMonitor3=NONE
Fan3SetConfigurationCommand=
Fan3PulsesPerRevolution=
Fan3MinimumRPMRangeLow=
Fan3MinimumRPMRangeHigh=
Fan3DependentMeasurement=
AssociatedFanSpeedMonitor4=NONE
Fan4SetConfigurationCommand=
Fan4PulsesPerRevolution=
Fan4MinimumRPMRangeLow=
Fan4MinimumRPMRangeHigh=
Fan4DependentMeasurement=
PhysicalControllerIndex=4
MinOffMode=MIN
DutyCycleMin=20
DutyCycleOn=22
AmbientFloorTemperatureMonitor=NONE
AmbientFloorDutyCycleRange=
AmbientFloorTemperatureMinimum=
AmbientFloorTemperatureRange=
DutyCycleMax=100
AmbientCeilingTemperatureMonitor=NONE
AmbientCeilingDutyCycleRange=
AmbientCeilingTemperatureMinimum=
AmbientCeilingTemperatureRange=
SignalInvert=FALSE
SignalFrequency=25000
SpinUpTime=250
TempResponse1Weighting=20.00
TempResponse2Weighting=20.00
TempResponse3Weighting=100.00
TempResponse4Weighting=0.00
TempResponse5Weighting=100.00
Download Driver Pack
After your driver has been downloaded, follow these simple steps to install it.
Expand the archive file (if the download file is in zip or rar format).
If the expanded file has an .exe extension, double click it and follow the installation instructions.
Otherwise, open Device Manager by right-clicking the Start menu and selecting Device Manager.
Find the device and model you want to update in the device list.
Double-click on it to open the Properties dialog box.
From the Properties dialog box, select the Driver tab.
Click the Update Driver button, then follow the instructions.
Very important: You must reboot your system to ensure that any driver updates have taken effect.
For more help, visit our Driver Support section for step-by-step videos on how to install drivers for every file type.