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A_GET_THRM_DATA = 0 # 1 - get the Thermal settings from CMOS#
# 0 - provide the Thermal settings in #
# this file #
# If 1 the data appearence order is - #
# TRP1, TRP2, TCRT, TSP, TC1, TC2, T_Adr#
A_THRM_INDEX_DATA_IO_Adr= 72 # Access over Index/Data mechanism(CMOS)#
# 4 hex digits only (ef10, 410, ..) #
# " " - not present #
A_THRM_INDEX_DATA_IO_Ofs= 90 # 2 hex digits only (10, 90, ..) #
# Proceed if A_GET_BIOS_DATA set as 0 #
A_TRP1 = 32 # 1st thermal limit. Temperature in C #
A_TRP2 = 43 # 2nd thermal limit. Temperature in C #
A_TCRT = 65 # Critical temperature. Temperature in C#
A_TSP = 10 # Sampling period. In seconds #
A_TC1 = 02 # 1st thermal constant #
A_TC2 = 04 # 2nd thermal constant #
#-----------------------------------------------------------------------#
# Thermal sensor module #
#-----------------------------------------------------------------------#
# Note. The only one Thermal sensor can be selected #
# There also A_SMBUS flag has to be set to provide thermal sensor #
# with ASL interface to SMBUS #
#-----------------------------------------------------------------------#
A_LM75 = 0 # 1 - present, 0 - not present #
A_MAX1617L = 0 # 1 - present, 0 - not present #
A_MAX1617R = 0 # 1 - present, 0 - not present #
A_LM78_9 = 0 # 0/1 Switch.One of T.sensors must be selected#
#-----------------------------------------------------------------------#
# Thermal sensor full SMBus address #
A_THRM_Adr = 30 # 2 hex digits only #
A_THERMAL_GPE = 00 # GPE bit Offset #
# ""- no thermal event wired to GPE #
# 2 hex digits only (..09, 0a, 0b,..) #
# Example 0b -> GPE.11 #
# PIIX4 PM uses GPE.0 for THRM pin #
#-----------------------------------------------------------------------#
# FAN COOLING DEVICE #
#-----------------------------------------------------------------------#
# Note. The only one FAN model can be selected #
#-----------------------------------------------------------------------#
A_FAN_OEM = 0 # Switch 0/1. Set to 1 if current fan #
# control no match non of standard models#
# If set = 1 the CUST_FAN.OEM file #
# will require the proper editing #
#-----------------------------------------------------------------------#
# FAN IO port access method #
#-----------------------------------------------------------------------#
# Note. The only one address should be provided #
#-----------------------------------------------------------------------#
# FAN control port inside ISA IO space #
A_FAN_ISA_IO_Adr = 434 # 4 hex digits only (ef10, 410, ..) #
# " " - not present #
# Note. for PIIX4 GPO port provide #
# PM_BASE + 0x34 offset #
# FAN controlled over Index/Data access #
A_FAN_INDEX_DATA_IO_Adr = # 4 hex digits only (ef10, 410, ..) #
# " " - not present #
#-----------------------------------------------------------------------#
# Model 1: 1 or 2 fans controled by 1 GPO pin per each FAN. On/Off state#
#-----------------------------------------------------------------------#
A_FAN_MODEL_1 = 0 # 1 - present, 0 - not present #
A_FAN_1_GPO_Offset = 00 # Decimal offset within register space #
A_FAN_2_GPO_Offset = # Decimal offset within register space #
# "" - no 2nd FAN on board #
# PIIX4 PMbase + 0x34 #
# Example 09 -> GPO.09, PM+0x35.2 #
A_FAN_1_1_ON = 1 # Value 0 or 1 to turn FAN ON #
A_FAN_1_2_ON = 1 # Value 0 or 1 to turn FAN ON #
#-----------------------------------------------------------------------#
# Model 2: 2 fans with different speed control. 2 GPO pins per each FAN #
# The combination of 2 bits will define the FAN's speed:Off,Low,Mid,Full#
#-----------------------------------------------------------------------#
A_FAN_MODEL_2 = 0 # 1 - present, 0 - not present #
A_FAN_1_0_GPO_Offset = 11 # Decimal offset within register space #
A_FAN_1_1_GPO_Offset = 26 # Decimal offset within register space #
A_FAN_2_0_GPO_Offset = 24 # Decimal offset within register space #
A_FAN_2_1_GPO_Offset = 25 # Decimal offset within register space #
# PIIX4 PMbase + 0x34 #
# Example 09 -> GPO.09, PM+0x35.2 #
#-----------------------------------------------------------------------#
# Model 3: 2 fans with different speed control. 3 GPO pins per each FAN #
# The combination of 3 bits will define the FAN's speed:Off,Low,Mid,Full#
#-----------------------------------------------------------------------#
A_FAN_MODEL_3 = 0 # 1 - present, 0 - not present #
A_FAN_1_ON_GPO_Offset = 13 # Decimal offset within register space #
A_FAN_1_LOW_GPO_Offset = 11 # Decimal offset within register space #
A_FAN_1_MID_GPO_Offset = 14 # Decimal offset within register space #
A_FAN_2_ON_GPO_Offset = 26 # Decimal offset within register space #
A_FAN_2_LOW_GPO_Offset = 24 # Decimal offset within register space #
A_FAN_2_MID_GPO_Offset = 25 # Decimal offset within register space #
# PIIX4 PMbase + 0x34 #
# Example 09 -> GPO.09, PM+0x35.2 #
A_FAN_3_1_ON = 0 # Value 0 or 1 to turn FAN ON #
A_FAN_3_2_ON = 0 # Value 0 or 1 to turn FAN ON #
#-----------------------------------------------------------------------#
# SYSTEM INDICATION (SI) #
#-----------------------------------------------------------------------#
# Note. The only one SI model can be selected #
#-----------------------------------------------------------------------#
A_SI_OEM = 0 # Switch 0/1. Set to 1 if current SI #
# control no match non of standard models#
# If set = 1 the CUST_SI.OEM file #
# will require the proper editing #
#-----------------------------------------------------------------------#
# SI IO port access method #
#-----------------------------------------------------------------------#
# Note. The only one address should be provided #
#-----------------------------------------------------------------------#
# LED control port inside ISA IO space #
A_SI_ISA_IO_Adr = # 4 hex digits only (ef10, 410, ..) #
# " " - not present #
# Note. for PIIX4 GPO port provide #
# PM_BASE + 0x34 offset #
# LED controlled over Index/Data access #
A_SI_INDEX_DATA_IO_Adr = 370 # 4 hex digits only (ef10, 410, ..) #
# " " - not present #
#-----------------------------------------------------------------------#
# Model 1: 1 LED controled by 1 GPO pin to display 2 states : Work/Sleep#
#-----------------------------------------------------------------------#
A_SI_MODEL_1 = 1 # 1 - present, 0 - not present #
A_SI_LED_1_GPO_Offset = 25 # Decimal offset within register space #
# PIIX4 PMbase + 0x34 #
# Example 09 -> GPO.09, PM+0x35.2 #
A_SI_LED_1_ON = 1 # Value 0 or 1 to turn LED ON(Green) #
#-----------------------------------------------------------------------#
# Model 2: 2 LEDs controled by 1 GPO pin per each LED. #
# One LED per each system state: Work / Sleep / Hibernate (both are On) #
#-----------------------------------------------------------------------#
A_SI_MODEL_2 = 0 # 1 - present, 0 - not present #
A_SI_WORK_GPO_Offset = 00 # Decimal offset within register space #
# PIIX4 PMbase + 0x34 #
# Example 09 -> GPO.09, PM+0x35.2 #
A_SI_SLEEP_GPO_Offset = 01 # Decimal offset within register space #
# PIIX4 PMbase + 0x34 #
# Example 09 -> GPO.09, PM+0x35.2 #
A_SI_WORK_2_ON = 1 # Value 0 or 1 to turn LED ON(Green) #
A_SI_SLEEP_2_ON = 1 # Value 0 or 1 to turn LED ON(Yellow) #
#-----------------------------------------------------------------------#
# Model 3: 1 LED controled by 2 GPO pins. #
# 3 possible combinations: LED On(Work), Off(Sleep), Blinking On/Off #
#-----------------------------------------------------------------------#
A_SI_MODEL_3 = 0 # 1 - present, 0 - not present #
A_SI_LED_3_GPO_Offset = 27 # Decimal offset within register space #
# PIIX4 PMbase + 0x34 #
# Example 09 -> GPO.09, PM+0x35.2 #
A_SI_BLINK_GPO_Offset = 12 # Decimal offset within register space #
# PIIX4 PMbase + 0x34 #
# Example 09 -> GPO.09, PM+0x35.2 #
A_SI_LED_3_ON = 0 # Value 0 or 1 to turn LED ON(Green) #
A_SI_LED_STEADY = 1 # Value 0 or 1 for steady light #
#-----------------------------------------------------------------------#
# Generic Power Button device #
#-----------------------------------------------------------------------#
A_POWER_BUTTON_GENERIC = 0 # 1 - present, 0 - not present #
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