Sun Fire X4150 Server ILOM 2.0 Supplement
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This supplement provides platform-specific information related to ILOM 2.0 running on a Sun Fire X4150 server.
The following topics are covered in this supplement:
ILOM 2.0 Features Supported
The Sun Fire X4150 server supports the entire ILOM 2.0 feature set except for the delayed BIOS upgrade.
Picture of Sun Fire X4250 front panel showing the location of the Locator button.
Sensors Reference Information
The server includes a number of sensors that generate entries in the system event log (SEL) when they cross a threshold. Many of the sensor readings are used to adjust the fan speeds and perform other actions, such as illuminating LEDs and powering off the server.
This section describes the following sensors:
Power Supply Sensors
lists the power supply sensors.
The system normally has two power supply modules, PS0 and PS1. All sensors are located under /SYS/PSn except for /SYS/VPS.
For example, /SYS/PS0/PRSNT is the power supply 0 presence indicator.
TABLE 2-1 Power Supply Sensors
Sensor Name
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Description
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/SYS/VPS
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Power supply output (watts).
- upper_nonrecov_threshold - 1350 Watts
- upper_critical_threshold - 1220 Watts
- upper_noncritical_threshold - 1080 Watts
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PSn/PRSNT
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Power supply 0 or 1, present or not present.
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PSn/VINOK
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Asserted when input voltage is OK.
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PSn/PWROK
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Asserted when power level is OK.
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PSn/V_IN
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Input voltage level.
- upper_nonrecov_threshold - 280.00 Volts
- upper_critical_threshold - 270.00 Volts
- upper_noncritical_threshold - 260.00 Volts
- lower_noncritical_threshold - 90.00 Volts
- lower_critical_threshold - 80.00 Volts
- lower_nonrecov_threshold - 70.00 Volts
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PSn/I_IN
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Input current (amps).
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PS0/V_OUT
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Output voltage level.
- upper_nonrecov_threshold - 16.00 Volts
- upper_critical_threshold - 14.96 Volts
- upper_noncritical_threshold - 14.00 Volts
- lower_noncritical_threshold - 10.00 Volts
- lower_critical_threshold - 8.96 Volts
- lower_nonrecov_threshold - 8.00 Volts
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PSn/I_OUT
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Output current (amps).
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PSn/IN_POWER
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Input power (watts).
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PSn/OUT_POWER
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Output power (watts).
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Temperature Sensors
TABLE 1 lists the temperature sensors.
Temperature sensors report on temperature conditions in the motherboard and the chassis.
TABLE 1 Temperature Sensors
Sensor Name
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Description
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ACPI
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Power state (ON or OFF)
When asserted, firmware upgrades are not possible.
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MB/T_AMBn
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Motherboard temperature sensor n (n = 0 through 3).
- upper_critical_threshold - 65.00 degree C
- upper_noncritical_threshold - 60.00 degree C
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T_AMB
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Chassis temperature sensor.
- upper_nonrecov_threshold - 50.00 degree C
- upper_critical_threshold - 45.00 degree C
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MB/T_DIMMn
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DIMMs temperature sensor n (n = 0 through 3).
- upper_critical_threshold - 95.00 degree C
- upper_noncritical_threshold - 90.00 degree C
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Voltage Sensors
lists the voltage sensors.
Voltage sensors report various voltage levels within the system. Most include upper and lower critical and non-recoverable thresholds.
TABLE 2-2 Voltage Sensors
Sensor Name
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Description
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MB/V_+12V
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12V power supply level.
- upper_critical_threshold - 13.91 Volts
- lower_critical_threshold - 10.32 Volts
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MB/V_VTT
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VTT voltage level.
- upper_critical_threshold - 1.39 Volts
- lower_critical_threshold - 1.03 Volts
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MB/V_+1V5
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1.5V power supply level.
- upper_critical_threshold - 1.72 Volts
- lower_critical_threshold - 1.27 Volts
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MB/V_+3V3
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3V power supply level.
- upper_critical_threshold - 3.81 Volts
- lower_critical_threshold - 2.82 Volts
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MB/V_+5V
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5V power supply level.
- upper_critical_threshold - 5.94 Volts
- lower_critical_threshold - 4.40 Volts
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MB/V_+3V3STBY
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3V standby power level
- upper_critical_threshold - 3.78 Volts
- lower_critical_threshold - 2.80 Volts
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MB/V_+1V5STBY
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5V standby power level.
- upper_critical_threshold - 1.716 Volts
- lower_critical_threshold - 1.271 Volts
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MB/V_+1V8
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1.8V voltage level.
- upper_critical_threshold - 2.27 Volts
- lower_critical_threshold - 1.68 Volts
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MB/Pn/PRSNT
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Processor 0 to 3 present.
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MB/Pn/V_VCC
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VCC voltage level.
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MB/Pn/TCCAT
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Number of degrees that the CPU temperature is from the system initiating CPU cooling action.
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Fan Sensors
TABLE 2 lists the temperature sensors.
Fan sensors report the conditions of the system fans. For all fan sensors:
- FBn is fan board 0 or 1.
- FMn is fan module 0 or 1 on FB0.
- Fn is a fan 0 or 1 on the fan module.
For example:
FP0/FM1/F0/TACH is the speed for fan board 0, fan module 1, Fan 0.
TABLE 2 Fan Sensors
Sensor Name
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Description
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FBn/PRSNT
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Fan board 0 or 1 present.
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FBn/FMn/PRSNT
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Fan module 0 or 1 present.
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FBn/FMn/Fn/TACH
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Fan speed for fan 0 or 1.
- lower_critical_threshold - 2400.00 RPM
- lower_nonrecov_threshold - 2000.00 RPM
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NMI Button Sensor
TABLE 3 lists the temperature sensors.
The NMI button sensor reports the presence of the NMI button on the system.
TABLE 3 NMI Button Sensors
Sensor Name
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Description
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NMIBTN
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NMI button present.
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Disk Drive (HDD) Sensors
TABLE 4 lists the temperature sensors.
Disk drive sensors report the presence and state of hard disk drives (HDDs) on the disk backplane (DBP).
TABLE 4 Hard Disk Drive (HDD) Sensors
Sensor Name
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Description
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DBP/PRSNT
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Disk backplane is present.
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DBP/HDDn/PRSNT
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Hard drive (HDD) is present.
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DBP/HDDn/STATE
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Hard drive (HDD) state.
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Fault LEDs
TABLE 5 lists the temperature sensors.
Fault LEDs indicate problems with the system. They can cause the front panel LEDs to light.
TABLE 5 Fault LEDs.
Sensor Name
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Description
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PSn/CUR_FAULT
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Deasserted when input current level is OK.
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PSn/VOLT_FAULT
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Deasserted when voltage levels are OK.
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PSn/FAN_FAULT
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Deasserted when power supply fan is faulty OK.
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PSn/TEMP_FAULT
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Deasserted when power supply temperature is OK.
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Integrated Lights Out Manager Supplement for the Sun Fire X4150 Server
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820-4998-10
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Copyright © 2008 Sun Microsystems, Inc. All Rights Reserved.