Sensor Definitions

C H A P T E R 3

Sensor Definitions

This chapter lists and describes the Sun Blade X6450 server module sensors for a server module equipped with ILOM 3.0.

Instructions for displaying the sensors are in the ILOM 3.0 documentation collection.

Server Module and System Sensors

The sensors display information about the server module and the chassis.

The server module sensors appear in Server Module Sensors.

The system sensors appear in System Sensors. They include information about:

Other server modules or storage modules - See Server Modules by Slot ID (BLn).

Chassis Management Module - See Chassis Management Module Sensors.

Fans - See Fan Sensors.

Network Expansion Modules (NEMs) and PCIe Express Modules - See Network Expansion Modules and PCIe Express Modules.

Power Supplies - See Power Supply Sensors.

Asserted or Deasserted Readings

Some sensors are asserted or deasserted. For example PRSNT sensors are asserted if the device is present and deasserted if it is not. ERR sensors are asserted if an error condition is present, and deasserted if it is not. The readings for these sensors are:

0x0001 = State Deasserted

0x0002 = State Asserted

Server Module Sensors

The sensors in TABLE 3-1 and TABLE 3-2 display information about conditions on the server module.

TABLE 3-1 Server Module Sensors
Sensor	Description
HOT	Temperature sensor on server module.
SYS/PWRCTLSTATE	Deasserted when the server module can be powered-on.
SYS/SLOTID	The slot where the server module resides: 0 through 9 for Sun Blade 6000 chassis 0 through 11 for Sun Blade 6048 chassis
SYS/VPS	Server module power consumption in Watts.
MB/*	Various motherboard sensors. See TABLE 3-2.

TABLE 3-2 Server Module Motherboard Sensors
Sensor	Description
MB/MCH/DLn/PRSNT	DIMM presence L = A to D, where: A - CPU 0 B - CPU 1 C - CPU 2 D - CPU 3 n = The number of DIMMs configured for each CPU. A CPU can have between 1 and 6 DIMMs numbered 0 to 5.
MB/Pn/PRSNT	Indicates CPU presence. n is 0 through 3.
MB/Pn/V_VCC	Identifies the voltage level for P0 through P3.
IPMI-only sensors. The following three sensors are only visible through the IPMI interface.
MB/Pn/TCCAT	n is 0 or 1. This is the PECI reading from CPU core.
ACPI	The host ACPI status. 0x1 - host in S0/G0 (working) state. 0x20 host in S5/G2 (soft-off) state.
NMIBTN	NMI button status (log only sensor). When the NMI button is pressed, this sensor logs a NMI/Diag Interrupt.
DIMMs 0 through 1
MB/T_DIMMn	Reports the temperature of the DIMMs. upper_critical_threshold - 75.000° C upper_noncritical_threshold - 72.000° C
Thermal Overload
MB/THERMOVRD	Server module is requesting 100% fan speed from the chassis to cool itself down. This is not logged.
Ambient Temperature Sensors 0 through 3
MB/T_VRDn	Ambient temperature sensors. If the value exceeds the upper nonrecoverable threshold value, the host powers down. Only MB/T_VRD1 has thresholds. upper critical threshold - 60° C upper nonrecoverable threshold - 65° C
Motherboard Voltage Sensors
MB/V_+0V9Bn n = 0 or 1	upper critical threshold - 0.989 Volts lower critical threshold - 0.806 Volts
MB/V_+12VCPUn n = 0 or 1	upper critical threshold - 13.167 Volts lower critical threshold - 10.773 Volts
MB/V_+12V	upper nonrecoverable threshold - 14.427 Volts upper critical threshold - 13.167 Volts lower critical threshold - 10.773 Volts lower nonrecoverable threshold - 9.513 Volts
MB/V_+1V25STBY	upper critical threshold - 1.373 Volts lower critical threshold - 1.096 Volts
MB/V_+1V2NIC	upper critical threshold - 1.312 Volts lower critical threshold - 1.074 Volts
MB/V_+1V5Bn n = 0 or 1	upper critical threshold - 1.646 Volts lower critical threshold - 1.349 Volts
MB/V_+1V5	upper critical threshold - 1.646 Volts lower critical threshold - 1.349 Volts
MB/V_+1V8Bn n = 0 or 1	upper critical threshold - 1.978 Volts lower critical threshold - 1.617 Volts
MB/V_+1V8STBY	upper critical threshold - 1.978 Volts lower critical threshold - 1.617 Volts
MB/V_+1V9NIC	upper critical threshold - 2.083 Volts lower critical threshold - 1.709 Volts
MB/V_+2V5STBY	upper critical threshold - 2.743 Volts lower critical threshold - 2.249 Volts
MB/V_+3V3STBYn n = 0 or 1	MB/V_+3V3STBY0 upper critical threshold - 3.667 Volts lower critical threshold - 2.993 Volts MB/V_+3V3STBY1 upper critical threshold - 3.642 Volts lower critical threshold - 2.975 Volts
MB/V_+3V3	upper critical threshold - 3.616 Volts lower critical threshold - 3.958 Volts
MB/V_+5V	upper critical threshold - 5.483 Volts lower critical threshold - 4.488 Volts
MB/V_VTT	upper nonrecoverable threshold - 1.449 Volts upper critical threshold - 1.386 Volts lower critical threshold - 1.027 Volts

System Sensors

These sensors appear on the server module’s sensor list, but they provide information about conditions elsewhere in the chassis.

They include:

Server Modules by Slot ID (BLn)

Chassis Management Module Sensors

Fan Sensors

Network Expansion Modules and PCIe Express Modules

Power Supply Sensors

Server Modules by Slot ID (BLn)

These sensors provide information about the other server modules in the chassis.

If a slot number is missing from this list, it means either:

The slot is empty.

The slot contains the current server module.

To see the slot ID of the current server module, see SYS/SLOTID in TABLE 3-1.

The slots ID numbers in TABLE 3-1 are represented by the variable n, where:

n = 0 to 9 for a Sun Blade 6000 chassis

n = 0 to 11 for a Sun Blade 6048 chassis

TABLE 3-3 Other Server Modules
Sensor	Description
BLn/ERR	Asserted if an error is detected in the server module or storage module.
BLn/PRSNT	Asserted if a server module or storage module is present.
BLn/STATE	Availability state: Running In Test Power Off On Line Off Line Off Duty Degraded Power Save Install Error

Chassis Management Module Sensors

These sensors report on the condition of the Chassis Management Module (CMM).

TABLE 3-4 Server Module Sensors
Sensor	Description
CMM/ERR	Predictive failure for CMM
CMM/PRSNT	CMM is present

Fan Sensors

These sensors show the state of the system fans.

The chassis has six or eight fan modules, FM0 through FMn. They appear in TABLE 3-5 as FMn, where n is:

0 through 5 in a Sun Blade 6000 chassis

0 through 7 in a Sun Blade 6048 chassis

Each fan module has two fans. They appear in TABLE 3-5 as Fx, where x is 0 or 1.

TABLE 3-5 Fan Sensors
Sensor	Description
FMn/ERR	Predictive failure asserted
FMn/Fx/TACH	Fan speed in RPMs

Network Expansion Modules and PCIe Express Modules

These sensors show the condition of Network Expansion Modules (NEMs) and PCIe Express Modules.

The system supports one or two NEMs. These appear in TABLE 3-6 as NEMn, where n is 0 or 1.

The system supports either 20 or 24 PCIe Express Modules. These appear in TABLE 3-6 as PEMn.

TABLE 3-6 NEM and PCIe Express Module Sensors
Sensor	Description
NEMn/PRSNT	Asserted when NEM is present. n is 0 or 1.
NEMn/STATE	Availability state: Running In Test Power Off On Line Off Line Off Duty Degraded Power Save Install Error
NEMn/ERR	Asserted when a failure is detected
PEMn/PRSNT	Asserted when PCIe Express Module is present n is 0 through 1 for a Sun Blade X6450 Server Module

Power Supply Sensors

These sensors provide information about the chassis power supplies.

The chassis has two power modules. These appear in TABLE 3-7 as PSn, where n is 0 or 1.

Each power module has two or three sides. These appear in TABLE 3-7 as Sx where x is:

0 or 1 in a Sun Blade 6000 chassis.

0 through 2 in a Sun Blade 6048 chassis

TABLE 3-7 Power Supply Sensors
Sensor	Description
PSn/PRSNT	Asserted when power module n is present
PSn/Sx/V_IN_ERR	Asserted to indicate PSn/Sx voltage input error
PSn/Sx/V_OUT_OK	Asserted to indicate PSn/Sx voltage output is OK

Fabric Expansion Modules Sensor and Raid Expansion Module Sensors

These sensors show the condition of Fabric Expansion Modules (FEMs) and Raid Expansion Modules (REMs).

TABLE 3-8 Power Supply Sensors
Sensor	Description
MB/FEM/PRSNT	Asserted when fabric expansion module is present
MB/REM/PRSNT	Asserted when raid expansion module is present