Sensor Definitions

C H A P T E R 3

Sensor Definitions

This chapter lists and describes the Sun Blade X6450 server module sensors.

Instructions for displaying the sensors are in the Sun Integrated Lights Out Manager 2.0 User’s Guide or the Sun Blade X6450 Server Module Embedded Lights Out Manager Administration Guide.

TABLE 3-1 through TABLE 3-6 list the sensor-related events. TABLE 3-7 provides a list of all of the sensors.

Entity Presence

TABLE 3-1 Entity Presence
Sensor	Event	Description	Action
Entity Presence	Device Present (0x02)	A FRU was installed. Or if SP was rebooted or AC power cycled, FRU was detected as being present	Add to log during normal operation or if SP is rebooted
Entity Presence	Device Absent (0x01)	A FRU was removed.	Add to log during normal operation and FRU was removed

Power

TABLE 3-2 Power
Sensor	Event	Description	Action
Power Supply PSx/PWROKx	Asserted	Chassis power supply redundant side is now OK.	Nominally this is asserted and only added to the log if it was deasserted when the SP boots. CMM controls chassis power supply and chassis LED behavior.
Power Supply PSx/PWROKx	DeAsserted	Chassis power supply redundant side is not OK.	Add to log. CMM controls chassis power supply and chassis LED behavior.
Power Supply PSx/VINERRx	Asserted	Chassis power supply AC input (AC power plug) is not being supplied input voltage. User to check power plug x and that it is being supplied voltage.	Nominally this is deasserted and only added to the log if it was deasserted when the SP boots. CMM controls chassis power supply and chassis LED behavior.
Power Supply PSx/VINERRx	DeAsserted	Chassis power supply AC input (AC power plug) is being supplied input voltage. It is OK.	Add to log. CMM controls chassis power supply and chassis LED behavior.

ACPI

TABLE 3-3 ACPI
Sensor	Event	Description	Action
ACPI	Asserted	Host power has been enabled	Add to log
ACPI	DeAsserted	Host Power has been disabled	Add to log

Power Budget

TABLE 3-4
Sensor	Event	Description	Action
SYS/VPS	UCR Asserted	Server module power is over utilizing chassis power.	Add to log
Power Supply SYS/PWRCTLSTATE	Asserted	This server module exceeds the available power budget for the chassis.	Power on of server module will not work. If server module powers on it may be powered off in 30 seconds during BIOS POST. Add to log
Power Supply SYS/PWRCTLSTATE	DeAsserted	There is enough power budget in the chassis to power on the server module. You can now power it on.	Allow power on of server module Add to log

Fans

TABLE 3-5
Sensor	Event	Description	Action
Fan Fmx/FAIL	Predictive Failure Asserted	A fan module has failed or has been removed from the chassis.	No action on server module. CMM handles LED behavior on chassis and fan modules.
Fan Fmx/FAIL	Predictive Failure DeAsserted	A fan module failure has cleared or has been inserted from the chassis.	No action on server module. CMM handles LED behavior on chassis and fan modules.

Other Sensors

TABLE 3-6
Sensor	State	Description
SYS/SLOTID	0 - 11	Reflects the server module’s chassis slot ID number
MB/THERMOVRD	Asserted	Sever module is requesting 100% fan speed from the chassis to cool itself down. This is not logged.
MB/THERMOVRD	DeAsserted	CMM is controlling fan speed This is not logged.
MB/MCH/Dxy/PRSNT	Device Present/ Device Absent	Detects DIMM presence.
SYS/VPS	0 - X Watts	Shows the actual power being consumed by the server module.
MB/T_VRD1	Degrees Celsius	Is used as an ambient sensor for the server module. If it exceeds the UNR value, the server module host powers down.

Complete List of Sensors

TABLE 3-7 Complete List of Sensors
Sensor	Data
Sensor ID	ACPI (0x21)
Entity ID	7.0
Sensor Type (Discrete)	System ACPI Power State
States Asserted	System ACPI Power State - [S0/G0:working]

Sensor ID	SYS/PWRCTLSTATE (0x30)
Entity ID	7.0
Sensor Type (Discrete)	Power Supply
States Asserted	Digital State - [State Deasserted]

Sensor ID	NMIBTN (0x22)
Entity ID	7.0
Sensor Type (Discrete)	Critical Interrupt

Sensor ID	SYS/SLOTID (0x23)
Entity ID	7.0
Sensor Type (Discrete)	OEM reserved #c0

Sensor ID	MB/THERMOVRD (0x8d)
Entity ID	7.0
Sensor Type (Discrete)	OEM reserved #c0
States Asserted	Digital State - [State Deasserted]

Sensor ID	MB/Pn/PRSNT where n is the power supply number
Entity ID	3.n
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State [Device Present]


Sensor ID	MB/Pn/TCCAT where n is the power supply number
Entity ID	3.n
Sensor Type (Discrete)	OEM reserved #c0

Sensor ID	MB/T_VRDn where n = 0-3
Entity ID	7.0
Sensor Type (Analog)	Temperature
Sensor Reading	28 (+/- 0) degrees C
Status	ok
Lower Non-Recoverable	na
Lower Critical	na
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	na
Upper Non-Recoverable	na
Assertions Enabled


Sensor ID	MB/T_DIMM0 (0x1b)
Entity ID	7.0
Sensor Type (Analog)	Temperature
Sensor Reading	30 (+/- 0) degrees C
Status	ok
Lower Non-Recoverable	na
Lower Critical	na
Lower Non-Critical	na
Upper Non-Critical	72.000
Upper Critical	75.000
Upper Non-Recoverable	na
Assertions Enabled	unc+ ucr+
Deassertions Enabled	unc+ ucr+

Sensor ID	MB/T_DIMM1 (0x1c)
Entity ID	7.0
Sensor Type (Analog)	Temperature
Sensor Reading	27 (+/- 0) degrees C
Status	ok
Lower Non-Recoverable	na
Lower Critical	na
Lower Non-Critical	na
Upper Non-Critical	72.000
Upper Critical	75.000
Upper Non-Recoverable	na
Assertions Enabled	unc+ ucr+
Deassertions Enabled	unc+ ucr+

Sensor ID	MB/Pn/V_VCC where n is 0-3
Entity ID	3.n
Sensor Type (Analog)	Voltage
Sensor Reading	1.317 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	na
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	na
Upper Non-Recoverable	na
Assertions Enabled


Sensor ID	MB/V_VTT (0xe)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	1.197 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	1.027
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	1.386
Upper Non-Recoverable	1.449
Assertions Enabled	lcr- ucr+ unr+
Deassertions Enabled	lcr- ucr+ unr+

Sensor ID	MB/V_+1V5 (0xf)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	1.498 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	1.349
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	1.646
Upper Non-Recoverable	na
Assertions Enabled	lcr- ucr+
Deassertions Enabled	lcr- ucr+

Sensor ID	MB/V_+1V8B0 (0x16)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	1.802 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	1.617
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	1.978
Upper Non-Recoverable	na
Assertions Enabled	lcr- ucr+
Deassertions Enabled	lcr- ucr+

Sensor ID	MB/V_+1V8STBY (0x6c)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	1.782 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	1.617
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	1.978
Upper Non-Recoverable	na
Assertions Enabled	lcr- ucr+
Deassertions Enabled	lcr- ucr+

Sensor ID	MB/V_+1V2NIC (0x12)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	1.238 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	1.074
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	1.312
Upper Non-Recoverable	na
Assertions Enabled	lcr- ucr+
Deassertions Enabled	lcr- ucr+

Sensor ID	MB/V_+12VCPUn where n is the cpu number
Entity ID	7.n
Sensor Type (Analog)	Voltage
Sensor Reading	12.222 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	10.773
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	13.167
Upper Non-Recoverable	na
Assertions Enabled	lcr- ucr+
Deassertions Enabled	lcr- ucr+

Sensor ID	MB/V_+12V (0xd)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	12.222 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	9.513
Lower Critical	10.773
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	13.167
Upper Non-Recoverable	14.427
Assertions Enabled	lcr- lnr- ucr+ unr+
Deassertions Enabled	lcr- lnr- ucr+ unr+

Sensor ID	MB/V_+3V3STBY0 (0x6d)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	3.287 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	2.993
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	3.667
Upper Non-Recoverable	na
Assertions Enabled	lcr- ucr+
Deassertions Enabled	lcr- ucr+

Sensor ID	MB/V_+3V3STBY1 (0x6e)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	3.249 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	2.975
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	3.642
Upper Non-Recoverable	na
Assertions Enabled	lcr- ucr+
Deassertions Enabled	lcr- ucr+

Sensor ID	MB/V_+3V3 (0x10)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	3.287 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	2.958
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	3.616
Upper Non-Recoverable	na
Assertions Enabled	lcr- ucr+
Deassertions Enabled	lcr- ucr+

Sensor ID	MB/V_+5V (0x11)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	4.921 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	4.488
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	5.482
Upper Non-Recoverable	na
Assertions Enabled	lcr- ucr+
Deassertions Enabled	lcr- ucr+

Sensor ID	MB/V_+1V25STBY (0x6f)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	1.260 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	1.096
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	1.373
Upper Non-Recoverable	na
Assertions Enabled	lcr- ucr+
Deassertions Enabled	lcr- ucr+

Sensor ID	MB/V_+1V5B0 (0x70)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	1.490 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	1.349
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	1.646
Upper Non-Recoverable	na
Assertions Enabled	lcr- ucr+
Deassertions Enabled	lcr- ucr+

Sensor ID	MB/V_+1V5B1 (0x71)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	1.365 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	1.349
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	1.646
Upper Non-Recoverable	na
Assertions Enabled	lcr- ucr+
Deassertions Enabled	lcr- ucr+

Sensor ID	MB/V_+2V5STBY (0x14)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	2.496 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	2.249
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	2.743
Upper Non-Recoverable	na
Assertions Enabled	lcr- ucr+
Deassertions Enabled	lcr- ucr+

Sensor ID	MB/V_+1V8B1 (0x6b)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	1.802 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	1.617
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	1.978
Upper Non-Recoverable	na
Assertions Enabled	lcr- ucr+
Deassertions Enabled	lcr- ucr+

Sensor ID	MB/V_+0V9B0 (0x72)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	0.893 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	0.806
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	0.989
Upper Non-Recoverable	na
Assertions Enabled	lcr- ucr+
Deassertions Enabled	lcr- ucr+

Sensor ID	MB/V_+0V9B1 (0x73)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	0.887 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	0.806
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	0.989
Upper Non-Recoverable	na
Assertions Enabled	lcr- ucr+
Deassertions Enabled	lcr- ucr+

Sensor ID	MB/V_+1V9NIC (0x74)
Entity ID	7.0
Sensor Type (Analog)	Voltage
Sensor Reading	1.930 (+/- 0) Volts
Status	ok
Lower Non-Recoverable	na
Lower Critical	1.709
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	2.083
Upper Non-Recoverable	na
Assertions Enabled	lcr- ucr+
Deassertions Enabled	lcr- ucr+

Sensor ID	SYS/VPS (0x8e)
Entity ID	7.0
Sensor Type (Analog)	Power Unit
Sensor Reading	284 (+/- 0) Watts
Status	ok
Lower Non-Recoverable	na
Lower Critical	na
Lower Non-Critical	na
Upper Non-Critical	na
Upper Critical	708.000
Upper Non-Recoverable	na
Assertions Enabled	ucr+
Deassertions Enabled	ucr+

Sensor ID	MB/MCH/DA0/PRSNT (0x75)
Entity ID	32.0
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Present]

Sensor ID	MB/MCH/DA1/PRSNT (0x76)
Entity ID	32.1
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Present]

Sensor ID	MB/MCH/DA2/PRSNT (0x77)
Entity ID	32.2
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	MB/MCH/DA3/PRSNT (0x78)
Entity ID	32.3
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	MB/MCH/DA4/PRSNT (0x79)
Entity ID	32.4
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	MB/MCH/DA5/PRSNT (0x7a)
Entity ID	32.5
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	MB/MCH/DB0/PRSNT (0x7b)
Entity ID	32.6
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Present]

Sensor ID	MB/MCH/DB1/PRSNT (0x7c)
Entity ID	32.7
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Present]

Sensor ID	MB/MCH/DB2/PRSNT (0x7d)
Entity ID	32.8
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	MB/MCH/DB3/PRSNT (0x7e)
Entity ID	32.9
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	MB/MCH/DB4/PRSNT (0x7f)
Entity ID	32.10
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	MB/MCH/DB5/PRSNT (0x80)
Entity ID	32.11
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	MB/MCH/DC0/PRSNT (0x81)
Entity ID	32.12
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Present]

Sensor ID	MB/MCH/DC1/PRSNT (0x82)
Entity ID	32.13
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Present]

Sensor ID	MB/MCH/DC2/PRSNT (0x83)
Entity ID	32.14
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	MB/MCH/DC3/PRSNT (0x84)
Entity ID	32.15
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	MB/MCH/DC4/PRSNT (0x85)
Entity ID	32.16
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	MB/MCH/DC5/PRSNT (0x86)
Entity ID	32.17
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	MB/MCH/DD0/PRSNT (0x87)
Entity ID	32.18
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Present]

Sensor ID	MB/MCH/DD1/PRSNT (0x88)
Entity ID	32.19
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Present]

Sensor ID	MB/MCH/DD2/PRSNT (0x89)
Entity ID	32.20
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	MB/MCH/DD3/PRSNT (0x8a)
Entity ID	32.21
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	MB/MCH/DD4/PRSNT (0x8b)
Entity ID	32.22
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	MB/MCH/DD5/PRSNT (0x8c)
Entity ID	32.23
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	MB/FEM/PRSNT (0x8f)
Entity ID	44.0
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	MB/REM/PRSNT (0x90)
Entity ID	44.1
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	CMM/PRSNT (0x68)
Entity ID	6.0
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Present]

Sensor ID	NEM0/PRSNT (0x66)
Entity ID	44.2
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Present]

Sensor ID	NEM1/PRSNT (0x67)
Entity ID	44.3
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Present]

Sensor ID	PEM0/PRSNT (0x64)
Entity ID	44.4
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	PEM1/PRSNT (0x65)
Entity ID	44.5
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Absent]

Sensor ID	BLn/PRSNT where n is the blade number
Entity ID	41.n
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Present]


Sensor ID	FMn/Fx/TACH where n is the fan module, x is the fan
Entity ID	30.n
Sensor Type (Analog)	Fan
Sensor Reading	5300 (+/- 0) RPM
Status	ok
Lower Non-Recoverable	1000.000
Lower Critical	1500.000
Lower Non-Critical	2000.000
Upper Non-Critical	7000.000
Upper Critical	7500.000
Upper Non-Recoverable	8000.000
Assertions Enabled	lnc- lcr- lnr- unc+ ucr+ unr+
Deassertions Enabled	lnc- lcr- lnr- unc+ ucr+ unr+

Sensor ID	FMn/FAIL where n is the fan module number
Entity ID	29.n
Sensor Type (Discrete)	Fan
States Asserted	Digital State - [Predictive Failure Deasserted]

Sensor ID	PSn/PRSNT
Entity ID	10.n
Sensor Type (Discrete)	Entity Presence
States Asserted	Availability State - [Device Present]

Sensor ID	PS0/PWROK0 (0x5e)
Entity ID	10.0
Sensor Type (Discrete)	Power Supply
States Asserted	Digital State - [State Asserted]

Sensor ID	PS0/PWROK1 (0x5f)
Entity ID	10.0
Sensor Type (Discrete)	Power Supply
States Asserted	Digital State - [State Asserted]

Sensor ID	PS1/PWROK0 (0x61)
Entity ID	10.1
Sensor Type (Discrete)	Power Supply
States Asserted	Digital State - [State Asserted]

Sensor ID	PS1/PWROK1 (0x62)
Entity ID	10.1
Sensor Type (Discrete)	Power Supply
States Asserted	Digital State - [State Asserted]

Sensor ID	PS0/VINERR0 (0x2a)
Entity ID	10.0
Sensor Type (Discrete)	Power Supply
States Asserted	Digital State - [Predictive Failure Deasserted]

Sensor ID	PS0/VINERR1 (0x2b)
Entity ID	10.0
Sensor Type (Discrete)	Power Supply
States Asserted	Digital State - [Predictive Failure Deasserted]

Sensor ID	PS1/VINERR0 (0x2d)
Entity ID	10.1
Sensor Type (Discrete)	Power Supply
States Asserted	Digital State - [Predictive Failure Deasserted]

Sensor ID	PS1/VINERR1 (0x2e)
Entity ID	10.1
Sensor Type (Discrete)	Power Supply
States Asserted	Digital State - [Predictive Failure Deasserted]