ILOM Supplement for the Sun Fire X4500/X4540 Servers
|
This supplement contains information for using Integrated Lights Out Manager (ILOM) with the Sun FireTM X4500/X4540 servers.
ILOM documentation is divided into two categories:
- Generalized ILOM information, located in one of the ILOM User’s guides:
- Sun Integrated Lights Out Manager 2.0 User’s Guide
- Integrated Lights Out Manager (ILOM) Administration Guide for ILOM 1.1.1
- Integrated Lights Out Manager (ILOM) Administration Guide for ILOM 1.0
Please refer to the corresponding guide for information about the your ILOM.
- Information specific to the Sun Fire X4500/X4540 Server, located in this supplement.
This document provides information about the following topics:
Related Documentation
For a description of the document set for the Sun Fire X4500/X4540 server, see the Where To Find Documentation sheet that is packed with your system and also posted at the product documentation site. See the following URL, and then navigate to your product.
http://docs.sun.com
Translated versions of some of the Sun Fire X4500/X4540 Server documents are available at the web sites listed in the Where To Find Documentation sheet.
| Note - The English documentation is revised more frequently and might therefore be more up-to-date than the translated documentation.
|
Sun Fire X4500 ILOM 2.0.2.5 r47053 Update
The Sun Fire X4500 ILOM 2.0.2.5, r47053 update has included the Console history log feature--this functionality connects to the system console and outputs the Console history log onto the SP. That log file can be dumped upon request using an SP command show /SP/console/history.
Console history has the following properties:
-> ls
/SP/console
Targets:
history
Properties:
line_count = 25
pause_count = 15
start_from = end
- line_count--Specifies how many lines of console log will be shown.
- pause_count--Specifies how many lines of console log will be shown before SP stops to show and waits for user input to continue.
- start_from--It can be configured with end or beginning.
- end--Latest line_count lines of console log will be shown.
- beginning--Oldest line_count lines of console log will be shown.
Sensors for Sun Fire X4500 Server
The Sun Fire X4500 server includes a number of sensors that generate entries in the system event log (SEL) when the sensor crosses a threshold. Many of these readings are used to adjust the fan speeds and perform other actions, such as illuminating LEDs and powering off the chassis.
These sensors can also be configured to generate IPMI PET traps as described in the corresponding ILOM user’s guide.
This section describes the sensors and provides details about their operation.
|
Caution - Do not use any interface other than the ILOM CLI or WebGUI to alter the state or configuration of any sensor or LED. Doing so could void your warranty.
|
The sensors and their respective thresholds are as follows:
- Disk backplane ambient temperature (dbp.t_amb)
- Upper Non Critical--33-degrees C
- Upper Critical--38-degrees C
- Upper Non Recoverable--43-degrees C
- CPU 0 (proc0.t_core) and CPU 1 (proc1.t_core) die temperatures
- Upper Non Critical--60-degrees C
- Upper Critical--68-degrees C
- Upper Non Recoverable--75-degrees C
There are four other temperature sensors:
- Front I/O board ambient temperature (io.front.t_amb)
- Rear I/O board ambient temperature (io.rear.t_amb)
- Processor board front ambient temperature (proc.front.t_amb)
- Processor board rear ambient temperature (proc.rear.t_amb)
List of Sensors (X4500)
TABLE 1-1 lists the sensors. TABLE 1-2 displays detailed information about each sensor.
TABLE 1-1 Sun Fire X4500 Sensors
|
Sensor name
|
Typical value
|
Units
|
Typical state
|
LNR
|
LC
|
LNC
|
UNC
|
UC
|
UNR
|
|
proc.p0.t_core
|
35
|
degrees C
|
ok
|
na
|
na
|
na
|
60
|
68
|
75
|
|
proc.p1.t_core
|
38
|
degrees C
|
ok
|
na
|
na
|
na
|
60
|
68
|
75
|
|
dbp.t_amb
|
20
|
degrees C
|
ok
|
na
|
na
|
na
|
33
|
38
|
43
|
|
io.front.t_amb
|
38
|
degrees C
|
ok
|
na
|
na
|
na
|
90
|
95
|
100
|
|
io.rear.t_amb
|
38
|
degrees C
|
ok
|
na
|
na
|
na
|
90
|
95
|
100
|
|
proc.front.t_amb
|
29
|
degrees C
|
ok
|
na
|
na
|
na
|
90
|
95
|
100
|
|
proc.rear.t_amb
|
32
|
degrees C
|
ok
|
na
|
na
|
na
|
90
|
95
|
100
|
|
ft0.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ft0.f0.speed
|
5600
|
RPM
|
ok
|
2000
|
na
|
na
|
na
|
na
|
10000
|
|
ft0.f1.speed
|
5600
|
RPM
|
ok
|
2000
|
na
|
na
|
na
|
na
|
10000
|
|
ft1.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ft1.f0.speed
|
5600
|
RPM
|
ok
|
2000
|
na
|
na
|
na
|
na
|
10000
|
|
ft1.f1.speed
|
5600
|
RPM
|
ok
|
2000
|
na
|
na
|
na
|
na
|
10000
|
|
ft2.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ft2.f0.speed
|
5500
|
RPM
|
ok
|
2000
|
na
|
na
|
na
|
na
|
10000
|
|
ft2.f1.speed
|
5600
|
RPM
|
ok
|
2000
|
na
|
na
|
na
|
na
|
10000
|
|
ft3.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ft3.f0.speed
|
5600
|
RPM
|
ok
|
2000
|
na
|
na
|
na
|
na
|
10000
|
|
ft3.f1.speed
|
5600
|
RPM
|
ok
|
2000
|
na
|
na
|
na
|
na
|
10000
|
|
ft4.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ft4.f0.speed
|
5600
|
RPM
|
ok
|
2000
|
na
|
na
|
na
|
na
|
10000
|
|
ft4.f1.speed
|
5600
|
RPM
|
ok
|
2000
|
na
|
na
|
na
|
na
|
10000
|
|
ps0.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ps0.pwrok
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ps0.vinok
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ps1.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ps1.pwrok
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ps1.vinok
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ps2.prsnt
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ps2.pwrok
|
na
|
discrete
|
na
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ps2.vinok
|
na
|
discrete
|
na
|
na
|
na
|
na
|
na
|
na
|
na
|
|
io.v_+1v5
|
1.52
|
Volts
|
ok
|
0.6
|
0.7
|
na
|
na
|
1.99
|
2.2
|
|
io.v_+2v5
|
2.52
|
Volts
|
ok
|
1.8
|
1.99
|
na
|
na
|
2.89
|
3
|
|
io.v_+5v_disk
|
5.46
|
Volts
|
ok
|
3.98
|
4.24
|
na
|
na
|
5.75
|
5.98
|
|
io.v_-12v
|
-12.28
|
Volts
|
ok
|
-15.05
|
-14.03
|
na
|
na
|
-10.01
|
-9.07
|
|
proc.p0.v_+1v25
|
1.27
|
Volts
|
ok
|
0.7
|
0.9
|
na
|
na
|
1.69
|
1.9
|
|
proc.p0.v_+1v5
|
1.14
|
Volts
|
ok
|
0.6
|
0.7
|
na
|
na
|
1.99
|
2.2
|
|
proc.p0.v_+2v5
|
2.57
|
Volts
|
ok
|
1.8
|
1.99
|
na
|
na
|
2.89
|
3
|
|
proc.p1.v_+1v25
|
1.27
|
Volts
|
ok
|
0.7
|
0.9
|
na
|
na
|
1.69
|
1.9
|
|
proc.p1.v_+1v5
|
1.14
|
Volts
|
ok
|
0.6
|
0.7
|
na
|
na
|
1.99
|
2.2
|
|
proc.p1.v_+2v5
|
2.57
|
Volts
|
ok
|
1.8
|
1.99
|
na
|
na
|
2.89
|
3
|
|
proc.v_+1v8
|
1.84
|
Volts
|
ok
|
1.1
|
1.3
|
na
|
na
|
2.3
|
2.5
|
|
sys.v_+12v
|
12.1
|
Volts
|
ok
|
8.95
|
9.95
|
na
|
na
|
13.99
|
14.99
|
|
sys.v_+1v2
|
1.23
|
Volts
|
ok
|
0.6
|
0.8
|
na
|
na
|
1.7
|
1.9
|
|
sys.v_+3v3
|
3.32
|
Volts
|
ok
|
2.6
|
2.79
|
na
|
na
|
3.79
|
4
|
|
sys.v_+3v3stby
|
3.27
|
Volts
|
ok
|
2.6
|
2.79
|
na
|
na
|
3.79
|
4
|
|
sys.v_+5v
|
4.94
|
Volts
|
ok
|
3.98
|
4.24
|
na
|
na
|
5.75
|
5.98
|
|
sys.v_bat
|
3.12
|
Volts
|
ok
|
2.4
|
2.59
|
na
|
na
|
3.6
|
3.79
|
|
bp.locate.btn
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
fp.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
fp.locate.btn
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd0.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd1.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd2.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd3.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd4.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd5.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd6.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd7.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd8.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd9.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd10.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd11.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd12.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd13.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd14.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd15.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd16.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd17.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd18.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd19.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd20.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd21.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd22.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd23.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd24.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd25.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd26.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd27.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd28.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd29.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd30.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd31.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd32.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd33.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd34.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd35.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd36.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd37.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd38.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd39.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd40.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd41.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd42.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd43.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd44.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd45.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd46.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd47.state
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
sys.intsw
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
sys.acpi
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
Detailed Sensor Information (X4500)
Interpreting Sensor Data
Asserted/Deasserted - Asserted generally means that what the sensor is measuring is true. For example, if a temperature reaches (for example) its upper critical threshold, then upper critical = asserted. Deasserted means the opposite.
Present/Absent - This tells whether the specified device is present or not.
Reading - Some sensors include hex numbers (usually 0x0001 and 0x0002) that indicate the state of the sensor. These are listed in the table where the field value is “readings”.
TABLE 1-2 displays detailed information about the individual sensors.
TABLE 1-2 Detailed Sensor Information for the Sun Fire X4500
|
Field
|
Data
|
|
Sensor ID
|
dbp.t_amb (0x1b)
|
|
Entity ID
|
15.0 (Drive Backplane)
|
|
Sensor Type (Analog)
|
Temperature
|
|
Sensor Reading
|
23 (+/- 0) degrees C
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
43.000
|
|
Upper Critical
|
38.000
|
|
Upper Non-Critical
|
33.000
|
|
Positive Hysteresis
|
Unspecified
|
|
Negative Hysteresis
|
Unspecified
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
unc ucr unr
|
|
Settable Thresholds
|
unc ucr unr
|
|
Threshold Read Mask
|
unc ucr unr
|
|
Assertions Enabled
|
ucr+ unr+
|
|
Deassertions Enabled
|
ucr+ unr+
|
|
|
|
|
Sensor ID
|
io.front.t_amb (0x50)
|
|
Entity ID
|
7.0 (System Board)
|
|
Sensor Type (Analog)
|
Temperature
|
|
Sensor Reading
|
29 (+/- 0) degrees C
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
100.000
|
|
Upper Critical
|
95.000
|
|
Upper Non-Critical
|
90.000
|
|
Positive Hysteresis
|
Unspecified
|
|
Negative Hysteresis
|
Unspecified
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
unc ucr unr
|
|
Settable Thresholds
|
unc ucr unr
|
|
Threshold Read Mask
|
unc ucr unr
|
|
Assertions Enabled
|
ucr+ unr+
|
|
Deassertions Enabled
|
ucr+ unr+
|
|
|
|
|
Sensor ID
|
io.v_+5v_disk (0x10)
|
|
Entity ID
|
7.0
|
|
Sensor Type (Analog)
|
Voltage
|
|
Sensor Reading
|
4.992 (+/- 0) Volts
|
|
Status
|
OK
|
|
Lower Non-Recoverable
|
4.248
|
|
Lower Critical
|
4.488
|
|
Lower Non-Critical
|
4.728
|
|
Upper Non-Critical
|
5.232
|
|
Upper Critical
|
5.496
|
|
Upper Non-Recoverable
|
5.736
|
|
Assertions Enabled
|
lnc- lcr- lnr- unc+ ucr+ unr+
|
|
Deassertions Enabled
|
lnc- lcr- lnr- unc+ ucr+ unr+
|
|
|
|
|
Sensor ID
|
io.rear.t_amb (0x5)
|
|
Entity ID
|
7.0 (System Board)
|
|
Sensor Type (Analog)
|
Temperature
|
|
Sensor Reading
|
25 (+/- 0) degrees C
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
100.000
|
|
Upper Critical
|
95.000
|
|
Upper Non-Critical
|
90.000
|
|
Positive Hysteresis
|
2.000
|
|
Negative Hysteresis
|
2.000
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
unc ucr unr
|
|
Settable Thresholds
|
unc ucr unr
|
|
Threshold Read Mask
|
unc ucr unr
|
|
Assertions Enabled
|
ucr+ unr+
|
|
Deassertions Enabled
|
ucr+ unr+
|
|
|
|
|
Sensor ID
|
proc.front.t_amb (0x22)
|
|
Entity ID
|
9.0 (Processor Module)
|
|
Sensor Type (Analog)
|
Temperature
|
|
Sensor Reading
|
23 (+/- 0) degrees C
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
100.000
|
|
Upper Critical
|
95.000
|
|
Upper Non-Critical
|
90.000
|
|
Positive Hysteresis
|
Unspecified
|
|
Negative Hysteresis
|
Unspecified
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
unc ucr unr
|
|
Settable Thresholds
|
unc ucr unr
|
|
Threshold Read Mask
|
unc ucr unr
|
|
Assertions Enabled
|
ucr+ unr+
|
|
Deassertions Enabled
|
ucr+ unr+
|
|
|
|
|
Sensor ID
|
proc.rear.t_amb (0x14)
|
|
Entity ID
|
9.0 (Processor Module)
|
|
Sensor Type (Analog)
|
Temperature
|
|
Sensor Reading
|
23 (+/- 0) degrees C
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
100.000
|
|
Upper Critical
|
95.000
|
|
Upper Non-Critical
|
90.000
|
|
Positive Hysteresis
|
Unspecified
|
|
Negative Hysteresis
|
Unspecified
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
unc ucr unr
|
|
Settable Thresholds
|
unc ucr unr
|
|
Threshold Read Mask
|
unc ucr unr
|
|
Assertions Enabled
|
ucr+ unr+
|
|
Deassertions Enabled
|
ucr+ unr+
|
|
|
|
|
Sensor ID
|
proc.p0.t_core (0x2c)
|
|
Entity ID
|
3.0 (Processor)
|
|
Sensor Type (Analog)
|
Temperature
|
|
Sensor Reading
|
41 (+/- 0) degrees C
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
75.000
|
|
Upper Critical
|
68.000
|
|
Upper Non-Critical
|
60.000
|
|
Positive Hysteresis
|
2.000
|
|
Negative Hysteresis
|
2.000
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
unc ucr unr
|
|
Settable Thresholds
|
unc ucr unr
|
|
Threshold Read Mask
|
unc ucr unr
|
|
Assertions Enabled
|
ucr+ unr+
|
|
Deassertions Enabled
|
ucr+ unr+
|
|
|
|
|
Sensor ID
|
proc.p1.t_core (0x35)
|
|
Entity ID
|
3.1 (Processor)
|
|
Sensor Type (Analog)
|
Temperature
|
|
Sensor Reading
|
39 (+/- 0) degrees C
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
75.000
|
|
Upper Critical
|
68.000
|
|
Upper Non-Critical
|
60.000
|
|
Positive Hysteresis
|
2.000
|
|
Negative Hysteresis
|
2.000
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
unc ucr unr
|
|
Settable Thresholds
|
unc ucr unr
|
|
Threshold Read Mask
|
unc ucr unr
|
|
Assertions Enabled
|
ucr+ unr+
|
|
Deassertions Enabled
|
ucr+ unr+
|
|
|
|
|
Sensor ID
|
ft0.prsnt (0x51)
|
|
Entity ID
|
30.0 (Cooling Unit)
|
|
Sensor Type (Discrete)
|
Entity Presence
|
|
Reading
|
0x0001 = Device Absent
0x0002 = Device Present
|
|
States Asserted
|
Availability State
[Device Present]
|
|
Assertions Enabled
|
Availability State
[Device Absent]
[Device Present]
|
|
|
|
|
Sensor ID
|
ft0.f0.speed (0x54)
|
|
Entity ID
|
29.0 (Fan Device)
|
|
Sensor Type (Analog)
|
Fan
|
|
Sensor Reading
|
7700 (+/- 0) RPM
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
10000.000
|
|
Lower Non-Recoverable
|
2000.000
|
|
Positive Hysteresis
|
1000.000
|
|
Negative Hysteresis
|
1000.000
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
25400.000
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr unr
|
|
Settable Thresholds
|
lnr unr
|
|
Threshold Read Mask
|
lnr unr
|
|
Assertions Enabled
|
lnr- unr+
|
|
Deassertions Enabled
|
lnr- unr+
|
|
|
|
|
Sensor ID
|
ft0.f1.speed (0x55)
|
|
Entity ID
|
29.1 (Fan Device)
|
|
Sensor Type (Analog)
|
Fan
|
|
Sensor Reading
|
7700 (+/- 0) RPM
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
10000.000
|
|
Lower Non-Recoverable
|
2000.000
|
|
Positive Hysteresis
|
1000.000
|
|
Negative Hysteresis
|
1000.000
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
25400.000
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr unr
|
|
Settable Thresholds
|
lnr unr
|
|
Threshold Read Mask
|
lnr unr
|
|
Assertions Enabled
|
lnr- unr+
|
|
Deassertions Enabled
|
lnr- unr+
|
|
|
|
|
Sensor ID
|
ft1.prsnt (0x52)
|
|
Entity ID
|
30.1 (Cooling Unit)
|
|
Sensor Type (Discrete)
|
Entity Presence
|
|
Reading
|
0x0001 = Device Absent
0x0002 = Device Present
|
|
States Asserted
|
Availability State
[Device Present]
|
|
Assertions Enabled
|
Availability State
[Device Absent]
[Device Present]
|
|
|
|
|
Sensor ID
|
ft1.f0.speed (0x56)
|
|
Entity ID
|
29.2 (Fan Device)
|
|
Sensor Type (Analog)
|
Fan
|
|
Sensor Reading
|
7700 (+/- 0) RPM
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
10000.000
|
|
Lower Non-Recoverable
|
2000.000
|
|
Positive Hysteresis
|
1000.000
|
|
Negative Hysteresis
|
1000.000
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
25400.000
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr unr
|
|
Settable Thresholds
|
lnr unr
|
|
Threshold Read Mask
|
lnr unr
|
|
Assertions Enabled
|
lnr- unr+
|
|
Deassertions Enabled
|
lnr- unr+
|
|
|
|
|
Sensor ID
|
ft1.f1.speed (0x57)
|
|
Entity ID
|
29.3 (Fan Device)
|
|
Sensor Type (Analog)
|
Fan
|
|
Sensor Reading
|
7700 (+/- 0) RPM
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
10000.000
|
|
Lower Non-Recoverable
|
2000.000
|
|
Positive Hysteresis
|
1000.000
|
|
Negative Hysteresis
|
1000.000
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
25400.000
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr unr
|
|
Settable Thresholds
|
lnr unr
|
|
Threshold Read Mask
|
lnr unr
|
|
Assertions Enabled
|
lnr- unr+
|
|
Deassertions Enabled
|
lnr- unr+
|
|
|
|
|
Sensor ID
|
ft2.prsnt (0x53)
|
|
Entity ID
|
30.2 (Cooling Unit)
|
|
Sensor Type (Discrete)
|
Entity Presence
|
|
Reading
|
0x0001 = Device Absent
0x0002 = Device Present
|
|
States Asserted
|
Availability State
[Device Present]
|
|
Assertions Enabled
|
Availability State
[Device Absent]
[Device Present]
|
|
|
|
|
Sensor ID
|
ft2.f0.speed (0x58)
|
|
Entity ID
|
29.4 (Fan Device)
|
|
Sensor Type (Analog)
|
Fan
|
|
Sensor Reading
|
7700 (+/- 0) RPM
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
10000.000
|
|
Lower Non-Recoverable
|
2000.000
|
|
Positive Hysteresis
|
1000.000
|
|
Negative Hysteresis
|
1000.000
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
25400.000
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr unr
|
|
Settable Thresholds
|
lnr unr
|
|
Threshold Read Mask
|
lnr unr
|
|
Assertions Enabled
|
lnr- unr+
|
|
Deassertions Enabled
|
lnr- unr+
|
|
|
|
|
Sensor ID
|
ft2.f1.speed (0x59)
|
|
Entity ID
|
29.5 (Fan Device)
|
|
Sensor Type (Analog)
|
Fan
|
|
Sensor Reading
|
7700 (+/- 0) RPM
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
10000.000
|
|
Lower Non-Recoverable
|
2000.000
|
|
Positive Hysteresis
|
1000.000
|
|
Negative Hysteresis
|
1000.000
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
25400.000
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr unr
|
|
Settable Thresholds
|
lnr unr
|
|
Threshold Read Mask
|
lnr unr
|
|
Assertions Enabled
|
lnr- unr+
|
|
Deassertions Enabled
|
lnr- unr+
|
|
|
|
|
Sensor ID
|
ft3.prsnt (0x25)
|
|
Entity ID
|
30.3 (Cooling Unit)
|
|
Sensor Type (Discrete)
|
Entity Presence
|
|
Reading
|
0x0001 = Device Absent
0x0002 = Device Present
|
|
States Asserted
|
Availability State
[Device Present]
|
|
Assertions Enabled
|
Availability State
[Device Absent]
[Device Present]
|
|
|
|
|
Sensor ID
|
ft3.f0.speed (0x27)
|
|
Entity ID
|
29.6 (Fan Device)
|
|
Sensor Type (Analog)
|
Fan
|
|
Sensor Reading
|
7700 (+/- 0) RPM
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
10000.000
|
|
Lower Non-Recoverable
|
2000.000
|
|
Positive Hysteresis
|
1000.000
|
|
Negative Hysteresis
|
1000.000
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
25400.000
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr unr
|
|
Settable Thresholds
|
lnr unr
|
|
Threshold Read Mask
|
lnr unr
|
|
Assertions Enabled
|
lnr- unr+
|
|
Deassertions Enabled
|
lnr- unr+
|
|
|
|
|
Sensor ID
|
ft3.f1.speed (0x29)
|
|
Entity ID
|
29.7 (Fan Device)
|
|
Sensor Type (Analog)
|
Fan
|
|
Sensor Reading
|
7800 (+/- 0) RPM
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
10000.000
|
|
Lower Non-Recoverable
|
2000.000
|
|
Positive Hysteresis
|
1000.000
|
|
Negative Hysteresis
|
1000.000
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
25400.000
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr unr
|
|
Settable Thresholds
|
lnr unr
|
|
Threshold Read Mask
|
lnr unr
|
|
Assertions Enabled
|
lnr- unr+
|
|
Deassertions Enabled
|
lnr- unr+
|
|
|
|
|
Sensor ID
|
ft4.prsnt (0x26)
|
|
Entity ID
|
30.4 (Cooling Unit)
|
|
Sensor Type (Discrete)
|
Entity Presence
|
|
States Asserted
|
Availability State
[Device Present]
|
|
Assertions Enabled
|
Availability State
[Device Absent]
[Device Present]
|
|
|
|
|
Sensor ID
|
ft4.f0.speed (0x2a)
|
|
Entity ID
|
29.8 (Fan Device)
|
|
Sensor Type (Analog)
|
Fan
|
|
Sensor Reading
|
0 (+/- 0) RPM
|
|
Status
|
Lower Non-Recoverable
|
|
Upper Non-Recoverable
|
10000.000
|
|
Lower Non-Recoverable
|
2000.000
|
|
Positive Hysteresis
|
1000.000
|
|
Negative Hysteresis
|
1000.000
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
25400.000
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr unr
|
|
Settable Thresholds
|
lnr unr
|
|
Threshold Read Mask
|
lnr unr
|
|
Assertions Enabled
|
lnr- unr+
|
|
Deassertions Enabled
|
lnr- unr+
|
|
|
|
|
Sensor ID
|
ft4.f1.speed (0x2b)
|
|
Entity ID
|
29.9 (Fan Device)
|
|
Sensor Type (Analog)
|
Fan
|
|
Sensor Reading
|
0 (+/- 0) RPM
|
|
Status
|
Lower Non-Recoverable
|
|
Upper Non-Recoverable
|
10000.000
|
|
Lower Non-Recoverable
|
2000.000
|
|
Positive Hysteresis
|
1000.000
|
|
Negative Hysteresis
|
1000.000
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
25400.000
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr unr
|
|
Settable Thresholds
|
lnr unr
|
|
Threshold Read Mask
|
lnr unr
|
|
Assertions Enabled
|
lnr- unr+
|
|
Deassertions Enabled
|
lnr- unr+
|
|
|
|
|
Sensor ID
|
ps0.prsnt (0x1c)
|
|
Entity ID
|
10.0 (Power Supply)
|
|
Sensor Type (Discrete)
|
Entity Presence
|
|
Reading
|
0x0001 = Device Absent
0x0002 = Device Present
|
|
States Asserted
|
Availability State
[Device Present]
|
|
Assertions Enabled
|
Availability State
[Device Absent]
[Device Present]
|
|
|
|
|
Sensor ID
|
ps0.pwrok (0x1d)
|
|
Entity ID
|
10.0 (Power Supply)
|
|
Sensor Type (Discrete)
|
Power Supply
|
|
Reading
|
0x0001 = State Deasserted
0x0002 = State Asserted
|
|
States Asserted
|
Digital State
[State Asserted]
|
|
Assertions Enabled
|
Digital State
[State Deasserted]
[State Asserted]
|
|
|
|
|
Sensor ID
|
ps0.vinok (0x1e)
|
|
Entity ID
|
10.0 (Power Supply)
|
|
Sensor Type (Discrete)
|
Power Supply
|
|
Reading
|
0x0001 = State Deasserted
0x0002 = State Asserted
|
|
States Asserted
|
Digital State
[State Asserted]
|
|
Assertions Enabled
|
Digital State
[State Deasserted]
[State Asserted]
|
|
|
|
|
Sensor ID
|
ps1.prsnt (0x1f)
|
|
Entity ID
|
10.1 (Power Supply)
|
|
Sensor Type (Discrete)
|
Entity Presence
|
|
Reading
|
0x0001 = Device Absent
0x0002 = Device Present
|
|
States Asserted
|
Availability State
[Device Present]
|
|
Assertions Enabled
|
Availability State
[Device Absent]
[Device Present]
|
|
|
|
|
Sensor ID
|
ps1.pwrok (0x20)
|
|
Entity ID
|
10.1 (Power Supply)
|
|
Sensor Type (Discrete)
|
Power Supply
|
|
Reading
|
0x0001 = State Deasserted
0x0002 = State Asserted
|
|
States Asserted
|
Digital State
[State Asserted]
|
|
Assertions Enabled
|
Digital State
[State Deasserted]
[State Asserted]
|
|
|
|
|
Sensor ID
|
ps1.vinok (0x21)
|
|
Entity ID
|
10.1 (Power Supply)
|
|
Sensor Type (Discrete)
|
Power Supply
|
|
Reading
|
0x0001 = State Deasserted
0x0002 = State Asserted
|
|
States Asserted
|
Digital State
[State Asserted]
|
|
Assertions Enabled
|
Digital State
[State Deasserted]
[State Asserted]
|
|
|
|
|
Sensor ID
|
ps2.prsnt (0x24)
|
|
Entity ID
|
10.2 (Power Supply)
|
|
Sensor Type (Discrete)
|
Entity Presence
|
|
Reading
|
0x0001 = Device Absent
0x0002 = Device Present
|
|
States Asserted
|
Availability State
[Device Absent]
|
|
Assertions Enabled
|
Availability State
[Device Absent]
[Device Present]
|
|
|
|
|
Sensor ID
|
ps2.pwrok (0xf)
|
|
Entity ID
|
10.2 (Power Supply)
|
|
Sensor Type (Discrete)
|
Power Supply
|
|
Reading
|
0x0001 = State Deasserted
0x0002 = State Asserted
|
|
|
|
|
Sensor ID
|
ps2.vinok (0x28)
|
|
Entity ID
|
10.2 (Power Supply)
|
|
Sensor Type (Discrete)
|
Power Supply
|
|
Reading
|
0x0001 = State Deasserted
0x0002 = State Asserted
|
|
|
|
|
Sensor ID
|
io.v_+1v5 (0x23)
|
|
Entity ID
|
7.0 (System Board)
|
|
Sensor Type (Analog)
|
Voltage
|
|
Sensor Reading
|
1.536 (+/- 0) Volts
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
2.196
|
|
Upper Critical
|
1.992
|
|
Upper Non-Critical
|
1.800
|
|
Lower Non-Recoverable
|
0.600
|
|
Lower Critical
|
0.696
|
|
Lower Non-Critical
|
0.792
|
|
Positive Hysteresis
|
0.096
|
|
Negative Hysteresis
|
0.096
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr lcr ucr unr
|
|
Settable Thresholds
|
lnr lcr ucr unr
|
|
Threshold Read Mask
|
lnr lcr ucr unr
|
|
Assertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
Deassertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
|
|
|
Sensor ID
|
io.v_+2v5 (0xc)
|
|
Entity ID
|
7.0 (System Board)
|
|
Sensor Type (Analog)
|
Voltage
|
|
Sensor Reading
|
2.532 (+/- 0) Volts
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
3.000
|
|
Upper Critical
|
2.892
|
|
Upper Non-Critical
|
2.796
|
|
Lower Non-Recoverable
|
1.800
|
|
Lower Critical
|
1.992
|
|
Lower Non-Critical
|
2.196
|
|
Positive Hysteresis
|
0.096
|
|
Negative Hysteresis
|
0.096
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr lcr ucr unr
|
|
Settable Thresholds
|
lnr lcr ucr unr
|
|
Threshold Read Mask
|
lnr lcr ucr unr
|
|
Assertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
Deassertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
|
|
|
Sensor ID
|
io.v_-12v (0xb)
|
|
Entity ID
|
7.0 (System Board)
|
|
Sensor Type (Analog)
|
Voltage
|
|
Sensor Reading
|
-12.204 (+/- -16.000) Volts
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
-9.065
|
|
Upper Critical
|
-10.014
|
|
Upper Non-Critical
|
-11.036
|
|
Lower Non-Recoverable
|
-15.051
|
|
Lower Critical
|
-14.029
|
|
Lower Non-Critical
|
-13.007
|
|
Positive Hysteresis
|
0.133
|
|
Negative Hysteresis
|
0.133
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr lcr ucr unr
|
|
Settable Thresholds
|
lnr lcr ucr unr
|
|
Threshold Read Mask
|
lnr lcr ucr unr
|
|
Assertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
Deassertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
|
|
|
Sensor ID
|
proc.p0.v_+1v25 (0x2f)
|
|
Entity ID
|
3.0 (Processor)
|
|
Sensor Type (Analog)
|
Voltage
|
|
Sensor Reading
|
1.272 (+/- 0) Volts
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
1.896
|
|
Upper Critical
|
1.692
|
|
Upper Non-Critical
|
1.500
|
|
Lower Non-Recoverable
|
0.696
|
|
Lower Critical
|
0.900
|
|
Lower Non-Critical
|
1.092
|
|
Positive Hysteresis
|
0.096
|
|
Negative Hysteresis
|
0.096
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr lcr ucr unr
|
|
Settable Thresholds
|
lnr lcr ucr unr
|
|
Threshold Read Mask
|
lnr lcr ucr unr
|
|
Assertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
Deassertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
|
|
|
Sensor ID
|
proc.p0.v_+1v5 (0x2d)
|
|
Entity ID
|
3.0 (Processor)
|
|
Sensor Type (Analog)
|
Voltage
|
|
Sensor Reading
|
1.404 (+/- 0) Volts
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
2.196
|
|
Upper Critical
|
1.992
|
|
Upper Non-Critical
|
1.800
|
|
Lower Non-Recoverable
|
0.600
|
|
Lower Critical
|
0.696
|
|
Lower Non-Critical
|
0.792
|
|
Positive Hysteresis
|
0.096
|
|
Negative Hysteresis
|
0.096
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr lcr ucr unr
|
|
Settable Thresholds
|
lnr lcr ucr unr
|
|
Threshold Read Mask
|
lnr lcr ucr unr
|
|
Assertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
Deassertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
|
|
|
Sensor ID
|
proc.p0.v_+2v5 (0x2e)
|
|
Entity ID
|
3.0 (Processor)
|
|
Sensor Type (Analog)
|
Voltage
|
|
Sensor Reading
|
2.580 (+/- 0) Volts
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
3.000
|
|
Upper Critical
|
2.892
|
|
Upper Non-Critical
|
2.796
|
|
Lower Non-Recoverable
|
1.800
|
|
Lower Critical
|
1.992
|
|
Lower Non-Critical
|
2.196
|
|
Positive Hysteresis
|
0.096
|
|
Negative Hysteresis
|
0.096
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr lcr ucr unr
|
|
Settable Thresholds
|
lnr lcr ucr unr
|
|
Threshold Read Mask
|
lnr lcr ucr unr
|
|
Assertions Enabled
|
lcr- lnr- ucr+ unr+
|
|
Deassertions Enabled
|
lcr- lnr- ucr+ unr+
|
|
|
|
|
Sensor ID
|
proc.p1.v_+1v25 (0x38)
|
|
Entity ID
|
3.1 (Processor)
|
|
Sensor Type (Analog)
|
Voltage
|
|
Sensor Reading
|
1.272 (+/- 0) Volts
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
1.896
|
|
Upper Critical
|
1.692
|
|
Upper Non-Critical
|
1.500
|
|
Lower Non-Recoverable
|
0.696
|
|
Lower Critical
|
0.900
|
|
Lower Non-Critical
|
1.092
|
|
Positive Hysteresis
|
0.096
|
|
Negative Hysteresis
|
0.096
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr lcr ucr unr
|
|
Settable Thresholds
|
lnr lcr ucr unr
|
|
Threshold Read Mask
|
lnr lcr ucr unr
|
|
Assertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
Deassertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
|
|
|
Sensor ID
|
proc.p1.v_+1v5 (0x36)
|
|
Entity ID
|
3.1 (Processor)
|
|
Sensor Type (Analog)
|
Voltage
|
|
Sensor Reading
|
1.404 (+/- 0) Volts
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
2.196
|
|
Upper Critical
|
1.992
|
|
Upper Non-Critical
|
1.800
|
|
Lower Non-Recoverable
|
0.600
|
|
Lower Critical
|
0.696
|
|
Lower Non-Critical
|
0.792
|
|
Positive Hysteresis
|
0.096
|
|
Negative Hysteresis
|
0.096
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr lcr ucr unr
|
|
Settable Thresholds
|
lnr lcr ucr unr
|
|
Threshold Read Mask
|
lnr lcr ucr unr
|
|
Assertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
Deassertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
|
|
|
Sensor ID
|
proc.p1.v_+2v5 (0x37)
|
|
Entity ID
|
3.1 (Processor)
|
|
Sensor Type (Analog)
|
Voltage
|
|
Sensor Reading
|
2.568 (+/- 0) Volts
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
3.000
|
|
Upper Critical
|
2.892
|
|
Upper Non-Critical
|
2.796
|
|
Lower Non-Recoverable
|
1.800
|
|
Lower Critical
|
1.992
|
|
Lower Non-Critical
|
2.196
|
|
Positive Hysteresis
|
0.096
|
|
Negative Hysteresis
|
0.096
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr lcr ucr unr
|
|
Settable Thresholds
|
lnr lcr ucr unr
|
|
Threshold Read Mask
|
lnr lcr ucr unr
|
|
Assertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
Deassertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
|
|
|
Sensor ID
|
proc.v_+1v8 (0xd)
|
|
Entity ID
|
9.0 (Processor Module)
|
|
Sensor Type (Analog)
|
Voltage
|
|
Sensor Reading
|
1.840 (+/- 0) Volts
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
2.500
|
|
Upper Critical
|
2.300
|
|
Upper Non-Critical
|
2.100
|
|
Lower Non-Recoverable
|
1.100
|
|
Lower Critical
|
1.300
|
|
Lower Non-Critical
|
1.500
|
|
Positive Hysteresis
|
0.100
|
|
Negative Hysteresis
|
0.100
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr lcr ucr unr
|
|
Settable Thresholds
|
lnr lcr ucr unr
|
|
Threshold Read Mask
|
lnr lcr ucr unr
|
|
Assertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
Deassertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
|
|
|
Sensor ID
|
sys.v_+12v (0xa)
|
|
Entity ID
|
7.0 (System Board)
|
|
Sensor Type (Analog)
|
Voltage
|
|
Sensor Reading
|
12.159 (+/- 0) Volts
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
14.994
|
|
Upper Critical
|
13.986
|
|
Upper Non-Critical
|
12.978
|
|
Lower Non-Recoverable
|
8.946
|
|
Lower Critical
|
9.954
|
|
Lower Non-Critical
|
10.962
|
|
Positive Hysteresis
|
0.063
|
|
Negative Hysteresis
|
0.063
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr lcr ucr unr
|
|
Settable Thresholds
|
lnr lcr ucr unr
|
|
Threshold Read Mask
|
lnr lcr ucr unr
|
|
Assertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
Deassertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
|
|
|
Sensor ID
|
sys.v_+1v2 (0xe)
|
|
Entity ID
|
7.0 (System Board)
|
|
Sensor Type (Analog)
|
Voltage
|
|
Sensor Reading
|
1.220 (+/- 0) Volts
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
1.900
|
|
Upper Critical
|
1.700
|
|
Upper Non-Critical
|
1.500
|
|
Lower Non-Recoverable
|
0.600
|
|
Lower Critical
|
0.800
|
|
Lower Non-Critical
|
1.000
|
|
Positive Hysteresis
|
0.100
|
|
Negative Hysteresis
|
0.100
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr lcr ucr unr
|
|
Settable Thresholds
|
lnr lcr ucr unr
|
|
Threshold Read Mask
|
lnr lcr ucr unr
|
|
Assertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
Deassertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
|
|
|
Sensor ID
|
sys.v_+3v3 (0x8)
|
|
Entity ID
|
7.0 (System Board)
|
|
Sensor Type (Analog)
|
Voltage
|
|
Sensor Reading
|
3.304 (+/- 0) Volts
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
3.996
|
|
Upper Critical
|
3.789
|
|
Upper Non-Critical
|
3.598
|
|
Lower Non-Recoverable
|
2.595
|
|
Lower Critical
|
2.785
|
|
Lower Non-Critical
|
2.993
|
|
Positive Hysteresis
|
0.087
|
|
Negative Hysteresis
|
0.087
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr lcr ucr unr
|
|
Settable Thresholds
|
lnr lcr ucr unr
|
|
Threshold Read Mask
|
lnr lcr ucr unr
|
|
Assertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
Deassertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
|
|
|
Sensor ID
|
sys.v_+3v3stby (0x7)
|
|
Entity ID
|
7.0 (System Board)
|
|
Sensor Type (Analog)
|
Voltage
|
|
Sensor Reading
|
3.287 (+/- 0) Volts
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
3.996
|
|
Upper Critical
|
3.789
|
|
Upper Non-Critical
|
3.598
|
|
Lower Non-Recoverable
|
2.595
|
|
Lower Critical
|
2.785
|
|
Lower Non-Critical
|
2.993
|
|
Positive Hysteresis
|
0.087
|
|
Negative Hysteresis
|
0.087
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr lcr ucr unr
|
|
Settable Thresholds
|
lnr lcr ucr unr
|
|
Threshold Read Mask
|
lnr lcr ucr unr
|
|
Assertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
Deassertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
|
|
|
Sensor ID
|
sys.v_+5v (0x9)
|
|
Entity ID
|
7.0 (System Board)
|
|
Sensor Type (Analog)
|
Voltage
|
|
Sensor Reading
|
4.992 (+/- 0) Volts
|
|
Status
|
OK
|
|
Upper Non-Recoverable
|
6.500
|
|
Upper Critical
|
5.980
|
|
Upper Non-Critical
|
5.486
|
|
Lower Non-Recoverable
|
3.484
|
|
Lower Critical
|
3.978
|
|
Lower Non-Critical
|
4.498
|
|
Positive Hysteresis
|
0.078
|
|
Negative Hysteresis
|
0.078
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr lcr ucr unr
|
|
Settable Thresholds
|
lnr lcr ucr unr
|
|
Threshold Read Mask
|
lnr lcr ucr unr
|
|
Assertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
Deassertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
|
|
|
Sensor ID
|
sys.v_bat (0x6)
|
|
Entity ID
|
7.0 (System Board)
|
|
Sensor Type (Analog)
|
Voltage
|
|
Sensor Reading
|
0.608 (+/- 0) Volts
|
|
Status
|
Lower Non-Recoverable
|
|
Upper Non-Recoverable
|
3.792
|
|
Upper Critical
|
3.600
|
|
Upper Non-Critical
|
3.392
|
|
Lower Non-Recoverable
|
2.400
|
|
Lower Critical
|
2.592
|
|
Lower Non-Critical
|
2.688
|
|
Positive Hysteresis
|
0.096
|
|
Negative Hysteresis
|
0.096
|
|
Minimum Sensor Range
|
Unspecified
|
|
Maximum Sensor Range
|
Unspecified
|
|
Event Message Control
|
Per-threshold
|
|
Readable Thresholds
|
lnr lcr ucr unr
|
|
Settable Thresholds
|
lnr lcr ucr unr
|
|
Threshold Read Mask
|
lnr lcr ucr unr
|
|
Assertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
Deassertions Enabled
|
lnc- lcr- ucr+ unr+
|
|
|
|
|
Sensor ID
|
bp.locate.btn (0x11)
|
|
Entity ID
|
13.0 (Back Panel Board)
|
|
Sensor Type (Discrete)
|
Button
|
|
States Asserted
|
Digital State
[State Asserted]
|
|
|
|
|
Sensor ID
|
fp.prsnt (0x19)
|
|
Entity ID
|
12.0 (Front Panel Board)
|
|
Sensor Type (Discrete)
|
Entity Presence
|
|
Reading
|
0x0001 = Device Absent (front panel is absent)
0x0002 = Device Present (front panel is present)
|
|
States Asserted
|
Availability State
[Device Present]
|
|
Assertions Enabled
|
Availability State
[Device Absent]
[Device Present]
|
|
|
|
|
Sensor ID
|
fp.locate.btn (0x18)
|
|
Entity ID
|
12.0 (Front Panel Board)
|
|
Sensor Type (Discrete)
|
Button
|
|
Reading
|
0x0001 = State Deasserted (button is inactive)
0x0002 = State Asserted (button is active)
|
|
States Asserted
|
Digital State
[State Deasserted]
|
|
|
|
|
Sensor ID
|
hdd0.state (0x5a)
|
|
Entity ID
|
4.0 (Disk or Disk Bay)
|
|
Sensor Type (Discrete)
|
Drive Slot / Bay
|
|
States Asserted
|
Drive Slot
[Drive Present]
[Drive Fault]
|
|
Assertions Enabled
|
Drive Slot
[Drive Present]
[Drive Fault]
[Hot Spare]
[Rebuild In Progress]
|
|
Deassertions Enabled
|
Drive Slot
[Drive Present]
[Drive Fault]
[Hot Spare]
[Rebuild In Progress]
|
|
|
|
|
Sensor ID
|
hdd1.state (0x5b)
|
|
Entity ID
|
4.1 (Disk or Disk Bay)
|
|
Sensor Type (Discrete)
|
Drive Slot / Bay
|
|
Assertions Enabled
|
Drive Slot
[Drive Present]
[Drive Fault]
[Hot Spare]
[Rebuild In Progress]
|
|
Deassertions Enabled
|
Drive Slot
[Drive Present]
[Drive Fault]
[Hot Spare]
[Rebuild In Progress]
|
|
|
|
|
Disk drive sensors hdd1 through hdd47 are identical, except for Sensor ID and Entity ID. Hdd1 through hdd47 appear in the CLI but not in the GUI.
Sensor ID = HDDNN.state (0xYY)
NN = 1 through 47
To calculate YY, convert NN to hex and add it to 5b.
Entity ID = 4.1 through 4.47
|
|
Sensor ID
|
hdd47.state (0x89)
|
|
Entity ID
|
4.47 (Disk or Disk Bay)
|
|
Sensor Type (Discrete)
|
Drive Slot / Bay
|
|
Assertions Enabled
|
Drive Slot
[Drive Present]
[Drive Fault]
[Hot Spare]
[Rebuild In Progress]
|
|
Deassertions Enabled
|
Drive Slot
[Drive Present]
[Drive Fault]
[Hot Spare]
[Rebuild In Progress]
|
|
|
|
|
Sensor ID
|
sys.intsw (0x1)
|
|
Entity ID
|
23.0 (System Chassis)
|
|
Sensor Type (Discrete)
|
Physical Security
|
|
Reading
|
0x0001 = Intrusion switch active
0x0002 = Intrusion switch inactive
|
|
States Asserted
|
Physical Security
[General Chassis intrusion]
|
|
Assertions Enabled
|
Physical Security
[General Chassis intrusion]
|
Sensors For Sun Fire X4540 Servers
The Sun Fire X4540 server includes a number of sensors that generate entries in the system event log (SEL) when the sensor crosses a threshold. Many of these readings are used to adjust the fan speeds and perform other actions, such as illuminating LEDs and powering off the chassis.
These sensors can also be configured to generate IPMI PET traps as described in the corresponding ILOM user’s guide.
This section describes the sensors and provides details about their operation.
Complete List of Sensors (X4540)
TABLE 1-3 lists the Sun Fire X4540 sensors and their values. The following sections provide information about the different types of sensors.
TABLE 1-3 Sun Fire X4540 Sensors
|
Sensor Name
|
Typical Value
|
Units
|
Typical State
|
LNR
|
LC
|
LNC
|
UNC
|
UC
|
UNR
|
|
sys.v_+3v3stby
|
3.287
|
Volts
|
ok
|
2.630
|
2.803
|
na
|
na
|
3.789
|
3.944
|
|
sys.v_+3v3
|
3.287
|
Volts
|
ok
|
2.630
|
2.803
|
na
|
na
|
3.789
|
3.944
|
|
bat.v_bat
|
3.058
|
Volts
|
ok
|
2.200
|
2.402
|
na
|
na
|
3.604
|
3.978
|
|
sys.v_+12v
|
12.159
|
Volts
|
ok
|
9.576
|
10.143
|
na
|
na
|
13.797
|
14.364
|
|
sys.v_+1v2ht
|
1.220
|
Volts
|
ok
|
0.600
|
0.800
|
na
|
na
|
1.700
|
1.900
|
|
sys.intsw
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
sys.nmi
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
sys.reset.btn
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
sys.acpi
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
sys.locate.btn
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
proc.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
proc.front.t_amb
|
32.000
|
degrees C
|
ok
|
na
|
na
|
na
|
90.000
|
95.000
|
100.000
|
|
proc.rear.t_amb
|
37.000
|
degrees C
|
ok
|
na
|
na
|
na
|
90.000
|
95.000
|
100.000
|
|
p0.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
p0.hot
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
p0.t_core
|
28.000
|
degrees C
|
ok
|
na
|
na
|
na
|
62.000
|
67.000
|
75.000
|
|
p0.v_vddcore
|
1.224
|
Volts
|
ok
|
0.804
|
0.900
|
na
|
na
|
1.704
|
1.800
|
|
p0.v_+1v8
|
1.848
|
Volts
|
ok
|
1.440
|
1.524
|
na
|
na
|
2.064
|
2.160
|
|
p0.v_+0v9
|
0.912
|
Volts
|
ok
|
0.720
|
0.756
|
na
|
na
|
1.032
|
1.080
|
|
p1.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
p1.hot
|
0x1
|
discrete
|
0x0001
|
na
|
na
|
na
|
na
|
na
|
na
|
|
p1.v_vddcore
|
1.224
|
Volts
|
ok
|
0.804
|
0.900
|
na
|
na
|
1.704
|
1.800
|
|
p1.t_core
|
29.000
|
degrees C
|
ok
|
na
|
na
|
na
|
62.000
|
67.000
|
75.000
|
|
p1.v_+1v8
|
1.848
|
Volts
|
ok
|
1.440
|
1.524
|
na
|
na
|
2.064
|
2.160
|
|
p1.v_+0v9
|
0.912
|
Volts
|
ok
|
0.720
|
0.756
|
na
|
na
|
1.032
|
1.080
|
|
io.rear.t_amb
|
51.000
|
degrees C
|
ok
|
na
|
na
|
na
|
90.000
|
95.000
|
100.000
|
|
io.front.t_amb
|
46.000
|
degrees C
|
ok
|
na
|
na
|
na
|
90.000
|
95.000
|
100.000
|
|
dbp.t_amb
|
29.000
|
degrees C
|
ok
|
na
|
na
|
na
|
na
|
33.000
|
43.000
|
|
io.v_bat
|
3.058
|
Volts
|
ok
|
2.200
|
2.402
|
na
|
na
|
3.604
|
3.806
|
|
io.v_+3v3stby
|
3.304
|
Volts
|
ok
|
2.630
|
2.803
|
na
|
na
|
3.789
|
3.944
|
|
io.v_+3v3
|
3.356
|
Volts
|
ok
|
2.630
|
2.803
|
na
|
na
|
3.789
|
3.944
|
|
io.v_+5v
|
5.018
|
Volts
|
ok
|
3.978
|
4.238
|
na
|
na
|
5.746
|
5.980
|
|
io.v_+12v
|
12.159
|
Volts
|
ok
|
9.576
|
10.143
|
na
|
na
|
13.797
|
14.364
|
|
io.v_+5v_disk
|
5.136
|
Volts
|
ok
|
3.984
|
4.248
|
na
|
na
|
5.736
|
6.000
|
|
io.v_+1v5
|
1.512
|
Volts
|
ok
|
1.200
|
1.272
|
na
|
na
|
1.716
|
1.788
|
|
io.v_+1v4
|
1.404
|
Volts
|
ok
|
1.116
|
1.188
|
na
|
na
|
1.608
|
1.680
|
|
io.v_+1v8
|
1.840
|
Volts
|
ok
|
1.440
|
1.530
|
na
|
na
|
2.060
|
2.160
|
|
io.v_+1v2
|
1.220
|
Volts
|
ok
|
0.960
|
1.020
|
na
|
na
|
1.380
|
1.440
|
|
ft0.f0.speed
|
6900.000
|
RPM
|
ok
|
na
|
3000.000
|
4000.000
|
8500.000
|
9000.000
|
na
|
|
ft0.f1.speed
|
6900.000
|
RPM
|
ok
|
na
|
3000.000
|
4000.000
|
8500.000
|
9000.000
|
na
|
|
ft1.f0.speed
|
6800.000
|
RPM
|
ok
|
na
|
3000.000
|
4000.000
|
8500.000
|
9000.000
|
na
|
|
ft1.f1.speed
|
6800.000
|
RPM
|
ok
|
na
|
3000.000
|
4000.000
|
8500.000
|
9000.000
|
na
|
|
ft2.f0.speed
|
6800.000
|
RPM
|
ok
|
na
|
3000.000
|
4000.000
|
8500.000
|
9000.000
|
na
|
|
ft2.f1.speed
|
6800.000
|
RPM
|
ok
|
na
|
3000.000
|
4000.000
|
8500.000
|
9000.000
|
na
|
|
ft3.f0.speed
|
6800.000
|
RPM
|
ok
|
na
|
3000.000
|
4000.000
|
8500.000
|
9000.000
|
na
|
|
ft3.f1.speed
|
6800.000
|
RPM
|
ok
|
na
|
3000.000
|
4000.000
|
8500.000
|
9000.000
|
na
|
|
ft4.f0.speed
|
6900.000
|
RPM
|
ok
|
na
|
3000.000
|
4000.000
|
8500.000
|
9000.000
|
na
|
|
ft4.f1.speed
|
6800.000
|
RPM
|
ok
|
na
|
3000.000
|
4000.000
|
8500.000
|
9000.000
|
na
|
|
ft0.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ft1.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ft2.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ft3.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ft4.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ps0.vinok
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ps0.pwrok
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ps1.vinok
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ps1.pwrok
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ps0.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ps1.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ps2.vinok
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ps2.pwrok
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
ps2.prsnt
|
0x2
|
discrete
|
0x0002
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd0.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd0.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd1.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd1.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd2.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd2.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd3.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd3.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd4.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd4.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd5.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd5.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd6.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd6.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd7.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd7.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd8.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd8.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd9.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd9.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd10.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd10.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd11.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd11.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd12.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd12.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd13.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd13.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd14.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd14.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd15.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd15.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd16.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd16.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd17.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd17.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd18.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd18.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd19.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd19.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd20.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd20.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd21.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd21.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd22.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd22.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd23.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd23.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd24.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd24.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd25.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd25.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd26.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd26.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd27.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd27.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd28.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd28.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd29.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd29.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd30.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd30.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd31.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd31.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd32.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd32.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd33.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd33.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd34.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd34.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd35.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd35.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd36.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd36.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd37.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd37.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd38.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd38.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd39.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd39.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd40.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd40.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd41.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd41.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd42.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd42.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd43.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd43.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd44.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd44.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd45.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd45.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd46.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd46.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd47.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
|
hdd47.hba.state
|
0x0
|
discrete
|
0x0000
|
na
|
na
|
na
|
na
|
na
|
na
|
FRU Presence Sensors (X4540)
TABLE 1-4 FRU Presence Sensors
|
Sensor
|
Event
|
Description/Action
|
|
ftN.prsnt
Fan Tray N
|
Asserted
|
Fan Tray N installed.
Fan Tray fail LED is OFF.
|
|
|
Deasserted
|
Fan Tray N removed.
Fan Tray fail LED is ON.
|
|
psN.prsnt
Power Supply N
|
Asserted
|
PSU N installed.
PSU fail LED is OFF.
|
|
|
Deasserted
|
PSU N removed.
PSU fail LED is ON.
|
|
proc.prsnt
Processor Board (not hot pluggable)
|
Asserted
|
Processor Board installed
|
|
|
Deasserted
|
Processor Board removed
|
|
pN.prsnt
Processor N (not hot pluggable)
|
Asserted
|
Processor N installed.
|
|
|
Deasserted
|
Processor N removed.
|
Fault Sensors (X4540)
TABLE 1-5 Fault Sensors
|
Sensor
|
Event
|
Description/Action
|
|
pN.hot
Processor N Too Hot
|
Asserted
|
Processor is too hot
|
|
|
Deasserted
|
Processor no longer too hot
|
|
psN.vinok
Power Supply N Input Power OK
|
Asserted
|
AC input power is OK.
PSU fault LED is OFF.
|
|
|
Deasserted
|
AC input power is bad/absent.
PSU fault LED is ON.
|
|
psN.pwrok
Power Supply N Output Power OK
|
Asserted
|
DC output power is OK.
PSU fault LED is OFF.
|
|
|
Deasserted
|
DC output power is bad.
PSU fault LED is ON.
|
Discrete Sensors (X4540)
TABLE 1-6 Discrete Sensors
|
Sensor
|
Event
|
Description/Action
|
|
sys.intsw
Processor N:0..1
|
Asserted
|
Assert
|
|
|
Deasserted
|
Deasserted
|
|
sys.reset.btn
Reset Button
|
Asserted
|
Assert
|
|
|
Deasserted
|
Deasserted
|
|
sys.locate.btn
Locate Button
|
Asserted
|
Assert
|
|
|
Deasserted
|
Deasserted
|
|
sys.acpi
ACPI
|
Asserted
|
Assert
|
|
|
Deasserted
|
Deasserted
|
|
sys.nmi
Non-Maskable Interrupt
|
Asserted
|
Assert
|
|
|
Deasserted
|
Deasserted
|
Fan Speed Sensors (X4540)
TABLE 1-7 Fan Speed Sensors
|
Sensor
|
Threshold Event
|
Description/Action
|
|
ftN.fanM.speed
Speed of
Fan Tray N:0..4
Fan M:0.1
|
UNR+ Assert
|
Speed has exceeded non-recoverable threshold.
Fan Tray fault LED is ON.
|
|
|
UNR+ Deassert
|
Speed has dropped below non-recoverable threshold.
|
|
|
UC+ Assert
|
Speed has exceeded critical threshold.
Fan Tray fault LED is ON.
If one fan is faulty, Fan Tray ACT LED is slow blink.
If both fans are faulty, Fan Tray ACT LED is OFF.
|
|
|
UC+ Deassert
|
Speed has dropped below critical threshold.
|
|
|
UNC+ Assert
|
Speed has exceeded non-critical threshold.
Fan fault LED is ON.
Fan Tray fault LED is ON.
If one fan is faulty, Fan Tray ACT LED is slow blink.
If both fans are faulty, Fan Tray ACT LED is OFF.
|
|
|
UNC+ Deassert
|
Speed has dropped below non-critical threshold.
Fan Tray fault LED is OFF.
|
Temperature Sensors (X4540)
TABLE 1-8 Temperature Sensors
|
Sensor
|
Threshold Event
|
Description/Action
|
|
pN.t_core
Core temperature of processor N
|
UNR+ Assert
|
Temperature has increased above non-recoverable threshold.
Over Temperature LED is ON and System Alert LED is ON.
Host Power is turned OFF.
|
|
|
UNR+ Deassert
|
Temperature has returned to critical from non-recoverable.
Over Temperature LED is ON and System Alert LED is ON.
|
|
|
UC+ Assert
|
Temperature has increased above critical threshold.
Over Temperature LED is ON and System Alert LED is ON.
|
|
|
UC+ Deassert
|
Temperature has returned to non-critical from critical.
Over Temperature LED is OFF and System Alert LED is OFF
|
|
|
UNC+ Assert
|
Temperature has increased above non-critical threshold.
|
|
|
UNC+ Deassert
|
Temperature has returned to normal from non-critical.
|
|
dbp.t_amb
Ambient temperature measured on the disk backplane
|
UNR+ Assert
|
Temperature has increased above non-recoverable threshold.
Over Temperature LED is ON and System Alert LED is ON.
Host Power is turned OFF.
|
|
|
UNR+ Deassert
|
Temperature has returned to critical from non-recoverable.
Over Temperature LED is ON and System Alert LED is ON.
|
|
|
UC+ Assert
|
Temperature has increased above critical threshold.
Over Temperature LED is ON and System Alert LED is ON.
|
|
|
UC+ Deassert
|
Temperature has returned to non-critical from critical.
Over Temperature LED is OFF and System Alert LED is OFF
|
|
|
UNC+ Assert
|
Temperature has increased above non-critical threshold.
|
|
|
UNC+ Deassert
|
Temperature has returned to normal from non-critical.
|
|
io.rear.t_amb
Ambient temperature measured at rear of I/O board
|
UNR+ Assert
|
Temperature has increased above non-recoverable threshold.
Over Temperature LED is ON and System Alert LED is ON.
Host power is unchanged.
|
|
|
UNR+ Deassert
|
Temperature has returned to critical from non-recoverable.
Over Temperature LED is ON and System Alert LED is ON.
|
|
|
UC+ Assert
|
Temperature has increased above critical threshold.
Over Temperature LED is ON and System Alert LED is ON.
|
|
|
UC+ Deassert
|
Temperature has returned to non-critical from critical.
Over Temperature LED is OFF and System Alert LED is OFF.
|
|
|
UNC+ Assert
|
Temperature has increased above non-critical threshold.
|
|
|
UNC+ Deassert
|
Temperature has returned to normal from non-critical.
|
|
io.front.t_amb
Ambient temperature measured at rear of I/O board
|
UNR+ Assert
|
Temperature has increased above non-recoverable threshold.
Over Temperature LED is ON and System Alert LED is ON.
Host power is unchanged.
|
|
|
UNR+ Deassert
|
Temperature has returned to critical from non-recoverable.
Over Temperature LED is ON and System Alert LED is ON.
|
|
|
UC+ Assert
|
Temperature has increased above critical threshold.
Over Temperature LED is ON and System Alert LED is ON.
|
|
|
UC+ Deassert
|
Temperature has returned to non-critical from critical.
Over Temperature LED is OFF and System Alert LED is OFF.
|
|
|
UNC+ Assert
|
Temperature has increased above non-critical threshold.
|
|
|
UNC+ Deassert
|
Temperature has returned to normal from non-critical.
|
|
proc.rear.t_amb
Ambient temperature measured at rear of Processor board
|
UNR+ Assert
|
Temperature has increased above non-recoverable threshold.
Over Temperature LED is ON and System Alert LED is ON.
Host power is unchanged.
|
|
|
UNR+ Deassert
|
Temperature has returned to critical from non-recoverable.
Over Temperature LED is ON and System Alert LED is ON.
|
|
|
UC+ Assert
|
Temperature has increased above critical threshold.
Over Temperature LED is ON and System Alert LED is ON.
|
|
|
UC+ Deassert
|
Temperature has returned to non-critical from critical.
Over Temperature LED is OFF and System Alert LED is OFF.
|
|
|
UNC+ Assert
|
Temperature has increased above non-critical threshold.
|
|
|
UNC+ Deassert
|
Temperature has returned to normal from non-critical.
|
Voltage Sensors (X4540)
TABLE 1-9 Voltage Sensors
|
Sensor
|
Description
|
|
bat.v_bat
|
Battery voltage measured on Processor Board
|
|
sys.v_+12v
|
+12V measured on Processor Board
|
|
sys.v_+1v2ht
|
+1.2V measured on Processor Board
|
|
sys.v_+3v3
|
+3.3V measured on Processor Board
|
|
sys.v_+3v3stby
|
+3.3V standby measured on Processor Board
|
|
io.v_+12v
|
+12V measured on I/O Board
|
|
io.v_+1v2
|
+1.2V measured on I/O Board
|
|
io.v_+1v4
|
+1.4V measured on I/O Board
|
|
io.v_+1v5
|
+1.5V measured on I/O Board
|
|
io.v_+1v8
|
+1.8V measured on I/O Board
|
|
io.v_+3v3
|
+3.3V measured on I/O Board
|
|
io.v_+3v3stby
|
+3.3V standby measured on I/O Board
|
|
io.v_+5v
|
+5V measured on I/O Board
|
|
io.v_+5v_disk
|
+5V disk measured on I/O Board
|
|
io.v_bat
|
Battery voltage measured on I/O Board
|
|
pN.v_+0v9
|
Processor N +0.9V
|
|
pN.v_+1v8
|
Processor N +1.8V
|
|
pN.v_vddcore
|
Processor N core voltage
|
Voltage Sensor Details (X4540)
TABLE 1-10 Voltage Sensor Details
|
Sensor
|
Threshold Event
|
Description/Action
|
|
All
|
|
|
|
|
UNR+ Deassert
|
Voltage has returned to critical from non-recoverable.
|
|
|
UC+ Assert
|
Voltage has increased above upper critical threshold.
System Power Fail LED is ON.
For sys.v_bat, battery LED is on.
|
|
|
UC+ Deassert
|
Voltage has returned to non-critical from critical.
|
|
|
UNC+ Assert
|
Voltage has increased above non-critical threshold.
System Power Fail LED is ON.
For sys.v_bat, battery LED is on.
|
|
|
LC- Assert
|
Voltage has decreased below lower critical threshold.
System Power Fail LED is ON (except sys. and bat.).
For sys.v_bat, battery LED is on.
|
|
|
LC- Deassert
|
Voltage has returned to non-critical from critical.
|
|
|
LNR+ Assert
|
Voltage has decreased below lower non-recoverable threshold.
System Power Fail LED is ON (except sys. and bat.).
For sys.v_bat, battery LED is on.
|
|
|
LNR+ Deassert
|
Voltage has returned to critical from non-recoverable.
|
| Sun Fire X4500/X4540 Server Integrated Lights Out Manager (ILOM) Supplement
|
819-4361-14
|
    |
Copyright © 2009 Sun Microsystems, Inc. All rights reserved.