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FusionServer Pro E9000 Server iBMC (Earlier Than V250) User Guide 31

This document describes the underlying management software Intelligent Baseboard Management Controller (iBMC) of the servers.
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Huawei uses machine translation combined with human proofreading to translate this document to different languages in order to help you better understand the content of this document. Note: Even the most advanced machine translation cannot match the quality of professional translators. Huawei shall not bear any responsibility for translation accuracy and it is recommended that you refer to the English document (a link for which has been provided).
Sensor Commands

Sensor Commands

Querying All Sensor Information (sensor -d list)

Function

The sensor -d list command is used to query information about all the sensors.

Format

ipmcget -t sensor -d list

Parameters

None

Usage Guidelines

None

Example

# Query information about all the sensors. (The sensors vary with the server mode.)

iBMC:/->ipmcget -t sensor -d list
sensor id  | sensor name      | value      | unit         | status | lnr        | lc         | lnc        | unc      | uc         | unr        | phys   | nhys  
0x1        | Inlet Temp       | 25.000     | degrees C    | ok     | na         | na         | na         | 42.000   | 44.000     | na         | 2.000  | 2.000 
0x2        | Outlet Temp      | 29.000     | degrees C    | ok     | na         | na         | na         | na       | na         | na         | 2.000  | 2.000 
0x3        | PCH Temp         | 33.000     | degrees C    | ok     | na         | na         | na         | 90.000   | na         | na         | 3.000  | 3.000 
0x4        | CPU1 Core Rem    | 35.000     | degrees C    | ok     | na         | na         | na         | na       | na         | na         | 0.000  | 0.000 
0x5        | CPU2 Core Rem    | 35.000     | degrees C    | ok     | na         | na         | na         | na       | na         | na         | 0.000  | 0.000 
0x6        | CPU1 DTS         | -54.000    | unspecified  | ok     | na         | na         | na         | -1.000   | na         | na         | 3.000  | 3.000 
0x7        | CPU2 DTS         | -54.000    | unspecified  | ok     | na         | na         | na         | -1.000   | na         | na         | 3.000  | 3.000 
0x8        | CPU1 Prochot     | 30.000     | degrees C    | ok     | na         | na         | na         | na       | 90.000     | na         | 0.000  | 0.000 
0x9        | CPU2 Prochot     | 30.000     | degrees C    | ok     | na         | na         | na         | na       | 90.000     | na         | 0.000  | 0.000 
0xa        | CPU1 VDDQ Temp   | 31.000     | degrees C    | ok     | na         | na         | na         | 120.000  | na         | na         | 3.000  | 3.000 
0xb        | CPU2 VDDQ Temp   | 30.000     | degrees C    | ok     | na         | na         | na         | 120.000  | na         | na         | 3.000  | 3.000 
0xc        | CPU1 VRD Temp    | 30.000     | degrees C    | ok     | na         | na         | na         | 120.000  | na         | na         | 3.000  | 3.000 
0xd        | CPU2 VRD Temp    | 30.000     | degrees C    | ok     | na         | na         | na         | 120.000  | na         | na         | 3.000  | 3.000 
0xe        | CPU1 MEM Temp    | 28.000     | degrees C    | ok     | na         | na         | na         | 90.000   | na         | na         | 3.000  | 3.000 
0xf        | CPU2 MEM Temp    | 0.000      | degrees C    | ok     | na         | na         | na         | 90.000   | na         | na         | 3.000  | 3.000 
0x10       | +3.3V            | 3.260      | Volts        | ok     | na         | 2.980      | na         | na       | 3.620      | na         | 0.160  | 0.160 
0x11       | +5.0V            | 4.980      | Volts        | ok     | na         | 4.530      | na         | na       | 5.490      | na         | 0.240  | 0.240 
0x12       | +12.0V           | 12.180     | Volts        | ok     | na         | 10.800     | na         | na       | 13.200     | na         | 0.480  | 0.480 
0x13       | +1.8V CPU1       | 1.790      | Volts        | ok     | na         | 1.470      | na         | na       | 1.850      | na         | 0.020  | 0.020 
0x14       | +1.8V CPU2       | 1.630      | Volts        | ok     | na         | 1.470      | na         | na       | 1.850      | na         | 0.020  | 0.020 
0x15       | +1.2V VDDQ1      | 1.180      | Volts        | ok     | na         | 1.140      | na         | na       | 1.260      | na         | 0.020  | 0.020 
0x16       | +1.2V VDDQ2      | 1.180      | Volts        | ok     | na         | 1.140      | na         | na       | 1.260      | na         | 0.020  | 0.020 
0x17       | +1.2V VDDQ3      | 1.180      | Volts        | ok     | na         | 1.140      | na         | na       | 1.260      | na         | 0.020  | 0.020 
0x18       | +1.2V VDDQ4      | 1.180      | Volts        | ok     | na         | 1.140      | na         | na       | 1.260      | na         | 0.020  | 0.020 
0x19       | FAN1 F Speed     | 4080.000   | RPM          | ok     | na         | na         | na         | na       | na         | na         | 0.000  | 0.000 
0x1a       | FAN1 R Speed     | 3480.000   | RPM          | ok     | na         | na         | na         | na       | na         | na         | 0.000  | 0.000 
0x1b       | FAN2 F Speed     | 3960.000   | RPM          | ok     | na         | na         | na         | na       | na         | na         | 0.000  | 0.000 
0x1c       | FAN2 R Speed     | 3480.000   | RPM          | ok     | na         | na         | na         | na       | na         | na         | 0.000  | 0.000 
0x1d       | FAN3 F Speed     | 4080.000   | RPM          | ok     | na         | na         | na         | na       | na         | na         | 0.000  | 0.000 
0x1e       | FAN3 R Speed     | 3480.000   | RPM          | ok     | na         | na         | na         | na       | na         | na         | 0.000  | 0.000 
0x1f       | FAN4 F Speed     | 3960.000   | RPM          | ok     | na         | na         | na         | na       | na         | na         | 0.000  | 0.000 
0x20       | FAN4 R Speed     | 3480.000   | RPM          | ok     | na         | na         | na         | na       | na         | na         | 0.000  | 0.000 
0x21       | RearDisk2 Temp   | 27.000     | degrees C    | ok     | na         | na         | na         | 53.000   | na         | na         | 2.000  | 2.000 
0x22       | Power1           | 80.000     | Watts        | ok     | na         | na         | na         | na       | na         | na         | 0.000  | 0.000 
0x23       | CPU1 Status      | 0x0        | discrete     | 0x8080 | na         | na         | na         | na       | na         | na         | na     | na    
0x24       | CPU2 Status      | 0x0        | discrete     | 0x8080 | na         | na         | na         | na       | na         | na         | na     | na    
0x25       | CPU1 Memory      | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x26       | CPU2 Memory      | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x27       | FAN1 F Status    | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x28       | FAN1 R Status    | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x29       | FAN2 F Status    | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x2a       | FAN2 R Status    | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x2b       | FAN3 F Status    | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x2c       | FAN3 R Status    | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x2d       | FAN4 F Status    | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x2e       | FAN4 R Status    | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x2f       | PS1 Presence     | 0x0        | discrete     | 0x8002 | na         | na         | na         | na       | na         | na         | na     | na    
0x30       | PS2 Presence     | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x31       | DIMM000          | 0x0        | discrete     | 0x8040 | na         | na         | na         | na       | na         | na         | na     | na    
0x32       | DIMM001          | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x33       | DIMM002          | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x34       | DIMM010          | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x35       | DIMM011          | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x36       | DIMM012          | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x37       | DIMM020          | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x38       | DIMM021          | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x39       | DIMM022          | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x3a       | DIMM030          | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x3b       | DIMM031          | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x3c       | DIMM032          | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x3d       | DIMM100          | 0x0        | discrete     | 0x8040 | na         | na         | na         | na       | na         | na         | na     | na    
0x3e       | DIMM101          | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x3f       | DIMM102          | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x40       | DIMM110          | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x41       | DIMM111          | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x42       | DIMM112          | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na    
0x43       | DIMM120          | 0x0        | discrete     | 0x8000 | na         | na         | na         | na       | na         | na         | na     | na
NOTE:

The command output is for reference only. The actual sensor thresholds may vary from the preceding command output.

Table 2-66 Field description of sensor information

Field

Description

Example

Remarks

sensor name

Name of the sensor

CPU1 Core Rem: indicates the core temperature sensor of CPU 1.

-

value

Current value

35.000

na: The device monitored by this sensor is not installed.

unit

Unit of the current value

degrees C: indicates that the unit is degree Celsius.

discrete: indicates a discrete sensor. Discrete sensors have no unit.

status

State

ok: The sensor works properly.

nc: The sensor detects a minor alarm.

cr: The sensor detects a major alarm.

nr: The sensor detects a critical alarm.

na: The device monitored by this sensor is not installed.

The sensor value is displayed in hexadecimal system, for example 0x8000, as defined by IPMI specifications. For details, see Generic Offset in table 42-2 Generic Event/Reading Type Codes and Sensor specific Offset in table 42-3 Sensor Type Codes of the IPMI specifications.

lnr

Lower threshold for critical alarms

na

na: The sensor does not support the threshold.

lc

Lower threshold for major alarms

na

na: The sensor does not support the threshold.

lnc

Lower threshold for minor alarms

na

na: The sensor does not support the threshold.

unc

Upper threshold for minor alarms

84.000: The positive minor alarm threshold of the current sensor is 84.

na: The sensor does not support the threshold.

uc

Upper threshold for major alarms

88.000: The positive major alarm threshold of the current sensor is 88.

na: The sensor does not support the threshold.

unr

Upper threshold for critical alarms

na

na: The sensor does not support the threshold.

phys

Positive hysteresis

3: The positive hysteresis of the current sensor is 3.

na: The current sensor does not support the hysteresis.

nhys

Negative hysteresis

3: indicates that the negative hysteresis of the current sensor is 3.

na: The current sensor does not support the hysteresis.

Testing a Sensor (sensor -d test)

Function

The sensor -d test command is used to simulate the sensor status or sensor value to generate an alarm.

Format

ipmcset -t sensor -d test -v <sensorname/stopall> [value/stop]

Parameters

Parameter Description Value
sensorname/stopall Specifies the sensor name.
  • sensorname: the sensor name.
  • stopall: stops all tests.
value/stop Specifies the analog value.
  • value: the analog value of the sensor test.
  • stop: stops all tests.

Usage Guidelines

None

Example

# Simulate a temperature of 100°C for CPU1 Core Rem sensor.

iBMC:/->ipmcset -t sensor -d test -v "CPU1 Core Rem" 100
Sensor test successfully.
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Updated: 2019-08-01

Document ID: EDOC1000058833

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