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Intel S5000PAL mainboard sensors

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	Intel S5000PAL mainboard sensors by Werner Fischer-2 :: Rate this Message: \| View Threaded \| Show Only this Message Hi Al, on an (older) Intel S5000PAL Mainboard (SR2500 server) I have found some sensors, which are currently not recognized by FreeIPMI (tested with current FreeIPMI version 1.1.3) For the following five sensors the "Monitoring Status" is N/A: # ipmimonitoring --legacy-output --interpret-oem-data \| grep -v Nominal Record ID \| Sensor Name \| Sensor Group \| Monitoring Status \| Sensor Units \| Sensor Reading 39 \| Session Audit \| Session Audit \| N/A \| N/A \| 'OK' 53 \| SMI Timeout \| OEM Reserved \| N/A \| N/A \| 'State Deasserted' 54 \| NMI State \| OEM Reserved \| N/A \| N/A \| 'State Deasserted' 74 \| CPU1 Vcc OOR \| Voltage \| N/A \| N/A \| 'OK' 75 \| CPU2 Vcc OOR \| Voltage \| N/A \| N/A \| 'OK' For sensor #53 (SMI Timeout) I suppose the meaning is the same as for the newer SR1625/SR2625 servers which you added last year: http://lists.gnu.org/archive/html/freeipmi-users/2011-04/msg00008.html I have attached additional outputs (bmc-info and ipmi-sensors -vv and so on). Can you add support for those sensors to FreeIPMI? Best regards, Werner PS: If you need any details from Intel regarding one of the sensors, just let me know. -- : Werner Fischer : Technology Specialist : Thomas-Krenn.AG \| The server-experts : http://www.thomas-krenn.com \| http://www.thomas-krenn.com/wiki wfischer@werner-t410:~$ bmc-info -h 192.168.1.211 -u admin -p ** -l ADMIN Device ID : 32 Device Revision : 1 Device SDRs : unsupported Firmware Revision : 0.64 Device Available : yes (normal operation) IPMI Version : 2.0 Sensor Device : supported SDR Repository Device : supported SEL Device : supported FRU Inventory Device : supported IPMB Event Receiver : supported IPMB Event Generator : unsupported Bridge : unsupported Chassis Device : supported Manufacturer ID : Intel Corporation (343) Product ID : 40 Auxiliary Firmware Revision Information : 03004200h Channel Information Channel Number : 0 Medium Type : IPMB (I2C) Protocol Type : IPMB-1.0 Active Session Count : 0 Session Support : session-less Vendor ID : Intelligent Platform Management Interface forum (7154) Channel Number : 1 Medium Type : 802.3 LAN Protocol Type : IPMB-1.0 Active Session Count : 1 Session Support : multi-session Vendor ID : Intelligent Platform Management Interface forum (7154) Channel Number : 2 Medium Type : 802.3 LAN Protocol Type : IPMB-1.0 Active Session Count : 0 Session Support : multi-session Vendor ID : Intelligent Platform Management Interface forum (7154) Channel Number : 3 Medium Type : 802.3 LAN Protocol Type : IPMB-1.0 Active Session Count : 0 Session Support : multi-session Vendor ID : Intelligent Platform Management Interface forum (7154) Channel Number : 4 Medium Type : Asynch. Serial/Modem (RS-232) Protocol Type : IPMB-1.0 Active Session Count : 0 Session Support : session-based Vendor ID : Intelligent Platform Management Interface forum (7154) Channel Number : 6 Medium Type : PCI SMBus Protocol Type : IPMI-SMBus Active Session Count : 0 Session Support : session-less Vendor ID : Intelligent Platform Management Interface forum (7154) Channel Number : 7 Medium Type : System Interface (KCS, SMIC, or BT) Protocol Type : KCS Active Session Count : 0 Session Support : session-less Vendor ID : Intelligent Platform Management Interface forum (7154) wfischer@werner-t410:~$ wfischer@werner-t410:~$ ipmimonitoring --legacy-output --interpret-oem-data -h 192.168.1.211 -u admin -p -l ADMIN \| grep -v Nominal Caching SDR repository information: /home/wfischer/.freeipmi/sdr-cache/sdr-cache-werner-t410.192.168.1.211 Caching SDR record 143 of 143 (current record ID 143) Record ID \| Sensor Name \| Sensor Group \| Monitoring Status \| Sensor Units \| Sensor Reading 39 \| Session Audit \| Session Audit \| N/A \| N/A \| 'OK' 53 \| SMI Timeout \| OEM Reserved \| N/A \| N/A \| 'State Deasserted' 54 \| NMI State \| OEM Reserved \| N/A \| N/A \| 'State Deasserted' 74 \| CPU1 Vcc OOR \| Voltage \| N/A \| N/A \| 'OK' 75 \| CPU2 Vcc OOR \| Voltage \| N/A \| N/A \| 'OK' wfischer@werner-t410:~$ ipmi-sensors --output-sensor-state --interpret-oem-data -h 192.168.1.211 -u -p relation -l ADMIN ID \| Name \| Type \| State \| Reading \| Units \| Event 1 \| BB +1.2V Vtt \| Voltage \| Nominal \| 1.20 \| V \| 'OK' 2 \| BB +1.5V AUX \| Voltage \| Nominal \| 1.47 \| V \| 'OK' 3 \| BB +1.5V \| Voltage \| Nominal \| 1.48 \| V \| 'OK' 4 \| BB +1.8V \| Voltage \| Nominal \| 1.79 \| V \| 'OK' 5 \| BB +3.3V \| Voltage \| Nominal \| 3.35 \| V \| 'OK' 6 \| BB +3.3V STB \| Voltage \| Nominal \| 3.35 \| V \| 'OK' 7 \| BB +1.5V ESB \| Voltage \| Nominal \| 1.51 \| V \| 'OK' 8 \| BB +5V \| Voltage \| Nominal \| 5.07 \| V \| 'OK' 9 \| BB +12V AUX \| Voltage \| Nominal \| 11.97 \| V \| 'OK' 10 \| BB +0.9V \| Voltage \| Nominal \| 0.90 \| V \| 'OK' 11 \| Serverboard Temp \| Temperature \| Nominal \| 32.00 \| C \| 'OK' 12 \| Ctrl Panel Temp \| Temperature \| Nominal \| 24.00 \| C \| 'OK' 13 \| Fan 1 \| Fan \| Nominal \| 5762.00 \| RPM \| 'OK' 14 \| Fan 2 \| Fan \| Nominal \| 6278.00 \| RPM \| 'OK' 15 \| Fan 3 \| Fan \| Nominal \| 5805.00 \| RPM \| 'OK' 16 \| Fan 4 \| Fan \| Nominal \| 6278.00 \| RPM \| 'OK' 17 \| Fan 5 \| Fan \| Nominal \| 8928.00 \| RPM \| 'OK' 18 \| Fan 6 \| Fan \| Nominal \| 8122.00 \| RPM \| 'OK' 19 \| PS1 AC Current \| Current \| Nominal \| 0.50 \| A \| 'OK' 20 \| PS2 AC Current \| Current \| Nominal \| 0.50 \| A \| 'OK' 21 \| PS1 +12V Current \| Current \| Nominal \| 7.00 \| A \| 'OK' 22 \| PS2 +12V Current \| Current \| Nominal \| 7.00 \| A \| 'OK' 23 \| PS1 +12V Power \| Other Units Based Sensor \| Nominal \| 80.00 \| W \| 'OK' 24 \| PS2 +12V Power \| Other Units Based Sensor \| Nominal \| 80.00 \| W \| 'OK' 25 \| P1 Therm Margin \| Temperature \| Nominal \| -50.00 \| C \| 'OK' 26 \| P2 Therm Margin \| Temperature \| Nominal \| -54.00 \| C \| 'OK' 27 \| P1 Therm Ctrl % \| Temperature \| Nominal \| 0.00 \| % \| 'OK' 28 \| P2 Therm Ctrl % \| Temperature \| Nominal \| 0.00 \| % \| 'OK' 29 \| Proc 1 Vccp \| Voltage \| Nominal \| 1.23 \| V \| 'OK' 30 \| Proc 2 Vccp \| Voltage \| Nominal \| 1.23 \| V \| 'OK' 31 \| Mem Therm Margin \| Temperature \| N/A \| N/A \| C \| N/A 32 \| Pwr Unit Stat \| Power Unit \| Nominal \| N/A \| N/A \| 'OK' 33 \| Power Redundancy \| Power Unit \| Nominal \| N/A \| N/A \| 'Fully Redundant' 34 \| BMC Watchdog \| Watchdog 2 \| Nominal \| N/A \| N/A \| 'OK' 35 \| Platform Secu V \| Platform Security Violation Attempt \| Nominal \| N/A \| N/A \| 'OK' 36 \| Physical Scrty \| Physical Security \| Nominal \| N/A \| N/A \| 'OK' 37 \| FP Interrupt \| Critical Interrupt \| Nominal \| N/A \| N/A \| 'OK' 38 \| Event Log Disabl \| Event Logging Disabled \| Nominal \| N/A \| N/A \| 'OK' 39 \| Session Audit \| Session Audit \| N/A \| N/A \| N/A \| 'OK' 40 \| System Event \| System Event \| Nominal \| N/A \| N/A \| 'OK' 41 \| BB Vbat \| Battery \| Nominal \| N/A \| N/A \| 'OK' 42 \| Fan 1 Present \| Fan \| Nominal \| N/A \| N/A \| 'Device Inserted/Device Present' 43 \| Fan 2 Present \| Fan \| Nominal \| N/A \| N/A \| 'Device Inserted/Device Present' 44 \| Fan 3 Present \| Fan \| Nominal \| N/A \| N/A \| 'Device Inserted/Device Present' 45 \| Fan 4 Present \| Fan \| Nominal \| N/A \| N/A \| 'Device Inserted/Device Present' 46 \| Fan 5 Present \| Fan \| Nominal \| N/A \| N/A \| 'Device Inserted/Device Present' 47 \| Fan 6 Present \| Fan \| Nominal \| N/A \| N/A \| 'Device Inserted/Device Present' 48 \| Fan Redundancy \| Fan \| Nominal \| N/A \| N/A \| 'Fully Redundant' 49 \| PS1 Status \| Power Supply \| Nominal \| N/A \| N/A \| 'Presence detected' 50 \| PS2 Status \| Power Supply \| Nominal \| N/A \| N/A \| 'Presence detected' 51 \| ACPI State \| System ACPI Power State \| Nominal \| N/A \| N/A \| 'S0/G0' 52 \| Button \| Button/Switch \| Nominal \| N/A \| N/A \| 'OK' 53 \| SMI Timeout \| OEM Reserved \| N/A \| N/A \| N/A \| 'State Deasserted' 54 \| NMI State \| OEM Reserved \| N/A \| N/A \| N/A \| 'State Deasserted' 55 \| SMI State \| OEM Reserved \| N/A \| N/A \| N/A \| N/A 56 \| Processor 1 Stat \| Processor \| Nominal \| N/A \| N/A \| 'Processor Presence detected' 57 \| Processor 2 Stat \| Processor \| Nominal \| N/A \| N/A \| 'Processor Presence detected' 58 \| PCIe Link0 \| Critical Interrupt \| Nominal \| N/A \| N/A \| 'OK' 59 \| PCIe Link1 \| Critical Interrupt \| Nominal \| N/A \| N/A \| 'OK' 60 \| PCIe Link2 \| Critical Interrupt \| Nominal \| N/A \| N/A \| 'OK' 61 \| PCIe Link3 \| Critical Interrupt \| Nominal \| N/A \| N/A \| 'OK' 62 \| PCIe Link4 \| Critical Interrupt \| Nominal \| N/A \| N/A \| 'OK' 63 \| PCIe Link5 \| Critical Interrupt \| Nominal \| N/A \| N/A \| 'OK' 64 \| PCIe Link6 \| Critical Interrupt \| Nominal \| N/A \| N/A \| 'OK' 65 \| PCIe Link7 \| Critical Interrupt \| Nominal \| N/A \| N/A \| 'OK' 66 \| PCIe Link8 \| Critical Interrupt \| Nominal \| N/A \| N/A \| 'OK' 67 \| PCIe Link9 \| Critical Interrupt \| Nominal \| N/A \| N/A \| 'OK' 68 \| PCIe Link10 \| Critical Interrupt \| Nominal \| N/A \| N/A \| 'OK' 69 \| PCIe Link11 \| Critical Interrupt \| Nominal \| N/A \| N/A \| 'OK' 70 \| PCIe Link12 \| Critical Interrupt \| Nominal \| N/A \| N/A \| 'OK' 71 \| PCIe Link13 \| Critical Interrupt \| Nominal \| N/A \| N/A \| 'OK' 72 \| CPU1 VRD Temp \| Temperature \| Nominal \| N/A \| N/A \| 'OK' 73 \| CPU2 VRD Temp \| Temperature \| Nominal \| N/A \| N/A \| 'OK' 74 \| CPU1 Vcc OOR \| Voltage \| N/A \| N/A \| N/A \| 'OK' 75 \| CPU2 Vcc OOR \| Voltage \| N/A \| N/A \| N/A \| 'OK' 76 \| CPU Popul Error \| Processor \| Nominal \| N/A \| N/A \| 'OK' 77 \| DIMM 1A \| Slot/Connector \| Nominal \| N/A \| N/A \| 'Slot/Connector Device installed/attached' 78 \| DIMM 2A \| Slot/Connector \| N/A \| N/A \| N/A \| N/A 79 \| DIMM 1B \| Slot/Connector \| Nominal \| N/A \| N/A \| 'Slot/Connector Device installed/attached' 80 \| DIMM 2B \| Slot/Connector \| N/A \| N/A \| N/A \| N/A 81 \| DIMM 1C \| Slot/Connector \| Nominal \| N/A \| N/A \| 'Slot/Connector Device installed/attached' 82 \| DIMM 2C \| Slot/Connector \| N/A \| N/A \| N/A \| N/A 83 \| DIMM 1D \| Slot/Connector \| Nominal \| N/A \| N/A \| 'Slot/Connector Device installed/attached' 84 \| DIMM 2D \| Slot/Connector \| N/A \| N/A \| N/A \| N/A 85 \| DIMM Spar Enb1 \| Entity Presence \| N/A \| N/A \| N/A \| N/A 86 \| DIMM Spar Redu1 \| Memory \| N/A \| N/A \| N/A \| N/A 87 \| DIMM Spar Enb2 \| Entity Presence \| N/A \| N/A \| N/A \| N/A 88 \| DIMM Spar Redu2 \| Memory \| N/A \| N/A \| N/A \| N/A 89 \| DIMM Mirro Enbl \| Entity Presence \| N/A \| N/A \| N/A \| N/A 90 \| DIMM MirroRedu1 \| Memory \| N/A \| N/A \| N/A \| N/A 129 \| HSBP Temp \| Temperature \| N/A \| N/A \| C \| N/A 130 \| Drv 1 Stat \| Drive Slot \| N/A \| N/A \| N/A \| N/A 131 \| Drv 2 Stat \| Drive Slot \| N/A \| N/A \| N/A \| N/A 132 \| Drv 3 Stat \| Drive Slot \| N/A \| N/A \| N/A \| N/A 133 \| Drv 4 Stat \| Drive Slot \| N/A \| N/A \| N/A \| N/A 134 \| Drv 5 Stat \| Drive Slot \| N/A \| N/A \| N/A \| N/A 135 \| Drv 6 Stat \| Drive Slot \| N/A \| N/A \| N/A \| N/A 136 \| Drv 1 Pres \| Drive Slot \| N/A \| N/A \| N/A \| N/A 137 \| Drv 2 Pres \| Drive Slot \| N/A \| N/A \| N/A \| N/A 138 \| Drv 3 Pres \| Drive Slot \| N/A \| N/A \| N/A \| N/A 139 \| Drv 4 Pres \| Drive Slot \| N/A \| N/A \| N/A \| N/A 140 \| Drv 5 Pres \| Drive Slot \| N/A \| N/A \| N/A \| N/A 141 \| Drv 6 Pres \| Drive Slot \| N/A \| N/A \| N/A \| N/A wfischer@werner-t410:~$ wfischer@werner-t410:~$ ipmi-sensors --output-sensor-state --interpret-oem-data -vv -h 192.168.1.211 -u -p relation -l ADMIN Record ID: 1 Record Type: Full Sensor Record (1h) ID String: BB +1.2V Vtt Sensor Type: Voltage (2h) Sensor Number: 16 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 63 R Exponent: -4 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 V Resolution: 0.000000 V Lower Critical Threshold: 1.096200 V Upper Critical Threshold: 1.323000 V Lower Non-Critical Threshold: 1.134000 V Upper Non-Critical Threshold: 1.285200 V Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 V Sensor Max. Reading: 1.606500 V Normal Min.: 1.171800 V Normal Max.: 1.247400 V Nominal Reading: 1.209600 V Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 0.006300 V Negative Hysteresis: 0.006300 V Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 1.197000 V Sensor Event: 'OK' Record ID: 2 Record Type: Full Sensor Record (1h) ID String: BB +1.5V AUX Sensor Type: Voltage (2h) Sensor Number: 18 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 78 R Exponent: -4 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 V Resolution: 0.000000 V Lower Critical Threshold: 1.333800 V Upper Critical Threshold: 1.669200 V Lower Non-Critical Threshold: 1.372800 V Upper Non-Critical Threshold: 1.622400 V Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 V Sensor Max. Reading: 1.989000 V Normal Min.: 1.419600 V Normal Max.: 1.575600 V Nominal Reading: 1.497600 V Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 0.007800 V Negative Hysteresis: 0.007800 V Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 1.466400 V Sensor Event: 'OK' Record ID: 3 Record Type: Full Sensor Record (1h) ID String: BB +1.5V Sensor Type: Voltage (2h) Sensor Number: 19 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 130 R Exponent: -4 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 V Resolution: 0.000000 V Lower Critical Threshold: 1.326000 V Upper Critical Threshold: 1.677000 V Lower Non-Critical Threshold: 1.365000 V Upper Non-Critical Threshold: 1.625000 V Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 V Sensor Max. Reading: 3.315000 V Normal Min.: 1.456000 V Normal Max.: 1.547000 V Nominal Reading: 1.495000 V Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 0.013000 V Negative Hysteresis: 0.013000 V Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 1.482000 V Sensor Event: 'OK' Record ID: 4 Record Type: Full Sensor Record (1h) ID String: BB +1.8V Sensor Type: Voltage (2h) Sensor Number: 20 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 102 R Exponent: -4 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 V Resolution: 0.000000 V Lower Critical Threshold: 1.621800 V Upper Critical Threshold: 1.968600 V Lower Non-Critical Threshold: 1.672800 V Upper Non-Critical Threshold: 1.907400 V Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 V Sensor Max. Reading: 2.601000 V Normal Min.: 1.734000 V Normal Max.: 1.846200 V Nominal Reading: 1.795200 V Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 0.010200 V Negative Hysteresis: 0.010200 V Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 1.785000 V Sensor Event: 'OK' Record ID: 5 Record Type: Full Sensor Record (1h) ID String: BB +3.3V Sensor Type: Voltage (2h) Sensor Number: 21 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 172 R Exponent: -4 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 V Resolution: 0.000000 V Lower Critical Threshold: 2.941200 V Upper Critical Threshold: 3.680800 V Lower Non-Critical Threshold: 3.027200 V Upper Non-Critical Threshold: 3.577600 V Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 V Sensor Max. Reading: 4.386000 V Normal Min.: 3.130400 V Normal Max.: 3.474400 V Nominal Reading: 3.302400 V Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 0.017200 V Negative Hysteresis: 0.017200 V Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 3.354000 V Sensor Event: 'OK' Record ID: 6 Record Type: Full Sensor Record (1h) ID String: BB +3.3V STB Sensor Type: Voltage (2h) Sensor Number: 22 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 172 R Exponent: -4 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 V Resolution: 0.000000 V Lower Critical Threshold: 3.027200 V Upper Critical Threshold: 3.612000 V Lower Non-Critical Threshold: 3.113200 V Upper Non-Critical Threshold: 3.508800 V Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 2.992800 V Sensor Max. Reading: 3.594800 V Normal Min.: 3.216400 V Normal Max.: 3.405600 V Nominal Reading: 3.302400 V Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 0.017200 V Negative Hysteresis: 0.017200 V Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 3.354000 V Sensor Event: 'OK' Record ID: 7 Record Type: Full Sensor Record (1h) ID String: BB +1.5V ESB Sensor Type: Voltage (2h) Sensor Number: 23 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 78 R Exponent: -4 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 V Resolution: 0.000000 V Lower Critical Threshold: 1.357200 V Upper Critical Threshold: 1.638000 V Lower Non-Critical Threshold: 1.404000 V Upper Non-Critical Threshold: 1.591200 V Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 V Sensor Max. Reading: 1.989000 V Normal Min.: 1.450800 V Normal Max.: 1.544400 V Nominal Reading: 1.497600 V Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 0.007800 V Negative Hysteresis: 0.007800 V Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 1.505400 V Sensor Event: 'OK' Record ID: 8 Record Type: Full Sensor Record (1h) ID String: BB +5V Sensor Type: Voltage (2h) Sensor Number: 24 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 26 R Exponent: -3 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 V Resolution: 0.000000 V Lower Critical Threshold: 4.446000 V Upper Critical Threshold: 5.564000 V Lower Non-Critical Threshold: 4.576000 V Upper Non-Critical Threshold: 5.408000 V Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 V Sensor Max. Reading: 6.500000 V Normal Min.: 4.732000 V Normal Max.: 5.252000 V Nominal Reading: 4.992000 V Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 0.026000 V Negative Hysteresis: 0.026000 V Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 5.070000 V Sensor Event: 'OK' Record ID: 9 Record Type: Full Sensor Record (1h) ID String: BB +12V AUX Sensor Type: Voltage (2h) Sensor Number: 26 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 62 R Exponent: -3 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 V Resolution: 0.000000 V Lower Critical Threshold: 10.416000 V Upper Critical Threshold: 13.578000 V Lower Non-Critical Threshold: 10.726000 V Upper Non-Critical Threshold: 13.144000 V Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 V Sensor Max. Reading: 15.810000 V Normal Min.: 11.346000 V Normal Max.: 12.524000 V Nominal Reading: 11.904000 V Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 0.062000 V Negative Hysteresis: 0.062000 V Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 11.904000 V Sensor Event: 'OK' Record ID: 10 Record Type: Full Sensor Record (1h) ID String: BB +0.9V Sensor Type: Voltage (2h) Sensor Number: 27 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 48 R Exponent: -4 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 V Resolution: 0.000000 V Lower Critical Threshold: 0.811200 V Upper Critical Threshold: 0.979200 V Lower Non-Critical Threshold: 0.835200 V Upper Non-Critical Threshold: 0.950400 V Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 V Sensor Max. Reading: 1.224000 V Normal Min.: 0.868800 V Normal Max.: 0.921600 V Nominal Reading: 0.892800 V Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 0.004800 V Negative Hysteresis: 0.004800 V Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 0.897600 V Sensor Event: 'OK' Record ID: 11 Record Type: Full Sensor Record (1h) ID String: Serverboard Temp Sensor Type: Temperature (1h) Sensor Number: 48 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 1 R Exponent: 0 B Exponent: 0 Linearization: linear (0h) Analog Data Format: 2's complement (signed) (2h) Tolerance: 3.000000 C Resolution: 1.000000 C Lower Critical Threshold: 5.000000 C Upper Critical Threshold: 66.000000 C Lower Non-Critical Threshold: 10.000000 C Upper Non-Critical Threshold: 61.000000 C Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: -128.000000 C Sensor Max. Reading: 127.000000 C Normal Min.: 20.000000 C Normal Max.: 55.000000 C Nominal Reading: 38.000000 C Accuracy: 0.500000% Sensor Direction: Unspecified Positive Hysteresis: 2.000000 C Negative Hysteresis: 2.000000 C Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 32.000000 C Sensor Event: 'OK' Record ID: 12 Record Type: Full Sensor Record (1h) ID String: Ctrl Panel Temp Sensor Type: Temperature (1h) Sensor Number: 50 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: front panel board (12) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 1 R Exponent: 0 B Exponent: 0 Linearization: linear (0h) Analog Data Format: 2's complement (signed) (2h) Tolerance: 3.000000 C Resolution: 1.000000 C Lower Critical Threshold: 0.000000 C Upper Critical Threshold: 48.000000 C Lower Non-Critical Threshold: 5.000000 C Upper Non-Critical Threshold: 44.000000 C Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: -128.000000 C Sensor Max. Reading: 127.000000 C Normal Min.: 10.000000 C Normal Max.: 40.000000 C Nominal Reading: 25.000000 C Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 2.000000 C Negative Hysteresis: 2.000000 C Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 24.000000 C Sensor Event: 'OK' Record ID: 13 Record Type: Full Sensor Record (1h) ID String: Fan 1 Sensor Type: Fan (4h) Sensor Number: 80 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: fan/cooling device (29) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 43 R Exponent: 0 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 RPM Resolution: 43.000000 RPM Lower Critical Threshold: 1720.000000 RPM Upper Critical Threshold: N/A Lower Non-Critical Threshold: 1978.000000 RPM Upper Non-Critical Threshold: N/A Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 RPM Sensor Max. Reading: 10965.000000 RPM Normal Min.: 2451.000000 RPM Normal Max.: 10965.000000 RPM Nominal Reading: 6708.000000 RPM Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 86.000000 RPM Negative Hysteresis: 86.000000 RPM Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Sensor State: Nominal Sensor Reading: 5762.000000 RPM Sensor Event: 'OK' Record ID: 14 Record Type: Full Sensor Record (1h) ID String: Fan 2 Sensor Type: Fan (4h) Sensor Number: 81 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: fan/cooling device (29) Entity Instance: 2 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 43 R Exponent: 0 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 RPM Resolution: 43.000000 RPM Lower Critical Threshold: 1720.000000 RPM Upper Critical Threshold: N/A Lower Non-Critical Threshold: 1978.000000 RPM Upper Non-Critical Threshold: N/A Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 RPM Sensor Max. Reading: 10965.000000 RPM Normal Min.: 2451.000000 RPM Normal Max.: 10965.000000 RPM Nominal Reading: 6708.000000 RPM Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 86.000000 RPM Negative Hysteresis: 86.000000 RPM Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Sensor State: Nominal Sensor Reading: 6278.000000 RPM Sensor Event: 'OK' Record ID: 15 Record Type: Full Sensor Record (1h) ID String: Fan 3 Sensor Type: Fan (4h) Sensor Number: 82 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: fan/cooling device (29) Entity Instance: 3 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 43 R Exponent: 0 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 RPM Resolution: 43.000000 RPM Lower Critical Threshold: 1720.000000 RPM Upper Critical Threshold: N/A Lower Non-Critical Threshold: 1978.000000 RPM Upper Non-Critical Threshold: N/A Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 RPM Sensor Max. Reading: 10965.000000 RPM Normal Min.: 2451.000000 RPM Normal Max.: 10965.000000 RPM Nominal Reading: 6708.000000 RPM Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 86.000000 RPM Negative Hysteresis: 86.000000 RPM Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Sensor State: Nominal Sensor Reading: 5805.000000 RPM Sensor Event: 'OK' Record ID: 16 Record Type: Full Sensor Record (1h) ID String: Fan 4 Sensor Type: Fan (4h) Sensor Number: 83 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: fan/cooling device (29) Entity Instance: 4 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 43 R Exponent: 0 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 RPM Resolution: 43.000000 RPM Lower Critical Threshold: 1720.000000 RPM Upper Critical Threshold: N/A Lower Non-Critical Threshold: 1978.000000 RPM Upper Non-Critical Threshold: N/A Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 RPM Sensor Max. Reading: 10965.000000 RPM Normal Min.: 2451.000000 RPM Normal Max.: 10965.000000 RPM Nominal Reading: 6708.000000 RPM Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 86.000000 RPM Negative Hysteresis: 86.000000 RPM Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Sensor State: Nominal Sensor Reading: 6278.000000 RPM Sensor Event: 'OK' Record ID: 17 Record Type: Full Sensor Record (1h) ID String: Fan 5 Sensor Type: Fan (4h) Sensor Number: 84 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: fan/cooling device (29) Entity Instance: 5 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 62 R Exponent: 0 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 RPM Resolution: 62.000000 RPM Lower Critical Threshold: 2046.000000 RPM Upper Critical Threshold: N/A Lower Non-Critical Threshold: 2356.000000 RPM Upper Non-Critical Threshold: N/A Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 RPM Sensor Max. Reading: 15810.000000 RPM Normal Min.: 2914.000000 RPM Normal Max.: 15810.000000 RPM Nominal Reading: 9362.000000 RPM Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 124.000000 RPM Negative Hysteresis: 124.000000 RPM Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Sensor State: Nominal Sensor Reading: 8928.000000 RPM Sensor Event: 'OK' Record ID: 18 Record Type: Full Sensor Record (1h) ID String: Fan 6 Sensor Type: Fan (4h) Sensor Number: 85 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: fan/cooling device (29) Entity Instance: 6 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 62 R Exponent: 0 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 RPM Resolution: 62.000000 RPM Lower Critical Threshold: 2046.000000 RPM Upper Critical Threshold: N/A Lower Non-Critical Threshold: 2356.000000 RPM Upper Non-Critical Threshold: N/A Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 RPM Sensor Max. Reading: 15810.000000 RPM Normal Min.: 2914.000000 RPM Normal Max.: 15810.000000 RPM Nominal Reading: 9362.000000 RPM Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 124.000000 RPM Negative Hysteresis: 124.000000 RPM Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Sensor State: Nominal Sensor Reading: 8122.000000 RPM Sensor Event: 'OK' Record ID: 19 Record Type: Full Sensor Record (1h) ID String: PS1 AC Current Sensor Type: Current (3h) Sensor Number: 120 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: power supply (10) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 62 R Exponent: -3 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 A Resolution: 0.000000 A Lower Critical Threshold: N/A Upper Critical Threshold: 11.904000 A Lower Non-Critical Threshold: N/A Upper Non-Critical Threshold: 11.222000 A Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 A Sensor Max. Reading: 15.810000 A Normal Min.: 0.496000 A Normal Max.: 10.540000 A Nominal Reading: 4.960000 A Accuracy: 1.080000% Sensor Direction: Unspecified Positive Hysteresis: 0.124000 A Negative Hysteresis: 0.124000 A Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 0.434000 A Sensor Event: 'OK' Record ID: 20 Record Type: Full Sensor Record (1h) ID String: PS2 AC Current Sensor Type: Current (3h) Sensor Number: 121 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: power supply (10) Entity Instance: 2 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 62 R Exponent: -3 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 A Resolution: 0.000000 A Lower Critical Threshold: N/A Upper Critical Threshold: 11.904000 A Lower Non-Critical Threshold: N/A Upper Non-Critical Threshold: 11.222000 A Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 A Sensor Max. Reading: 15.810000 A Normal Min.: 0.496000 A Normal Max.: 10.540000 A Nominal Reading: 4.960000 A Accuracy: 1.080000% Sensor Direction: Unspecified Positive Hysteresis: 0.124000 A Negative Hysteresis: 0.124000 A Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 0.496000 A Sensor Event: 'OK' Record ID: 21 Record Type: Full Sensor Record (1h) ID String: PS1 +12V Current Sensor Type: Current (3h) Sensor Number: 122 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: power supply (10) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 10 R Exponent: -1 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 A Resolution: 1.000000 A Lower Critical Threshold: N/A Upper Critical Threshold: 70.000000 A Lower Non-Critical Threshold: N/A Upper Non-Critical Threshold: 66.000000 A Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 A Sensor Max. Reading: 255.000000 A Normal Min.: 5.000000 A Normal Max.: 62.000000 A Nominal Reading: 31.000000 A Accuracy: 1.080000% Sensor Direction: Unspecified Positive Hysteresis: 2.000000 A Negative Hysteresis: 2.000000 A Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 7.000000 A Sensor Event: 'OK' Record ID: 22 Record Type: Full Sensor Record (1h) ID String: PS2 +12V Current Sensor Type: Current (3h) Sensor Number: 123 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: power supply (10) Entity Instance: 2 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 10 R Exponent: -1 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 A Resolution: 1.000000 A Lower Critical Threshold: N/A Upper Critical Threshold: 70.000000 A Lower Non-Critical Threshold: N/A Upper Non-Critical Threshold: 66.000000 A Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 A Sensor Max. Reading: 255.000000 A Normal Min.: 5.000000 A Normal Max.: 62.000000 A Nominal Reading: 31.000000 A Accuracy: 1.080000% Sensor Direction: Unspecified Positive Hysteresis: 2.000000 A Negative Hysteresis: 2.000000 A Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 7.000000 A Sensor Event: 'OK' Record ID: 23 Record Type: Full Sensor Record (1h) ID String: PS1 +12V Power Sensor Type: Other Units Based Sensor (Bh) Sensor Number: 124 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: power supply (10) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 4 R Exponent: 0 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 12.000000 W Resolution: 4.000000 W Lower Critical Threshold: N/A Upper Critical Threshold: 840.000000 W Lower Non-Critical Threshold: N/A Upper Non-Critical Threshold: 792.000000 W Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 W Sensor Max. Reading: 1020.000000 W Normal Min.: 100.000000 W Normal Max.: 744.000000 W Nominal Reading: 372.000000 W Accuracy: 1.080000% Sensor Direction: Unspecified Positive Hysteresis: 8.000000 W Negative Hysteresis: 8.000000 W Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 80.000000 W Sensor Event: 'OK' Record ID: 24 Record Type: Full Sensor Record (1h) ID String: PS2 +12V Power Sensor Type: Other Units Based Sensor (Bh) Sensor Number: 125 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: power supply (10) Entity Instance: 2 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 4 R Exponent: 0 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 12.000000 W Resolution: 4.000000 W Lower Critical Threshold: N/A Upper Critical Threshold: 840.000000 W Lower Non-Critical Threshold: N/A Upper Non-Critical Threshold: 792.000000 W Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 W Sensor Max. Reading: 1020.000000 W Normal Min.: 100.000000 W Normal Max.: 744.000000 W Nominal Reading: 372.000000 W Accuracy: 1.080000% Sensor Direction: Unspecified Positive Hysteresis: 8.000000 W Negative Hysteresis: 8.000000 W Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 80.000000 W Sensor Event: 'OK' Record ID: 25 Record Type: Full Sensor Record (1h) ID String: P1 Therm Margin Sensor Type: Temperature (1h) Sensor Number: 153 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 1 R Exponent: 0 B Exponent: 0 Linearization: linear (0h) Analog Data Format: 2's complement (signed) (2h) Tolerance: 0.000000 C Resolution: 1.000000 C Sensor Min. Reading: -128.000000 C Sensor Max. Reading: 127.000000 C Normal Min.: -70.000000 C Normal Max.: 0.000000 C Nominal Reading: -15.000000 C Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 2.000000 C Negative Hysteresis: 2.000000 C Assertion Event Enabled: 'NONE' Deassertion Event Enabled: 'NONE' Sensor State: Nominal Sensor Reading: -50.000000 C Sensor Event: 'OK' Record ID: 26 Record Type: Full Sensor Record (1h) ID String: P2 Therm Margin Sensor Type: Temperature (1h) Sensor Number: 155 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 2 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 1 R Exponent: 0 B Exponent: 0 Linearization: linear (0h) Analog Data Format: 2's complement (signed) (2h) Tolerance: 0.000000 C Resolution: 1.000000 C Sensor Min. Reading: -128.000000 C Sensor Max. Reading: 127.000000 C Normal Min.: -70.000000 C Normal Max.: 0.000000 C Nominal Reading: -15.000000 C Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 2.000000 C Negative Hysteresis: 2.000000 C Assertion Event Enabled: 'NONE' Deassertion Event Enabled: 'NONE' Sensor State: Nominal Sensor Reading: -54.000000 C Sensor Event: 'OK' Record ID: 27 Record Type: Full Sensor Record (1h) ID String: P1 Therm Ctrl % Sensor Type: Temperature (1h) Sensor Number: 192 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 39 R Exponent: -2 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 % Resolution: 0.000000 % Lower Critical Threshold: N/A Upper Critical Threshold: 49.530000 % Lower Non-Critical Threshold: N/A Upper Non-Critical Threshold: N/A Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 % Sensor Max. Reading: 99.450000 % Normal Min.: 0.000000 % Normal Max.: 19.890000 % Nominal Reading: 0.000000 % Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 0.780000 % Negative Hysteresis: 0.780000 % Assertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 0.000000 % Sensor Event: 'OK' Record ID: 28 Record Type: Full Sensor Record (1h) ID String: P2 Therm Ctrl % Sensor Type: Temperature (1h) Sensor Number: 193 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 2 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 39 R Exponent: -2 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 % Resolution: 0.000000 % Lower Critical Threshold: N/A Upper Critical Threshold: 49.530000 % Lower Non-Critical Threshold: N/A Upper Non-Critical Threshold: N/A Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: 0.000000 % Sensor Max. Reading: 99.450000 % Normal Min.: 0.000000 % Normal Max.: 19.890000 % Nominal Reading: 0.000000 % Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 0.780000 % Negative Hysteresis: 0.780000 % Assertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: Nominal Sensor Reading: 0.000000 % Sensor Event: 'OK' Record ID: 29 Record Type: Full Sensor Record (1h) ID String: Proc 1 Vccp Sensor Type: Voltage (2h) Sensor Number: 208 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 62 R Exponent: -4 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 V Resolution: 0.000000 V Sensor Min. Reading: 0.000000 V Sensor Max. Reading: 1.581000 V Normal Min.: 0.855600 V Normal Max.: 1.395000 V Nominal Reading: 1.190400 V Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 0.006200 V Negative Hysteresis: 0.006200 V Assertion Event Enabled: 'NONE' Deassertion Event Enabled: 'NONE' Sensor State: Nominal Sensor Reading: 1.227600 V Sensor Event: 'OK' Record ID: 30 Record Type: Full Sensor Record (1h) ID String: Proc 2 Vccp Sensor Type: Voltage (2h) Sensor Number: 209 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 2 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 62 R Exponent: -4 B Exponent: 0 Linearization: linear (0h) Analog Data Format: unsigned (0h) Tolerance: 0.000000 V Resolution: 0.000000 V Sensor Min. Reading: 0.000000 V Sensor Max. Reading: 1.581000 V Normal Min.: 0.855600 V Normal Max.: 1.395000 V Nominal Reading: 1.190400 V Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: 0.006200 V Negative Hysteresis: 0.006200 V Assertion Event Enabled: 'NONE' Deassertion Event Enabled: 'NONE' Sensor State: Nominal Sensor Reading: 1.233800 V Sensor Event: 'OK' Record ID: 31 Record Type: Full Sensor Record (1h) ID String: Mem Therm Margin Sensor Type: Temperature (1h) Sensor Number: 72 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 2 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 1 R Exponent: 0 B Exponent: 0 Linearization: linear (0h) Analog Data Format: 2's complement (signed) (2h) Tolerance: 0.000000 C Resolution: 1.000000 C Lower Critical Threshold: N/A Upper Critical Threshold: 8.000000 C Lower Non-Critical Threshold: N/A Upper Non-Critical Threshold: 4.000000 C Lower Non-Recoverable Threshold: N/A Upper Non-Recoverable Threshold: N/A Sensor Min. Reading: -128.000000 C Sensor Max. Reading: 127.000000 C Normal Min.: -64.000000 C Normal Max.: 2.000000 C Nominal Reading: -31.000000 C Accuracy: 0.000000% Sensor Direction: Unspecified Positive Hysteresis: N/A Negative Hysteresis: 7.000000 C Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Critical - going low' Assertion Event Enabled: 'Upper Non-critical - going high' Assertion Event Enabled: 'Upper Critical - going high' Assertion Event Enabled: 'Unrecognized Event = 1000h' Assertion Event Enabled: 'Unrecognized Event = 2000h' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Critical - going low' Deassertion Event Enabled: 'Upper Non-critical - going high' Deassertion Event Enabled: 'Upper Critical - going high' Deassertion Event Enabled: 'Unrecognized Event = 1000h' Deassertion Event Enabled: 'Unrecognized Event = 2000h' Sensor State: N/A Sensor Reading: N/A Sensor Event: N/A Record ID: 32 Record Type: Compact Sensor Record (2h) ID String: Pwr Unit Stat Sensor Type: Power Unit (9h) Sensor Number: 1 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: power management/power distribution board (21) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Power Off/Power Down' Assertion Event Enabled: 'Power Cycle' Assertion Event Enabled: 'AC lost/Power input lost (The power source for the power unit was lost)' Assertion Event Enabled: 'Soft Power Control Failure (unit did not respond to request to turn on)' Assertion Event Enabled: 'Power Unit Failure detected' Deassertion Event Enabled: 'Power Off/Power Down' Deassertion Event Enabled: 'Power Cycle' Deassertion Event Enabled: 'AC lost/Power input lost (The power source for the power unit was lost)' Deassertion Event Enabled: 'Soft Power Control Failure (unit did not respond to request to turn on)' Deassertion Event Enabled: 'Power Unit Failure detected' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 33 Record Type: Compact Sensor Record (2h) ID String: Power Redundancy Sensor Type: Power Unit (9h) Sensor Number: 2 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: power management/power distribution board (21) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: Bh Sensor Direction: Unspecified Assertion Event Enabled: 'Fully Redundant (formerly "Redundancy Regained")' Assertion Event Enabled: 'Redundancy Lost' Assertion Event Enabled: 'Redundancy Degraded' Assertion Event Enabled: 'Non-redundant:Sufficient Resources from Redundant' Assertion Event Enabled: 'Non-redundant:Sufficient Resources from Insufficient Resources' Assertion Event Enabled: 'Non-redundant:Insufficient Resources' Assertion Event Enabled: 'Redundancy Degraded from Fully Redundant' Assertion Event Enabled: 'Redundancy Degraded from Non-redundant' Deassertion Event Enabled: 'Fully Redundant (formerly "Redundancy Regained")' Deassertion Event Enabled: 'Redundancy Lost' Deassertion Event Enabled: 'Redundancy Degraded' Deassertion Event Enabled: 'Non-redundant:Sufficient Resources from Redundant' Deassertion Event Enabled: 'Non-redundant:Sufficient Resources from Insufficient Resources' Deassertion Event Enabled: 'Non-redundant:Insufficient Resources' Deassertion Event Enabled: 'Redundancy Degraded from Fully Redundant' Deassertion Event Enabled: 'Redundancy Degraded from Non-redundant' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'Fully Redundant (formerly "Redundancy Regained")' Record ID: 34 Record Type: Compact Sensor Record (2h) ID String: BMC Watchdog Sensor Type: Watchdog 2 (23h) Sensor Number: 3 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Timer expired, status only (no action, no interrupt)' Assertion Event Enabled: 'Hard Reset' Assertion Event Enabled: 'Power Down' Assertion Event Enabled: 'Power Cycle' Assertion Event Enabled: 'Timer interrupt' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 35 Record Type: Compact Sensor Record (2h) ID String: Platform Secu V Sensor Type: Platform Security Violation Attempt (6h) Sensor Number: 4 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Secure Mode (Front Panel Lockout) Violation attempt' Assertion Event Enabled: 'Out-of-band Access Password Violation' Deassertion Event Enabled: 'Secure Mode (Front Panel Lockout) Violation attempt' Deassertion Event Enabled: 'Out-of-band Access Password Violation' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 36 Record Type: Compact Sensor Record (2h) ID String: Physical Scrty Sensor Type: Physical Security (5h) Sensor Number: 5 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system chassis (23) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'General Chassis Intrusion' Assertion Event Enabled: 'LAN Leash Lost (system is unplugged from LAN)' Deassertion Event Enabled: 'General Chassis Intrusion' Deassertion Event Enabled: 'LAN Leash Lost (system is unplugged from LAN)' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 37 Record Type: Compact Sensor Record (2h) ID String: FP Interrupt Sensor Type: Critical Interrupt (13h) Sensor Number: 7 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Front Panel NMI/Diagnostic Interrupt' Assertion Event Enabled: 'Bus Uncorrectable Error' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 38 Record Type: Compact Sensor Record (2h) ID String: Event Log Disabl Sensor Type: Event Logging Disabled (10h) Sensor Number: 9 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Log Area Reset/Cleared' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 39 Record Type: Compact Sensor Record (2h) ID String: Session Audit Sensor Type: Session Audit (2Ah) Sensor Number: 10 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: Remote Management Communication Device (38) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Session Activated' Assertion Event Enabled: 'Session Deactivated' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: 'OK' Record ID: 40 Record Type: Compact Sensor Record (2h) ID String: System Event Sensor Type: System Event (12h) Sensor Number: 11 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'System Reconfigured' Assertion Event Enabled: 'PEF Action' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 41 Record Type: Compact Sensor Record (2h) ID String: BB Vbat Sensor Type: Battery (29h) Sensor Number: 30 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'battery failed' Deassertion Event Enabled: 'battery failed' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 42 Record Type: Compact Sensor Record (2h) ID String: Fan 1 Present Sensor Type: Fan (4h) Sensor Number: 96 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: fan/cooling device (29) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 8h Sensor Direction: Unspecified Assertion Event Enabled: 'Device Inserted/Device Present' Deassertion Event Enabled: 'Device Inserted/Device Present' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'Device Inserted/Device Present' Record ID: 43 Record Type: Compact Sensor Record (2h) ID String: Fan 2 Present Sensor Type: Fan (4h) Sensor Number: 97 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: fan/cooling device (29) Entity Instance: 2 Entity Instance Type: Physical Entity Event/Reading Type Code: 8h Sensor Direction: Unspecified Assertion Event Enabled: 'Device Inserted/Device Present' Deassertion Event Enabled: 'Device Inserted/Device Present' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'Device Inserted/Device Present' Record ID: 44 Record Type: Compact Sensor Record (2h) ID String: Fan 3 Present Sensor Type: Fan (4h) Sensor Number: 98 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: fan/cooling device (29) Entity Instance: 3 Entity Instance Type: Physical Entity Event/Reading Type Code: 8h Sensor Direction: Unspecified Assertion Event Enabled: 'Device Inserted/Device Present' Deassertion Event Enabled: 'Device Inserted/Device Present' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'Device Inserted/Device Present' Record ID: 45 Record Type: Compact Sensor Record (2h) ID String: Fan 4 Present Sensor Type: Fan (4h) Sensor Number: 99 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: fan/cooling device (29) Entity Instance: 4 Entity Instance Type: Physical Entity Event/Reading Type Code: 8h Sensor Direction: Unspecified Assertion Event Enabled: 'Device Inserted/Device Present' Deassertion Event Enabled: 'Device Inserted/Device Present' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'Device Inserted/Device Present' Record ID: 46 Record Type: Compact Sensor Record (2h) ID String: Fan 5 Present Sensor Type: Fan (4h) Sensor Number: 100 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: fan/cooling device (29) Entity Instance: 5 Entity Instance Type: Physical Entity Event/Reading Type Code: 8h Sensor Direction: Unspecified Assertion Event Enabled: 'Device Inserted/Device Present' Deassertion Event Enabled: 'Device Inserted/Device Present' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'Device Inserted/Device Present' Record ID: 47 Record Type: Compact Sensor Record (2h) ID String: Fan 6 Present Sensor Type: Fan (4h) Sensor Number: 101 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: fan/cooling device (29) Entity Instance: 6 Entity Instance Type: Physical Entity Event/Reading Type Code: 8h Sensor Direction: Unspecified Assertion Event Enabled: 'Device Inserted/Device Present' Deassertion Event Enabled: 'Device Inserted/Device Present' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'Device Inserted/Device Present' Record ID: 48 Record Type: Compact Sensor Record (2h) ID String: Fan Redundancy Sensor Type: Fan (4h) Sensor Number: 111 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: fan/cooling device (29) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: Bh Sensor Direction: Unspecified Assertion Event Enabled: 'Fully Redundant (formerly "Redundancy Regained")' Assertion Event Enabled: 'Redundancy Lost' Assertion Event Enabled: 'Redundancy Degraded' Assertion Event Enabled: 'Non-redundant:Sufficient Resources from Redundant' Assertion Event Enabled: 'Non-redundant:Sufficient Resources from Insufficient Resources' Assertion Event Enabled: 'Non-redundant:Insufficient Resources' Assertion Event Enabled: 'Redundancy Degraded from Fully Redundant' Assertion Event Enabled: 'Redundancy Degraded from Non-redundant' Deassertion Event Enabled: 'Fully Redundant (formerly "Redundancy Regained")' Deassertion Event Enabled: 'Redundancy Lost' Deassertion Event Enabled: 'Redundancy Degraded' Deassertion Event Enabled: 'Non-redundant:Sufficient Resources from Redundant' Deassertion Event Enabled: 'Non-redundant:Sufficient Resources from Insufficient Resources' Deassertion Event Enabled: 'Non-redundant:Insufficient Resources' Deassertion Event Enabled: 'Redundancy Degraded from Fully Redundant' Deassertion Event Enabled: 'Redundancy Degraded from Non-redundant' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'Fully Redundant (formerly "Redundancy Regained")' Record ID: 49 Record Type: Compact Sensor Record (2h) ID String: PS1 Status Sensor Type: Power Supply (8h) Sensor Number: 112 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: power supply (10) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Presence detected' Assertion Event Enabled: 'Power Supply Failure detected' Assertion Event Enabled: 'Predictive Failure' Assertion Event Enabled: 'Power Supply input lost (AC/DC)' Assertion Event Enabled: 'Configuration error' Deassertion Event Enabled: 'Presence detected' Deassertion Event Enabled: 'Power Supply Failure detected' Deassertion Event Enabled: 'Predictive Failure' Deassertion Event Enabled: 'Power Supply input lost (AC/DC)' Deassertion Event Enabled: 'Configuration error' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'Presence detected' Record ID: 50 Record Type: Compact Sensor Record (2h) ID String: PS2 Status Sensor Type: Power Supply (8h) Sensor Number: 113 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: power supply (10) Entity Instance: 2 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Presence detected' Assertion Event Enabled: 'Power Supply Failure detected' Assertion Event Enabled: 'Predictive Failure' Assertion Event Enabled: 'Power Supply input lost (AC/DC)' Assertion Event Enabled: 'Configuration error' Deassertion Event Enabled: 'Presence detected' Deassertion Event Enabled: 'Power Supply Failure detected' Deassertion Event Enabled: 'Predictive Failure' Deassertion Event Enabled: 'Power Supply input lost (AC/DC)' Deassertion Event Enabled: 'Configuration error' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'Presence detected' Record ID: 51 Record Type: Compact Sensor Record (2h) ID String: ACPI State Sensor Type: System ACPI Power State (22h) Sensor Number: 130 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'S0/G0 "working"' Assertion Event Enabled: 'S1 "sleeping with system h/w & processor context maintained"' Assertion Event Enabled: 'S4 "non-volatile sleep/suspend-to disk"' Assertion Event Enabled: 'S5/G2 "soft-off"' Assertion Event Enabled: 'G3/Mechanical Off' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'S0/G0 "working"' Record ID: 52 Record Type: Compact Sensor Record (2h) ID String: Button Sensor Type: Button/Switch (14h) Sensor Number: 132 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Power Button pressed' Assertion Event Enabled: 'Reset Button pressed' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 53 Record Type: Compact Sensor Record (2h) ID String: SMI Timeout Sensor Type: OEM Reserved (F3h) Sensor Number: 133 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 3h Sensor Direction: Unspecified Assertion Event Enabled: 'State Asserted' Deassertion Event Enabled: 'State Asserted' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: 'State Deasserted' Record ID: 54 Record Type: Compact Sensor Record (2h) ID String: NMI State Sensor Type: OEM Reserved (C0h) Sensor Number: 135 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 3h Sensor Direction: Unspecified Assertion Event Enabled: 'NONE' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: 'State Deasserted' Record ID: 55 Record Type: Compact Sensor Record (2h) ID String: SMI State Sensor Type: OEM Reserved (C0h) Sensor Number: 136 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 3h Sensor Direction: Unspecified Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 56 Record Type: Compact Sensor Record (2h) ID String: Processor 1 Stat Sensor Type: Processor (7h) Sensor Number: 144 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'IERR' Assertion Event Enabled: 'Thermal Trip' Assertion Event Enabled: 'Configuration Error' Assertion Event Enabled: 'Processor Presence detected' Assertion Event Enabled: 'Processor disabled' Deassertion Event Enabled: 'IERR' Deassertion Event Enabled: 'Thermal Trip' Deassertion Event Enabled: 'Configuration Error' Deassertion Event Enabled: 'Processor Presence detected' Deassertion Event Enabled: 'Processor disabled' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'Processor Presence detected' Record ID: 57 Record Type: Compact Sensor Record (2h) ID String: Processor 2 Stat Sensor Type: Processor (7h) Sensor Number: 145 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 2 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'IERR' Assertion Event Enabled: 'Thermal Trip' Assertion Event Enabled: 'Configuration Error' Assertion Event Enabled: 'Processor Presence detected' Assertion Event Enabled: 'Processor disabled' Deassertion Event Enabled: 'IERR' Deassertion Event Enabled: 'Thermal Trip' Deassertion Event Enabled: 'Configuration Error' Deassertion Event Enabled: 'Processor Presence detected' Deassertion Event Enabled: 'Processor disabled' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'Processor Presence detected' Record ID: 58 Record Type: Compact Sensor Record (2h) ID String: PCIe Link0 Sensor Type: Critical Interrupt (13h) Sensor Number: 160 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: PCI Express Bus (49) Entity Instance: 0 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Bus Correctable Error' Assertion Event Enabled: 'Bus Uncorrectable Error' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 59 Record Type: Compact Sensor Record (2h) ID String: PCIe Link1 Sensor Type: Critical Interrupt (13h) Sensor Number: 161 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: PCI Express Bus (49) Entity Instance: 0 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Bus Correctable Error' Assertion Event Enabled: 'Bus Uncorrectable Error' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 60 Record Type: Compact Sensor Record (2h) ID String: PCIe Link2 Sensor Type: Critical Interrupt (13h) Sensor Number: 162 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: PCI Express Bus (49) Entity Instance: 0 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Bus Correctable Error' Assertion Event Enabled: 'Bus Uncorrectable Error' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 61 Record Type: Compact Sensor Record (2h) ID String: PCIe Link3 Sensor Type: Critical Interrupt (13h) Sensor Number: 163 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: PCI Express Bus (49) Entity Instance: 0 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Bus Correctable Error' Assertion Event Enabled: 'Bus Uncorrectable Error' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 62 Record Type: Compact Sensor Record (2h) ID String: PCIe Link4 Sensor Type: Critical Interrupt (13h) Sensor Number: 164 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: PCI Express Bus (49) Entity Instance: 0 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Bus Correctable Error' Assertion Event Enabled: 'Bus Uncorrectable Error' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 63 Record Type: Compact Sensor Record (2h) ID String: PCIe Link5 Sensor Type: Critical Interrupt (13h) Sensor Number: 165 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: PCI Express Bus (49) Entity Instance: 0 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Bus Correctable Error' Assertion Event Enabled: 'Bus Uncorrectable Error' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 64 Record Type: Compact Sensor Record (2h) ID String: PCIe Link6 Sensor Type: Critical Interrupt (13h) Sensor Number: 166 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: PCI Express Bus (49) Entity Instance: 0 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Bus Correctable Error' Assertion Event Enabled: 'Bus Uncorrectable Error' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 65 Record Type: Compact Sensor Record (2h) ID String: PCIe Link7 Sensor Type: Critical Interrupt (13h) Sensor Number: 167 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: PCI Express Bus (49) Entity Instance: 0 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Bus Correctable Error' Assertion Event Enabled: 'Bus Uncorrectable Error' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 66 Record Type: Compact Sensor Record (2h) ID String: PCIe Link8 Sensor Type: Critical Interrupt (13h) Sensor Number: 168 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: PCI Express Bus (49) Entity Instance: 0 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Bus Correctable Error' Assertion Event Enabled: 'Bus Uncorrectable Error' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 67 Record Type: Compact Sensor Record (2h) ID String: PCIe Link9 Sensor Type: Critical Interrupt (13h) Sensor Number: 169 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: PCI Express Bus (49) Entity Instance: 0 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Bus Correctable Error' Assertion Event Enabled: 'Bus Uncorrectable Error' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 68 Record Type: Compact Sensor Record (2h) ID String: PCIe Link10 Sensor Type: Critical Interrupt (13h) Sensor Number: 170 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: PCI Express Bus (49) Entity Instance: 0 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Bus Correctable Error' Assertion Event Enabled: 'Bus Uncorrectable Error' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 69 Record Type: Compact Sensor Record (2h) ID String: PCIe Link11 Sensor Type: Critical Interrupt (13h) Sensor Number: 171 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: PCI Express Bus (49) Entity Instance: 0 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Bus Correctable Error' Assertion Event Enabled: 'Bus Uncorrectable Error' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 70 Record Type: Compact Sensor Record (2h) ID String: PCIe Link12 Sensor Type: Critical Interrupt (13h) Sensor Number: 172 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: PCI Express Bus (49) Entity Instance: 0 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Bus Correctable Error' Assertion Event Enabled: 'Bus Uncorrectable Error' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 71 Record Type: Compact Sensor Record (2h) ID String: PCIe Link13 Sensor Type: Critical Interrupt (13h) Sensor Number: 173 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: PCI Express Bus (49) Entity Instance: 0 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Bus Correctable Error' Assertion Event Enabled: 'Bus Uncorrectable Error' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 72 Record Type: Compact Sensor Record (2h) ID String: CPU1 VRD Temp Sensor Type: Temperature (1h) Sensor Number: 200 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 5h Sensor Direction: Unspecified Assertion Event Enabled: 'Limit Exceeded' Deassertion Event Enabled: 'Limit Exceeded' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 73 Record Type: Compact Sensor Record (2h) ID String: CPU2 VRD Temp Sensor Type: Temperature (1h) Sensor Number: 201 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 2 Entity Instance Type: Physical Entity Event/Reading Type Code: 5h Sensor Direction: Unspecified Assertion Event Enabled: 'Limit Exceeded' Deassertion Event Enabled: 'Limit Exceeded' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 74 Record Type: Compact Sensor Record (2h) ID String: CPU1 Vcc OOR Sensor Type: Voltage (2h) Sensor Number: 210 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 5h Sensor Direction: Unspecified Assertion Event Enabled: 'Limit Exceeded' Deassertion Event Enabled: 'Limit Exceeded' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: 'OK' Record ID: 75 Record Type: Compact Sensor Record (2h) ID String: CPU2 Vcc OOR Sensor Type: Voltage (2h) Sensor Number: 211 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 2 Entity Instance Type: Physical Entity Event/Reading Type Code: 5h Sensor Direction: Unspecified Assertion Event Enabled: 'Limit Exceeded' Deassertion Event Enabled: 'Limit Exceeded' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: 'OK' Record ID: 76 Record Type: Compact Sensor Record (2h) ID String: CPU Popul Error Sensor Type: Processor (7h) Sensor Number: 216 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 3h Sensor Direction: Unspecified Assertion Event Enabled: 'State Asserted' Deassertion Event Enabled: 'State Asserted' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 77 Record Type: Compact Sensor Record (2h) ID String: DIMM 1A Sensor Type: Slot/Connector (21h) Sensor Number: 224 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: memory device (32) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Fault Status asserted' Assertion Event Enabled: 'Slot/Connector Device installed/attached' Assertion Event Enabled: 'Slot is Disabled' Assertion Event Enabled: 'Slot holds spare device' Deassertion Event Enabled: 'Fault Status asserted' Deassertion Event Enabled: 'Slot/Connector Device installed/attached' Deassertion Event Enabled: 'Slot is Disabled' Deassertion Event Enabled: 'Slot holds spare device' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'Slot/Connector Device installed/attached' Record ID: 78 Record Type: Compact Sensor Record (2h) ID String: DIMM 2A Sensor Type: Slot/Connector (21h) Sensor Number: 225 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: memory device (32) Entity Instance: 2 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Fault Status asserted' Assertion Event Enabled: 'Slot/Connector Device installed/attached' Assertion Event Enabled: 'Slot is Disabled' Assertion Event Enabled: 'Slot holds spare device' Deassertion Event Enabled: 'Fault Status asserted' Deassertion Event Enabled: 'Slot/Connector Device installed/attached' Deassertion Event Enabled: 'Slot is Disabled' Deassertion Event Enabled: 'Slot holds spare device' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 79 Record Type: Compact Sensor Record (2h) ID String: DIMM 1B Sensor Type: Slot/Connector (21h) Sensor Number: 226 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: memory device (32) Entity Instance: 3 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Fault Status asserted' Assertion Event Enabled: 'Slot/Connector Device installed/attached' Assertion Event Enabled: 'Slot is Disabled' Assertion Event Enabled: 'Slot holds spare device' Deassertion Event Enabled: 'Fault Status asserted' Deassertion Event Enabled: 'Slot/Connector Device installed/attached' Deassertion Event Enabled: 'Slot is Disabled' Deassertion Event Enabled: 'Slot holds spare device' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'Slot/Connector Device installed/attached' Record ID: 80 Record Type: Compact Sensor Record (2h) ID String: DIMM 2B Sensor Type: Slot/Connector (21h) Sensor Number: 227 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: memory device (32) Entity Instance: 4 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Fault Status asserted' Assertion Event Enabled: 'Slot/Connector Device installed/attached' Assertion Event Enabled: 'Slot is Disabled' Assertion Event Enabled: 'Slot holds spare device' Deassertion Event Enabled: 'Fault Status asserted' Deassertion Event Enabled: 'Slot/Connector Device installed/attached' Deassertion Event Enabled: 'Slot is Disabled' Deassertion Event Enabled: 'Slot holds spare device' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 81 Record Type: Compact Sensor Record (2h) ID String: DIMM 1C Sensor Type: Slot/Connector (21h) Sensor Number: 228 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: memory device (32) Entity Instance: 5 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Fault Status asserted' Assertion Event Enabled: 'Slot/Connector Device installed/attached' Assertion Event Enabled: 'Slot is Disabled' Assertion Event Enabled: 'Slot holds spare device' Deassertion Event Enabled: 'Fault Status asserted' Deassertion Event Enabled: 'Slot/Connector Device installed/attached' Deassertion Event Enabled: 'Slot is Disabled' Deassertion Event Enabled: 'Slot holds spare device' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'Slot/Connector Device installed/attached' Record ID: 82 Record Type: Compact Sensor Record (2h) ID String: DIMM 2C Sensor Type: Slot/Connector (21h) Sensor Number: 229 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: memory device (32) Entity Instance: 6 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Fault Status asserted' Assertion Event Enabled: 'Slot/Connector Device installed/attached' Assertion Event Enabled: 'Slot is Disabled' Assertion Event Enabled: 'Slot holds spare device' Deassertion Event Enabled: 'Fault Status asserted' Deassertion Event Enabled: 'Slot/Connector Device installed/attached' Deassertion Event Enabled: 'Slot is Disabled' Deassertion Event Enabled: 'Slot holds spare device' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 83 Record Type: Compact Sensor Record (2h) ID String: DIMM 1D Sensor Type: Slot/Connector (21h) Sensor Number: 230 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: memory device (32) Entity Instance: 7 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Fault Status asserted' Assertion Event Enabled: 'Slot/Connector Device installed/attached' Assertion Event Enabled: 'Slot is Disabled' Assertion Event Enabled: 'Slot holds spare device' Deassertion Event Enabled: 'Fault Status asserted' Deassertion Event Enabled: 'Slot/Connector Device installed/attached' Deassertion Event Enabled: 'Slot is Disabled' Deassertion Event Enabled: 'Slot holds spare device' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'Slot/Connector Device installed/attached' Record ID: 84 Record Type: Compact Sensor Record (2h) ID String: DIMM 2D Sensor Type: Slot/Connector (21h) Sensor Number: 231 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: memory device (32) Entity Instance: 8 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Fault Status asserted' Assertion Event Enabled: 'Slot/Connector Device installed/attached' Assertion Event Enabled: 'Slot is Disabled' Assertion Event Enabled: 'Slot holds spare device' Deassertion Event Enabled: 'Fault Status asserted' Deassertion Event Enabled: 'Slot/Connector Device installed/attached' Deassertion Event Enabled: 'Slot is Disabled' Deassertion Event Enabled: 'Slot holds spare device' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 85 Record Type: Compact Sensor Record (2h) ID String: DIMM Spar Enb1 Sensor Type: Entity Presence (25h) Sensor Number: 240 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: memory module (8) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Entity Present' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 86 Record Type: Compact Sensor Record (2h) ID String: DIMM Spar Redu1 Sensor Type: Memory (Ch) Sensor Number: 241 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: memory module (8) Entity Instance: 2 Entity Instance Type: Physical Entity Event/Reading Type Code: Bh Sensor Direction: Unspecified Assertion Event Enabled: 'Fully Redundant (formerly "Redundancy Regained")' Assertion Event Enabled: 'Non-redundant:Sufficient Resources from Redundant' Assertion Event Enabled: 'Non-redundant:Sufficient Resources from Insufficient Resources' Assertion Event Enabled: 'Non-redundant:Insufficient Resources' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 87 Record Type: Compact Sensor Record (2h) ID String: DIMM Spar Enb2 Sensor Type: Entity Presence (25h) Sensor Number: 242 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: memory module (8) Entity Instance: 3 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Entity Present' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 88 Record Type: Compact Sensor Record (2h) ID String: DIMM Spar Redu2 Sensor Type: Memory (Ch) Sensor Number: 243 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: memory module (8) Entity Instance: 4 Entity Instance Type: Physical Entity Event/Reading Type Code: Bh Sensor Direction: Unspecified Assertion Event Enabled: 'Fully Redundant (formerly "Redundancy Regained")' Assertion Event Enabled: 'Non-redundant:Sufficient Resources from Redundant' Assertion Event Enabled: 'Non-redundant:Sufficient Resources from Insufficient Resources' Assertion Event Enabled: 'Non-redundant:Insufficient Resources' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 89 Record Type: Compact Sensor Record (2h) ID String: DIMM Mirro Enbl Sensor Type: Entity Presence (25h) Sensor Number: 244 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: memory module (8) Entity Instance: 5 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Entity Present' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 90 Record Type: Compact Sensor Record (2h) ID String: DIMM MirroRedu1 Sensor Type: Memory (Ch) Sensor Number: 245 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: memory module (8) Entity Instance: 6 Entity Instance Type: Physical Entity Event/Reading Type Code: Bh Sensor Direction: Unspecified Assertion Event Enabled: 'Fully Redundant (formerly "Redundancy Regained")' Assertion Event Enabled: 'Non-redundant:Sufficient Resources from Redundant' Assertion Event Enabled: 'Non-redundant:Sufficient Resources from Insufficient Resources' Assertion Event Enabled: 'Non-redundant:Insufficient Resources' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 91 Record Type: FRU Device Locator Record (11h) Device ID String: Baseboard Device Access Address: 10h FRU Device ID: 0h Private Bus ID: 0h LUN for Master Write-Read or FRU Command: 0h Channel Number: 0h Device Type: FRU Inventory Device behind management controller (10h) Device Type Modifier: IPMI FRU Inventory (0h) FRU Entity ID: system board (7) FRU Entity Instance: 1 Record ID: 92 Record Type: FRU Device Locator Record (11h) Device ID String: Power Dist.FRU Device Access Address: 10h FRU Device ID: 4h Private Bus ID: 0h LUN for Master Write-Read or FRU Command: 0h Channel Number: 0h Device Type: FRU Inventory Device behind management controller (10h) Device Type Modifier: IPMI FRU Inventory (0h) FRU Entity ID: power management/power distribution board (21) FRU Entity Instance: 1 Record ID: 93 Record Type: FRU Device Locator Record (11h) Device ID String: Pwr Supply 1 FRU Device Access Address: 10h FRU Device ID: 2h Private Bus ID: 0h LUN for Master Write-Read or FRU Command: 0h Channel Number: 0h Device Type: FRU Inventory Device behind management controller (10h) Device Type Modifier: IPMI FRU Inventory (0h) FRU Entity ID: power supply (10) FRU Entity Instance: 1 Record ID: 94 Record Type: FRU Device Locator Record (11h) Device ID String: Pwr Supply 2 FRU Device Access Address: 10h FRU Device ID: 3h Private Bus ID: 0h LUN for Master Write-Read or FRU Command: 0h Channel Number: 0h Device Type: FRU Inventory Device behind management controller (10h) Device Type Modifier: IPMI FRU Inventory (0h) FRU Entity ID: power supply (10) FRU Entity Instance: 2 Record ID: 95 Record Type: Management Controller Device Locator Record (12h) Device ID String: Basbrd Mgmt Ctlr Device Slave Address: 10h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Record ID: 96 Record Type: Management Controller Device Locator Record (12h) Device ID String: HSBP PRIMARY Device Slave Address: 60h Channel Number: 0h Entity ID: drive backplane (15) Entity Instance: 1 Entity Instance Type: Physical Entity Record ID: 97 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 05 6F 00 04 04 01 50 60 51 61 52 62 53 63 54 64 55 65 Record ID: 98 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 01 38 64 64 01 02 01 19 20 32 64 C1 90 09 00 41 1A 45 1B 49 1C 4F 1D 53 1E 57 1F 5D 20 61 21 64 Record ID: 99 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 01 38 64 64 01 02 01 19 20 32 64 C1 D0 09 00 41 1A 45 1B 49 1C 4F 1D 53 1E 56 1F 5C 20 60 21 64 Record ID: 100 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 01 2C 64 64 01 02 02 19 20 32 64 C1 90 09 00 2E 1A 34 1B 3A 1C 43 1D 49 1E 4F 1F 58 20 5E 21 64 Record ID: 101 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 01 2C 64 64 01 02 02 19 20 32 64 C1 D0 09 00 41 1A 45 1B 49 1C 4F 1D 53 1E 56 1F 5C 20 60 21 64 Record ID: 102 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 02 38 64 64 01 02 01 19 20 32 64 C1 90 09 00 41 1A 45 1B 49 1C 4F 1D 53 1E 57 1F 5D 20 61 21 64 Record ID: 103 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 02 38 64 64 01 02 01 19 20 32 64 C1 D0 09 00 41 1A 45 1B 49 1C 4F 1D 53 1E 56 1F 5C 20 60 21 64 Record ID: 104 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 02 2C 64 64 01 02 02 19 20 32 64 C1 90 09 00 2E 1A 34 1B 3A 1C 43 1D 49 1E 4F 1F 58 20 5E 21 64 Record ID: 105 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 02 2C 64 64 01 02 02 19 20 32 64 C1 D0 09 00 41 1A 45 1B 49 1C 4F 1D 53 1E 56 1F 5C 20 60 21 64 Record ID: 106 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 03 38 64 4B 01 02 01 19 20 32 64 C1 90 09 00 41 1A 42 1B 43 1C 45 1D 46 1E 47 1F 49 20 4A 21 4B Record ID: 107 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 03 38 64 4B 01 02 01 19 20 32 64 C1 D0 09 00 41 1A 42 1B 43 1C 45 1D 46 1E 47 1F 49 20 4A 21 4B Record ID: 108 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 03 2C 64 4B 01 02 02 19 20 32 64 C1 90 09 00 2E 1A 31 1B 34 1C 3A 1D 3D 1E 40 1F 46 20 49 21 4C Record ID: 109 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 03 2C 64 4B 01 02 02 19 20 32 64 C1 D0 09 00 41 1A 42 1B 43 1C 45 1D 46 1E 47 1F 49 20 4A 21 4B Record ID: 110 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 01 38 64 64 01 02 01 19 20 99 64 82 A8 01 02 00 11 Record ID: 111 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 01 2C 64 64 01 02 02 19 20 99 64 82 A8 01 02 00 11 Record ID: 112 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 01 38 64 64 01 02 01 19 20 48 00 02 B8 01 02 00 00 Record ID: 113 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 01 2C 64 64 01 02 02 19 20 48 00 02 B8 01 02 00 00 Record ID: 114 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 02 38 64 64 01 02 01 19 20 9B 64 82 A8 01 02 00 21 Record ID: 115 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 02 2C 64 64 01 02 02 19 20 9B 64 82 A8 01 02 00 21 Record ID: 116 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 03 38 64 4B 01 02 01 19 20 99 64 82 A8 01 02 00 11 Record ID: 117 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 03 2C 64 4B 01 02 02 19 20 99 64 82 A8 01 02 00 11 Record ID: 118 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 03 38 64 4B 01 02 01 19 20 9B 64 82 A8 01 02 00 21 Record ID: 119 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0C 03 2C 64 4B 01 02 02 19 20 9B 64 82 A8 01 02 00 21 Record ID: 120 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0B 01 01 32 1A 10 0E A4 01 96 00 61 00 07 0A 64 00 05 00 00 00 00 Record ID: 121 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0B 01 02 32 1A 34 08 A4 01 96 00 61 00 07 0A 64 00 05 00 00 00 00 Record ID: 122 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0B 02 01 32 23 10 0E A4 01 FF FF FF FF 10 14 FF FF 06 00 00 00 00 Record ID: 123 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 0B 02 02 32 23 34 08 A4 01 FF FF FF FF 10 14 FF FF 06 00 00 00 00 Record ID: 124 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 02 02 00 01 70 71 Record ID: 125 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 06 01 Record ID: 126 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 09 00 00 BC 34 BC 34 BC 34 BC 34 BC 34 BC 34 80 3E 80 3E Record ID: 127 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 08 00 00 2A F8 2A F8 2A F8 2A F8 Record ID: 128 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 54 C6 50 52 4F 43 5F 31 C6 50 52 4F 43 5F 32 C7 4E 4F 4E 45 55 53 45 Record ID: 129 Record Type: Full Sensor Record (1h) ID String: HSBP Temp Sensor Type: Temperature (1h) Sensor Number: 1 IPMB Slave Address: 60h Sensor Owner ID: C0h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: drive backplane (15) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 1h B: 0 M: 1 R Exponent: 0 B Exponent: 0 Linearization: linear (0h) Analog Data Format: 2's complement (signed) (2h) Tolerance: 2.000000 C Resolution: 1.000000 C Sensor Min. Reading: -128.000000 C Sensor Max. Reading: 127.000000 C Normal Min.: 10.000000 C Normal Max.: 45.000000 C Nominal Reading: 28.000000 C Accuracy: 1.080000% Sensor Direction: Unspecified Positive Hysteresis: N/A Negative Hysteresis: N/A Assertion Event Enabled: 'Lower Non-critical - going low' Assertion Event Enabled: 'Lower Non-critical - going high' Assertion Event Enabled: 'Lower Non-recoverable - going low' Assertion Event Enabled: 'Lower Non-recoverable - going high' Assertion Event Enabled: 'Upper Non-critical - going low' Deassertion Event Enabled: 'Lower Non-critical - going low' Deassertion Event Enabled: 'Lower Non-critical - going high' Deassertion Event Enabled: 'Lower Non-recoverable - going low' Deassertion Event Enabled: 'Lower Non-recoverable - going high' Deassertion Event Enabled: 'Upper Non-critical - going low' Sensor State: N/A Sensor Reading: N/A Sensor Event: N/A Record ID: 130 Record Type: Compact Sensor Record (2h) ID String: Drv 1 Stat Sensor Type: Drive Slot (Dh) Sensor Number: 2 IPMB Slave Address: 60h Sensor Owner ID: C0h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: drive backplane (15) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Drive Presence' Assertion Event Enabled: 'Drive Fault' Assertion Event Enabled: 'Predictive Failure' Assertion Event Enabled: 'Hot Spare' Assertion Event Enabled: 'Consistency Check / Parity Check in progress' Assertion Event Enabled: 'In Critical Array' Assertion Event Enabled: 'In Failed Array' Assertion Event Enabled: 'Rebuild/Remap in progress' Deassertion Event Enabled: 'Drive Presence' Deassertion Event Enabled: 'Drive Fault' Deassertion Event Enabled: 'Predictive Failure' Deassertion Event Enabled: 'Hot Spare' Deassertion Event Enabled: 'Consistency Check / Parity Check in progress' Deassertion Event Enabled: 'In Critical Array' Deassertion Event Enabled: 'In Failed Array' Deassertion Event Enabled: 'Rebuild/Remap in progress' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 131 Record Type: Compact Sensor Record (2h) ID String: Drv 2 Stat Sensor Type: Drive Slot (Dh) Sensor Number: 3 IPMB Slave Address: 60h Sensor Owner ID: C0h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: drive backplane (15) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Drive Presence' Assertion Event Enabled: 'Drive Fault' Assertion Event Enabled: 'Predictive Failure' Assertion Event Enabled: 'Hot Spare' Assertion Event Enabled: 'Rebuild/Remap Aborted (was not completed normally)' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 132 Record Type: Compact Sensor Record (2h) ID String: Drv 3 Stat Sensor Type: Drive Slot (Dh) Sensor Number: 4 IPMB Slave Address: 60h Sensor Owner ID: C0h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: drive backplane (15) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Drive Presence' Assertion Event Enabled: 'In Critical Array' Deassertion Event Enabled: 'Drive Presence' Deassertion Event Enabled: 'In Critical Array' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 133 Record Type: Compact Sensor Record (2h) ID String: Drv 4 Stat Sensor Type: Drive Slot (Dh) Sensor Number: 5 IPMB Slave Address: 60h Sensor Owner ID: C0h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: drive backplane (15) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Drive Presence' Assertion Event Enabled: 'Consistency Check / Parity Check in progress' Deassertion Event Enabled: 'Drive Presence' Deassertion Event Enabled: 'Consistency Check / Parity Check in progress' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 134 Record Type: Compact Sensor Record (2h) ID String: Drv 5 Stat Sensor Type: Drive Slot (Dh) Sensor Number: 6 IPMB Slave Address: 60h Sensor Owner ID: C0h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: drive backplane (15) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 135 Record Type: Compact Sensor Record (2h) ID String: Drv 6 Stat Sensor Type: Drive Slot (Dh) Sensor Number: 7 IPMB Slave Address: 60h Sensor Owner ID: C0h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: drive backplane (15) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Drive Presence' Assertion Event Enabled: 'Rebuild/Remap Aborted (was not completed normally)' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 136 Record Type: Compact Sensor Record (2h) ID String: Drv 1 Pres Sensor Type: Drive Slot (Dh) Sensor Number: 9 IPMB Slave Address: 60h Sensor Owner ID: C0h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: drive backplane (15) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 8h Sensor Direction: Unspecified Assertion Event Enabled: 'Unrecognized Event = 0004h' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 137 Record Type: Compact Sensor Record (2h) ID String: Drv 2 Pres Sensor Type: Drive Slot (Dh) Sensor Number: 10 IPMB Slave Address: 60h Sensor Owner ID: C0h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: drive backplane (15) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 8h Sensor Direction: Unspecified Assertion Event Enabled: 'Device Removed/Device Absent' Assertion Event Enabled: 'Device Inserted/Device Present' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 138 Record Type: Compact Sensor Record (2h) ID String: Drv 3 Pres Sensor Type: Drive Slot (Dh) Sensor Number: 11 IPMB Slave Address: 60h Sensor Owner ID: C0h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: drive backplane (15) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 8h Sensor Direction: Unspecified Assertion Event Enabled: 'Device Removed/Device Absent' Assertion Event Enabled: 'Unrecognized Event = 0010h' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 139 Record Type: Compact Sensor Record (2h) ID String: Drv 4 Pres Sensor Type: Drive Slot (Dh) Sensor Number: 12 IPMB Slave Address: 60h Sensor Owner ID: C0h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: drive backplane (15) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 8h Sensor Direction: Unspecified Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 140 Record Type: Compact Sensor Record (2h) ID String: Drv 5 Pres Sensor Type: Drive Slot (Dh) Sensor Number: 13 IPMB Slave Address: 60h Sensor Owner ID: C0h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: drive backplane (15) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 8h Sensor Direction: Unspecified Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 141 Record Type: Compact Sensor Record (2h) ID String: Drv 6 Pres Sensor Type: Drive Slot (Dh) Sensor Number: 14 IPMB Slave Address: 60h Sensor Owner ID: C0h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: drive backplane (15) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 8h Sensor Direction: Unspecified Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: N/A Record ID: 142 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 53 44 52 20 46 69 6C 65 20 34 37 Record ID: 143 Record Type: OEM Record (C0h) Manufacturer ID: Intel Corporation (157h) OEM Data: 53 44 52 20 50 61 63 6B 61 67 65 20 34 37 wfischer@werner-t410:~$ wfischer@werner-t410:~$ ipmi-sensors --output-sensor-state --interpret-oem-data --record-ids=39,53,54,74,75 -vv -h 192.168.1.211 -u ** -p relation -l ADMIN Record ID: 39 Record Type: Compact Sensor Record (2h) ID String: Session Audit Sensor Type: Session Audit (2Ah) Sensor Number: 10 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: Remote Management Communication Device (38) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Session Activated' Assertion Event Enabled: 'Session Deactivated' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: 'OK' Record ID: 53 Record Type: Compact Sensor Record (2h) ID String: SMI Timeout Sensor Type: OEM Reserved (F3h) Sensor Number: 133 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 3h Sensor Direction: Unspecified Assertion Event Enabled: 'State Asserted' Deassertion Event Enabled: 'State Asserted' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: 'State Deasserted' Record ID: 54 Record Type: Compact Sensor Record (2h) ID String: NMI State Sensor Type: OEM Reserved (C0h) Sensor Number: 135 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 3h Sensor Direction: Unspecified Assertion Event Enabled: 'NONE' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: 'State Deasserted' Record ID: 74 Record Type: Compact Sensor Record (2h) ID String: CPU1 Vcc OOR Sensor Type: Voltage (2h) Sensor Number: 210 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 5h Sensor Direction: Unspecified Assertion Event Enabled: 'Limit Exceeded' Deassertion Event Enabled: 'Limit Exceeded' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: 'OK' Record ID: 75 Record Type: Compact Sensor Record (2h) ID String: CPU2 Vcc OOR Sensor Type: Voltage (2h) Sensor Number: 211 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 2 Entity Instance Type: Physical Entity Event/Reading Type Code: 5h Sensor Direction: Unspecified Assertion Event Enabled: 'Limit Exceeded' Deassertion Event Enabled: 'Limit Exceeded' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: N/A Sensor Event: 'OK' wfischer@werner-t410:~$ _______________________________________________ Freeipmi-devel mailing list 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	Re: Intel S5000PAL mainboard sensors by Albert Chu :: Rate this Message: \| View Threaded \| Show Only this Message Hey Werner, The support should be committed in this branch very shortly. svn co http://svn.savannah.gnu.org/svn/freeipmi/branches/intels5000pal PLMK if it works for you. > PS: If you need any details from Intel regarding one of the sensors, > just let me know. I don't need anything new to support these sensors. However, without more information about the NMI state, the default interpretation is completely arbitrary. Perhaps you'd like to ping them on that sensor to confirm what it means? At the minimum I can add comments/documentation about it into FreeIPMI. Al On Tue, 2012-03-20 at 01:09 -0700, Werner Fischer wrote: > Hi Al, > > on an (older) Intel S5000PAL Mainboard (SR2500 server) I have found some > sensors, which are currently not recognized by FreeIPMI (tested with > current FreeIPMI version 1.1.3) > > For the following five sensors the "Monitoring Status" is N/A: > > # ipmimonitoring --legacy-output --interpret-oem-data \| grep -v Nominal > Record ID \| Sensor Name \| Sensor Group \| Monitoring Status \| Sensor Units \| Sensor Reading > 39 \| Session Audit \| Session Audit \| N/A \| N/A \| 'OK' > 53 \| SMI Timeout \| OEM Reserved \| N/A \| N/A \| 'State Deasserted' > 54 \| NMI State \| OEM Reserved \| N/A \| N/A \| 'State Deasserted' > 74 \| CPU1 Vcc OOR \| Voltage \| N/A \| N/A \| 'OK' > 75 \| CPU2 Vcc OOR \| Voltage \| N/A \| N/A \| 'OK' > > For sensor #53 (SMI Timeout) I suppose the meaning is the same as for > the newer SR1625/SR2625 servers which you added last year: > http://lists.gnu.org/archive/html/freeipmi-users/2011-04/msg00008.html > > I have attached additional outputs (bmc-info and ipmi-sensors -vv and so > on). > > Can you add support for those sensors to FreeIPMI? > > Best regards, > Werner > > PS: If you need any details from Intel regarding one of the sensors, > just let me know. > -- Albert Chu chu11@... Computer Scientist High Performance Systems Division Lawrence Livermore National Laboratory _______________________________________________ Freeipmi-devel mailing list Freeipmi-devel@... https://lists.gnu.org/mailman/listinfo/freeipmi-devel
	Re: Intel S5000PAL mainboard sensors by Werner Fischer-2 :: Rate this Message: \| View Threaded \| Show Only this Message Hi Al, On Die, 2012-03-20 at 15:50 -0700, Albert Chu wrote: > Hey Werner, > > The support should be committed in this branch very shortly. > > svn co http://svn.savannah.gnu.org/svn/freeipmi/branches/intels5000pal > > PLMK if it works for you. I have just tried it now, currently there's no difference as far as I can see: wfischer@werner-t410:~$ ipmimonitoring -V ipmi-sensors - 1.2.0.alpha0 Copyright (C) 2003-2012 FreeIPMI Core Team This program is free software; you may redistribute it under the terms of the GNU General Public License. This program has absolutely no warranty. wfischer@werner-t410:~$ ipmimonitoring --legacy-output --interpret-oem-data -h 192.168.1.211 -u ** -p relation -l ADMIN \| grep -v Nominal Record ID \| Sensor Name \| Sensor Group \| Monitoring Status \| Sensor Units \| Sensor Reading 39 \| Session Audit \| Session Audit \| N/A \| N/A \| 'OK' 53 \| SMI Timeout \| OEM Reserved \| N/A \| N/A \| 'State Deasserted' 54 \| NMI State \| OEM Reserved \| N/A \| N/A \| 'State Deasserted' 74 \| CPU1 Vcc OOR \| Voltage \| N/A \| N/A \| 'OK' 75 \| CPU2 Vcc OOR \| Voltage \| N/A \| N/A \| 'OK' wfischer@werner-t410:~$ ipmi-sensors --output-sensor-state --interpret-oem-data -h 192.168.1.211 -u -p relation -l ADMIN \| grep -v Nominal ID \| Name \| Type \| State \| Reading \| Units \| Event 31 \| Mem Therm Margin \| Temperature \| N/A \| N/A \| C \| N/A 39 \| Session Audit \| Session Audit \| N/A \| N/A \| N/A \| 'OK' 53 \| SMI Timeout \| OEM Reserved \| N/A \| N/A \| N/A \| 'State Deasserted' 54 \| NMI State \| OEM Reserved \| N/A \| N/A \| N/A \| 'State Deasserted' 55 \| SMI State \| OEM Reserved \| N/A \| N/A \| N/A \| N/A 74 \| CPU1 Vcc OOR \| Voltage \| N/A \| N/A \| N/A \| 'OK' 75 \| CPU2 Vcc OOR \| Voltage \| N/A \| N/A \| N/A \| 'OK' [...] During running 'make' I run into some errors, but I think this should not affect 'ipmi-sensors', as this has been made before: [...] make[4]: `libmiscutil.la' is up to date. make[4]: Leaving directory `/home/wfischer/Desktop/freeipmi-svn/intels5000pal/common/miscutil' make[4]: Entering directory `/home/wfischer/Desktop/freeipmi-svn/intels5000pal/common/portability' make[4]: `libportability.la' is up to date. make[4]: Leaving directory `/home/wfischer/Desktop/freeipmi-svn/intels5000pal/common/portability' make[3]: Leaving directory `/home/wfischer/Desktop/freeipmi-svn/intels5000pal/libfreeipmi' make[2]: Leaving directory `/home/wfischer/Desktop/freeipmi-svn/intels5000pal/libipmiconsole' /bin/bash ../libtool --tag=CC --mode=link gcc -g -O2 -o ipmiconsole ipmiconsole-ipmiconsole.o ipmiconsole-ipmiconsole-argp.o ../common/toolcommon/libtoolcommon.la ../common/miscutil/libmiscutil.la ../common/parsecommon/libparsecommon.la ../common/portability/libportability.la ../libipmiconsole/libipmiconsole.la -lm -lm -lm libtool: link: gcc -g -O2 -o .libs/ipmiconsole ipmiconsole-ipmiconsole.o ipmiconsole-ipmiconsole-argp.o ../common/toolcommon/.libs/libtoolcommon.a ../common/miscutil/.libs/libmiscutil.a ../common/parsecommon/.libs/libparsecommon.a ../common/portability/.libs/libportability.a ../libipmiconsole/.libs/libipmiconsole.so -lm /usr/bin/ld: ../common/toolcommon/.libs/libtoolcommon.a(libtoolcommon_la-tool-common.o): undefined reference to symbol 'ipmi_ctx_open_outofband' /usr/bin/ld: note: 'ipmi_ctx_open_outofband' is defined in DSO /home/wfischer/Desktop/freeipmi-svn/intels5000pal/libfreeipmi/.libs/libfreeipmi.so.12 so try adding it to the linker command line /home/wfischer/Desktop/freeipmi-svn/intels5000pal/libfreeipmi/.libs/libfreeipmi.so.12: could not read symbols: Invalid operation collect2: ld returned 1 exit status make[1]: * [ipmiconsole] Error 1 make[1]: Leaving directory `/home/wfischer/Desktop/freeipmi-svn/intels5000pal/ipmiconsole' make: *** [install-recursive] Error 1 wfischer@werner-t410:~/Desktop/freeipmi-svn/intels5000pal$ ldconfig /sbin/ldconfig.real: Can't create temporary cache file /etc/ld.so.cache~: Permission denied wfischer@werner-t410:~/Desktop/freeipmi-svn/intels5000pal$ sudo ldconfig wfischer@werner-t410:~/Desktop/freeipmi-svn/intels5000pal$ > > PS: If you need any details from Intel regarding one of the sensors, > > just let me know. > > I don't need anything new to support these sensors. However, without > more information about the NMI state, the default interpretation is > completely arbitrary. Perhaps you'd like to ping them on that sensor to > confirm what it means? Yes, for sure. I'll ask them and let you know the details as soon as I have an answer. Regards, Werner > At the minimum I can add comments/documentation > about it into FreeIPMI. > > Al > > On Tue, 2012-03-20 at 01:09 -0700, Werner Fischer wrote: > > Hi Al, > > > > on an (older) Intel S5000PAL Mainboard (SR2500 server) I have found some > > sensors, which are currently not recognized by FreeIPMI (tested with > > current FreeIPMI version 1.1.3) > > > > For the following five sensors the "Monitoring Status" is N/A: > > > > # ipmimonitoring --legacy-output --interpret-oem-data \| grep -v Nominal > > Record ID \| Sensor Name \| Sensor Group \| Monitoring Status \| Sensor Units \| Sensor Reading > > 39 \| Session Audit \| Session Audit \| N/A \| N/A \| 'OK' > > 53 \| SMI Timeout \| OEM Reserved \| N/A \| N/A \| 'State Deasserted' > > 54 \| NMI State \| OEM Reserved \| N/A \| N/A \| 'State Deasserted' > > 74 \| CPU1 Vcc OOR \| Voltage \| N/A \| N/A \| 'OK' > > 75 \| CPU2 Vcc OOR \| Voltage \| N/A \| N/A \| 'OK' > > > > For sensor #53 (SMI Timeout) I suppose the meaning is the same as for > > the newer SR1625/SR2625 servers which you added last year: > > http://lists.gnu.org/archive/html/freeipmi-users/2011-04/msg00008.html > > > > I have attached additional outputs (bmc-info and ipmi-sensors -vv and so > > on). > > > > Can you add support for those sensors to FreeIPMI? > > > > Best regards, > > Werner > > > > PS: If you need any details from Intel regarding one of the sensors, > > just let me know. > > -- : Werner Fischer : Technology Specialist : Thomas-Krenn.AG \| The server-experts : http://www.thomas-krenn.com \| http://www.thomas-krenn.com/wiki _______________________________________________ Freeipmi-devel mailing list Freeipmi-devel@... https://lists.gnu.org/mailman/listinfo/freeipmi-devel
	Re: Intel S5000PAL mainboard sensors by Werner Fischer-2 :: Rate this Message: \| View Threaded \| Show Only this Message Hi again Al, I just noticed that our last emails regarding this issue have been off-list, so I just send the details that it works now to the list, too. Thanks for your help! Regards, Werner root@debian:~# ipmi-sensors -V ipmi-sensors - 1.2.0.alpha0.intels5000pal Copyright (C) 2003-2012 FreeIPMI Core Team This program is free software; you may redistribute it under the terms of the GNU General Public License. This program has absolutely no warranty. root@debian:~# ipmimonitoring --legacy-output --interpret-oem-data -h 192.168.1.211 -u admin -p relation -l ADMIN \| grep -v Nominal Record ID \| Sensor Name \| Sensor Group \| Monitoring Status \| Sensor Units \| Sensor Reading root@debian:~# ipmi-sensors --output-sensor-state --interpret-oem-data --record-ids=39,53,54,74,75 -h 192.168.1.211 -u admin -p relation -l ADMIN ID \| Name \| Type \| State \| Reading \| Units \| Event 39 \| Session Audit \| Session Audit \| Nominal \| N/A \| N/A \| 'OK' 53 \| SMI Timeout \| OEM Reserved \| Nominal \| N/A \| N/A \| 'State Deasserted' 54 \| NMI State \| OEM Reserved \| Nominal \| N/A \| N/A \| 'State Deasserted' 74 \| CPU1 Vcc OOR \| Voltage \| Nominal \| N/A \| N/A \| 'OK' 75 \| CPU2 Vcc OOR \| Voltage \| Nominal \| N/A \| N/A \| 'OK' root@debian:~# ipmi-sensors --output-sensor-state --interpret-oem-data --record-ids=39,53,54,74,75 -vv -h 192.168.1.211 -u admin -p relation -l ADMIN Record ID: 39 Record Type: Compact Sensor Record (2h) ID String: Session Audit Sensor Type: Session Audit (2Ah) Sensor Number: 10 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: Remote Management Communication Device (38) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 6Fh Sensor Direction: Unspecified Assertion Event Enabled: 'Session Activated' Assertion Event Enabled: 'Session Deactivated' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 53 Record Type: Compact Sensor Record (2h) ID String: SMI Timeout Sensor Type: OEM Reserved (F3h) Sensor Number: 133 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 3h Sensor Direction: Unspecified Assertion Event Enabled: 'State Asserted' Deassertion Event Enabled: 'State Asserted' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'State Deasserted' Record ID: 54 Record Type: Compact Sensor Record (2h) ID String: NMI State Sensor Type: OEM Reserved (C0h) Sensor Number: 135 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: system board (7) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 3h Sensor Direction: Unspecified Assertion Event Enabled: 'NONE' Deassertion Event Enabled: 'NONE' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'State Deasserted' Record ID: 74 Record Type: Compact Sensor Record (2h) ID String: CPU1 Vcc OOR Sensor Type: Voltage (2h) Sensor Number: 210 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 1 Entity Instance Type: Physical Entity Event/Reading Type Code: 5h Sensor Direction: Unspecified Assertion Event Enabled: 'Limit Exceeded' Deassertion Event Enabled: 'Limit Exceeded' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' Record ID: 75 Record Type: Compact Sensor Record (2h) ID String: CPU2 Vcc OOR Sensor Type: Voltage (2h) Sensor Number: 211 IPMB Slave Address: 10h Sensor Owner ID: 20h Sensor Owner LUN: 0h Channel Number: 0h Entity ID: processor (3) Entity Instance: 2 Entity Instance Type: Physical Entity Event/Reading Type Code: 5h Sensor Direction: Unspecified Assertion Event Enabled: 'Limit Exceeded' Deassertion Event Enabled: 'Limit Exceeded' Share Count: 1 ID String Instance Modifier Type: Numeric ID String Instance Modifier Offset: 0 Entity Instance Sharing: Same for all records Sensor State: Nominal Sensor Event: 'OK' root@debian:~# On Mit, 2012-03-21 at 09:29 +0100, Werner Fischer wrote: > Hi Al, > > On Die, 2012-03-20 at 15:50 -0700, Albert Chu wrote: > > Hey Werner, > > > > The support should be committed in this branch very shortly. > > > > svn co http://svn.savannah.gnu.org/svn/freeipmi/branches/intels5000pal > > > > PLMK if it works for you. > I have just tried it now, currently there's no difference as far as I > can see: > > wfischer@werner-t410:~$ ipmimonitoring -V > ipmi-sensors - 1.2.0.alpha0 > Copyright (C) 2003-2012 FreeIPMI Core Team > This program is free software; you may redistribute it under the terms of > the GNU General Public License. This program has absolutely no warranty. > wfischer@werner-t410:~$ ipmimonitoring --legacy-output --interpret-oem-data -h 192.168.1.211 -u ** -p relation -l ADMIN \| grep -v Nominal > Record ID \| Sensor Name \| Sensor Group \| Monitoring Status \| Sensor Units \| Sensor Reading > 39 \| Session Audit \| Session Audit \| N/A \| N/A \| 'OK' > 53 \| SMI Timeout \| OEM Reserved \| N/A \| N/A \| 'State Deasserted' > 54 \| NMI State \| OEM Reserved \| N/A \| N/A \| 'State Deasserted' > 74 \| CPU1 Vcc OOR \| Voltage \| N/A \| N/A \| 'OK' > 75 \| CPU2 Vcc OOR \| Voltage \| N/A \| N/A \| 'OK' > wfischer@werner-t410:~$ ipmi-sensors --output-sensor-state --interpret-oem-data -h 192.168.1.211 -u -p relation -l ADMIN \| grep -v Nominal > ID \| Name \| Type \| State \| Reading \| Units \| Event > 31 \| Mem Therm Margin \| Temperature \| N/A \| N/A \| C \| N/A > 39 \| Session Audit \| Session Audit \| N/A \| N/A \| N/A \| 'OK' > 53 \| SMI Timeout \| OEM Reserved \| N/A \| N/A \| N/A \| 'State Deasserted' > 54 \| NMI State \| OEM Reserved \| N/A \| N/A \| N/A \| 'State Deasserted' > 55 \| SMI State \| OEM Reserved \| N/A \| N/A \| N/A \| N/A > 74 \| CPU1 Vcc OOR \| Voltage \| N/A \| N/A \| N/A \| 'OK' > 75 \| CPU2 Vcc OOR \| Voltage \| N/A \| N/A \| N/A \| 'OK' > [...] > > During running 'make' I run into some errors, but I think this should not affect 'ipmi-sensors', as this has been made before: > [...] > make[4]: `libmiscutil.la' is up to date. > make[4]: Leaving directory `/home/wfischer/Desktop/freeipmi-svn/intels5000pal/common/miscutil' > make[4]: Entering directory `/home/wfischer/Desktop/freeipmi-svn/intels5000pal/common/portability' > make[4]: `libportability.la' is up to date. > make[4]: Leaving directory `/home/wfischer/Desktop/freeipmi-svn/intels5000pal/common/portability' > make[3]: Leaving directory `/home/wfischer/Desktop/freeipmi-svn/intels5000pal/libfreeipmi' > make[2]: Leaving directory `/home/wfischer/Desktop/freeipmi-svn/intels5000pal/libipmiconsole' > /bin/bash ../libtool --tag=CC --mode=link gcc -g -O2 -o ipmiconsole ipmiconsole-ipmiconsole.o ipmiconsole-ipmiconsole-argp.o ../common/toolcommon/libtoolcommon.la ../common/miscutil/libmiscutil.la ../common/parsecommon/libparsecommon.la ../common/portability/libportability.la ../libipmiconsole/libipmiconsole.la -lm -lm -lm > libtool: link: gcc -g -O2 -o .libs/ipmiconsole ipmiconsole-ipmiconsole.o ipmiconsole-ipmiconsole-argp.o ../common/toolcommon/.libs/libtoolcommon.a ../common/miscutil/.libs/libmiscutil.a ../common/parsecommon/.libs/libparsecommon.a ../common/portability/.libs/libportability.a ../libipmiconsole/.libs/libipmiconsole.so -lm > /usr/bin/ld: ../common/toolcommon/.libs/libtoolcommon.a(libtoolcommon_la-tool-common.o): undefined reference to symbol 'ipmi_ctx_open_outofband' > /usr/bin/ld: note: 'ipmi_ctx_open_outofband' is defined in DSO /home/wfischer/Desktop/freeipmi-svn/intels5000pal/libfreeipmi/.libs/libfreeipmi.so.12 so try adding it to the linker command line > /home/wfischer/Desktop/freeipmi-svn/intels5000pal/libfreeipmi/.libs/libfreeipmi.so.12: could not read symbols: Invalid operation > collect2: ld returned 1 exit status > make[1]: * [ipmiconsole] Error 1 > make[1]: Leaving directory `/home/wfischer/Desktop/freeipmi-svn/intels5000pal/ipmiconsole' > make: *** [install-recursive] Error 1 > wfischer@werner-t410:~/Desktop/freeipmi-svn/intels5000pal$ ldconfig > /sbin/ldconfig.real: Can't create temporary cache file /etc/ld.so.cache~: Permission denied > wfischer@werner-t410:~/Desktop/freeipmi-svn/intels5000pal$ sudo ldconfig > wfischer@werner-t410:~/Desktop/freeipmi-svn/intels5000pal$ > > > > PS: If you need any details from Intel regarding one of the sensors, > > > just let me know. > > > > I don't need anything new to support these sensors. However, without > > more information about the NMI state, the default interpretation is > > completely arbitrary. Perhaps you'd like to ping them on that sensor to > > confirm what it means? > Yes, for sure. I'll ask them and let you know the details as soon as I > have an answer. > > Regards, > Werner > > > At the minimum I can add comments/documentation > > about it into FreeIPMI. > > > > > Al > > > > On Tue, 2012-03-20 at 01:09 -0700, Werner Fischer wrote: > > > Hi Al, > > > > > > on an (older) Intel S5000PAL Mainboard (SR2500 server) I have found some > > > sensors, which are currently not recognized by FreeIPMI (tested with > > > current FreeIPMI version 1.1.3) > > > > > > For the following five sensors the "Monitoring Status" is N/A: > > > > > > # ipmimonitoring --legacy-output --interpret-oem-data \| grep -v Nominal > > > Record ID \| Sensor Name \| Sensor Group \| Monitoring Status \| Sensor Units \| Sensor Reading > > > 39 \| Session Audit \| Session Audit \| N/A \| N/A \| 'OK' > > > 53 \| SMI Timeout \| OEM Reserved \| N/A \| N/A \| 'State Deasserted' > > > 54 \| NMI State \| OEM Reserved \| N/A \| N/A \| 'State Deasserted' > > > 74 \| CPU1 Vcc OOR \| Voltage \| N/A \| N/A \| 'OK' > > > 75 \| CPU2 Vcc OOR \| Voltage \| N/A \| N/A \| 'OK' > > > > > > For sensor #53 (SMI Timeout) I suppose the meaning is the same as for > > > the newer SR1625/SR2625 servers which you added last year: > > > http://lists.gnu.org/archive/html/freeipmi-users/2011-04/msg00008.html > > > > > > I have attached additional outputs (bmc-info and ipmi-sensors -vv and so > > > on). > > > > > > Can you add support for those sensors to FreeIPMI? > > > > > > Best regards, > > > Werner > > > > > > PS: If you need any details from Intel regarding one of the sensors, > > > just let me know. > > > > -- : Werner Fischer : Technology Specialist : Thomas-Krenn.AG \| The server-experts : http://www.thomas-krenn.com \| http://www.thomas-krenn.com/wiki _______________________________________________ Freeipmi-devel mailing list Freeipmi-devel@... https://lists.gnu.org/mailman/listinfo/freeipmi-devel