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MIC-6314 User Manual
56
3.3.5
Integrity Sensor
3.3.5.1
Overview
The Advantech integrity sensor is an OEM sensor that accords with the sensor data
record (SDR) definition in the IPMI specification. The main purpose of the integrity
sensor is to monitor internal firmware states and report events that would otherwise
go unnoticed to the operator (hence “integrity sensor”).
Examples of such events include checksum errors, firmware update success/failures,
and firmware rollbacks.
3.3.5.2
Sensor Characteristics
The integrity sensor does not support sensor reading and only generates event mes-
sages. These events are stored in the local system event log (SEL) and sent to the
default event receiver.
The event message contains three bytes of event data. The first byte defines how the
event is supposed to be treated: the value of 0xA0 defines that event data 2 and 3
contain OEM data (please reference the IPMI specification for details regarding OEM
sensors).
Event data 2 is used to identify the component that the event relates to. This can be
either a HPM.1 component, a logical component/feature on the board (for example
FRU, RTC) or simply a board-specific event.
Event data 3 [7..3] identifies the action or a subcomponent. For example, if the com-
ponent in byte 2 was a HPM.1 component, this data may report whether the event
was an update, rollback, or boot failure. If the component in byte 2 was “FRU”, the
data may indicate the subcomponent = area within the FRU that the event relates to.
[root@localhost ~]# ipmitool sdr elist all
MIC-6314 | 00h | ok | 160.96 | Dynamic MC @ 8Eh
BMC_WATCHDOG | 01h | ok | 160.96 |
FW_PROGRESS | 02h | ok | 160.96 |
VERSION_CHANGE | 03h | ok | 160.96 |
PROC_VR_HOT | 04h | ok | 3.96 |
THERM_TRIP | 05h | ok | 3.96 |
INTEGRITY | 06h | ok | 160.96 |
PAY_12_0-VOL | 07h | ok | 160.96 | 12.21 Volts
HP_12_0-VOL | 08h | ok | 160.96 | 12.14 Volts
PAY_5_0-VOL | 09h | ok | 160.96 | 4.94 Volts
HP_5_0-VOL | 0Ah | ok | 160.96 | 4.94 Volts
PAY_3_3-VOL | 0Bh | ok | 160.96 | 3.28 Volts
SB_3_3-VOL | 0Ch | ok | 160.96 | 3.33 Volts
MAN_3_3-VOL | 0Dh | ok | 160.96 | 3.28 Volts
BAT_3_0-VOL | 0Eh | ok | 160.96 | 3.04 Volts
CPU_CORE_1_8-VOL | 10h | ok | 3.96 | 1.73 Volts
PCH_1_5-VOL | 11h | ok | 160.96 | 1.49 Volts
DDR3_1_35-VOL | 12h | ok | 160.96 | 1.34 Volts
PCH_0_9-VOL | 14h | ok | 160.96 | 0.90 Volts
CPU-TMP | 15h | ok | 3.96 | 38 degrees C
HDD-TMP | 16h | ok | 160.96 | 35 degrees C
SYS-TMP | 17h | ok | 160.96 | 29 degrees C
LAN_BI-TMP | 18h | ok | 160.96 | 39 degrees C
Содержание MIC-6314 Series
Страница 1: ...User Manual MIC 6314 OpenVPX 6U CPU Blade with 4th 5th Gen Intel Xeon E3v4 Core Processor...
Страница 13: ...Chapter 1 1 Hardware Configuration This chapter explains how to configure the MIC 6314 hardware...
Страница 30: ...MIC 6314 User Manual 18...
Страница 31: ...Chapter 2 2 AMI APTIO BIOS Setup This chapter describes how to configure the AMI APTIO BIOS UEFI BIOS...
Страница 61: ...Chapter 3 3 BMC Firmware Operation This chapter describes the BMC firmware features...
Страница 86: ...MIC 6314 User Manual 74...
Страница 87: ...Chapter 4 4 HPM 1 Update This chapter explains how to update the software firmware components...
Страница 95: ...Appendix A A Pin Assignments This appendix describes the pin assignments...
Страница 106: ...MIC 6314 User Manual 94...
Страница 107: ...Appendix B B Programming the Watchdog Timer This appendix describes how to program the watchdog timer...
Страница 109: ...Appendix C C I O Controller List...
Страница 111: ...Appendix D D Glossary...
Страница 114: ...MIC 6314 User Manual 102...
Страница 115: ...Appendix E E BIOS Checkpoint...
Страница 122: ...MIC 6314 User Manual 110...
Страница 123: ...Appendix F F IPMI PICMG Command Subset Supported by BMC...
Страница 133: ...Appendix G G Drivers and Tools...
Страница 135: ...123 MIC 6314 User Manual Appendix G Drivers and Tools...