IPMI Command

Name

GetPSUCollectedData (Sum)

NetFn

0x32

CMD

0x90

Request data / Response data

Request:

- Byte 1: Input type 1: AC-IN

2: DC-OUT

3: PSU fan power

Response:

(when AC-IN, DC-OUT)

Byte 1 – completion code (0x00)

Byte 2 – Sum of MIN AC-IN /(DC- OUT) LSB

Byte 3 – Sum of MIN AC-IN /(DC- OUT) MSB

Byte 4 – Sum of average AC-IN/(DC-OUT) LSB

Byte 5 – Sum of average AC-IN/(DC-OUT) MSB

Byte 6 – Sum of MAX AC-IN /(DC- OUT) LSB

Byte 7 – Sum of MAX AC-IN /(DC- OUT) MSB

(when Fan power)

Byte 1 – completion code (0x00)

Byte 2 - Sum of FAN_Power LSB

Byte 3 - Sum of FAN_Power Byte 2

Byte 4 - Sum of FAN_Power MSB

Comments

This command is used to show regularly collected data from PMBUS.

1 Unit = 1 W

Name

GetPSUStatus

NetFn

0x32

CMD

0x91

Request data / Response data

Request:

- None

Response:

Byte 1 – completion code (0x00)

Byte 2 – PS_EPOW

Byte 3 – PS_THROTTLE

Byte 4 – PS_PRESENT

Byte 5 – PS_PWR_GOOD

Byte 6 – EPOW_OUT

Byte 7 – THROTTLE

Comments

This command is used to show the PSU related register or Status (From PSOC)

Bit: 0-5 = PSU1-6

0: not trigger , 1: trigger

Name

GetSySLED

NetFn

0x32

CMD

0x96

Request data / Response data

Request:

- None

Response:

Byte 1 – completion code (0x00)

Byte 2 – SysLocater LED

Byte 3 – CheckLog LED

Comments

This command is used to get the FPC LED status.

0: Off

1: On

2: Blink (Locater only)

Name

SetSySLED

NetFn

0x32

CMD

0x97

Request data / Response data

Request:

Response:

Byte 1 – completion code (0x00) PARAM_OUT_OF_RANGE (0xC9)

Comments

This command is used to get the FPC LED status.

0: Off

1: On

2: Blink (Locater only)

Name

ShowNodePowerConsume

NetFn

0x32

CMD

0x98

Request data / Response data

Request:

Byte 1 –Node number (0x1~0x0d Node 1-12 , Chassis 13)

Response:

Byte 1 – completion code

Byte 2 – Power minimum (LSB)

Byte 3 – Power minimum (MSB)

Byte 4 – Power average (LSB)

Byte 5 – Power average (MSB)

Byte 6 – Power maximum (LSB)

Byte 7 – Power maximum (MSB)

Comments

This is used to show the Node power consume by MSG_POWER_READING

command. Unit = 1 W

Name

ShowInfoNodeSize

NetFn

0x32

CMD

0x99

Request data / Response data

Request:

Byte 1 –Node number (0x1~0x0c Node 1-12)

Response:

Byte 1 – completion code

Byte 2 – Node Phyical Width

Byte 3 – Node Phyical Hight

Byte 4 – AddOn Vaild

Byte 5 – AddOn Width

Byte 6 – AddOn Hight

Comments

This is used to show Node size info by MSG_GET_NODE_SIZE command got from XCC.

Name

SetPSUFFS

NetFn

0x32

CMD

0x9a

Request data / Response data

Request:

Byte 1: FFS number(1-2)

Byte 2: input value (0/1)

Response:

Byte 1 – completion code OUT_OF_RANGE (0xC9)

Comments

This is used to set PSU FFS 0: not triggered

1: triggered

Name

SetAcousticMode

NetFn

0x32

CMD

0x9b

Request data / Response data

Request:

Byte 1 – Acoustic mode

Response:

Byte 1 – completion code (0x0) OUT_OF_RANGE (0xC9) PCIe priority high(0x01)

Comments

0x00 = Disable

0x01 = Mode1 Enable

System fan cannot exceed 20 duty.

0x02 = Mode2 Enable

System fan cannot exceed 50 duty.

0x03 = Mode3 Enable

System fan cannot exceed 80 duty.

Name

SetOverSubMode

NetFn

0x32

CMD

0x9c

Request data / Response data

Request:

Byte 1 – Over Subscription mode

Response:

Byte 1 – completion code (0x00) CUR_NOT_SUPPORT(0xd5) PARAM_OUT_OF_RANGE(0xc9)

Comments

0x0 = Disable

0x1 = Enable

Total power bank would become TP *1.20. Only exception is TP * 1.20 > current available power (number of PWRGD * power type). The power bank would be current available power.

Name

GetCappingCapity

NetFn

0x32

CMD

0x9d

Request data / Response data

Request:

Byte 1 –Node number (0x1~0x0d : Node 0x1~0xc , Chassis 0x0d)

Response:

Byte1 – completion code (0x00) Out of Range (0xc9)

Byte2 – Min. capping value LSB

Byte3 – Min. capping value MSB

Byte4 – Max. capping value LSB

Byte5 – Max. capping value MSB

Comments

Node Capping Range:

(Node min power capacity ) < Cap < (Node max power capacity)

Chassis Capping Range: (Sum of Node min power capacity ) < Cap ) The Min power should consider the permission pass nodes.

Name

SetCappingValue

NetFn

0x32

CMD

0x9e

Request data / Response data

Request:

Byte 1 –Node number (0x1~0x0d : Node 0x1~0xc , Chassis 0x0d)

Byte 2 – Capping Value LSB Byte 3 – Capping Value MSB Response:

Byte 1 – completion code (0x00) OUT_OF_RANGE (0xC9) CUR_NOT_SUPPORT(0xD5)

Comments

Capping value range ( 1~32767)

Name

SetCappingSavingState

NetFn

0x32

CMD

0x9f

Request data / Response data

Request:

Byte 1 –Node number (0x1~0x0d : Node 0x1~0xc , Chassis 0x0d)

Byte 2 – Capping disable /enable Byte 3 – Saving mode Response:

Byte 1 – completion code (0x00) OUT_OF_RANGE (0xC9

Comments

Note: Capping / Saving not support when node with no permission

Byte 3 : Saving mode 0x00 = Disable

0x01 = Saving mode1

0x02 = Saving mode2

0x03 = Saving mode3

Name

GetCappingSavingState

NetFn

0x32

CMD

0Xa0

Request data / Response data

Request:

Byte 1 –Node number (0x1~0x0d : Node 0x1~0xc , Chassis 0x0d)

Response:

Byte 1 – completion code (0x00) OUT_OF_RANGE (0xC9)

Byte 2 – Capping disable /enable

Byte 3 – Capping Value LSB

Byte 4 – Capping Value MSB

Byte 5 – Saving mode

Comments

Capping mode: 0x00 = Disable 0x01 = Enable Saving mode: 0x00 = Disable

0x01 = Saving mode1 0x02 = Saving mode2 0x03 = Saving mode3

Name

SetSysTime

NetFn

0x32

CMD

0xa1

Request data / Response data

Request:

Byte 1 – Year_MSB(1970 ~2037)

Byte 2 – Year_LSB (1970 ~2037)

Byte 3 – Month (0x01~0x12)

Byte 4 – Date (0x01~0x31)

Byte 5 – Hour (0x00~0x23)

Byte 6 – Minute (0x00~0x59)

Byte 7 – Second (0x00~0x59)

Response:

Byte 1 – completion code (0x00)

Comments

For user input convenient, the input data is decimal format.

Example: Year 2010 byte1 : 0x20

Name

GetPSUPolicyBank

NetFn

0x32

CMD

0xa2

Request data / Response data

Request:

- None

Response:

Byte 1 – completion code (0x00) Byte 2 – PSU_Policy

Byte 4 – PowerBankLSB

Byte 5 – PowerBankMSB

Comments

This command is used for get PSU policy and total power bank. (Unit :1W)

Name

SetPSUPolicy

NetFn

0x32

CMD

0xa3

Request data / Response data

Request:

Response:

Byte 1 – completion code (0x00) Out of Range (0xC9) PSU_CONFIG_NOT_ALLOW(0x01) PSU_BANK_LACK(0x02)

Comments

This command is used for set PSU policy.

We may not set the PSU policy successful because configuration invalid.

Name

ResetNodeByUser

NetFn

0x32

CMD

0xa4

Request data / Response data

Request:

Byte 1 – Node number (0x1~0x0c Node 1-12 )

Response:

Byte 1 – completion code (0x00) CUR_NOT_SUPPORT (0xd5)

Comments

This command is used for Reset/Reseat node by user If node not present, it would response 0xd5

Name

OEMGetPSUFanStatus

NetFn

0x32

CMD

0xa5

Request data / Response data

Request:

Byte 1 – PSU FAN number (0x1~0x06 FAN 1-6 )

Response:

Byte 1 – FAN_Speed_LSB (rpm)

Byte 2 – FAN_Speed_MSB (rpm)

Byte 3 – FAN speed (0~100%)

Comments

This command is used for get PSU fan status

Name

OEMSetStorage

NetFn

0x32

CMD

0xa6

Request data / Response data

Request:

Response:

Comments

The restore action must take at least 5 seconds.

USB restore status: 0x00: Restore success

Name

OEMGetNodeStatus

NetFn

0x32

CMD

0xa7

Request data / Response data

Request:

Byte 1 – Node number (0x1~0x0C )

Response:

Byte 1 – completion code (0x00) Out of Range (0xC9)

Byte 2 – Node Power State Byte 3 – Width

Byte 4 – Height

Byte 5 – Permission state

Comments

Name

GetFPCStatus

NetFn

0x32

CMD

0xa8

Request data / Response data

Request:

- None

Response:

Byte 1 – completion code (0x00)

Byte 2 – FPC major version

Byte 3 – FPC minor version

Byte 4 – PSOC major version

Byte 5 – PSOC minor version

Byte 6 – Boot Flash number (0x1- 0x2)

Byte 7 – Build major number

Byte 8 – Build minor number

Comments

The build minor is using ASCII value

ex: 0x41 = ‘A’

Name

SetRestorePolicy

NetFn

0x32

CMD

0xa9

Request data / Response data

Request:

Byte 1 – Node number LSB (BIT_MASK : 0x0~0x3F )

Byte 2 – Node number MSB (BIT_MASK : 0x0~0x3F )

Response:

Byte 1 – completion code (0x00) Out of Range (0xC9)

Comments

Example:

If set node 1-3 enable, then Byte 1 = 0x7 (0000 0111)

Name

GetRestorePolicy

NetFn

0x32

CMD

0xaa

Request data / Response data

Request:

- None

Response:

Byte 1 – completion code (0x00)

Byte 2 – Node number LSB

Byte 3 – Node number MSB

Comments

Name

SetSmartRedundant

NetFn

0x32

CMD

0xab

Request data / Response data

Request:

Byte 1 – mode:

Response:

Byte 1 – completion code (0x00) Out of Range (0xC9) Not Support (0x01)

Comments

Mode (0-3):

0 : disable

1: per 10 minutes update

2: per 30 minutes update

3: per 60 minutes update (If PSU in “not support” or “mismatch “stage, the PSU smart-redundant also not support.

Name

GetSmartRedundantStauts

NetFn

0x32

CMD

0xac

Request data / Response data

Request:

- None

Response:

Byte 1 – completion code (0x00)

Byte 2 – mode

Byte 3 – Status

Comments

Status:

0x00: Normal

0x01: Not support

Name

SetFPCResetDefault

NetFn

0x32

CMD

0xad

Request data / Response data

Request:

- None

Response:

Byte 1 – completion code (0x00)

Comments

This command is used for reset FPC to default value by user

Name

CmdCipherSuiteChange

NetFn

0x32

CMD

0xb1

Request data / Response data

Request:

Response:

Byte 1 – completion code (0x00)

Comments

This command is used for get/set current cipher suite level.

Name

Failsafe Logging

NetFn

0x32

CMD

0xD2

Request data / Response data

Request:

Response:

Byte 00 – Completion code

Byte 01 – Last status

Byte 02 – Set status

Comments

While enabled, FPC will assert a SELwhen the node enter failsafe state for over 3 seconds;then, FPC will log chassis status in USB dongle when the node enter failsafe state for over 7 minutes.

Name

Failsafe Virtual Reseat

NetFn

0x32

CMD

0xD3

Request data / Response data

Request:

Response:

Byte 00 – Completion code

Byte 01 – Last status

Byte 02 – Set status

Comments

When enabled, FPC will proceed a virtual reseat for the node which enters failsafe state for over 7 minutes.