IPMI command contents

The section provides detailed IPMI command contents.

Name

OEMCMD_GET_PSU_COLLECTED_DATA

NetFn

0x32

CMD

0x90

Request data / Response data

Request:

Byte 1: Input type
- 1: AC-IN
- 2: PSU consumption
- 3: System fan power
Response:

(when AC-IN, PSU consumption)

Byte 1: completion code
- 0x00: successful
Byte 2: Sum of MIN AC-IN / (PSU consumption) LSB

Byte 3: Sum of MIN AC-IN / (PSU consumption) MSB

Byte 4: Sum of AVG AC-IN / (PSU consumption) LSB

Byte 5: Sum of AVG AC-IN / (PSU consumption) MSB

Byte 6: Sum of MAX AC-IN / (PSU consumption) LSB

Byte 7: Sum of MAX AC-IN / (PSU consumption) MSB

(when FAN power)

Byte 1: completion code
- 0x00: successful
Byte 2: Sum of FAN Power (LSB)

Byte 3: Sum of FAN Power

Byte 4: Sum of FAN Power (MSB)

Comments

This command is used to show regularly collected Data from all PSU and system FAN.

1 Unit = 1 W

Note: Only FAN power unit

using 10 mW = 0.01 W

FAN total power =

( (MSB * 256* 256 ) + (Byte2 *256) + LSB ) *(10 mW)

AVG: average
Name

OEMCMD_GET_PSU_STATUS

NetFn

0x32

CMD

0x91

Request data / Response data

Request:

None

Response:

Byte 1: completion code
- 0x00: successful
Byte 2: PSU EPOW
- Bit: 0-1 = PSU1-2
- 0: not trigger
- 1: trigger
Byte 3: PSU THROTTLE
- Bit: 0-1 = PSU1-2
- 0: not trigger
- 1: trigger
Byte 4: PSU PRESENT

Bit: 0-1 = PSU1-2

0: not present

1: present

Byte 5: PSU PWR GOOD

Bit: 0-1 = PSU1-2

0: not power good

1: power good

Byte 6: EPOW OUT

Byte 7: THROTTLE OUT

Comments

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

ZERO_WAKE_UP#
Name

OEMCMD_GET_FAN_ GPIO

NetFn

0x32

CMD

0x94

Request data / Response data

Request:

None

Response:

Byte 1: completion code

0x00: successful

0xC9: parameter out of range

Byte 2: FAN Present

One bit per FAN

LSB: FAN1

Byte 3: FAN Error LED

One bit per FAN

LSB: FAN1

Comments

NA
Name

OEMCMD_SET_FAN_GPIO

NetFn

0x32

CMD

0x95

Request data / Response data

Request:

Byte 1: FAN Error LED number(1-5)

Byte 2: Fan Error Led Function

0: Led off

1: Led on

Response:

Byte 1: completion code

0x00: successful

0xC9: parameter out of range

Comments

NA
Name

OEMCMD_GET_SYS_LED

NetFn

0x32

CMD

0x96

Request data / Response data

Request:

None

Response:

Byte 1: completion code

0x00: successful

Byte 2: Identification LED

0: Off

1: On

2: Blink

3: Accept Mode: Off

4: Accept Mode: On

5: Accept Mode: Blink

Byte 3: Check Log LED

0: Off

1: On

Comments

This command is used to get the SMM LED status.

Identification LED:
Note
In Accept mode, SMM will control Identification LED from XCCs’ Identification LED status. When SMM receiving different settings from XCCs in Accept mode, ‘Blink’ will takes precedence over‘On’ and ‘On’ will takes precedence over ‘Off’.
Name

OEMCMD_SET_SYS_LED

NetFn

0x32

CMD

0x97

Request data / Response data

Request:

Byte 1: LED type

1: Identification LED

2: Check Log LED

Byte 2: Function

0: Off

1: On

2: Blink (Identification LED only)

Response:

Byte 1: completion code

0x00: successful

0xC9: parameter out of range

Comments

This command is used to set the SMM LED status.

Check Log LED:

0: Off

1: On

Identification LED:

0: Off

1: On

2: Blink
Note
When changing the status of Identification LED, SMM will also info XCCs to change its status of Identification LED status. After setting SMM’s Identification LED to Off mode successfully, it will enter Accept mode automatically.
Name

OEMCMD_GET_NODE_POWER_READING

NetFn

0x32

CMD

0x98

Request data / Response data

Request:

Byte 1: Node number

1: Node 1

2: Node 2

3: Node 3

4: Node 4

5: Chassis

Response:

Byte 1: completion code

0x00: Success

0xC9: Parameter out of range

0xD5: Current not support (Node absent)

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

Display the node power consumptions update by XCC.(Unit:Watt)
Name

OEMCMD_GET_NODE_SIZE

NetFn

0x32

CMD

0x99

Request data / Response data

Request:

Byte 1: Node 1 - 4

1: Node 1

2: Node 2

3: Node 3

4: Node 4

Response:

Byte 1: completion code

0x00: Success

0xC9: Parameter out of range

0xD5: Current not support (Node absent)

Byte 2: Node Physical Width

Byte 3: Node Physical Height

Byte 4: Add-on Valid

Byte 5: Add-on Width

Byte 6: Add-on Height

Comments

Displays dimensions of node.
Name

OEMCMD_SET_ACOUSTIC_MODE

NetFn

0x32

CMD

0x9B

Request data / Response data

Request:

Byte 1: Acoustic mode

0: Disable

1: Mode1 Enable

2: Mode2 Enable

3: Mode3 Enable

4: Mode4 Enable

5: Mode5 Enable

Response:

Byte 1: completion code

0x00: successful

0x01: PCIe priority high

0xC9: out of range

Byte 2: previous setting

Byte 3: current setting

Comments

0x0 = Disable

0x1 = Mode1 Enable

System FAN duty range 10%-20%.

0x2 = Mode2 Enable

System FAN duty range 10%-25%.

0x3 = Mode3 Enable

System FAN duty range 10%-30%.

0x4 = Mode4 Enable

System FAN duty range 10%-45%.

0x5 = Mode5 Enable

System FAN duty range 30%-100%. Add 20% more duty to normal duty.
Name

OEMCMD_GET_CAP_BOUNDARY

NetFn

0x32

CMD

0x9D

Request data / Response data

Request:

Byte 1: Node number

1: Node 1

2: Node 2

3: Node 3

4: Node 4

5: Chassis

Response:

Byte1: completion code

0x00: Success

0xC9: Parameter out of range

0xD5: Current not support (Node absent)

Byte2: Capping Min LSB

Byte3: Capping Min MSB

Byte4: Capping Max LSB

Byte5: Capping Max MSB

Byte6: Protective Capping LSB

Byte 7: Protective Capping MSB

Byte 8: User Capping LSB

Byte 9: User Capping MSB

Byte 10: Thermal Capping LSB

Byte 11: Thermal Capping 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.
Note
Capping will only be applied in OS-runtime. The configuration of chassis level current capping is not the same behavior with sum of node level.
Name

OEMCMD_SET_CAP_VALUE

NetFn

0x32

CMD

0x9E

Request data / Response data

Request:

Byte 1: Node number

1: Node 1

2: Node 2

3: Node 3

4: Node 4

5: Chassis

Byte 2: Capping Value (LSB)

Byte 3: Capping Value (MSB)

Response:

Byte 1: completion code

0x00: Success

0xC9: Parameter out of range

0xD5: Current not support (Node absent)

Comments
Note
Capping / Saving is not supported when node with no permission.

Capping value range (1~32767)
Name

OEMCMD_SET_CAP_STATE

NetFn

0x32

CMD

0x9F

Request data / Response data

Request:

Byte 1: Node number

1: Node 1

2: Node 2

3: Node 3

4: Node 4

5: Chassis

Byte 2: Capping mode

0: Disable

1: Enable

Byte 3: Saving mode

0: Disable

1: Saving mode1

Response:

Byte 1: completion code

0x00: Successful

0xC9: Parameter out of range

0xD5: Current not support (Node absent)

Comments
Note
Capping / Saving is not supported when node with no permission.
Name

OEMCMD_GET_CAP_STATE

NetFn

0x32

CMD

0xA0

Request data / Response data

Request:

Byte 1: Node number

1: Node 1

2: Node 2

3: Node 3

4: Node 4

5: Chassis

Response:

Byte 1: completion code

0x00: Success

0xC9: Parameter out of range

0xD5: Current not support (Node absent)

Byte 2: Capping mode

0: Disable

1: Enable

Byte 3: Capping Value LSB

Byte 4: Capping Value MSB

Byte 5: Saving mode

0: Disable

1: Saving mode1

Comments

So far saving mode does not support 2, 3.
Name

OEMCMD_SET_DATE_TIME

NetFn

0x32

CMD

0xA1

Request data / Response data

Request:

Byte 1: Year MSB(2000 ~2037)

Byte 2: Year LSB (2000 ~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: successful

0xC9: out of range

Comments
Note
Year is from 2000~20xx. For user input convenient, the input data is decimal format.
Example: Year 2010
byte1: 0x20
byte2: 0x10
Name

OEMCMD_GET_PSU_POLICY_OVS

NetFn

0x32

CMD

0xA2

Request data / Response data

Request:

None

Response:

Byte 1: completion code

0x00: successful

Byte 2: PSU Policy

0: No Redundant

1: N+1 Policy

Byte 3: Oversubscription Mode

0: Disable

1: Enable

Comments

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

AC high line or 240VDC:

1320W for 1100W PSU

1920W for 1600W PSU

2400W for 2000W PSU

AC low line:

1080W for 1100W PSU (<100VDC)

1260W for 1100W PSU (<170VDC)

NA for 1600W PSU

NA for 2000W PSU
Name

OEMCMD_SET_PSU_POLICY_OVS

NetFn

0x32

CMD

0xA3

Request data / Response data

Request:

Byte 1: PSU Policy:

0: No Redundant

1: N+1 Policy

Byte 2: OVS

0: Disable

1: Enable

Response:

Byte 1: completion code

0x00: successful

0xD5: PSU configure not allow

0xC9: out of range

Byte 2: completion code

0x00: REDUNDANT_OK

0x01:REDUNDANT_PRESENT_ERR

0x02:REDUNDANT_BANK_LACK

Comments

This command is used for set PSU policy.

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

OEMCMD_SET_NODE_RESET

NetFn

0x32

CMD

0xA4

Request data / Response data

Request:

Byte 1: Node number

0x1: Node 1

0x2: Node 2

0x3: Node 3

0x4: Node 4

Byte 2: Reset mode

1: reset (XCC reset)

2: reseat (AC cycling)

Response:

Byte 1: completion code

0x00: Success

0xC9: Parameter out of range

0xD5: Current not support (Node absent)

Comments

This command is used for Reset/Reseat node by user. If node not present, it would response 0xD5.
Name

OEMCMD_GET_PSU_FAN_STATUS

NetFn

0x32

CMD

0xA5

Request data / Response data

Request:

Byte 1: PSU FAN number

1: PSU1 FAN

2: PSU2 FAN

Response:

Byte 1: completion code

0x00: successful

0xC9: out of range

Byte 2: FAN Speed LSB (rpm)

Byte 3: FAN Speed MSB (rpm)

Byte 4: FAN duty (0~100%)

Byte 5: FAN status

0: Not Present

1: Abnormal

2: Normal

Comments

This command is used to get PSU FAN status
Note
Ab-Normal means PSU rpm is lower than 3000 rpms.
Name

OEMCMD_BACKUP_RESTORE

NetFn

0x32

CMD

0xA6

Request data / Response data

Request:

Byte 1: Actions

0: Get Backup or Restore Status

1: Backup to Storage Device

2: Restore from Storage Device

Response:

Byte 1:

0x00 : COMMAND OK

0x01: BACKUP RESTORE RUNNING

0x31: BACKUP FINISHED

0x32: BACKUP FAIL

0x41: RESTORE FINISHED

0x42: RESTORE FAIL

0xC9: out of range

0xCC: invalid data field in request

Comments

This command is used to backup/restore configuration to/from external storage device (Ex: USB or SD). If the storage device is not inserted, it will return fail.
Name

OEMCMD_GET_NODE_STATUS

NetFn

0x32

CMD

0xA7

Request data / Response data

Request:

Byte 1: Node number

0x1: Node 1

0x2: Node 2

0x3: Node 3

0x4: Node 4

Response:

Byte 1: completion code

0x00: Success

0xC9: Parameter out of range

0xD5: Current not support (Node absent)

Byte 2: Node Power State

0x00: Power OFF

0x20: No Permission

0x40: Power Fault

0x80: Power ON

Byte 3: Width

Byte 4: Height

Byte 5: Permission state

0x00: First permission fail

0x01: Permission to standby

0x02: Second permission fail

0x03: Permission pass (Secondary boot pass)

0xFF: Permission not decide

Comments

Report current node status.
Name

OEMCMD_GET_SMM_STATUS

NetFn

0x32

CMD

0xA8

Request data / Response data

Request:

None

Response:

Byte 1: completion code

0x00: successful

Byte 2: SMM version

Byte 3: SMM minor version

Byte 4: PSOC major version

Byte 5: PSOC minor version

Byte 6: Boot Flash number

0x1: flash 1

0x2: flash 2 (fail over)

Byte 7:13: SMM build ID

Comments

The build ID is using ASCII value.

Example: 0x41 = ‘A’
Name

OEMCMD_SET_NODE_RESTORE_POLICY

NetFn

0x32

CMD

0xA9

Request data / Response data

Request:

Byte 1: Node policy

Bit [7:6]: node 4 (1:last state, 0:off)

Bit [5:4]: node 3

Bit [3:2]: node 2

Bit [1:0]: node 1

Response:

Byte 1: completion code

0x00: Success

0xC9: Parameter out of range

Comments

NA
Name

OEMCMD_GET_NODE_RESTORE_POLICY

NetFn

0x32

CMD

0xAA

Request data / Response data

Request:

None

Response:

Byte 1: completion code

0x00: Success

Byte 2: Node policy

Bit [7:6]: node 4 (1:last state, 0:off)

Bit [5:4]: node 3

Bit [3:2]: node 2

Bit [1:0]: node 1

Comments

NA
Name

OEMCMD_SET_PSU_SMART_REDUNDANT

NetFn

0x32

CMD

0xAB

Request data / Response data

Request:

Byte 1: mode

0 : disable

1: per 10 minutes update

2: per 30 minutes update

3: per 60 minutes update

Response:

Byte 1: completion code

0x00: successful

0x01: not support

0xC9: out of range

Comments
Note
- Zero-output mode is disabled by default.
- If the PSU is in “not support” or “mismatch “ state, zero-output is also disabled.
Name

OEMCMD_GET_PSU_SMART_REDUNDANT

NetFn

0x32

CMD

0xAC

Request data / Response data

Request:

None

Response:

Byte 1: completion code

0x00: successful

Byte 2: status

0x00: Normal

0x01: Not support

Byte 3: mode (When status is normal)

0 : disable

1: per 10 minutes update

2: per 30 minutes update

3: per 60 minutes update

Comments

Status

0x00: Normal

0x01: Not support
Name

OEMCMD_SMM_RESET_TO_DEFAULT

NetFn

0x32

CMD

0xAD

Request data / Response data

Request:

None

Response:

Byte 1: completion code

0x00: successful

Comments

This command is used to reset SMM to default value by the user.
Name

OEMCMD_SET_VPD

NetFn

0x32

CMD

0xAF

Request data / Response data

Request:

Byte 1: VPD type

0: SMM

1:PDM

2:RH Riser

3:LH Riser

4:EIOM

5:Chassis

Byte 2: Device ID

0: MTM

1: Machine Serial Number

2: Component Part Number

3: Component FRU Number

4: Component Serial Number

5: Manufacture ID

6: Hardware Revision Level

7: Manufacture Date

8: UUID

9: IANA Enterprise Number

A: Product ID

B: Component Name

C: GLID

D: EC Level

Response:

Byte 1: completion code

0x00: successful

Byte 2: N VPD Data

Comments

Device ID:

0x0: MTM (Chassis), 10 Bytes

0x1: Machine Serial Number (Chassis), 10 Bytes

0x2: Component Part Number (SMM, PDM, PIOR, EIOM), 12 Bytes

0x3: Component FRU Number (SMM, PDM, PIOR, EIOM), 12 Bytes

0x4: Component Serial Number (SMM, PDM, PIOR, EIOM), 12 Bytes

0x5: Manufacture ID (Chassis, SMM), 4 Bytes

0x6: Hardware Revision Level (SMM, PDM, PIOR, EIOM, Chassis), 1 Byte

0x7: Manufacture Date (SMM, PDM, PIOR, EIOM, Chassis), 4 Bytes

0x8: Universal Unique ID (UUID) (SMM, PDM, PIOR, EIOM, Chassis), 16 Bytes

0x9: IANA Enterprise Number(Chassis), 4 Bytes

0xA: Product ID(Chassis), 2 Bytes

0xB: Component Name(SMM, PDM, PIOR, EIOM, Chassis), 64 Bytes

0xC: Global Identifier (GLID) (Chassis), 8 Bytes

0xD: EC Level(SMM, PDM, PIOR, EIOM, Chassis), 10 Bytes
Name

OEMCMD_GET_VPD

NetFn

0x32

CMD

0xB0

Request data / Response data

Request:

Byte 1: VPD type

0: SMM

1: PDM

2: RH Riser

3: LH Riser

4: EIOM

5: Chassis

Byte 2: Device ID

0: MTM

1: Machine Serial Number

2: Component Part Number

3: Component FRU Number

4: Component Serial Number

5: Manufacture ID

6: Hardware Revision Level

7: Manufacture Date

8: UUID

9: IANA Enterprise Number

A: Product ID

B: Component Name

C: GLID

D: EC Level

Response:

Byte 1: completion code

0x00: successful

Byte 2: N VPD Data

Comments

Read Only

Device ID:

0x0: MTM (Chassis), 10 Bytes

0x1: Machine Serial Number (Chassis), 10 Bytes

0x2: Component Part Number (SMM, PDM, PIOR, EIOM), 12 Bytes

0x3: Component FRU Number (SMM, PDM, PIOR, EIOM), 12 Bytes

0x4: Component Serial Number (SMM, PDM, PIOR, EIOM), 12 Bytes

0x5: Manufacture ID (Chassis, SMM), 4 Bytes

0x6: Hardware Revision Level (SMM, PDM, PIOR, EIOM, Chassis), 1 Byte

0x7: Manufacture Date (SMM, PDM, PIOR, EIOM, Chassis), 4 Bytes

0x8: Universal Unique ID (UUID) (SMM, PDM, PIOR, EIOM, Chassis), 16 Bytes

0x9: IANA Enterprise Number(Chassis), 4 Bytes

0xA: Product ID(Chassis), 2 Bytes

0xB: Component Name(SMM, PDM, PIOR, EIOM, Chassis), 64 Bytes

0xC: Global Identifier (GLID) (Chassis), 8 Bytes

0xD: EC Level(SMM, PDM, PIOR, EIOM, Chassis), 10 Bytes

Name

OEMCMD_FFDC_DUMP

NetFn

0x32

CMD

0xB1

Request data / Response data

Request:

Run FFDC dump over IPMI

Response:

Completion code

0x00: successful

Request:

Query FFDC dump status

Byte 1 0

Response:

Byte 1

0: Finished and return N bytes FFDC file name (SMM-MAC addr-FFDC-YYYY-MM-DD-HH MMSS.tgz)

1: Running

2: No SD

3: No USB

4: Tar Fail

E: Upload fail

F: TFTP server not found

Request:

Setup TFTP Server address (IPV4/6) and Setup Upload Path separate by “/”

Byte 1 1

Byte 2:N String of TFTP server address and path, the path can be empty.

Response:

completion code

0x00: successful

0xCC: Invalid data field in request

Comments

The maximum length of the field is 64 characters.

In order to capture SMM FFDC Service Log, please follow the steps below:

Set a path to the TFTP server where the IP is in HEX, the example below is showing target server under 192.168.1.1 =

1 0x31 0x39 0x32 0x2E 0x31 0x36 0x38 0x2E 0x31 0x2E 0x31 ipmitool -H SMM_IP -U USERID -P PASSW0RD 
-I lanplus raw 0x32 0xB1 0x1 0x31 0x39 0x32 0x2E 0x31 0x36 0x38 0x2E 0x31 0x2E 0x31

Start log collection

ipmitool -H SMM_IP -U USERID -P PASSW0RD -I lanplus raw 0x32 0xB1

Query FFDC log capture status

ipmitool -H SMM_IP -U USERID -P PASSW0RD -I lanplus raw 0x32 0xB1 0x0 return  0 : complete 1: running

return

0: complete

1: running

The FFDC log file format is

SMM-MAC

addr-FFDC-YYYY-MM-DD-HHMMSS.tgz

Name

OEMCMD_SET_SMTP_CONFIG_PARAMETERS

NetFn

0x32

CMD

0xB2

Request data / Response data

Request:

Byte 1 - Parameter selector.

Byte 2:N - Configuration parameter data. Per SMTP Configuration Parameters.

Response:

Byte 1: Generic codes plus

0xC7: Request data length invalid.

0xC9: parameter out of range

0xCC: Invalid data field in request

Comments

Please refer to SMTP configuration parameters for parameter selector and data.
Name

OEMCMD_GET_SMTP_CONFIG_PARAMETERS

NetFn

0x32

CMD

0xB3

Request data / Response data

Request:

Byte 1 - Parameter selector.

Byte 2 - Set selector.

Selects a given set of parameters under a given Parameter selector value.

0x00: parameter doesn’t use a set selector.

Byte 3 - Block selector.

0x00: parameter doesn’t require a block selector.

Response:

Byte 1: Generic codes plus

0xC7: Request data length invalid.

0xC9: parameter out of range

0xCC: Invalid data field in request

Byte 2:N - Configuration parameter data. Per SMTP Configuration Parameters.

Comments

Please refer to SMTP configuration parameters for parameter selector and data.
Name

OEMCMD_SET_NTP_CONFIG_PARAMETERS

NetFn

0x32

CMD

0xB4

Request data / Response data

Request:

Byte 1 - Parameter selector

Byte 2:N - Configuration parameter data. See NTP configuration parameters.

Response:

Byte 1: Generic codes plus

0xC9: parameter out of range

0xCC: Invalid data field in request

Comments

Please refer to NTP configuration parameters for parameter selector and data.
Name

OEMCMD_GET_NTP_CONFIG_PARAMETERS

NetFn

0x32

CMD

0xB5

Request data / Response data

Request:

Byte 1 - Parameter selector

Response:

Byte 1: Generic codes plus

0xCC: Invalid data field in request.

Byte 2:N - Configuration parameter data. See NTP configuration parameters.

Comments

Please refer to NTP configuration parameters for parameter selector and data.
Name

OEMCMD_GET_PSU_DATA

NetFn

0x32

CMD

0xC3

Request data / Response data

Request:

Byte 1: PSU number

1: PSU1

2: PSU2

Response:

Byte 1: completion code

0x00: successful

0xC9: out of range

Byte 2: LSB of fan speed (rpm)

Byte 3: MSB of fan speed (rpm)

Byte 4: LSB of VIN (v)

Byte 5: MSB of VIN (v)

Byte 6: LSB of PSU type (w)

Byte 7: MSB of PSU type (w)

Comments

This command is used to get PSU data.
Name

OEMCMD_SET_SYSTEM_FAN_PWM

NetFn

0x32

CMD

0xC4

Request data / Response data

Request:

Byte 1: Duty %

0 ~ 100

Response:

Byte 1: completion code

0x00: successful

0xC9: Parameter out of range

Comments

Should disable automatic system FAN control first by OEMCMD_SET_SYSTEM_FAN_CONTROL (0x32, 0xC6).
Name

OEMCMD_SET_SYSTEM_FAN_CONTROL

NetFn

0x32

CMD

0xC6

Request data / Response data

Request:

Byte 1: mode

0: Disable automatic FAN control

1: Enable automatic FAN control

2: Put FAN in silent mode and disable automatic FAN control

Response:

Byte 1: completion code

0x00: successful

Comments

NA
Name

OEMCMD_GET_NODE_COOLING_VALUE

NetFn

0x32

CMD

0xC7

Request data / Response data

Request:

Byte 1: Chassis or Node number

0: Chassis

1: Node 1

2: Node 2

3: Node 3

4: Node 4

Response:

Byte 1: completion code

0x00: Success

0xC9: Parameter out of range

0xD5: Currently not support (Node absent)

Byte 2: Chassis PWM or Node cooling value

0 ~ 100

Comments

Get Node Cooling Value.
Name

OEMCMD_GET_WEB_STATE

NetFn

0x32

CMD

0XF0

Request data / Response data

Request:

None

Response:

Byte 1: completion code

0x00: successful

Byte 2: State

0x00:Disabled

0x01:Enabled

Comments

NA
Name

OEMCMD_SET_WEB_STATE

NetFn

0x32

CMD

0XF1

Request data / Response data

Request:

Byte 1: State

0x00:Disabled

0x01:Enabled

Response:

Byte 1: completion code

0x00: successful

Comments

NA
Name

OEMCMD_PSU_ISP_PSU_SELECT

NetFn

0x32

CMD

0xF4

Request data / Response data

Request:

PSU selection

Byte1: Function

0x00: PSU selection

Byte2:

0x01: PSU 1

0x02: PSU 2

0x03: PSU 1 and PSU 2

Response:

Byte1: Completion code

0x00: Successful

Request:

Secondary Firmware Revision

Byte1: Function

0x01: Secondary

Firmware Revision

Byte2:

0x01: PSU 1

0x02: PSU 2

Response:

Byte1: Completion code

0x00: Successful

Byte2: MSB of FW version

Byte3: LSB of FW version

Request:

ISP status query

Byte1: Function

0x02: ISP status query

Byte2:

0x01: PSU 1

0x02: PSU 2

Response:

Byte1: Completion code

0x00: Successful

Byte2: Query status

0x00: Successful

0x01: Fail

0x02: Initializing

0x03: Updating

0x04: PSU under reset

Comments

Set or get ISP status.
Name

OEMCMD_GET_SECURITY_OPTION

NetFn

0x32

CMD

0xFA

Request data / Response data

Request:

Byte1: configuration type

0x00: Minimum password length

0x01: Force user to change password on first access

0x02: Password expiration period (in days)

0x03: Password expiration warning period (in days)

0x04: Minimum password change interval (in hours)

0x05: Minimum password reuse cycle

0x06: Maximum number of login failures

0x07: Lockout period after maximum login failures (in minutes)

0x08: Web inactivity session timeout (in minutes)

0x09: Enable IP address block for 300 seconds after 10 login failures

0x0A: Enable Secure Rollback

0x0B: Enable Strong IPMI Cipher Suites

Response:

Byte1: Completion code

0x00: Successful

0xce: Response Unavailable

Byte2: configuration setting (LSB if it is a two byte setting)

Byte3: Only if it is a two byte setting, configuration value(MSB)

Comments

NA
Note
If Strong IPMI Cipher Suites type is enabled (0x01), only Cipher Suites ID 3 and 7 can be supported.
If Strong IPMI Cipher Suites type is disabled (0x0), Cipher Suites ID 1, 2, 3, 6, 7, 8, 11, 12, 15, 16 and 17 can be supported.
Name

OEMCMD_SET_SECURITY_OPTION

NetFn

0x32

CMD

0xFB

Request data / Response data

Request:

Byte1: configuration type

0x00: Minimum password length

0x01: Force user to change password on first access

0x02: Password expiration period (in days)

0x03: Password expiration warning period (in days)

0x04: Minimum password change interval (in hours)

0x05: Minimum password reuse cycle

0x06: Maximum number of login failures

0x07: Lockout period after maximum login failures (in minutes)

0x08: Web inactivity session timeout (in minutes).

0x09: Enable IP address block for 300 seconds after 10 login failures

0x0A: Enable Secure Rollback

0x0B: Enable Strong IPMI Cipher Suites

Byte2: configuration value (LSB if it is a two byte setting)

Byte3: Only if it is a two byte setting, configuration value(MSB)

Response:

Byte1: Completion code

0x00: Successful

0xc9: Parameter out of range

Comments

NA
Note
If Strong IPMI Cipher Suites type is enabled (0x01), only Cipher Suites ID 3 and 7 can be supported.
If Strong IPMI Cipher Suites type is disabled (0x0), Cipher Suites ID 1, 2, 3, 6, 7, 8, 11, 12, 15, 16 and 17 can be supported.
Name

OEMCMD_SET_SYSTEM_CHASSIS_LRU

NetFn

0x32

CMD

0xF6

Request data / Response data

Request:

Byte1: Function

0x00: Read

0x01: Write

Byte2: LRU value (Only needed while at write)

Response (At Read):

Byte1: Previous LRU

Byte2: New LRU
Note
The initial value is 0xFF to present as un-configured.
Name

IPMICMD_SET_LAN_CONFIG_PARAM

NetFn

0x0C

CMD

0x01

Request data / Response data

Request:

Byte 1: Channel number

Byte 2: Parameter selector

Byte 3:N: Configuration parameter data, see LAN configuration parameters.

Response:

Byte 1: completion code

80h = parameter not supported.

81h = attempt to set the ‘set in progress’ value when not in the ‘set complete’ state.

82h = attempt to write read-only parameter

83h = attempt to read write-only parameter

Comments

The OEM parameters are added into parameter selector and data. (Byte2:N)

See LAN configuration parameters.
Name

IPMICMD_SET_LAN_CONFIG_PARAM

NetFn

0x0C

CMD

0x02

Request data / Response data

Request:

Byte 1: Channel number

Byte 2: Parameter selector

Byte 3: Set Selector

00h if parameter doesn’t use a Set Selector.

Byte 4: Block Selector

00h if parameter does not require a block number

Response:

Byte 1: completion code :

80h = parameter not supported.

Byte 2: Parameter revision.

Byte 3:N Configuration parameter

data, per Table - LAN Configuration Parameters

Comments

The OEM parameters are added into parameter selector. (Byte2). See LAN configuration parameters.

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