IPMI Command Contents

The section provides detailed IPMI command contents.

Table 1. IPMI command contents
GET PSU COLLECTED DATA		NetFn	CMD
GET PSU COLLECTED DATA		0x32	0x90
Request data	Response data	Comments
Byte 1 - Type	Byte 1 - Type Byte [3:2] - Summary of minimum reading Byte [5:4] - Summary of average reading Byte [7:6] - Summary of maximum reading	[Request data] Byte 1 - Type 0x01 - AC-In 0x02 - PSU power consumption Note The unit is 1 watt.
GET PSU STATUS		NetFn	CMD
GET PSU STATUS		0x32	0x91
Request data	Response data	Comments
N/A	Byte [2:1] - PSU EPOW Byte [4:3] - PSU Throttle Byte [6:5] - PSU Present Byte [8:7] - PSU Power Good Byte 9 - EPOW Out Byte 10 - Throttle Out Byte [12:11] - PSU Type Byte [14:13] - Total Power Bank	[Response data] Bit [0:8] - For PSU 1 to 9 0b - Not trigger 1b - Trigger
GET FAN GPIO		NetFn	CMD
GET FAN GPIO		0x32	0x94
Request data	Response data	Comments
N/A	Byte 1 - Cooling mode Byte 2 - Present Byte 3 - Error LED	[Response data] Byte 1 - Cooling mode 0x01: Air-cooled mode (only applicable to DA240 Enclosure) 0x02: Water-cooled mode (only applicable to DW612 and DW612S Enclosure) Byte 2 - Present DW612 and DW612S Enclosure Bit [0:1] - Drip sensor 1 to 2 DA240 Enclosure Bit [0:2] - System fan 1 to 3 0b - Not present 1b - Present Byte 3 - Error LED DW612 and DW612S Enclosure Bit [0:1] - Drip sensor 1 to 2 DA240 Enclosure Bit [0:2] - System fan 1 to 3 0b - Off 1b - On Byte 4 - Leakage (only applicable to DW612 and DW612S Enclosure) Bit [0:1] - Drip sensor 1 to 2 0b: No leakage 1b: Leakage detected
SET FAN GPIO		NetFn	CMD
SET FAN GPIO		0x32	0x95
Request data	Response data	Comments
Byte 1 - Fan number Byte 2 - Enable	Byte 1 - Fan number Byte 2 - Enable	[Response data] Byte 1 - Fan number DA240 Enclosure 0x01 - Fan 1 0x02 - Fan 2 0x03 - Fan 3 DW612 and DW612S Enclosure 0x01 - Drip sensor 1 0x02 - Drip sensor 2 Byte 2 - Enable 0x00 - Off 0x01 - On
GET SYS LED		NetFn	CMD
GET SYS LED		0x32	0x96
Request data	Response data	Comments
N/A	Byte 1 - ID LED for enclosure Byte 2 - Check Log LED	[Response data] Byte 1 - ID LED for enclosure 0x00 - Off 0x01 - On 0x02 - Blink 0x03 - Accept mode - Off 0x04 - Accept mode - On 0x05 - Accept mode - Blink Byte 2 - Check Log LED 0x00 - Off 0x01 - On
SET SYS LED		NetFn	CMD
SET SYS LED		0x32	0x97
Request data	Response data	Comments
Byte 1 - LED type Byte 2 - Function	Byte 1 - LED type Byte 2 - Function	[Request data] Byte 1 - LED type 0x01 - ID LED for the enclosure Byte 2 - Function 0x00 - Off 0x01 - On 0x02 - Blink Note While the ID LED has been set to Off, SMM2 will enter the accept mode, in which the LED behavior is determined by the node ID LEDs. When SMM2 receives various settings from XCC in the accept mode, the Blink will be given the highest priority over On and Off (Off will be given the lowest priority).
GET NODE POWER READING		NetFn	CMD
GET NODE POWER READING		0x32	0x98
Request data	Response data	Comments
Byte 1 - Node number	Byte 1 - Node number Byte [3:2] - Compute node minimum power reading Byte [5:4] - Compute node average power reading Byte [7:6] - Compute node maximum power reading DW612 and DW612S Enclosure only: Byte [9:8] - GPU node minimum power reading Byte [11:10] - GPU node average power reading Byte [13:12] - GPU node maximum power reading Note Only the following node(s) return to these Bytes: SD650-N V2 SD650-I V3 The following node(s) respond with 0x00: SD650 V2 SD650 V3 SD665 V3 DA240 Enclosure only: Byte [13:8] - 0x00	[Request data] Byte 1 - Node number DA240 Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 0x05 - Enclosure DW612 and DW612S Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 0x05 - Node 5 0x06 - Node 6 0x07 - Node 7 0x08 - Node 8 0x09 - Node 9 0x0A - Node 10 0x0B - Node 11 0x0C - Node 12 0x0D - Enclosure [Response data] For DA240 Enclosure: Byte [13:8] - 0x00 Note The unit is 1 watt. The enclosure power reading is the sum of populated compute nodes.
GET NODE SIZE		NetFn	CMD
GET NODE SIZE		0x32	0x99
Request data	Response data	Comments
Byte 1 - Node number	Byte 1 - Node number 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	This command displays the dimensions of the compute node(s). [Request data] Byte 1 - Node number DA240 Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 DW612 and DW612S Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 0x05 - Node 5 0x06 - Node 6 0x07 - Node 7 0x08 - Node 8 0x09 - Node 9 0x0A - Node 10 0x0B - Node 11 0x0C - Node 12
SET ACOUSTIC MODE (only applicable to DA240 Enclosure)		NetFn	CMD
SET ACOUSTIC MODE (only applicable to DA240 Enclosure)		0x32	0x9B
Request data	Response data	Comments
N/A	Byte 1 - Acoustic mode	This section is only applicable to DA240 Enclosure. [Request data] Byte 1 - Acoustic mode 0x00 - Disable, 10% to 70% 0x01 - Mode 1, 10% to 20% 0x02 - Mode 2, 10% to 28% 0x03 - Mode 3, 10% to 35% 0x04 - Mode 4, 10% to 45% 0x05 - Mode 5, 30% to 70% and extra 10% duty [Response data] Byte 2 - PCIe priority 0x00 - None 0x01 - High
Byte 1 - Acoustic mode	Byte 1 - Acoustic mode Byte 2 - PCIe priority
GET CAP BOUNDARY		NetFn	CMD
GET CAP BOUNDARY		0x32	0x9D
Request data	Response data	Comments
Byte 1 - Node number	Byte 1 - Node number Byte [3:2] - Minimum capping Byte [5:4] - Maximum capping Byte [7:6] - Protective capping Byte [9:8] - User capping Byte [11:10] - Thermal capping	[Request data] Byte 1 - Node number DA240 Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 0x05 - Enclosure DW612 and DW612S Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 0x05 - Node 5 0x06 - Node 6 0x07 - Node 7 0x08 - Node 8 0x09 - Node 9 0x0A - Node 10 0x0B - Node 11 0x0C - Node 12 0x0D - Enclosure Note Capping will only be applied in OS-runtime. The unit is 1 watt. The following tray(s) does not support user capping and thermal capping: SD665 V3
SET CAP VALUE		NetFn	CMD
SET CAP VALUE		0x32	0x9E
Request data	Response data	Comments
Byte 1 - Node number Byte [3:2] - Capping value	Byte 1 - Node number Byte [3:2] - Capping value	[Request data] Byte 1 - Node number DA240 Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 0x05 - Enclosure DW612 and DW612S Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 0x05 - Node 5 0x06 - Node 6 0x07 - Node 7 0x08 - Node 8 0x09 - Node 9 0x0A - Node 10 0x0B - Node 11 0x0C - Node 12 0x0D - Enclosure Note The unit is 1 watt. The following tray(s) does not support user capping and thermal capping: SD665 V3
SET CAP STATE		NetFn	CMD
SET CAP STATE		0x32	0x9F
Request data	Response data	Comments
Byte 1 - Node number Byte 2 - Capping mode Byte 3 - Saving mode	Byte 1 - Node number Byte 2 - Capping mode Byte 3 - Saving mode	[Request data] Byte 1 - Node number DA240 Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 0x05 - Enclosure DW612 and DW612S Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 0x05 - Node 5 0x06 - Node 6 0x07 - Node 7 0x08 - Node 8 0x09 - Node 9 0x0A - Node 10 0x0B - Node 11 0x0C - Node 12 0x0D - Enclosure Byte 2 - Capping mode 0x00 - Disable 0x01 - Enable Byte 3 - Saving mode 0x00 - Disable 0x01 - Enable Note The following tray(s) does not support user capping and thermal capping: SD665 V3
GET CAP STATE		NetFn	CMD
GET CAP STATE		0x32	0xA0
Request data	Response data	Comments
Byte 1 - Node number	Byte 1 - Node number Byte 2 - Capping mode Byte [4:3] - Capping value Byte 5 - Saving mode	[Request data] Byte 1 - Node number DA240 Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 0x05 - Enclosure DW612 and DW612S Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 0x05 - Node 5 0x06 - Node 6 0x07 - Node 7 0x08 - Node 8 0x09 - Node 9 0x0A - Node 10 0x0B - Node 11 0x0C - Node 12 0x0D - Enclosure [Response data] Byte 2 - Capping mode 0x00 - Disable 0x01 - Enable Byte 5 - Saving mode 0x00 - Disable 0x01 - Enable
SET DATE TIME		NetFn	CMD
SET DATE TIME		0x32	0xA1
Request data	Response data	Comments
Byte [1:2] - Year Byte 3 - Month Byte 4 - Date Byte 5 - Hour Byte 6 - Minute Byte 7 - Second	Byte [1:2] - Year Byte 3 - Month Byte 4 - Date Byte 5 - Hour Byte 6 - Minute Byte 7 - Second	[Request data] Example: 2037/12/31 23:59:59 Byte 1 - 0x20 Byte 2 - 0x37 Byte 3 - 0x12 Byte 4 - 0x31 Byte 5 - 0x23 Byte 6 - 0x59 Byte 7 - 0x59
GET PSU POLICY OVS		NetFn	CMD
GET PSU POLICY OVS		0x32	0xA2
Request data	Response data	Comments
N/A	Byte 1 - PSU policy Byte 2 - OVS mode	[Response data] Byte 1 - System PSU policy 0x00 - No redundant 0x01 - N+1 policy Byte 2 - System OVS mode 0x00 - Disable 0x01 - Enable Byte 3 - Status 0x00 - OK 0x01 - Present Err 0x02 - Insufficient Bank Byte 4 - User PSU Policy 0x00 - No redundant 0x01 - N+1 policy Byte 5 - User OVS mode 0x00 - Disable 0x01 - Enable
SET PSU POLICY OVS		NetFn	CMD
SET PSU POLICY OVS		0x32	0xA3
Request data	Response data	Comments
Byte 1 - PSU policy Byte 2 - OVS mode	Byte 1 - System PSU policy Byte 2 - System OVS mode Byte 3 - Status Byte 4 - User PSU policy Byte 5 - User OVS mode	[Request data] Byte 1 - PSU policy 0x00 - No redundant 0x01 - N+1 policy Byte 2 - OVS mode 0x00 - Disable 0x01 - Enable [Response data] Byte 1 - System PSU policy 0x00 - No redundant 0x01 - N+1 policy Byte 2 - System OVS mode 0x00 - Disable 0x01 - Enable Byte 3 - Status 0x00 - OK 0x01 - Present error 0x02 - Insufficient Bank Byte 4 - User PSU policy 0x00 - No redundant 0x01 - N+1 policy Byte 5 - User OVS mode 0x00 - Disable 0x01 - Enable
SET NODE RESET / RESEAT		NetFn	CMD
SET NODE RESET / RESEAT		0x32	0xA4
Request data	Response data	Comments
Byte 1 - Node number Byte 2 - Reset mode	Byte 1 - Node number Byte 2 - Reset mode	[Request data] Byte 1 - Node number DA240 Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 DW612 and DW612S Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 0x05 - Node 5 0x06 - Node 6 0x07 - Node 7 0x08 - Node 8 0x09 - Node 9 0x0A - Node 10 0x0B - Node 11 0x0C - Node 12 Byte 2 - Reset mode 1 - Reset (XCC reset) 2 - Reseat (AC cycle) Note The response D5h indicates the compute node is not present.
GET PSU FAN STATUS		NetFn	CMD
GET PSU FAN STATUS		0x32	0xA5
Request data	Response data	Comments
Byte 1 - PSU number	Byte 1 - PSU number Byte [3:2] - Fan A speed Byte 4 - Fan A duty Byte [6:5] - Fan B speed Byte 7 - Fan B duty Byte 8 - PSU status	[Request data] Byte 1 - PSU number DA240 Enclosure 0x01 - PSU 1 0x02 - PSU 2 DW612 and DW612S Enclosure 0x01 - PSU 1 0x02 - PSU 2 0x03 - PSU 3 0x04 - PSU 4 0x05 - PSU 5 0x06 - PSU 6 0x07 - PSU 7 0x08 - PSU 8 0x09 - PSU 9 [Response data] Byte [3:2] - Fan A speed Byte [6:5] - Fan B speed The unit is 1 RPM. Byte 4 - Fan A duty Byte 7 - Fan B duty The duty ratio is between 1 and 100. Byte 8 - PSU status 0x00 - Not present 0x01 - Abnormal (below 2000 RPM) 0x02 - Normal 0x03 - Fan fault Note For the single-fan PSU, the Byte [7:5] will be 0x00.
BACKUP / RESTORE		NetFn	CMD
BACKUP / RESTORE		0x32	0xA6
Request data	Response data	Comments
Byte 1 - Action Byte 2 - Password length Byte [3:N] - Password string	Byte 1 - Status	[Request data] Byte 1 - Action 0x00 - Get backup or restore status 0x01 - Backup to storage device 0x02 - Restore from storage device Byte 2 - Password length (supported when Action is 0x01 or 0x02) Byte [3:N] - Password string (supported when Action is 0x01 or 0x02) [Response data] Byte 1 - Status 0x00 - COMMAND OK 0x01 - BACKUP RESTORE RUNNING 0x31 - BACKUP FINISHED 0x32 - BACKUP FAIL 0x41 - RESTORE FINISHED 0x42 - RESTORE FAIL Note This command is used to back up and/or restore the configuration to or from an external storage device, such as a USB device; the status will be fault if the storage device is not inserted. When Request Action is 0x01 or 0x02, the password string must contain a minimum of eight (up to 20) printable US-ASCII (Code: 33-126) characters and characters from three of the following four categories: English uppercase characters (A through Z) English lowercase characters (a through z) Base 10 digits (0 through 9) Non-alphabetic characters (for example, !, $, #, %) Note If the password validation fails, the command will return 0xCC status code.
GET NODE STATUS		NetFn	CMD
GET NODE STATUS		0x32	0xA7
Request data	Response data	Comments
Byte 1 - Node number	Byte 1 - Node number Byte 2 - Power state Byte 3 - Width Byte 4 - Height Byte 5 - Permission state	This command is used to report the current status of compute node(s). [Request data] Byte 1 - Node number DA240 Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 DW612 and DW612S Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 0x05 - Node 5 0x06 - Node 6 0x07 - Node 7 0x08 - Node 8 0x09 - Node 9 0x0A - Node 10 0x0B - Node 11 0x0C - Node 12 [Response data] Byte 2 - Power state 0x00 - Power off 0x20 - No permission 0x40 - System board power fault 0x80 - Power on Byte 5 - Permission state 0x00 - Permission to standby 0x01 - First permission failed 0x02 - Second permission failed 0x03 - Permission pass 0xFF - Initial not done
GET SMM2 STATUS		NetFn	CMD
GET SMM2 STATUS		0x32	0xA8
Request data	Response data	Comments
N/A	Byte 1 - Platform ID Byte 2 - Firmware major version Byte 3 - Firmware minor version Byte 4 - PSOC major version Byte 5 - PSOC minor version Byte 6 - Boot flash number Byte [7:13] - Firmware build ID Byte 14 - Enclosure type	[Response data] Byte 1 - Platform ID 0xFC - DW612S Enclosure 0xFD - DW612 Enclosure 0xFE - DA240 Enclosure Byte 6 - Boot flash number 0x01 - Flash 1 0x02 - Flash 2 (fail over) Byte [7:13] - Firmware build ID Plain text in ASCII code. Byte 14 - Enclosure type DW612S Enclosure 0x01 - 6 PSU 0x02 - 6 + 3 PSU 0x03 - 9 PSU 0x05 - 2 + 1 DWC PSU 0x06 - 3 DWC PSU DW612 Enclosure 0x01 - 6 PSU 0x02 - 6 + 3 PSU 0x03 - 9 PSU DA240 Enclosure 0x00 - N/A
SET NODE RESTORE POLICY		NetFn	CMD
SET NODE RESTORE POLICY		0x32	0xA9
Request data	Response data	Comments
DA240 Enclosure Byte 1 - Node 1 to 4 restore policy DW612 and DW612S Enclosure only: Byte 1 - Node 1 to 4 restore policy Byte 2 - Node 5 to 8 restore policy Byte 3 - Node 9 to 12 restore policy	DA240 Enclosure Byte 1 - Node 1 to 4 restore policy DW612 and DW612S Enclosure only: Byte 1 - Node 1 to 4 restore policy Byte 2 - Node 5 to 8 restore policy Byte 3 - Node 9 to 12 restore policy	This command is used to back up and/or restore the configuration to or from an external storage device, such as a USB device. If the storage device is not inserted, it will return failure. [Request data] DA240 Enclosure Byte 1 - Node 1 to 4 restore policy Bit [1:0] - Node 1 01b - Last state 00b - Off Bit [3:2] - Node 2 Bit [5:4] - Node 3 Bit [7:6] - Node 4 DW612 and DW612S Enclosure Byte 1 - Node 1 to 4 restore policy Bit [1:0] - Node 1 01b - Last state 00b - Off Bit [3:2] - Node 2 Bit [5:4] - Node 3 Bit [7:6] - Node 4 Byte 2 - Node 5 to 8 restore policy Bit [1:0] - Node 5 Bit [3:2] - Node 6 Bit [5:4] - Node 7 Bit [7:6] - Node 8 Byte 3 - Node 9 to 12 restore policy Bit [1:0] - Node 9 Bit [3:2] - Node 10 Bit [5:4] - Node 11 Bit [7:6] - Node 12
GET NODE RESTORE POLICY		NetFn	CMD
GET NODE RESTORE POLICY		0x32	0xAA
Request data	Response data	Comments
N/A	DA240 Enclosure Byte 1 - Node 1 to 4 restore policy DW612 and DW612S Enclosure only: Byte 1 - Node 1 to 4 restore policy Byte 2 - Node 5 to 8 restore policy Byte 3 - Node 9 to 12 restore policy	Refer to SET NODE RESTORE POLICY.
SET PSU ZERO OUTPUT MODE		NetFn	CMD
SET PSU ZERO OUTPUT MODE		0x32	0xAB
Request data	Response data	Comments
Byte 1 - User configuration	Byte 1 - System configuration	Refer to GET PSU ZERO OUTPUT MODE. Note If any power supply is not supported or the power supplies are mismatched, the zero output mode will be disabled.
GET PSU ZERO OUTPUT MODE		NetFn	CMD
GET PSU ZERO OUTPUT MODE		0x32	0xAC
Request data	Response data	Comments
N/A	Byte 1 - User configuration Byte 2 - System configuration Byte 3 - Status	[Response data] Byte 1 - User configuration Byte 2 - System configuration 0x00 - Disable 0x01 - Update per 10 minutes 0x02 - Update per 30 minutes 0x03 - Update per 60 minutes Byte 3 - Status 0x00 - Normal 0x01 - Not supported
SMM2 RESET TO DEFAULT		NetFn	CMD
SMM2 RESET TO DEFAULT		0x32	0xAD
Request data	Response data	Comments
N/A	Byte 1 - Status code	This command is used to reset SMM2 to the default value by its user. [Response data] Byte 1 - Status code 0x00 - Running Note If the system is undergoing reset, an IPMI command will not be processed upon being issued.
SET VPD		NetFn	CMD
SET VPD		0x32	0xAF
Request data	Response data	Comments
Byte 1 - VPD type Byte 2 - Device ID Byte [3:N] - VPD data	Byte 1 - VPD type Byte 2 - Device ID	[Response data] Byte 1 - VPD type 0x00 - SMM2 0x05 - Enclosure 0x06 - Upper PDB 0x07 - Lower PDB 0x08 - Midplane Byte 2 - Device ID 0x00 - Machine type model; for enclosure only; 10 bytes 0x01 - Machine serial number; for enclosure only; 10 bytes 0x02 - Component part number; for SMM2; Upper/Lower PDB, Midplane; 12 bytes 0x03 - Component FRU number; for SMM2; Upper/Lower PDB, Midplane; 12 bytes 0x04 - Component serial number; SMM2; Upper/Lower PDB, Midplane; 12 bytes 0x05 - Manufacture ID; for SMM2 and enclosure; 4 bytes 0x06 - Hardware revision level; for SMM2 and enclosure; Upper/Lower PDB, Midplane; 1 byte 0x07 - Manufacture date; for SMM2 and enclosure; Upper/Lower PDB, Midplane; 4 bytes 0x08 - Universal Unique ID (UUID); for SMM2 and enclosure; Upper/Lower PDB, Midplane; 16 bytes 0x09 - IANA enterprise number; for enclosure only; 4 bytes 0x0A - Product ID; for enclosure only; 2 bytes 0x0B - Component name; for SMM2 and enclosure; Upper/Lower PDB, Midplane; 64 bytes 0x0C - Global Identifier (GLID); for enclosure only; 11 bytes 0x0D - EC level; for SMM2 and enclosure; Upper/Lower PDB, Midplane; 10 bytes Note Upper and Lower PDB’s are only applicable to DA240 Enclosure. Midplane is only applicable to DW612 and DW612S Enclosure.
GET VPD		NetFn	CMD
GET VPD		0x32	0xB0
Request data	Response data	Comments
Byte 1 - VPD type Byte 2 - Device ID	Byte 1 - VPD type Byte 2 - Device ID Byte [3:N] - VPD data	Refer to SET VPD.
FFDC DUMP		NetFn	CMD
FFDC DUMP		0x32	0xB1
Request data	Response data	Comments
Byte 1 - Function Byte [2:N] - Data (option)	Byte 1 - Status	[Request data] Byte 1 - Function NA - Start to dump FFDC 0x00 - Query status 0x01 - Set TFTP server address and path Byte [2:N] - Data (option) ASCII string of TFTP server address and path, separated by “/”. The path can be empty. [Response data] Byte 1 - Status To start to dump FFDC: 0x00 - FFDC dump start For query status: 0x00 - Finished and return file name 0x01 - Running 0x02 - Reserved 0x03 - No USB 0x04 - Tar fail 0x0E - Upload fail 0x0F - TFTP server not found To set TFTP server address and path: 0x00 - Done Note The maximum length of the field is 64 characters. Follow the steps below to dump FFDC over IPMI: Set TFTP server address where the IP is in HEX, the example below sets TFTP server address as 192.168.1.1 ipmitool -H SMM2_IP -U USERID -P PASSW0RD -I lanplus raw 0x32 0xB1 0x01 0x31 0x39 0x32 0x2E 0x31 0x36 0x38 0x2E 0x31 0x2E 0x31 Run FFDC dump ipmitool -H SMM2_IP -U USERID -P PASSW0RD -I lanplus raw 0x32 0xB1 Query FFDC dump status ipmitool -H SMM2_IP -U USERID -P PASSW0RD -I lanplus raw 0x32 0xB1 0x00 Note The FFDC log file name is SMM2-MAC_addr-FFDC-YYYY-MM-DD-HHMMSS.tgz
SET SMTP CONFIG PARAMETERS		NetFn	CMD
SET SMTP CONFIG PARAMETERS		0x32	0xB2
Request data	Response data	Comments
Byte 1 - Parameter selector Byte [2:N] - Data	Byte 1 - Parameter selector Byte [2:N] - Data	Note Refer to the table in SMTP Configuration Parameters for parameter selector and data.
GET SMTP CONFIG PARAMETERS		NetFn	CMD
GET SMTP CONFIG PARAMETERS		0x32	0xB3
Request data	Response data	Comments
Byte 1 - Parameter selector Byte 2 - Set selector Byte 3 - Block selector	Byte 1 - Parameter selector Byte [2:N] - Data	[Request data] Byte 2 - Set selector 0x00 - Parameter does not require a set selector. Byte 3 - Block selector 0x00 - Parameter does not require a block selector. Note Refer to the table in SMTP Configuration Parameters for parameter/set/block selectors and data.
SET NTP CONFIG PARAMETERS		NetFn	CMD
SET NTP CONFIG PARAMETERS		0x32	0xB4
Request data	Response data	Comments
Byte 1 - Parameter selector Byte [2:N] - Data	Byte 1 - Parameter selector Byte [2:N] - Data	Note Refer to the table in NTP Configuration Parameters for parameter selector and data.
GET NTP CONFIG PARAMETERS		NetFn	CMD
GET NTP CONFIG PARAMETERS		0x32	0xB5
Request data	Response data	Comments
Byte 1 - Parameter selector	Byte 1 - Parameter selector Byte [2:N] - Data	Note Refer to the table in NTP Configuration Parameters for parameter selector and data.
GET PSU DATA		NetFn	CMD
GET PSU DATA		0x32	0xC3
Request data	Response data	Comments
Byte 1 - PSU number	Byte 1 - PSU number Byte [3:2] - Fan A speed Byte [5:4] - Fan B speed Byte [7:6] - VIN Byte [9:8] - PSU type	[Request data] Byte 1 - PSU number DA240 Enclosure 0x01 - PSU 1 0x02 - PSU 2 DW612 and DW612S Enclosure 0x01 - PSU 1 0x02 - PSU 2 0x03 - PSU 3 0x04 - PSU 4 0x05 - PSU 5 0x06 - PSU 6 0x07 - PSU 7 0x08 - PSU 8 0x09 - PSU 9 [Response data] Byte [3:2] - Fan A speed Byte [5:4] - Fan B speed The unit is 1 RPM. Byte [7:6] - VIN The unit is 1 voltage. Byte [9:8] - PSU type The unit is 1 watt. Note Fan B speed will be 0x00 for the single-fan PSU.
GET NODE COOLING VALUE		NetFn	CMD
GET NODE COOLING VALUE		0x32	0xC7
Request data	Response data	Comments
Byte 1 - Node number	Byte 1 - Node number Byte 2 - Cooling value	[Request data] Byte 1 - Node number DA240 Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 0x05 - Enclosure DW612 and DW612S Enclosure 0x01 - Node 1 0x02 - Node 2 0x03 - Node 3 0x04 - Node 4 0x05 - Node 5 0x06 - Node 6 0x07 - Node 7 0x08 - Node 8 0x09 - Node 9 0x0A - Node 10 0x0B - Node 11 0x0C - Node 12 0x0D - Enclosure Note The cooling value ranges from 1 to 100.
GET WEB STATE		NetFn	CMD
GET WEB STATE		0x32	0xF0
Request data	Response data	Comments
N/A	Byte 1 - State	[Response data] Byte 1 - State 0x00 - Disabled 0x01 - Enabled
SET WEB STATE		NetFn	CMD
SET WEB STATE		0x32	0xF1
Request data	Response data	Comments
Byte 1 - State	Byte 1 - State	[Request data] Byte 1 - State 0x00 - Disabled 0x01 - Enabled
PSU ISP PSU SELECT		NetFn	CMD
PSU ISP PSU SELECT		0x32	0xF4
Request data	Response data	Comments
Byte 1 - Function Byte 2 - PSU number	Byte 1 - PSU number Byte 2 - Data Byte 3 - Data (option)	This command is used to set or get ISP status. [Request data] Byte 1 - Function 0x00 - PSU selection 0x01 - Secondary firmware revision 0x02 - ISP status Byte 2 - PSU number DA240 Enclosure 0x01 - PSU 1 0x02 - PSU 2 DW612 and DW612S Enclosure 0x01 - PSU 1 0x02 - PSU 2 0x03 - PSU 3 0x04 - PSU 4 0x05 - PSU 5 0x06 - PSU 6 0x07 - PSU 7 0x08 - PSU 8 0x09 - PSU 9 [Response data] Secondary firmware revision Byte [2:3] - Firmware version ISP status Byte 2 - Status 0x00 - Successful 0x01 - Fail 0x02 - Initializing 0x03 - Updating 0x04 - PSU under reset
ENCLOSURE VIRTUAL RESEAT		NetFn	CMD
ENCLOSURE VIRTUAL RESEAT		0x32	0xF5
Request data	Response data	Comments
N/A	Byte 1 - Status	[Response data] Byte 1 - Status 0x00 - Processing
SET SYSTEM ENCLOSURE LRU		NetFn	CMD
SET SYSTEM ENCLOSURE LRU		0x32	0xF6
Request data	Response data	Comments
Byte 1 - Function Byte 2 - LRU	Byte 1 - Function Byte 2 - Current LRU Byte 3 - Previous LRU (option for read)	[Request data] Byte 1 - Function 0x00 - Write 0x01 - Read Byte 2 - LRU Enclosure LRU
GET SECURITY OPTION		NetFn	CMD
GET SECURITY OPTION		0x32	0xFA
Request data	Response data	Comments
Byte 1 - Type	Byte 1 - Type Byte 2 - Setting Byte 3 - Setting (option)	[Request data] Byte 1 - 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 0x0C - Password Complexity Rule [Response data] Byte 3 - Configuration setting (option) MSB for two bytes data 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. Password complexity rules: rules should be enabled starting with rule 1, and up to the number of rules specified. 0x00 - Password Complexity Rules disabled. 0x01 - contains at least one letter 0x02 - contains at least one number 0x03 - contains at least two of the following: An uppercase letter (A through Z) A lowercase letter (a through z) A non-alphabetic characters such as *!@#$%^-_+=().:`\|?"\ 0x04: cannot be a repeat or reverse of the corresponding user name 0x05: may contain at most two consecutive occurrences of the same character White-space and the non-alphabetic characters such as ~'&<>/[]{};,**are not allowed.
SET SECURITY OPTION		NetFn	CMD
SET SECURITY OPTION		0x32	0xFB
Request data	Response data	Comments
Byte 1 - Type Byte 2 - Setting Byte 3 - Setting (option)	Byte 1 - Type Byte 2 - Setting Byte 3 - Setting (option)	Refer to GET SECURITY OPTION for more details.

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