Resource Data Records

A P P E N D I X B

A resource data record (RDR) defines the management instruments (sensors, controls, watchdog timers, inventory data repositories, or annunciators) associated with a resource.

This appendix contains the following RDRs:

Sun Netra CP3010 Board Resource Data Records

Sun Netra CP3020 Board Resource Data Records

Sun Netra CP3060 Board Resource Data Records

Sun Netra CP3140 Switch Resource Data Records

Sun Netra CP3240 Switch Resource Data Records

Sun Netra CP3220 Board Resource Data Records

Sun Netra CP3260 Board Resource Data Records

Sun Netra CP32x0 Dual SAS Storage Advanced Rear Transition Module (ARTM-HD) Resource Data Records

TABLE B-1 contains the resource data records for the Sun Netra CP3010 boards.

TABLE B-1 Sun Netra CP3010 Board Resource Data Records
ID String	Type
Blue LED	`ctrlRdr(2)`
LED 1	`ctrlRdr(2)`
LED 2	`ctrlRdr(2)`
FRU Desired Power	`ctrlRdr(2)`
IPMB-A State Control	`ctrlRdr(2)`
IPMB-B State Control	`ctrlRdr(2)`
FRU Reboot and Diagnostic Control	`ctrlRdr(2)`
FRU IPM Controller Reset Control	`ctrlRdr(2)`
FRU 0 Hot Swap	`sensorRdr(3)`
System Event	`sensorRdr(3)`
RTM Presence	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 1	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 2	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 1	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 2	`sensorRdr(3)`
IPMB Physical	`sensorRdr(3)`
NetraCP-3010	`inventoryRdr(4)`
{RTM_SLOT,1}
FRU Activation Control	`ctrlRdr(2)`
Slot State Sensor	`sensorRdr(3)`
Assigned Power Sensor	`sensorRdr(3)`
Maximum Power Capability Sensor	`sensorRdr(3)`
{PROCESSOR,0}
BMC Watchdog	`sensorRdr(3)`
CPU1 Temp	`sensorRdr(3)`
CPU2 Temp	`sensorRdr(3)`
Inlet Temp	`sensorRdr(3)`
Version change	`sensorRdr(3)`
{POWER_MODULE,0}
+12.0V	`sensorRdr(3)`
-12.0V	`sensorRdr(3)`
+5.0V VCC	`sensorRdr(3)`
+3.3V Main	`sensorRdr(3)`
+3.3V StandBy	`sensorRdr(3)`
VBAT	`sensorRdr(3)`
VDD Core0	`sensorRdr(3)`
VDD Core1	`sensorRdr(3)`
VTT 1.25V	`sensorRdr(3)`
VDD 1.2V	`sensorRdr(3)`
VCC TM 2.5V	`sensorRdr(3)`
VDD +2.5V	`sensorRdr(3)`
VDD +1.5V	`sensorRdr(3)`

TABLE B-2 contains the resource data records for the Sun Netra CP3020 boards.

TABLE B-2 Sun Netra CP3020 Board Resource Data Records
ID String	Type
Blue LED	`ctrlRdr(2)`
LED 1	`ctrlRdr(2)`
LED 2	`ctrlRdr(2)`
FRU Desired Power	`ctrlRdr(2)`
IPMB-A State Control	`ctrlRdr(2)`
IPMB-B State Control	`ctrlRdr(2)`
FRU Reboot and Diagnostic Control	`ctrlRdr(2)`
FRU IPM Controller Reset Control	`ctrlRdr(2)`
FRU 0 HOT_SWAP	`sensorRdr(3)`
System Event	`sensorRdr(3)`
RTM Presence	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 1	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 2	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 1	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 2	`sensorRdr(3)`
IPMB Physical	`sensorRdr(3)`
NetraCP-3020	`inventoryRdr(4)`
{PROCESSOR,0}
BMC Watchdog	`sensorRdr(3)`
CPU Tcontrol	`sensorRdr(3)`
Board Temp	`sensorRdr(3)`
ADM Internal Tem	`sensorRdr(3)`
Version change	`sensorRdr(3)`
{POWER_MODULE,0}
+12.0V Run	`sensorRdr(3)`
-12.0V Run	`sensorRdr(3)`
VCC 5V Run	`sensorRdr(3)`
+3.3V Run	`sensorRdr(3)`
+3.3V ALW	`sensorRdr(3)`
VCC RTC	`sensorRdr(3)`
VDD Core Run	`sensorRdr(3)`
VCC 1.8V Dual	`sensorRdr(3)`
DDR VTT 1.3V Run	`sensorRdr(3)`
VCC 1.2V Run	`sensorRdr(3)`
VCC 5V ALW	`sensorRdr(3)r`
VDD PU 2.5V Run	`sensorRdr(3)`
DDR VDD 2.6V Run	`sensorRdr(3)`
VCC 1.8V Run	`sensorRdr(3)`
{RTM_SLOT,1}
FRU Activation Control	`ctrlRdr(2)`
Slot State Sensor	`sensorRdr(3)`
Assigned Power Sensor	`sensorRdr(3)`
Maximum Power Capability Sensor	`sensorRdr(3)`

TABLE B-3 contains the resource data records for the Sun Netra CP3060 boards.

TABLE B-3 Sun Netra CP3060 Board Resource Data Records
ID String	Type
Blue LED	`ctrlRdr(2)`
LED 1	`ctrlRdr(2)`
LED 2	`ctrlRdr(2)`
FRU Desired Power	`ctrlRdr(2)`
IPMB-A State Control	`ctrlRdr(2)`
IPMB-B State Control	`ctrlRdr(2)`
FRU Reboot and Diagnostic Control	`ctrlRdr(2)`
FRU IPM Controller Reset Control	`ctrlRdr(2)`
AMC Power On Sequence Commit	`ctrlRdr(2)`
AMC Power On Sequence #0	`ctrlRdr(2)`
FRU 0 Hot Swap	`sensorRdr(3)`
RTM Presence	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 1	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 2	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 1	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 2	`sensorRdr(3)`
IPMB Physical	`sensorRdr(3)`
AMC Power On Sequence Commit Status	`sensorRdr(3)`
NetraCP-3060	`inventoryRdr(4)`
{PROCESSOR,0}
BMC Watchdog	`sensorRdr(3)`
CPU Temp1	`sensorRdr(3)`
CPU Temp2	`sensorRdr(3)`
Board Temp	`sensorRdr(3)`
Version change	`sensorRdr(3)`
{POWER_MODULE,0}
12.0V	`sensorRdr(3)`
5.0V	`sensorRdr(3)`
3.3V	`sensorRdr(3)`
3.3V STBY	`sensorRdr(3)`
2.5V STBY	`sensorRdr(3)`
1.0V	`sensorRdr(3)`
1.2V CPU	`sensorRdr(3)`
1.2V	`sensorRdr(3)`
1.5V	`sensorRdr(3)f`
0.9V VTTL	`sensorRdr(3)`
0.9V VTTR	`sensorRdr(3)`
1.8V DDR2L	`sensorRdr(3)`
1.8V DDR2R	`sensorRdr(3)`
2.5V	`sensorRdr(3)`
1.2V STBY	`sensorRdr(3)`
{RTM_SLOT,1}{BACK_PANEL_BOARD,1}
FRU Desired Power	`ctrlRdr(2)`
FRU Reboot and Diagnostic Control	`ctrlRdr(2)`
RTM Hot Swap	`sensorRdr(3)`

TABLE B-4 contains the resource data records for the Sun Netra CP3140 switch.

TABLE B-4 Sun Netra CP3140 Switch Resource Data Records
ID String	Type
Blue LED	`ctrlRdr(2)`
LED 1	`ctrlRdr(2)`
LED 2	`ctrlRdr(2)`
FRU Desired Power	`ctrlRdr(2)`
IPMB-A State Control	`ctrlRdr(2)`
IPMB-B State Control	`ctrlRdr(2)`
FRU Reboot and Diagnostic Control	`ctrlRdr(2)`
FRU IPM Controller Reset Control	`ctrlRdr(2)`
FRU 0 HOT_SWAP	`sensorRdr(3)`
-48V ALARM	`sensorRdr(3)`
RTM Present	`sensorRdr(3)`
OOS LED	`sensorRdr(3)`
ACTIVE LED	`sensorRdr(3)`
5V	`sensorRdr(3)`
3.3V	`sensorRdr(3)`
2.5V	`sensorRdr(3)`
1.5V	`sensorRdr(3)`
1.25V	`sensorRdr(3)`
Board Temp1	`sensorRdr(3)`
Board Temp2	`sensorRdr(3)`
IPMC Firmware	`sensorRdr(3)`
BMC Watchdog	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 1 Channel 1	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 1 Channel 2	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 1	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 2	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 3	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 4	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 5	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 6	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 7	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 8	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 9	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 10	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 11	`sensorRdr(3)t`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 12	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 13	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 14	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 15	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 16	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 1	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 2	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 3	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 4	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 5	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 6	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 7	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 8	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 9	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 10	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 11	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 12	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 13	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 14	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 15	`sensorRdr(3)`
IPMB LINK	`sensorRdr(3)`
CP3140H-BEG	`inventoryRdr(4)t`

TABLE B-5 contains the resource data records for the Sun Netra CP3240 switch.

TABLE B-5 Sun Netra CP3240 Switch Resource Data Records
ID String	Type
Blue LED	`ctrlRdr(2)`
LED 1	`ctrlRdr(2)`
LED 2	`ctrlRdr(2)`
FRU Desired Power	`ctrlRdr(2)`
IPMB-A State Control	`ctrlRdr(2)`
IPMB-B State Control	`ctrlRdr(2)`
FRU Reboot and Diagnostic Control	`ctrlRdr(2)`
FRU IPM Controller Reset Control	`ctrlRdr(2)`
Hot Swap	`sensorRdr(3)`
Hot Swap AMC 0	`sensorRdr(3)`
Hot Swap AMC 1	`sensorRdr(3)`
Hot Swap AMC 2	`sensorRdr(3)`
Site 1 PWR cur	`sensorRdr(3)`
Site 1 PWR	`sensorRdr(3)`
Site 1 MP	`sensorRdr(3)`
Site 2 PWR cur	`sensorRdr(3)`
Site 2 PWR	`sensorRdr(3)`
Site 2 MP	`sensorRdr(3)`
Site 3 PWR cur	`sensorRdr(3)`
Site 3 PWR	`sensorRdr(3)`
Site 3 MP	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 1 Channel 1	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 1 Channel 2	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 1	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 2	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 3	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 4	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 5	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 6	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 7	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 8	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 9	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 10	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 11	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 12	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 13	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 14	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 15	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 16	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 1	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 1	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 2	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 2	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 3	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 3	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 4	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 4	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 5	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 5	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 6	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 6	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 7	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 7	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 8	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 8	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 9	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 9	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 10	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 10	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 11	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 11	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 12	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 12	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 13	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 13	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 14	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 14	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 15	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 15	`sensorRdr(3)`
IPMB Physical	`sensorRdr(3)`
CP3240H-BEX-Z	`inventoryRdr(4)`
{PROCESSOR,0}
BMC Watchdog	`sensorRdr(3)`
Base CPU Temp	`sensorRdr(3)n`
Fabric CPU Temp	`sensorRdr(3)`
{POWER_MODULE,0}
+12.0V	`sensorRdr(3)`
+3.3V	`sensorRdr(3)`
+2.5V	`sensorRdr(3)`
+1.25V	`sensorRdr(3)`
+1.5V	`sensorRdr(3)`
+1.8V	`sensorRdr(3)`
+1.0V	`sensorRdr(3)`
+1.2V	`sensorRdr(3)`
{BACK_PANEL_BOARD,0}
RTM Hot Swap	`sensorRdr(3)`
RTM Presence	`sensorRdr(3)`
RTM Temp	`sensorRdr(3)`
{OPERATING_SYSTEM,0}
Base Early	`sensorRdr(3)`
Base Full	`sensorRdr(3)`
Base Good	`sensorRdr(3)`
Fabric Early	`sensorRdr(3)`
Fabric Full	`sensorRdr(3)`
Fabric Good	`sensorRdr(3)`
{RTM_SLOT,1}{BACK_PANEL_BOARD,1}
Blue LED	`ctrlRdr(2)`
FRU Desired Power	`ctrlRdr(2)`
FRU Reboot and Diagnostic Control	`ctrlRdr(2)`
XCP3240H-RTM-CUZ	`inventoryRdr(4)E`

TABLE B-6 contains the resource data records for the Sun Netra CP3220 boards.

TABLE B-6 Sun Netra CP3220 Board Resource Data Records
ID String	Type
Blue LED	`ctrlRdr(2)`
LED 1	`ctrlRdr(2)`
LED 2	`ctrlRdr(2)`
FRU Desired Power	`ctrlRdr(2)`
IPMB-A State Control	`ctrlRdr(2)`
IPMB-B State Control	`ctrlRdr(2)`
FRU Reboot and Diagnostic Control	`ctrlRdr(2)`
FRU IPM Controller Reset Control	`ctrlRdr(2)`
FRU 0 Hot Swap	`sensorRdr(3)`
HotSwap AMC 5	`sensorRdr(3)`
HotSwap AMC 6	`sensorRdr(3)`
Board inlet Temp	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 1	`sensorRdr(3)`
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 2	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 1	`sensorRdr(3)`
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 2	`sensorRdr(3)`
IPMB Physical	`sensorRdr(3)`
NetraCP-3220	`inventoryRdr(4)`
{PROCESSOR,0}
BMC Watchdog	`sensorRdr(3)`
CPU Case Temp	`sensorRdr(3)`
Zone-3 Temp	`sensorRdr(3)`
AMC Area Temp	`sensorRdr(3)`
Version change	`sensorRdr(3)`
{POWER_MODULE,0}
12.0V	`sensorRdr(3)`
5.0V	`sensorRdr(3)`
3.3V	`sensorRdr(3)`
3.3V STBY	`sensorRdr(3)`
Battery Voltage	`sensorRdr(3)`
VCC 1.15V M Dual	`sensorRdr(3)`
Proc0 0.9V DDR	`sensorRdr(3)`
VCC 1.2V HT	`sensorRdr(3)`
Proc0 Core NB	`sensorRdr(3)`
VCC 1.15V M Run	`sensorRdr(3)`
VCC 1.2V Run	`sensorRdr(3)`
Proc0 1.8V DDR	`sensorRdr(3)`
VCC 1.5V Run	`sensorRdr(3)`
Proc0 Core	`sensorRdr(3)`
PM Primary Temp	`sensorRdr(3)`
PM Sec Temp	`sensorRdr(3)`
-48V A Rail	`sensorRdr(3)`
-48V B Rail	`sensorRdr(3)`
-48V Voltage	`sensorRdr(3)`
-48V Current	`sensorRdr(3)`
12V Current	`sensorRdr(3)`

TABLE B-7 contains the resource data records for the Sun Netra CP3260 boards.

TABLE B-7 Sun Netra CP3260 Board Resource Data Records
ID String	Type
Blue LED	ctrlRdr(2)
LED 1	ctrlRdr(2)
LED 2	ctrlRdr(2)
FRU Desired Power	ctrlRdr(2)
IPMB-A State Control	ctrlRdr(2)
IPMB-B State Control	ctrlRdr(2)
FRU Reboot and Diagnostic Control	ctrlRdr(2)
FRU IPM Controller Reset Control	ctrlRdr(2)
AMC Power On Sequence Commit	ctrlRdr(2)
FRU 0 Hot Swap	sensorRdr(3)
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 1	sensorRdr(3)
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 2	sensorRdr(3)
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 1	sensorRdr(3)
E-Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 2	sensorRdr(3)
IPMB Physical	sensorRdr(3)
AMC Power On Sequence Commit Status	sensorRdr(3)
Netra CP3260	inventoryRdr(4)
{PROCESSOR,0}
BMC Watchdog	sensorRdr(3)
CPU Temp1	sensorRdr(3)
CPU Temp2	sensorRdr(3)
Board Temp	sensorRdr(3)
{POWER_MODULE,0}
12.0V	sensorRdr(3)
5.0V	sensorRdr(3)
3.3V	sensorRdr(3)
3.3V STBY	sensorRdr(3)
3.0 VBAT/STBY	sensorRdr(3)
1.0V VDD	sensorRdr(3)
1.1V CPU	sensorRdr(3)
VDD 1.1V	sensorRdr(3)
1.5V	sensorRdr(3)
VDD 1.8V	sensorRdr(3)
VDD 2.5V	sensorRdr(3)
VDD_IO 1.2V	sensorRdr(3)

TABLE B-8 contains the resource data records for the Sun Netra CP32x0 ARTM-HD.

TABLE B-8 Sun Netra CP32x0 Dual SAS Storage Advanced Rear Transition Module (ARTM-HD) Resource Data Records
ID String	Type
Blue LED	ctrlRdr(2)
LED 1	ctrlRdr(2)
LED 2	ctrlRdr(2)
Application LED	1 ctrlRdr(2)
Application LED	2 ctrlRdr(2)
FRU Desired Power	ctrlRdr(2)
FRU Reboot and Diagnostic Control	ctrlRdr(2)
ARTM HotSwap	sensorRdr(3)
ARTM 3V3STBY	sensorRdr(3)
ARTM 3V3MAIN	sensorRdr(3)
ARTM 12V	sensorRdr(3)
ARTM 5V	sensorRdr(3)
ARTM 1V2	sensorRdr(3)
ARTM TEMP-AIR	sensorRdr(3)
ARTM TEMP-LSI	sensorRdr(3)
ARTM TEMP-ADM	sensorRdr(3)
CP32X0-RTM-HDD	inventoryRdr(4)A

TABLE B-9 contains the resource data records for the Sun Netra CP3250 board.

TABLE B-9 Sun Netra CP3250 Board Resource Data Records
ID String	Type
Blue LED	ctrlRdr(2)
LED 1	ctrlRdr(2)
LED 2	ctrlRdr(2)
FRU Desired Power	ctrlRdr(2)
IPMB-A State Control	ctrlRdr(2)
IPMB-B State Control	ctrlRdr(2)
FRU Reboot and Diagnostic Control	ctrlRdr(2)
FRU IPM Controller Reset Control	ctrlRdr(2)
AMC Power On Sequence Commit	ctrlRdr(2)
AMC Power On Sequence Commit Status	sensorRdr(3)
FRU 0 Hot Swap	sensorRdr(3)
ARTM HotSwap	sensorRdr(3)
Version change	sensorRdr(3)
P48V Alarm	sensorRdr(3)
IPMB Physical	sensorRdr(3)
E-Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 1	sensorRdr(3)
Keying Link State: 0 Intrface, Link Type 1, Link Type Ext 0 Channel 2	sensorRdr(3)
Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 1	sensorRdr(3)
Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 0 Channel 2	sensorRdr(3)
Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 1	sensorRdr(3)
Keying Link State: 1 Intrface, Link Type 2, Link Type Ext 1 Channel 2	sensorRdr(3)
Netra CP3250	inventoryRdr(4)
{PROCESSOR,0}
BMC Watchdog	sensorRdr(3)
CPU Temp1	sensorRdr(3)
CPU Temp2	sensorRdr(3)
Board Temp	sensorRdr(3)
Sys fw progress	sensorRdr(3)
Graceful reboot	sensorRdr(3)
{POWER_MODULE,0}
12.0V	sensorRdr(3)
5.0V	sensorRdr(3)
3.3V	sensorRdr(3)
3.3V STBY	sensorRdr(3)
3.0 VBAT/STBY	sensorRdr(3)
1.0V VDD	sensorRdr(3)
1.1V CPU	sensorRdr(3)
VDD 1.1V	sensorRdr(3)
1.5V	sensorRdr(3)
VDD 1.8V FBDIMM	sensorRdr(3)
VDD 2.5V	sensorRdr(3)
VDD_IO 1.2V	sensorRdr(3)
VDD 1.8V M0	sensorRdr(3)