NEC Understanding EXPRESSSCOPE Fault Messages on the LCD Monitor

Page 37

Fault Messages on the EXPRESSSCOPE® Monitor LCD

 

EXPRESSSCOPE®

Additional Display

Unit Type

Full Name

Monitor LCD Name

Details

(FRU/CRU)

fan module

Fan_Modx

x =

CRU

 

 

0 (left module)

 

 

 

1 (right module)

 

interconnect cable

Intercon_Cablex

x =

FRU

 

 

0 (right)

 

 

 

1 (middle)

 

 

 

2 (left)

 

I/O riser board

IOR_Brd

 

FRU

PCI expansion card

IO_Slotx_y_z

x = cell card slot 0 through

CRU

 

 

5

 

 

 

y = expansion rack 1 or 2

 

 

 

z = expansion rack slot 1

 

 

 

through 5

 

voltage regulator

IPVRMx

x = 0, 1, 2, or 3

FRU

module

 

 

 

main logic module

MainLogic_Module

 

FRU

memory board

Mem_Brdx

x =

CRU

 

 

0 (left board)

 

 

 

1 (right board)

 

DIMM

Mem_Brdx_DIMMyy

x =

CRU

 

 

0 (left board)

 

 

 

1 (right board)

 

 

 

yy = 0 through 15

 

management board

Mgmt_brd

 

FRU

PCIe card

PCIe_Slotx

x = 0 (bottom) through 5

CRU

 

 

(top)

 

RAID controller

PCIe_Slot6

 

FRU

power supply

PwrSupplyx

x =

CRU

 

 

0 (left power supply)

 

 

 

1 (right power supply)

 

drive tray

n/a

 

FRU

DVD drive

n/a

 

CRU

hard drive

n/a

 

CRU

2-19

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Contents Technical Overview ƒ EXPRESS5800/A1160December Proprietary Notice and Liability DisclaimerContents Contents Figures Page Vii TablesPage Who Should Use This Guide Using This GuidePage Safety Notices Safety NoticesPage Safety Notices for Users Outside of the U.S.A. and Canada Page Scalable Symmetric Multiprocessing Servers Documentation UpdatesOperating Systems Operating SystemsWindows Operating Systems Virtual Machine Monitors Virtual Machine MonitorsLinux Operating Systems Page Express5800/A1160 Cell Cell ComponentProcessor Sockets ProcessorsProcessors Rules for Mixing Processors Supported ProcessorsMulticore Processors Extended Memory 64 Technology EM64TNode Controller Processor Voltage Regulator ModulesMemory MemoryMemory Boards Dimm Slot NumberingRules for Memory Expansion Dimm Capacity and Cell MemoryDimm Capacity and Cell Memory Subsystem Indicators on the Memory BoardDynamic Dimm Sparing Memory MirroringI/O Riser Board PCIe Card CarrierPCIe Card Carrier PortsPorts on Back of the Cell Inbuilt RAID ControllerPower PowerAC/DC Power Supplies Power ControlUninterruptible Power Supply UPS Partitions and PowerVolt Redundancy and AC Source Options CoolingCooling Peripherals PeripheralsExternal Peripherals Boot OptionsExpressscope Monitor System ClocksSystem Clocks Fault Messages on the Expressscope Monitor LCD Fault Messages on the Expressscope Monitor LCDDevice Names on the Expressscope Monitor LCD CRU Trusted Platform Module TPM Inbuilt VirtualizationInbuilt Virtualization For More InformationCell Interconnect and Multiple Cell Systems System ConfigurationSystem with Two Cells Cell Interconnect and Multiple Cell SystemsSystem Serial Number Cell IdentificationCell Identification Relation of Interconnect Port and Cable End to Cell IDCabinets CabinetsClustering PartitionsPartitions Redundant Configurations Redundant ConfigurationsReplaceable Components Clustering SoftwareExpress5800/A1160 Configuration Summary Express5800/A1160 Configuration SummaryMinimum and Maximum Configurations Page System Components Server ManagementNetwork Components Management Server Windows Domain ControllerClient Workstation Console Manager Client SoftwareIntelligent Platform Management Interface Management ArchitectureMain Components Management Board Management BoardFirmware Hub Service ProcessorRemote Console Interfaces Remote Console InterfacesTrusted Platform Module TPM PortsServer Management Software BiosEsmpro Manager and Agent Management Software ComponentsManagement Software Components Remote Monitoring Accessing Remote MonitoringComponents on the Front of a Cell Cell ComponentsLCD Components on the Rear of a CellComponents on the Rear of a Cell AC power cord