Dell PowerEdge PDU Managed LED User Manual

 One Dell Way Round Rock, Texas 78682 www.dell.com Dell PowerEdge M1000e Modular Enclosure Architecture January 2008 By John Loffink, E

AlaneisdefinedasasinglefabricdatatransportpathbetweenI/Oenddevices.Inmodernhighspeedserialinterfaceseachlaneiscomprisedof

haveadualGELOMconfiguration,thesystemmidplaneisdesignedtoallowfuturesupportforuptoquadGELOMsintheHalf‐Heightformfactor.Opt

TypicalFabricConfigurationsFabricA FabricB FabricCLowCostComputeClusterNode2x1GELOM Empty EmptyEthernet/SANserverorHACluster

Figure5M600DualSocketModularServerwithIntelProcessorsinstallation,harddrives,fabriccardsandremovableHardDrivecage.Photoso

Figure6M605DualSocketModularServerwithAMDProcessorsFigure7HalfHeightModularServerFrontPanelViewThereareguidepinsonbot

Figure8ModularServerRemovalServer Module Summary Table4summarizesthefeaturesforthefirsttwoservermodulesshippingforthePowerEdge

ServerModule M600 M605FabricExpansion2x8lanePCIemezzaninedaughtercards1. DualportGEw/TOE2. DualPortFC4(Emulex&Qlogic)3.

PowerEdge M1000e Midplane and I/O PowerEdge M1000e Front View ServermodulesareaccessiblefromthefrontofthePowerEdgeM1000eenclosure.Atth

Feature ParameterChassisSize 10UhighrackmountBladesperChassis 16HalfHeight,8FullHeightTotalBladesina42URack 64HalfHeight,

multiplexedserialbusisfullyredundant,withhealthmonitoring,separatelinksperCMCanderrorcheckingacrossalldata.Figure10PowerEdge

Contents Key Benefits 2 Summary 2 Index of Figures 3 Index of Tables 3 Acronyms and Definitions 4 Background 7 Server Modules 7 PowerEdge M1000e M

Figure11PowerEdgeM1000eMidplaneRearViewWhileyoumightthinkthatmultiplemidplanesarebetterfortheproduct,therereallyisnosyste

OneimportantnewcapabilityinthePowerEdgeM1000eisfull10/100/1000MEthernetsupportwhenusingEthernetpassthroughmodules.Inthepast,cu

comparativebandwidthbetweencurrentandforthcomingfabrics.SymbolRateisdefinedasthemaximumfabricspeedwithalldataencodedasperits

GEfabricsusesinglelanesperlinkover1000BASE‐KX.Initially10GEistobesupportedthrough10GBASE‐KX4,whichlikeInifiniBandusesfourlane

SAN/IPCconfigurationisshownas2lanesofGE,2lanesofFC8,and2lanesofQDRInfiniBand,andstillusesonly35%ofPowerEdgeM1000epotentia

differencebetweenthesetwotypesofIOMs.Figure17showstheDellGigabitEthernetPassthroughModule.Figure15PowerEdgeM1000eRearView

External Fabric ConnectionsM1000e MidplanePassthrough ModuleSwitch ModuleSwitchPHYPHYPHYPHYPHY.server2data..server1data..server4data..server3data..s

TheinitialoptionsforI/OModulesareoutlinedinTable7,Table8andTable9.DellplansfutureI/OModulereleasessupportingalltechnologyup

I/OModule/FeaturesCiscoSFSM7000InfiniBandSwitch*Internalports16Externalports8CopperorOpticalportsSpeed4xDDRManageabilityFabri

Power Delivery InsupportofthePowerEdgeM1000e,DellintroducesaSinglePhase60AmpPDUandaThreePhase30AmpPDU.Becausethreephase30A

Index of Figures Figure1PossibleServerModuleSizes,FrontPanelView... 8 Fig

Figure19PowerEdgeM1000eSinglePhasePDUPowerSystemPSU-1 2360WPSU-6 2360WPSU-5 2360WPSU-4 2360WPSU-3 2360WPSU-2 2360WThree Phase 30 Amp PDU-1

Figure21PowerEdgeM1000e2360WattPowerSupplyPowerefficiencyinthePowerEdgeM1000edoesnotstopwiththepowersupply.Everyaspectofe

Page32Figure22PowerRedundancyModes

Figure23PowerArchitecturePower Management Powerisnolongerjustaboutpowerdelivery,itisalsoaboutpowermanagement.ThePowerEdgeM100

availability,whichcouldresultinaspontaneousactivationofpowersupplyovercurrentprotectionwithoutthesefeatures.Thesystemadministrato

intothesystemwithindependentairflowpaths.Thisisolatesthesecomponentsfrompre‐heatedair,reducingtherequiredairflowconsumptionsofe

TheServerModulesarecooledwithtraditionalfront‐to‐backcooling.AsshowninFigure25,thefrontofthesystemisdominatedbyinletareafor

FansareN+1redundant,meaningthatanysinglefancanfailwithoutimpactingsystemuptimeorreliability.Intheeventofafanfailure,system

switchedandoneunswitched.AllsystemmanagementEthernetisroutedfor100Mbpssignaling.EverymodulehasamanagementnetworklinktoeachCMC

TheCMCprovidessecureremotemanagementaccesstothechassisandinstalledmodules.Itmanagesorfacilitatesthemanagementofthefollowing:•

Page4Table7EthernetI/OModuleOptions... 27

emulationofUSBDVD‐R/W,USBCD‐R/W,USBFlashDrive,USBISOimageandUSBFloppyoveranIPinterface.ConnectiontovKVMandvMediaisthrough

Figure32iKVMFrontPanelControl Panel and LCD Thecontrolpanelcontainsthelocaluserinterface.Functionsincludechassisleveldiagnostic

Page42Figure34PowerEdgeM1000eLCDPanelDuringUsageTheChassisLCDshowschassisinformation,chassisstatusandfaults,majorservermodule

GB‐GigabyteGbps–GigabitspersecondGE–GigabitEthernetGen1–Generation1Gen2–Generation2GPIO–GeneralPurposeI/OGUI–GraphicalUs

PCIe–PCIExpress,orPeripheralComponentInterconnectExpressPDU–PowerDistributionUnitPMBus–PowerManagementBusQDR–QuadDataRateQOS

Background ITISALLABOUTEFFICIENCY.ThenewPowerEdgeM1000eisdesignedtohelpyoubemoreefficientwithyourtime,yourpowerandcooling,yo

Figure1PossibleServerModuleSizes,FrontPanelViewFigure2ExampleServerModuleConfigurationsServer Processors ThefirstgenerationofH

Figure3DualSocketModularServerArchitectureandChipKill/SDDCaresupportedwithbothAMDandIntelbaseddesigns.Memorymirroringissuppor