HP Ilo 2 User Guide

							3.SelecttheCD/DVD-ROMtobeusedandclickConnect.
4.Mountthedriveusingthefollowingcommand:
mount /dev/cdrom1 /mnt/cdrom1
ForSLES9:
mount /dev/scd0 /media/cdrom1
CreatingiLO2diskimagefiles
TheiLO2virtualmediafeatureenablesyoutocreatedisketteandCD-ROMimagefileswithinthe
sameapplet.CreationofDVDimagefilesusingtheVirtualMediaappletisnotsupported.The
imagefilescreatedfromtheappletareISO-9660filesystemimages.TheperformanceofiLO2
virtualmediaisfasterwhenimagefilesareused.TheutilitytocreateiLO2VirtualFloppyand
CD-ROMdiskimagefilesisintegratedintotheVirtualMediaapplet;however,imagescanalso
becreatedusingindustry-standardtools,suchasDD.
Tocreateanimagefile:
1.ClickCreateDiskImage.
2.Selectthelocalmediadrivefromthedropdownmenu.
3.EnterthepathorfilenameinthetextboxorclickBrowsetoselectanexistingimagefileor
tochangethedirectoryinwhichtheimagefileiscreated.
4.ClickCreate.Thevirtualmediaappletbeginstheprocessofcreatingtheimagefile.The
processiscompletewhentheprogressbarreaches100%.Tocancelthecreationofanimage
file,clickCancel.
TheDisk>>ImageoptionisusedtocreateimagefilesfromphysicaldiskettesorCD-ROMs.The
Image>>DiskoptionisnotvalidforaVirtualCD-ROMimage.TheDisk>>Imagebuttonchanges
toImage>>Diskwhenclicked.Usethisbuttontoswitchfromcreatingimagefilesfromphysical
diskettestocreatingphysicalfloppydiskettesfromimagefiles.
Virtualfolder
TheiLO2VirtualFolderemulatesaUSBdevice,dynamicallycreatingamediaimageofaselected
folderordirectory.Aftercreatingavirtualimageofafolderordirectory,theserverconnectsto
thecreatedimageasaUSBstoragedevice,enablingyoutobrowsetotheserverandtransferthe
filesfromtheiLO2generatedimagetoanylocationontheserver.
TheVirtualFolderfeatureisonlyavailablewithintheIRC.Thevirtualfolderisnon-bootable,
read-only,andthemountedfolderisstatic.Changestotheclientfilearenotreplicatedinthe
mountedfolder.
VirtualFolderisalicensedfeatureavailablewiththepurchaseofiLO2AdvancedoriLO2Select.
Thevirtualfolderfeatureenablesyoutoaccess,browse,andtransferfilesfromaclienttoa
managedserver.Thevirtualfolderfeaturesupportstheabilitytomountanddismountadirectory
Virtualmedia111 
						

							onalocalornetworkeddirectorythatisaccessiblethroughtheclient,mountedanddismounted
asaVirtualMediadevice.
Virtualfolderoperatingsystemnotes
•MS-DOS
DuringbootandMS-DOSsessions,theVirtualFolderdeviceappearsasastandardBIOS
floppydrive.ThisdeviceappearsasdriveA.Ifaphysicallyattachedfloppydriveexists,itis
obscuredandunavailableduringthistime.Youcannotuseaphysicallocalfloppydriveand
theVirtualFoldersimultaneously.
•Windows
VirtualFolderappearsautomaticallyafterMicrosoftWindowsrecognizesthemountingofthe
virtualUSBdevice.Youcanusethefolderasyouwouldalocallyattacheddevice.Virtual
Folderisnon-bootable.Attemptingtobootfromthefoldermightpreventtheserverfrom
booting.
•NetWare6.5
NetWare6.5supportstheuseofVirtualFolderasUSBdisketteandkeydrive.Forstep-by-step
instructions,see“MountingUSBVirtualFloppy/USBKeyinNetWare6.5”(page107).
•RedHatandSLESLinux
LinuxsupportstheuseofVirtualFolder.VirtualFolderusesaFAT16filesystemformat.For
moreinformation,see“MountingUSBVirtualMedia/USBKeyinLinux”(page108).
Powermanagement
iLO2PowerManagementenablesyoutoviewandcontrolthepowerstateoftheserver,monitor
powerusage,monitortheprocessor,andmodifypowersettings.ThePowerManagementpage
hasfourmenuoptions:ServerPower,PowerMeter,ProcessorStates,andSettings.Whenyou
selectPowerManagement,theServerPowerControlspageappears.TheServerPowerControls
pagehastwosections:VirtualPowerButtonandPowerConfigurationSettings.
TheVirtualPowerButtonsectiondisplaysthecurrentpowerstateoftheserveraswellasremote
serverpowercontroloptions.Thedisplayedpowerstateisthestateoftheserverpowerwhenthe
pageisfirstopened.TheservercanbeOn,Off,orReset.Usethebrowserrefreshfeaturetokeep
thestatusofthepowerindicatorcurrent.
TochangethecurrentserverpowerstateusingtheVirtualPowerButtonoptions,youmusthave
theVirtualPowerandResetprivilege.Someofthepowercontroloptionsdonotgracefullyshut
112UsingiLO2 
						

							downtheoperatingsystem.AnoperatingsystemshutdownmustbeinitiatedusingtheRemote
ConsolebeforeusingtheVirtualPowerButtonoptions.Thefollowingoptionsareavailable:
•MomentaryPressbuttonprovidesbehavioridenticaltopressingthephysicalpowerbutton.
•PressandHoldisidenticaltopressingthephysicalpowerbuttonforfivesecondsandthen
releasingit.ThisoptionprovidestheACPI-compatiblefunctionalitythatisimplementedby
someoperatingsystems.Theseoperatingsystemsbehavedifferentlydependinguponashort
pressorlongpress.Thebehaviorofthisoptionmightcircumventanygracefulshutdown
featuresoftheoperatingsystem.
•ColdBootofthesystemimmediatelyremovespowerfromthesystem.Thesystemwillrestart
afterapproximatelysixseconds.Thisoptionisnotavailablewhentheserverispowereddown.
Thisoptioncircumventsgracefuloperatingsystemshutdownfeatures.
•ResetSysteminitiatesasystemreset.Thisoptionisnotavailablewhentheserverispowered
down.Thebehaviorofthisoptionmightcircumventanygracefulshutdownfeaturesofthe
operatingsystem.
ThePowerConfigurationSettingssectionenablesyoucontrolhowtheremoteserverpowersup
whenpowerisapplied.Thefollowingoptionsareavailable:
•AutomaticallyPowerOnServerenablesiLO2toturnonaserverwhenpowerisapplied,
suchaswhentheserverispluggedin,orwhenaUPSisactivatedafterapoweroutage.You
musthaveVirtualPowerandResetprivilegetoalterthissetting.
Ifpowerisunexpectedlylostwhiletheserverispoweringup,theserveralwayspowersback
on,evenifAutomaticallyPowerOnServerissettoNo.
•PowerOnDelayisusedtostaggerserverpower-oninadatacenter.Bladeserversare
governedbytherackinfrastructureanddonotsupportapower-ondelay.PowerOnDelay
doesnotinterferewiththepowerbutton.
Thedelayoccursbeforetheserverispowered-onbyiLO2,includingautomaticpower-on
andpowerrestore.Someserverscannotenforcethedelayunderthepowerrestorecase.iLO
2firmwarerequiresroughly10secondsbeforeserverpoweroncantakeeffect.Youmust
haveVirtualPowerandResetprivilegetoalterthissetting.
Serverpowersettings
ThePowerRegulatorforProLiantfeatureenablesiLO2todynamicallymodifyprocessorfrequency
andvoltagelevelsbasedonoperatingconditionstoprovidepowersavingswithminimaleffect
onperformance.Processorsthatsupportthisfeaturehavepredefinedvoltageandfrequencystates,
knownasp-states.Thesoftwarecandynamicallyswitchtheprocessorfromonep-statetoanother.
P-0isthehighestfrequency/voltagecombinationsupportedbytheprocessor.Modifyingthe
processorp-statebasedonCPUutilizationenablessignificantpowersavingswithminimal
performancedegradationbyreducingthevoltageandfrequencyontheprocessorwhenthesystem
isidle,andincreasingthevoltageandfrequencyontheprocessorwhenneeded.
ThePowerManagementSettingspageenablesyoutoviewandcontrolthepowerregulatormode
oftheserver.YoumusthavetheConfigureiLO2Settingsprivilegetochangethissetting.
Powermanagement113 
						

							•ThePowerRegulatorforProLiantsectionhasthefollowingoptions:
EnableHPDynamicPowerSavingsModesetstheprocessortodynamicallysetthepower
levelbasedonusage.
◦
◦EnableHPStaticLowPowerModesetstheprocessortominimumpower.
◦HPStaticHighPerformanceModesetstheprocessortothehighestsupportedprocessor
stateandforcesittostayinthatstate.
◦EnableOSControlModesetstheprocessortomaximumpower.
AfterselectingaPowerRegulatorforProLiantoption,clickApplytosavethesetting.Theserver
requiresarebootforthechangetotakeeffect.Thesesettingscannotbechangedwhilethe
serverisinPOST.IfthesettingsdonotchangeafterclickingApply,theservermightbeinthe
bootprocessorrequirerebooting.ExitanyRBSUprogramyouarerunning,allowPOSTto
complete,andthentrytheoperationagain.
•ThePowerCappingSettingssectionenablesyoutoviewmeasuredpowervalues,setapower
cap,anddisablepowercapping.
Measuredpowervaluesincludetheserverpowersupplymaximumvalue,theservermaximum
power,andtheserveridlepower.Thepowersupplymaximumpowervaluereferstothe
maximumamountofpowerthattheserverpowersupplycanprovide.Theservermaximum
andidlepowervaluesaredeterminedbytwopowertestsrunbytheROMduringPOST.
PowerCapSettingenablesyoutosetapowercapontheserver.Afterapowercapisset,
theaveragepowerreadingoftheserverovertimemustbeatorbelowthecapvalue.You
cansetthepowercapbyenteringeitherawattorBtu/hrvalue(clickShowvaluesinBtu/hr)
orapercentage.Thepercentagereferstothedifferencebetweenthemaximumandidlepower
values.Thecapvaluecannotbesetbelowtheserveridlepower.
PowerCappingSettingsaredisabledwhentheserverispartofanEnclosureDynamicPower
Cap.ThesevaluesaresetandmodifiedusingeitherOnboardAdministratororInsightPower
Manager.
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							◦Iftheserverhasthehardwareandsoftwaretosupportdynamicpowercapping,the
messageSystem supports Dynamic Power Cappingappears.Dynamicpower
cappingprovideselectricalcircuitbreakerprotection.
◦IfthemessageSystem supports Dynamic Power Cappingdoesnotappear,the
serversupportsnormalpowercapping.Normalpowercappingdoesnotreactfastenough
toprovideelectricalcircuitbreakerprotection.
Formoreinformationondynamicpowercapping,see"Dynamicpowercappingforserver
blades."
•SNMPAlertonbreachofpowerthresholdsectionenablesthesendingofSNMPwarnings
whenpowerconsumptionexceedsadefinedthreshold.Youcansetthefollowing:
—WarningsTriggeredBy–Determinesifwarningsarebasedonpeakpowerconsumption,
averagepowerconsumption,ordisabled.
—WarningThreshold–Setsthethresholdatwhichpowerconsumptionmustremainabove
inordertotriggeranSNMPalert.
—Duration–Setsthelengthoftime,inminutes,thatpowerconsumptionmustremainabove
thewarningthresholdbeforeanSNMPalertistriggered.Themaximumdurationallowed
is240minutesandmustbeamultipleof5.
Touseyourselectedsettings,clickApply.Someserversallowmodificationoftheprocessorpower
levelthroughthesystemRBSU.Seeyoursystemuserguideformoreinformation.
Serverpowerdata
iLO2enablesyoutographicallyviewserverpowerusage.ThePowerMeterReadingspage
displaysserverpowerutilizationasagraph.ToaccessPowerMeterReadings,selectPower
Management,andclickPowerMeter.ThePowerMeterReadingspagehastwosections:Power
MeterReadings,and24-HourHistory.
Powermanagement115 
						

							ThePowerMeterReadingssectiondisplaysthefollowing:
•Thedatagraphdisplaysthepowerusageoftheserverovertheprevious24hours.iLO2
collectspowerusageinformationfromtheserverevery5minutes.Foreachfive-minuteinterval,
thepeakandaveragepowerusageisstoredinacircularbuffer.Thesetwovaluesappearin
theformofabargraph,withtheaveragevaluesinblueandthepeakvaluesinred.Thisdata
resetswhenevereithertheserveroriLO2isreset.
◦Toincreasevisibility,clickZoomin,whichincreasesthehorizontalwidthofthedatabars
onthePowerDataGraph.Asliderappearsinthismodetoenableinspectionofthedata
inthesamesizewindow.
◦Toviewcurrentpowerutilization,clickRealTime.TheRealTimedatagraphdisplays
powerconsumptioninformationovertheprevious20minutes,includingpeakpower,
averagepower,andthepowercap.Thisbuttonisonlyavailablewhenpowercapis
enabled.
•CurrentsupportforDynamicPowerCapping
•PresentPowervaluedisplaysthecurrentpowerreadingfromtheserver.
•PresentPowerCapdisplaysthecurrentpowercapsetting.
The24-HourHistorysectiondisplaysthefollowing:
•AveragePowerReadingdisplaystheaverageofthepowerreadingsfromtheserveroverthe
last24-hourperiod.Iftheserverhasnotbeenrunningfor24hours,thevalueistheaverage
ofallthereadingssincetheserverwasbooted.
•MaximumPowerdisplaysthemaximumpowerreadingfromtheserveroverthelast24-hour
period.Iftheserverhasnotbeenrunningfor24hours,thevalueisthemaximumofallthe
readingssincetheserverwasbooted.
•MinimumPowerdisplaystheminimumpowerreadingfromtheserveroverthelast24-hour
period.Iftheserverhasnotbeenrunningfor24hours,thevalueistheminimumofallthe
readingssincetheserverwasbooted.
•ShowvalueinBTUschangesthedisplayeddatafromwattstoBTUs.
Processorstates
ThePowerRegulatorforProLiantDatapageenablesyoutoviewprocessorstates(p-state)anda
runningaverageofthepercentageoftimeeachlogicalprocessorhasspentineachp-stateover
theprevious24-hours.ClickRefreshtoupdatethep-statedatagraph.
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							YoumusthavetheConfigureiLO2SettingsprivilegetoviewthePowerRegulatorforProLiantData
page.PowerRegulatorforProLiantDataisalicensedfeatureavailablewiththepurchaseof
optionallicenses.Formoreinformation,see“Licensing”(page26).
ToaccessthePowerRegulatorforProLiantDatapage,clickPowerManagement>ProcessorStates.
ThePowerRegulatorDatapagedisplaysthecollectedp-statedata,startingfromhostpowerup
onceasecondandthenrefreshesfordisplayonceevery5minutes.ThesystemROMreadsthe
currentstatusofeachlogicalprocessor.ThestatusregisterinIntel-basedplatformsreflectsthe
currentoperatingfrequencyandvoltage.Becauseofmultipleprocessordependencies,thestatus
mightormightnotreflectanabsolutep-state.Thefrequencymightbeatonep-stateandthevoltage
atahigherp-state.ThesystemROMupdatesthep-statecountofthep-stateforthecurrentfrequency
andnotthecurrentvoltage.
Dataisdisplayedusingabargraph,withthetotalbarlengthrepresenting100%ofthetime
coveredbythedata.Onedatagraphisdisplayedforeachprocessororcore.Datagraphsfor
multiplethreadsonaprocessororcorethatsupportsHyper-Threadingarenotdisplayed.Aportion
ofthebariscoloreddifferentlyforeachp-statetheprocessorwasin,witheachcoloredportion
scaledtorepresentthepercentageofthetotaltimetheprocessorspentinthatp-state.Pausingthe
mouseoverthebargraphdisplaysatooltipthatindicatesthenumericpercentagethatportionof
thebarrepresents.
Powerefficiency
iLO2enablesyoutoimplementimprovedpowerusageusingaHighEfficiencyMode(HEM).
HEMimprovesthepowerefficiencyofthesystembyplacingthesecondarypowersuppliesinto
step-downmode.Whenthesecondarysuppliesareinstep-downmode,theprimarysupplies
providealltheDCpowertothesystem.Thepowersuppliesaremoreefficient(moreDCoutput
WattsforeachWattofACinput)athigherpoweroutputlevels,andtheoverallpowerefficiency
improves.
Whenthesystembeginstodrawmorethan70%capacityofthemaximumpoweroutputofthe
primarysupplies,thesecondarysuppliesreturntonormaloperation(outofstep-downmode).
Whenthepowerusedropsbelow60%capacityoftheprimarysupplies,thesecondarysupplies
returntostep-downmode.HEMenablesyoutoachievepowerconsumptionequaltothemaximum
poweroutputoftheprimaryandthesecondarysupplies,whilemaintainingimprovedefficiency
atlowerpowerusagelevels.
HEMdoesnotaffectpowerredundancy.Iftheprimarysuppliesfail,thenthesecondarysupplies
immediatelybeginsupplyingDCpowertothesystem,preventinganydowntime.
Powermanagement117 
						

							YoucanconfigureHEMonlythroughtheRBSU.YoucannotmodifythesesettingsthroughiLO.
SettingsforHEMareEnabledorDisabled(alsocalledBalancedMode),andOddorEvensupplies
asprimary.ThesesettingsarevisibleintheHighEfficiencyMode&StandbyPowerSaveMode
sectionoftheSystemInformation>Powertab.Thissectiondisplaysthefollowinginformation:
•IfHEMisenabledordisabled
•Whichpowersuppliesareprimary(ifHEMisenabled)
•WhichpowersuppliesdonotsupportHEM
Gracefulshutdown
TheabilityoftheiLO2microprocessortoperformagracefulshutdownrequirescooperationfrom
theoperatingsystem.Inordertoperformagracefulshutdown,thehealthdrivermustbeloaded.
iLO2communicateswiththehealthdriver,andtheappropriateoperatingsystemmethodofsafely
shuttingthesystemdowntoensuredataintegrityisperformed.
Incaseswherethehealthdriverisnotloaded,theiLO2processorattemptsusingtheoperating
systemtoperformagracefulshutdownthroughthepowerbutton.iLO2emulatesaphysicalpower
buttonpressinordertoprompttheoperatingsystemtoshutdowngracefully.Thebehaviorofthe
operatingsystemisdependentonitsconfigurationandsettingsforapowerbuttonpress.
TheEAASconfigurationoftheHOSTROMRBSUallowsforthedisablingofthisautomaticshutdown
feature.Thisconfigurationallowsforthedisablingoftheautomaticshutdowneventexceptforin
themostextremeconditionswherephysicaldamagewouldresult.
StartingwithWindowsServer2003,thecomputergrouppolicydisablesagracefulshutdownof
thesystemusingamomentarypressunlessanAdministratorisloggedintotheoperatingsystem.
Tochangethissettingandenableagracefulshutdown,dothefollowing:
1.Fromacommandprompt,issuethecommand:
gpedit.misc
2.SetComputerConfiguration>WindowsSettings>SecuritySettings>LocalPolicies>Security
Options>Shutdown.AllowthesystemtobeshutdownwithouthavingtologontoEnabled.
118UsingiLO2 
						

							Brown-Outrecovery
Abrown-outconditionoccurswhenpowermomentarilyislosttotheserver.Abrown-outinterrupts
theoperatingsystem,butdoesnotinterrupttheiLOfirmware.Underbrown-outconditionstheiLO
serviceremainsuninterruptedforabout4seconds(longerpowerinterruptionsresultinblack-outs).
SupporthasbeenaddedtoiLOtodetectandrecoverfrompowerbrown-outs.IfiLOdetectsthat
abrown-outhasoccurred,serverpowerisrestoredafterthepower-ondelay.Afterthebrown-out
recovery,iLOfirmwarerecordsaBrown-out recoveryeventintheeventlog.
NOTE:Thebrown-outrecoveryserviceisavailableontheHPMLandDLservers.BLc-Classblade
serversandSL-classserversarenotaffected.
ProLiantBLp-ClassAdvancedmanagement
iLO2AdvancedisastandardcomponentofProLiantBLp-Classserverbladesthatprovidesserver
healthandremoteserverblademanageability.Itsfeaturesareaccessedfromanetworkclient
deviceusingasupportedWebbrowser.Inadditiontootherfeatures,iLO2Advancedprovides
keyboard,mouse,andvideo(textandgraphics)capabilityforaserverblade,regardlessofthe
stateofthehostoperatingsystemorhostserverblade.
iLO2includesanintelligentmicroprocessor,securememory,andadedicatednetworkinterface.
ThisdesignmakesiLO2independentofthehostserverbladeanditsoperatingsystem.iLO2
providesremoteaccesstoanyauthorizednetworkclient,sendsalerts,andprovidesotherserver
blademanagementfunctions.
UsingasupportedWebbrowser,youcan:
•Remotelyaccesstheconsoleofthehostserverblade,includingalltextmodeandgraphics
modescreenswithfullkeyboardandmousecontrols.
•Remotelypowerup,powerdown,orrebootthehostserverblade.
•RemotelybootahostserverbladetoavirtualdisketteimagetoperformaROMupgradeor
installanoperatingsystem.
•SendalertsfromiLO2Advancedregardlessofthestateofthehostserverblade.
•AccessadvancedtroubleshootingfeaturesprovidedbyiLO2Advanced.
•LaunchaWebbrowser,useSNMPalerting,anddiagnosetheserverbladeusingHPSystems
InsightManager.
•ConfigurestaticIPbaysettingsforthededicatediLO2managementNICsoneachserver
bladeinanenclosureforfasterdeployment.
TheserverblademustbeproperlycabledforiLO2connectivity.Connecttotheserverbladewith
oneofthefollowingmethods:
•Throughanexistingnetwork(intherack)–Thismethodrequiresyoutoinstalltheserverblade
initsenclosureandassignitanIPaddressmanuallyorusingDHCP.
•ThroughtheserverbladeI/Oport
Intherack–ThismethodrequiresyoutoconnectthelocalI/OcabletotheI/Oportand
aclientPC.UsingthestaticIPaddresslistedontheI/Ocablelabelandtheinitialaccess
—
informationonthefrontoftheserverblade,youcanaccesstheserverbladewiththeiLO
2AdvancedRemoteConsole.
—Outoftherack,withthediagnosticstation–Thismethodrequiresyoutopowertheserver
bladewiththeoptionaldiagnosticstationandconnecttoanexternalcomputerusingthe
staticIPaddressandthelocalI/Ocable.Forcablinginstructions,refertothe
documentationthatshipswiththediagnosticstationortotheDocumentationCD.
—Throughtheserverbladerearpanelconnectors(outoftherack,withthediagnostic
station)–Thismethodenablesyoutoconfigureaserverbladeoutoftherackbypowering
ProLiantBLp-ClassAdvancedmanagement119 
						

							thebladewiththediagnosticstationandconnectingtoanexistingnetworkthrougha
hub.TheIPaddressisassignedbyaDHCPserveronanetwork.
TheBLp-ClasstabenablesyoutocontrolspecificsettingsfortheProLiantBLp-Classbladeserver
rack.iLO2alsoprovidesWeb-basedstatusfortheProLiantBLp-Classserverrack.
RackView
TheRackViewpagepresentsanoverviewofalltheenclosuresandthecontainedbladeservers,
networkcomponents,andpowersupplies.Acomponent,whenpresentintherackappearsand
aselectablecomponentontheRackViewpage.Blankoremptybaysarenotselectable.
Component-specificinformation,suchasbladename,IPaddress,andproducttype,appearsas
youmovethemousecursorovereachcomponent.Clickingthecomponentdisplaysadditional
informationandconfigurationoptionsintheadjacentscreen.
ThefollowingfieldsareavailableontheRackViewscreen:
•Rackname
•Logged-iniLOLocation
Thissectionannotatesthebladeyouareloggedinto.Youcanonlyconfigurebladesettings
forthisblade.
•SelectedBayLocation
Thissectionannotatesthecurrentlyselectedbay.Youcanviewinformationformanydifferent
typesofcomponents,includingblades,powersupplies,networkcomponents,andenclosures.
•EnclosureDetails
InformationaboutaparticularenclosureisviewedbyselectingDetailslocatedonthe
enumeratedenclosureheaders.
ARefreshbuttonisavailabletoobtaincurrentRackViewinformation.ClickRefreshtoforcethe
entiregraphicalrepresentationoftheracktoberedrawn.Thisoperationtakesafewmoments.
Iftherackviewinformationcannotbeproperlyobtained,anerrormessageappearsinplaceof
therenderedcomponents.TheRefreshbuttoncanbeusedtomakeanotherattempttoobtainthe
properrackviewdata.RackViewfunctionalityrequiresversion2.06orlateroftheServerBlade
andPowerManagementModulefirmwaretodisplaycorrectly.
120UsingiLO2