IBM小型机Power结构.docx
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BPD(电源分布器)
BulkPowerforModels590and595
BPR(电源调节器)
BPC(电源控制器)
每个系统即(595/590)有两个BPA(大容量电力集成模块),一个在前面,一个在背面。
它们是互相冗余的。
分别有两条电源线路接入,
前机的组件部分使用的是奇数号Px,背面的使用的是隅数号Px。
Eachsystemwillhave2BulkPowerAssemblies(BPA)afrontandarear.
FrontcomponentswillhaveoddnumbersfortheirPx.RearcomponentswillhaveevennumbersfortheirPx.
ThebulkpowercomponentshaveaUnittypeof9458.100
BPD(大容量电力分布器)是BPA最上面的部件,可以有1到3个,第一个是Px-C3,
正面和背面的BPA通过有相同数量的BPD。
每个BPD有10个连接口,
BulkPowerDistributor
BulkPowerAssembly
BulkPowerDistributors(BPD)arethetopmostcomponentsintheBPA.Thesystemcanhavefrom1to3components.ThefirsttobeinstalledwillbePx-C3,fillingupward.ThefrontandrearBPA'swillhavethesamenumberofBPD's
EachBPDwillhave10connectionpointsasshown.Thecomponentsthatplugintothese10connectorswillchangedependingonwhichBPDyouareusing.
BPC(大容量电力控制器)是BPA的核心通信部件,每个BPA只有一个控制器。
T1至T4是RJ45型的HUB
T5和T6是Dshell连接
T7只用于BPF(bulkpowerfan)
T8用于MDA1
T9用于MDA2
T10用于MDA3
T11用于MDA4
T12用于DCA00
T30用于DCA01
BulkPowerController
TheBulkPowerController(BPC)isthecentralcommunicationscomponentoftheBPA.EachBPAwillhavejust1controller.
TheconnectionsontheBPCare:
T1throughT4areRJ45styleforitshub
T5andT6areDshellconnectors
T7isaconnectionalwaysforBulkPowerFan
T8goestoMotorDriveAssembly(MDA)1
T9goestoMDA2
T10goestoMDA3
T11goestoMDA4
T12goestoDCA00
T13goestoDCA01
BPR(大电力调节器),一个BPA最多少3个,Px-E1是第一个,
每个BPR在中间位置有一个连接口,用于连接IBF(内部电池功能模块)。
系统不一定需要IBF。
BulkPowerRegulator
ABulkPowerRegulator(BPR)willcomewitheachBPA.TheBPAcanhaveupto3BPRs.Px-E1willbethefirstBPRinstalled,fillingdownward.
EachBPRhasoneconnectionpointinthemiddleforapossibleconnectiontoanInternalBatteryFeature(IBF).SystemsdonotneedtohaveIBFs.
595/590CEC
SystemVPD
DCA(给PUBOOK,供电)
FSP1
FSP0
PUBOOK(CPU,内存,IO通信卡等)
Node0
P2infront
DCA00=E10
DCA01=E11
DCA02=E12
Node1
P3infront
DCA10=E7
DCA11=E8
DCA12=E9
Node2
P4infront
DCA20=E4
DCA21=E5
DCA22=E6
Node3
P5infront
DCA30=E1
DCA31=E2
DCA32=E3
MotorDriveAssembliesare:
A-1,A-2onfrontlowerleft
A-3,A-4onfrontlowerright
A-5onrearupperleft
A-6onrearupperright
MotorScrollAssembliesare:
A1-A1isahousingwith2blowersfrontleft
A3-A1isahousingwith2blowersfrontright
A5-A1isahousingwithsingleblowerrearleft
A6-A1isahousingwithsingleblowerrearright
P1isthebackplaneinthemiddleoftheenclosure.Thenodes,DCAs,FSPs,osilatorsandthesystemVPDplugintothisbackplane.
P6isinthefront,itisalightstripusedtoidentifycomponentsassociatedwiththefrontofthesystem.
P7isintherear,itisthelightstripusedtoidentifycomponentsassociatedwiththerearofthesystem.
Ontherearofthesystemyouhaveconnectionsfor:
SystemVPD-locatedonthesystembackplaneaboveandbetweentheosilators,locationcodeisC5
FSP0istherightsideFSP,withlocationcodeofC4
FSP1istheleftsideFSP,withlocationcodeofC1
PowerOverview
Power
·2redundantstandardBPAsintheCECAframeand(ifneeded)intheCECI/OframeprovideBulkpowertothesystem
·ThereisanIBFfeaturetoprovidebulkpowertothesystemincaseoftemporarylinedisturbances.TheIBFsareconnectedtotheBPAbutphysicallyresideinanI/Odrawerslot
·EachbookintheCECcageandeachI/Odrawershaven+1DCAstoconvertthebulkvoltagetologiclevelvoltage
·ConcurrentmaintenanceofallPowerFRUs
PowerCage
EachAframeintheconfigurationhasasingleredundantBPAwhichcontains(perside)
·1AClineinputcord
·1-3BPRstoconvertACto350vDC
·1BPCwhichcontrolstheBPAanddistributes350vDCtosomeofthelogic
·1-3BPDsdistributes350vDCtosomeofthelogic
·1BPFforair-coolingtheBPA
CECCagePower
3DCA'spernodebookprovideN+1logicDClevels
·TheDCAtriolocatedontheCECcageback,behindthenodetheysupport
·Nodebooksareisolatedintotheirownpowerplaneswhichallowsthesystemtopoweron/offindividualnodeswithintheCECcage
LogicboardmountedDCAs
·Eachinstallednodehas3DCAsonCECboardback
·2DCAsoneachI/Odrawer
EPOPanel
InadditiontoEPOfunctions,provides
·SinglepanelmountUEPOswitch
·Canbebypassedforservice
·SupportsroomEPOconnection
·AmbientAirtemperaturesensor
·SystemattentionLED
·Note:
TheGreenandWhitePowerServiceButtonsare inactive
IBFfeature
EachBPRorBPRpair(non-redundantmode)canhaveonebatteryinstalledtokeeppowerupincaseoftemporarylinedisturbance
CECAFrame
Note:
Powercomponentsarein Red
Full-drawercabling
ForanI/Odrawer,thefollowingconnectionsarerequired.
_OnecablefromtheP1RIO-2RisercardJ0toCECI/OcardPx-Cx-T1.
_OnecablefromtheP2RIO-2RisercardJ1toCECI/OcardPx-Cx-T2.
Thesecablesprovidesadataandcommunicationpathbetweenthememory
cardsandtheI/Odrawers(Figure2-11).
_AcableisalsoaddedbetweenP1RIO-2RisercardJ1andP2RIO-2Riser
cardJ0ineachdrawer.
Thiscableensuresthateachsideofthedrawer(P1andP2)canbeaccessed
bytheCECI/O(RIO-2adapter)card,evenifoneofthecablesaredamaged.
EachhalfoftheI/OdrawercancommunicatewiththeCECI/Ocardforits
ownusesoronbehalfoftheothersideofthedrawer.
Thereisanidentifier(ID)inthecableplugswhichgivesthelengthofthecableto
theInter-IntegratedCircuit(I2C)busandtheserviceprocessor.
ThecableIDisthefunctionthatverifiesthelengthoftheRIO-2cable.Thereare
differentRIO-2cables,becauseweuseCECframe,powered24inchAframe,
andunpowered24inchZframefortheI/Odrawer.WiththecableIDwecalculate
thelengthandthelinkspeedfortheRIO-2cable.
Half-drawercabling
AlthoughI/Odrawerswillnotbebuiltinhalf-drawerconfigurations,theycanbe
cabledto,andaddressedbytheCEC,inhalfdrawerincrements(Figure2-12).
BothSTIconnectorsononeCECI/OcardPx-Cx-T1andPx-Cx-T2willbecabled
tobothportsonP1RIO-2Risercard.
BothSTIconnectorsonadifferentCECI/OcardPx-Cx-T1andPx-Cx-T2
(possiblyonadifferentprocessorbook)willbecabledtobothportsonP2RIO-2
Risercard.
However,tosimplifythemanagementoftheserverwestronglyrecommendthat
I/OloopsbeconfiguredasdescribedintheIBMSserverInformationCenter,
andtoonlyfollowadifferentorderwhenabsolutelynecessary.
Inanycase,itbecomesextremelyimportantforthemanagementofthesystem
tokeepanup-to-datecablingdocumentationofyoursystems,becauseitmaybe
differentfromthecablingdiagramsoftheinstallationguides.
TheI/OdrawersprovideinternalstorageandI/Oconnectivitytothesystem.
Figure2-13showstherearviewofanI/Odrawer,withthePCI-Xslotsandriser
cardsthatconnecttotheRIO-2portsintheI/Obooks.