RadiSys ATCA-5400 RTM Especificaciones

www.radisys.comPROMENTUM®COMPUTE PROCESSING MODULEREFERENCEATCA-4500ATCA-4550ATCA-4555007-03292-0005 • June 2011

TitlePreface10Standards informationForinformationaboutthePCIIndustrialComputerManufacturersGroup(PICMG)andtheAdvancedTCAstandard,consult

BIPMI Commands and Managed Sensors100OEM command descriptionsSpecial commands are available to facilitate CPM-specific functionality. Descriptions of

BOEM command descriptions101Set Control State (for debug only)Overrides the current firmware setting of the control pin. Use only for debug situations

BIPMI Commands and Managed Sensors102RTM Reset ButtonInstructs the H8 IPMI firmware to perform a cold reset.Set Payload StatusInforms the H8 IPMI firm

BOEM command descriptions103Get Payload Status (debug only)Returns the H8 IPMI firmware acknowledgement of the payload processor status. The BIOS/OS u

BIPMI Commands and Managed Sensors104Managed sensorsOn the CPM, the IPMC sensors monitor voltages, temperatures, control signals, and status events. F

105BList of sensorsList of sensorsTable 35 provides details about the sensors managed by the IPMC. All sensors generate events unless noted otherwise

106BIPMI Commands and Managed SensorsRTM FRU Hotswap 02hPICMG Hot swap event F0hSensor-specific 6Fh00h-07h00hPer PICMG3.0 specPer PICMG3.0 specM0 – FR

107BList of sensorsRTM Present05hSlot orconnector 21hDigital discrete 03h0 or 1 - - - - Yes A X 0.2 01h0 1RTM is not presentRTM is presentAsserted at

108BIPMI Commands and Managed SensorsSPD DIMM B0 Temp 0Ah Temp 01hThreshold 01h 25 R, T - - [u,l][nr,c,nc]As & De Analog A - 0.2 01hThis sensor me

109BList of sensorsSPD DIMM C1 Temp 0Eh Temp 01hThreshold 01h 25 R, T - - [u,l][nr,c,nc]As & De Analog A - 0.2 01hThis sensor measures temperature

TitleRelated Documents11PICMG3.1R1.0Ethernet/FibreChanneloverPICMG3.0,PICMG.PICMGHPM.1R1.0HardwarePlatformManagementIPMControllerFirmw

110BIPMI Commands and Managed SensorsCPU ProcHot213h Temp 01hThreshold 01h 0 R, T - - [u,l][nr,c,nc]As & De Analog A - 0.2 01hThis sensor measures

111BList of sensors+12V 19h Voltage 02hThreshold 01h 12.00 R, T - - [u,l][nr,c,nc]As & De Analog A - 0.2 01hThis sensor measures voltage in volts.

112BIPMI Commands and Managed Sensors+1.8V CPU 1Fh Voltage 02hThreshold 01h 1.80 R, T - - [u,l][nr,c,nc]As & De Analog A - 0.2 01hThis sensor meas

113BList of sensors+1.1V VTT 26h Voltage 02hThreshold 01hVID=1.025~1.22R, T - - [u,l][nr,c,nc]As & DeAnalog A - 0.2 01hThis sensor measures voltag

114BIPMI Commands and Managed SensorsOEM ActiveBoot Flash 2Bh OEM EEhSensor-specific 6Fh 0 or 100h00hThe cause of reset: [7:0] -00h = CFD Timer was i

115BList of sensorsIPMC Watchdog 2Dh OEM EDhDigital discrete 03h N/A 01h - -State AssertedAs Yes A X 0.2 01hSensor SDR states that this sensor does no

116BIPMI Commands and Managed Sensors+3.3V AMCFail734hPower Supply08hDigitalDiscrete03h0 or 1 01h _ _State AssertedAs & DeYes A _ 0.2 01h1 0Deasse

117BList of sensorsENET Link 0 (Ethernet linkfor FRONT/REAR port) 3Dhslot or connector21hDigitalDiscrete03h 0 or 1 01h _ _State AssertedAs & De Ye

118BIPMI Commands and Managed SensorsEventLogDisabled44hEvent Logging Disabled 10hSensor Specific 6FhN/A02hFFh-Log Area Reset ClearedAs Yes A X 0.2 01

119BList of sensorsN/A00h -Event Data 3 (for both event offsets 0h, 1h):[7:6] – Rsvd.[5:4] – Ch #[3:0] – DIMM numberCorrectable ECC/ other correctable

TitlePreface12

120BIPMI Commands and Managed SensorsSys FWProgress847hSystem Firmware progress 0FhSensor Specific 6Fh N/A00hSee System Firmware Progress sensor in Ta

121BList of sensorsOEM HPMEvent 4Bh OEM EFhSensor Specific 6Fh N/A00h 00h 00hBoot Record CorruptionAs - --N/A03hAfter the application code starts, the

122BIPMI Commands and Managed SensorsOEM CFD Watchdog4ChWatchdog 2 23hSensor Specific 6FhN/A 03h - -Power CycleAs - - - N/A 03hOEM Shmc_HA_State 4Dh O

BOEM sensor details123OEM sensor detailsThis section provides details about the OEM managed sensors listed in Table 35 on page 105.OEM Payload Reset s

BIPMI Commands and Managed Sensors124Temperature sensor detailsThis section describes temperature sensors which require initial configuration support

BSensor alarm troubleshooting125IOH Die temperature sensor (10h)The Intel 5520 IOH provides an on-die temperature measurement which can be accessed vi

BIPMI Commands and Managed Sensors12607h SPD DIMM A0 TempMinor temperature highTemperature over 72°C threshold.Monitor to see if the alarm worsens.Maj

BSensor alarm troubleshooting12709h SPD DIMM A2 TempMinor temperature highTemperature over 72°C threshold.Monitor to see if the alarm worsens.Major te

BIPMI Commands and Managed Sensors1280Bh SPD DIMM B1 TempMinor temperature highTemperature over 72°C threshold.Monitor to see if the alarm worsens.Maj

BSensor alarm troubleshooting1290Dh SPD DIMM C0 TempMinor temperature highTemperature over 72°C threshold.Monitor to see if the alarm worsens.Major te

131PRODUCT OVERVIEWThePromentumATCA‐4500,ATCA‐4550,andATCA‐4555ComputeProcessingModules(CPMs)arehigh‐performancegeneral‐purposecomputing

BIPMI Commands and Managed Sensors13010h IOH Die Temp Minor temperature highTemperature over -20 threshold. Monitor to see if the alarm worsens.Major

BSensor alarm troubleshooting13113h CPU ProcHot Minor temperature highTemperature over 65°C threshold.Monitor to see if the alarm worsens.Major temper

BIPMI Commands and Managed Sensors13219h +12V Minor voltage high Voltage over 12.6V threshold; CPM will not go into M4 state.1Monitor to see if the al

BSensor alarm troubleshooting1331Ch +3.3V IPMI Minor voltage high Voltage over 3.47V threshold; CPM will not go into M4 state.1Monitor to see if the a

BIPMI Commands and Managed Sensors1341Fh +1.8V_CPU Minor voltage high Voltage over 1.89V threshold; CPM will not go into M4 state.1Monitor to see if t

BSensor alarm troubleshooting13522h +1.5V Minor voltage high Voltage over 1.58V threshold; CPM will not go into M4 state.1Monitor to see if the alarm

BIPMI Commands and Managed Sensors13625h +1.1V Minor voltage high Voltage over 1.17V threshold; CPM will not go into M4 state.1Monitor to see if the a

BSensor alarm troubleshooting13728h +1.0V_FRONT Minor voltage high Voltage over 1.05V threshold; CPM will not go into M4 state.1Monitor to see if the

BIPMI Commands and Managed Sensors13831h +12V RTM PwrFailN/A Power problem Monitor to see if the alarm worsens or is persistent for more than 1 day. I

BTemperature sensor locations139Temperature sensor locationsAs shown in Figure 18, the CPM uses I2C busses 2 and 3 to access internal temperature info

1Product Overview14Block diagramFigure 1illustratestheCPM’smajorfunctionalblocks.Chapter4,ComponentsandSubsystems,onpage 31containsdeta

BIPMI Commands and Managed Sensors140

141CCONNECTOR PINOUTS AND JUMPER SETTINGSFront panel interfacesThefrontUSBandEthernetinterfacesarestandardandnotdetailedhere.Theconsoles

CConnector Pinouts and Jumper Settings142Backplane interfacesBackplane connectivity summaryThissectiondescribesthebackplaneinterfaceconnectivity

CZone 1 P10 connector pinout143Zone 1 P10 connector pinoutTable 42. Zone 1 contact assignments, P10Contact Designation DescriptionMating sequence1 Res

CConnector Pinouts and Jumper Settings144Zone 2 J20 connector pinout 31 EARLY_B –48 Volt Early B–48 Volt input, Feed B prechargeFirst32 ENABLE_A Enab

CZone 2 J23 connector pinout145Zone 2 J23 connector pinoutTable 44. Backplane connector J23 signalsRow Interface designation AB CD EF GH1 Fabric Chann

CConnector Pinouts and Jumper Settings146RTM interface pinoutZone 3 J30 connector pinoutZone 3 J31 connector pinoutTable 45. RTM connector J30 signals

CAMC connector pinout147AMC connector pinoutTable 47. AMC connector pinoutPin AMC pin name Source Description1GND Logic Ground2MB_PWR Carrier Payload

CConnector Pinouts and Jumper Settings14840 GND Logic Ground41 MB_ENABLE# Carrier AMC Enable42MB_PWR Payload Power43GND Logic Ground44MB_RX4+ AMC PCIe

CAMC connector pinout14979 GND Logic Ground80MB_FCLKA+ Carrier Fabric Clock A+100 MHz clock from PCI Express clock generator81MB_FCLKA– Carrier Fabric

1Quad-core processor with integrated memory controller15Quad-core processor with integrated memory controllerForcentralprocessingoperations,theAT

CConnector Pinouts and Jumper Settings150119 GND Logic Ground120MB_RX13– AMC Update channel RX from AMC to Slow Path Buffer121MB_RX13+ AMC Update chan

CAMC connector pinout151157 MB_RX19+ AMC SERDES RX from AMC through CPM to RTM158GND Logic Ground159MB_TX20– Carrier SERDES TX from RTM through CPM to

CConnector Pinouts and Jumper Settings152Jumper settingsFigure 20showsthephysicallocationofthestrappingheader,andTable 48describestheeffe

153DFRU INFORMATIONFRUinformationisstoredinnon‐volatilememoryandisusedbytheIPMCtolocateandcommunicatewiththeavailableFRUs.TheCPM

DFRU Information154CPM and FRU device IDsTheCPMIPMCcontainsuniqueidentificationinformation.Table 49andTable 50describethoseidentifiers.Ta

155ELOW-LEVEL HARDWARE MAPThisappendixprovidesdetailsfortheCPMinputandoutput,mainmemorymaps,andSMBusmaps.Additionalinformationispro

ELow-Level Hardware Map156ICH10R I/O Controller HubSATA 3A55h 22 0 0 N.A. YesVECI 3A51h 23 0 0 N.A.LAN 3A7Ch 25 0 0 N.A. NoUSB UHCI #4 3A67h 26 0 0 N.

EPCI bus device map157QPI Physical 1 2C15h 2 5 N.A.Intel Xeon L5518 CPU Integrated Memory ControllerRegisters 2C18h 3 0 N.A.Target Address Decoder 2C1

ELow-Level Hardware Map158InterruptsThissectiondescribesI/Ocontrollerhubinterrupts,APICinterruptmapping,andPICinterruptmapping.I/O contro

EAPIC interrupt mapping159APIC interrupt mappingTable 52liststheAPICinterruptmappingfortheCPM.Table 52. APIC interrupt mappingICH APIC IRQ# So

1Product Overview16Hardware managementThefunctionandoperationoftheCPMhardwaremanagementsubsystemiscontrolledbytheIntelligentPlatformMa

ELow-Level Hardware Map160PIC interrupt mappingTable 53liststhesignalsconnectedtothe8259‐compatibleprogrammableinterruptcontroller.Table 53.

EI/O map161I/O mapThehubinterfacecyclesthatgototargetrangesthataremarkedas“RESERVED”arenotdecodedbytheICH;theyarepassedtotheP

ELow-Level Hardware Map16281h–83h DMA Controller DMA Controller DMA ICH10R84h–86h DMA Controller DMA Controller, or LPC, or PCI DMA ICH10R87h DMA Cont

EI2C and SMBus map163I2C and SMBus mapFigure 21illustratestheSMBusconnectionsandaddresses,whicharelistedinTable 55onpage 164.Figure 21. I

ELow-Level Hardware Map164Table 55. I2C and SMBus device addressesDevice Master / slave Bus # Read address Write addressIPMC EEPROM Slave 2 A1h A0hIPM

EI2C and SMBus map165PCA9555 (AMC PCIe and RTM PCIe0)Slave IOH SMBus 41h 40hPCA9555 (RTM PCIe1) Slave IOH SMBus 43h 42haThe three geographical pins GA

ELow-Level Hardware Map166

167FBIOSCLI2 COMMANDSThisappendixdescribesthecommandoptionsandusageforthebioscli2utility.SeeCommandlineutilityforchangingBIOSsettin

FBIOSCLI2 commands168Advanced commands‐edExportonlineBIOSsettingstoadatabase/inifile.bioscli2‐edbiosdb.ini‐idImportonlineBIOSsettingsfrom

FTroubleshooting169TroubleshootingTable 56listsbioscli2erro rmessages,alongwithadescriptionoftherelatederrorconditionandthecorrective

172INSTALLING MEMORY MODULESSupported DIMM combinationsThereareeightDIMMsockets(dualinlinememorymodules)ontheCPMforinstallingVLPDDR3re

FBIOSCLI2 commands170

171GCONFIGURE iSCSI BOOTThisappendixdescribeshowtoconfigureaniSCSIbootdevice.ItappliestoanATCA‐4500,ATCA‐4550,orATCA‐4555CPMwithan

GConfigure iSCSI Boot172Configure the Intel iSCSI boot firmware to connect to the iSCSI device1. WhentheCPMreboots,pressCTRL‐DtoentertheIntel

GInstall Red Hat Enterprise Linux173Install Red Hat Enterprise Linux1. AftertheRHELDVDboots,enterthefollowingcommand:linuxtextconsole=ttyS0

GConfigure iSCSI Boot174Install support packages1. ExtractthecontentsofthePromentumsoftwareinstallationtarballcontainingthesupportpackages

2Installing Memory Modules18Mismatched DIMM combinations and SEL error eventsAmemoryinitializationerroroccursifmemorychannelsarenotconsisten

2Installing the memory cards19Installing the memory cards1. OpentheDIMMsocketejectorlatchesbypushingthemoutward.SeeFigure 4.Figure 4. DIMM

2Release historyVersion Date Description-0000 August 2009 First edition.-0001 August 2010 Second edition. New features and modifications.-0002 October

2Installing Memory Modules20Testing installed memoryAftertheDIMMsareinstalledandtheCPMisinstalledintheshelf,verifythattheexpectedmemo

2Running a memory test21Thefollowingisanexampleofmemtestoutput:Shell>memtestLOOP:Startingpass1START:TestingMemoryRegion0x8000‐

2Installing Memory Modules22

233LEDS AND EXTERNAL INTERFACESThischapterdescribestheexternalindicators,switches,andportsfortheCPM.Front panel LEDs, buttons, and portsFi

3LEDs and External Interfaces24TheCPMhasametalfrontpanelthatservesasanEMI/RFIbarrierandprovidesaccesstofrontpanelportsandPICMG3.

3Front panel LEDs, buttons, and ports25Figure 6. ATCA-4500, ATCA-4550, ATCA-4555 CPM front panel features ThumbscrewEjector latchReset buttonUSB port

3LEDs and External Interfaces26Front panel LEDsTable 2describesthefrontpanelstatusandactivityLEDs.TheIPMCusesGPIOpinstocontrolthehot

3AMC bay27Serial RS-232 connectorAnexternalcomputercanbeattachedtotheCPMbyconnectingashieldedRJ‐45cabletothecomputerandthefrontpa

3LEDs and External Interfaces28Backplane interfaces BackplaneconnectorJ23istheATCAdatatransportconnector,whichprovidesZone2 connectionsf

3Rear transition module (RTM) interface29Rear transition module (RTM) interfaceTheCPMincludesthestandardZone3backplaneinterfacetoprovidecon

3Preface...

3LEDs and External Interfaces30

314COMPONENTS AND SUBSYSTEMSThischapterdiscussestheCPM’smajorcomponentsandsubsystems.Processor and memory controllerTheCPMsupportsvariousv

4Components and Subsystems32TheCPUincludesasingledigitalthermalsensor(DTS)thatcontinuouslymeasuresthetemperatureateachprocessingcore

4Quick path interconnect332x refresh modeTheCPUdoublestherefreshratetothememorychannelstobetterpreservethedatawhentheDRAMisoperatin

4Components and Subsystems34DDR3 SDRAMTheCPMhas8VLPDIMMsocketsforregisteredDDR3SDRAMmodules.TheseDIMMsocketsaregroupedintothreeinde

4Redundant user flash35Redundant user flashTheCPMoptionallyincludestwobanksofuserflashmemor ywithupto16GBstoragecapacityforeachbank

4Components and Subsystems36I/O hub to PCI Express devicesTheCPMincludesanIntel5520chipsetI/Ohub(IOH)thatprovidesthebridgebetweenthePC

4USB controller37USB controllerTheICHcontainstwouniversalhostcontrollerinterface(UHCI)controllersandtwoenhancedcontrollerhostinterface

4Components and Subsystems38Real-time clockTheICHincludesanintegratedreal‐timeclock(RTC)thatkeepstrackofthetimeofdayanddate.TheRTC

4Super I/O chip39TheICHSMBusconsistsofatransmitdatapathandhostcontroller.Thetransmitdatapathprovidesthedataflowlogicneededtoimp

4Table of ContentsSuper I/O chip...

4Components and Subsystems40Figure 7. SAS/SATA multiplexer connectionsEthernet controllers and interfacesGigabit Ethernet interfacesTheCPMusestwod

410-gigabit Ethernet Fabric interface41Base InterfaceTheBasecontrollerisconfiguredforMDI(copper),providing1000Base‐T,100‐Base‐TX,and10Base

4Components and Subsystems42DependingontheinterfaceE‐Keying,Fabricchannel1isconfiguredasoneoftheseoptions:•A10GBase‐BX4(orKX4)conne

410-gigabit Ethernet Fabric interface43Figure 8. Ethernet Fabric interfaceMultiplexerMultiplexerMultiplexerMultiplexer10GbE Fabric ConfigurationGbE Fa

4Components and Subsystems44AMC bayTheCPMsupportsoneAdvancedMezzanineCard(AMC)baythatiscompliantwiththeAMC.0,AMC.1(PCIExpress),AMC.2

4AMC bay45TheCPM’sIPMCprovidesintelligentplatformmanagement(IPM)connectivitybetweenthebackplaneIPMBandtheAMC’slocalIPMB(IPMB‐L).Dep

4Components and Subsystems46Update channel connections to the AMC bayTheupdatechannelonthebackplanehasbothfast(channel0)andslow(channel4

4Update channel connections to the AMC bay47TheconnectionstoPort13ofeachAMCbayareusedforsingle‐endedgeneral‐purposeI/O(GPIO)signals.T

4Components and Subsystems48Intelligent Platform Management ControllerTheIntelligentPlatformManagementController(IPMC)monitorsthehealthofthe

495HARDWARE MANAGEMENTThehardwaremanagementsubsystemincludestheIntelligentPlatformManagementController(IPMC),themanagedsensors,andthec

5Table of ContentsAppendix A: Specifications ...

5Hardware Management50IPMC descriptionThehardwaremanagementsystemoftheCPMiscontrolledbyanIPMC,whichcomprisesamicrocontroller,anIPMCF

5IPMC FPGA51IPMC FPGATheIPMCFPGAconsistsofaLatticeLF XP6CF256I‐3FPGAthatisusedtoprovideGeneralPurposeI/O(GPIO)expansionfortheIPMC

5Hardware Management52Redundant firmware imagesTheH8microcontrollerfirmwareimageiscomposedofasinglebootimageanddualredundantapplication

5Summary of IPMC controls53Summary of IPMC controlsTheIPMCmanagesresets,powerstates,andIPMBisolationfortheCPManditsAMCandRTM.Theoutp

5Hardware Management54RTM controlsTheIPMCmanagestheRTMcontrolslistedinTable 12.Overview of sensor managementTheIPMCsensorsmonitorvoltages

5CPM resets55CPM resetsTheCPMsupportsonlycoldandpowergoodresets.Anywarmresetsourcesareconvertedtoacoldresetbythe legacyFPGA.Cold

5Hardware Management56Reset source monitorTheRST_SRCinputsoftheIPMCareusedtomonitorthevariousresetsourcesontheboard.Whenoneofthei

5Watchdog timers57Watchdog timersTheCPMprovidesfourwatchdogtimers(seeTable 15)tohelppreventtheboardfromenteringanunrecoverablestate.

5Hardware Management58IPMC watchdogTheIPMCFPGAincludesahardwarewatchdogtimer,referredtoasWatchdog2.ThiswatchdogpreventsIPMChardwareo

5Hot swap of the CPM and managed FRUs59Hot swap of the CPM and managed FRUsTheCPManditsmanagedFRUsarehot‐swapcapableandmeetthehot‐swapreq

6Table of Contents

5Hardware Management60Updatechannel0isconsideredthe“fastpath”updateportandconnectstheAMCbayport12totheZone2connector.ItisE‐Key

5E-Key control of interfaces61AsanAMCcarrier,theCPMIPMCworkswiththeAMC’smodulemanagementcontroller(MMC)tomatchtheportsontheAMC’s

5Hardware Management62IPMI-over-LANAremotemanagementapplicationcanestablishanIPMI‐over‐LANsessionwiththeIPMC.TheIPMCisremotelyaccessib

5Configuring IPMI-over-LAN access63IPMI-over-LAN basic configuration stepsFromtheLinuxprompt:1. SettheIPaddressforaBaseinterfacechannelor

5Hardware Management64IPMI-over-LAN additional configuration stepsIfIPMI‐over‐LANdoesnotworkafterperformingthebasicsteps:1. Settheuserpri

5Serial-over-LAN65Serial-over-LANSerial‐over‐LAN(SOL)isthespecificationofpacketformatsandprotocolsfortransmittingserialdataoveraLANus

5Hardware Management66Figure 14. Serial-over-LAN – no cables attachedIfaserialcableisattachedtotheRTMonly,theSuperI/OCOM2isselectedto

5Serial-over-LAN67Figure 16. Serial-over-LAN – cable installed for front onlyIfserialcablesareat tachedforboththefrontmoduleandtheRTM,the

5Hardware Management68Table 20summarizestheSOLserialportconnections.CabledetectionisprovidedbyanIntersilISL4243ERS‐232transceiver.When

5Establishing a SOL session69Establishing a SOL sessionPrerequisite:ThisprocedureassumesthattherequiredsetupforIPMI‐over‐LANhasbeendoneon

7PREFACEAbout this manualThismanualdescribesthePromentum®ATCA‐4500,ATCA‐4550,andATCA‐4555computeprocessingmodules(CPM),whichoffercompli

5Hardware Management70

716SYSTEM BIOSThesystemBIOSisbasedonAMIBIOS®fromAmericanMegaTrendsandisadaptedbyRadiSys.TheBIOSsetuputilityappearanceresemblesal

6System BIOS72Note:AdescriptionofeachmenuoptionappearsintheupperrightcorneroftheBIOSsetupscreen.ContactRadiSyssupportifadditiona

6Command line utility for changing BIOS settings73Command line utility for changing BIOS settingsUsethebioscli2utilitytoviewandchangeEFIBIOS

6System BIOS74Creating a custom BIOS imageThefollowingproceduresexplainhowtoextractandrestoreaBIOSimagethatincludesyourcustomsettings.

6Configuring the front or rear Ethernet ports75Configuring the front or rear Ethernet portsFrontorrearEthernetportsareconfiguredintheBIOSset

6System BIOS76BIOS event and error reportingTheBIOSsendstheseeventstotheIPMCduringBIOSstart‐up,earlyPOSTtasks,andexecution:•Systemeven

6Correctable and uncorrectable memory error logging775. Asoftware‐maintainedcounterisincrementedwheneveracorrectablememoryerrorSMIoccurs.I

6System BIOS78Accessing the SELMessagesintheSELareview edusingthersys‐ipmitoolutility.Forexample,toviewthesystemSELfromasystemthat

6SEL event codes79Memory 0Ch FFh Memory initialization errorEvent Data 1:A4h Memory device disabledA7h Configuration errorEvent Data 2:[7:6] Reserved[

TitlePreface8Notational conventionsThismanualusesthefollowingconventionsAllnumbersaredecimalunlessotherwisestated.Electrostatic discharge

6System BIOS80System firmware progress0Fh 00h System firmware error (POST error)The Event Data 2 field can be used to provide an event extension code,

6SEL event codes81System firmware progress (continued)0Fh (continued) 02h System firmware progressThe Event Data 2 field can be used to provide an eve

6System BIOS82System firmware progress (continued)0Fh (continued) 00h Supercap discharge detectedEvent Data 1: A0h System firmware errorEvent Data 2:

6SEL event codes83Critical interrupt13h 00h Front panel NMI/diagnostic interrupt01h Bus timeout02h I/O channel check NMI03h Software NMI04h PCI PERR (

6System BIOS84Critical interrupt13h0Ah Event Data 1: A4h bus fatal errorEvent Data 2: 04h error type – IOH QPI errorEvent Data 3:0Bh C0 - Intel QPI li

857MAINTENANCE AND TROUBLESHOOTINGField replaceable units (FRUs)ThefollowingCPM‐relateditemscanbeinstalledorreplaced:•TheCPMitself.Forinst

7Maintenance and Troubleshooting86WARNING! • Never force open a locking ejector latch. The locking mechanism must be disengaged to release the latch o

7Overview of firmware updates87Important:IftheCPMisinstalledinlogicalslot1(slotaddress0x82)fora2‐slotshelf,theCPMbydefaultassumes

7Maintenance and Troubleshooting88•ByspecifyingtheCPM’sBaseinterfaceIPaddressintheupgradecommands.Thismethodisavailablewhenaccessto

7General troubleshooting tips89General troubleshooting tipsWhentheCPMdoesnotperformasexpected,lookforsymptomsthatmightclarifythecause.

TitleWhere to get more product information9Where to get more product informationVisittheRadiSysWebsiteatwww.radisys.comforproductinformation

7Maintenance and Troubleshooting90The CPM or another module overheats.• Verify that a generic front panel is not installed in the shelf. Instead, empt

91ASPECIFICATIONSEnvironmental specificationsRadiSysdoesnotprovideenvironmentalcertificationtestingbecauseanymeaningfulemissionsagencycert

ASpecifications92Safety specificationsThesafetyspecificationsaremeasured underlaborator yambienttemperatureandhumidity(approximately25C

AElectromagnetic compatibility (EMC)93Electromagnetic compatibility (EMC)TheESD,EMC,andImmunityspecificationsaremeasuredwithambienttemperatu

ASpecifications94Power consumptionMean time between failures (MTBF)•CalculationType:MTBF/FITrate• Standard:Telcordi aStandardSR‐332Issue2• Me

AGeneral assumptions95General assumptions• Componentfailureratesareconstant.•Board‐to‐systeminterconnectsareincludedwithinestimates.•Non‐elec

ASpecifications96

97BIPMI COMMANDS AND MANAGED SENSORSSupported IPMI commandsTable 33 lists the supported IPMI commands.Table 33. Supported IPMI commandsMessage command

BIPMI Commands and Managed Sensors98Set Event Receiver S/E (0x04) 0x00Get Event Receiver S/E (0x04) 0x01Platform Event (a.k.a “Event Message”) S/E (0x

BSupported IPMI commands991Completion code flags for bits 2, 3, 4 and 6 of byte 3 are not supported for the CPM, so those bits should be 0. See the In