Dell R905, HX574 owner manual SAS 2.5-Inch Peripheral Interposer Board, 177, Backplane power

Page 177

Figure 6-4. SAS Backplane Board Connectors: 2.5-inch Option

2

1

3

1

SAS B

2 SAS A

3

backplane power

 

SAS 2.5-Inch Peripheral Interposer Board

In addition to the backplane, systems with 2.5-inch drives also have a peripheral interposer board.

Jumpers and Connectors

177

Image 177
Contents Dell PowerEdge R905 December HX574 Contents Memory Information Screen Entering the BMC Setup Module BMC Setup Module OptionsIntegrated Devices Screen Serial Communication Screen Removing and Replacing the OptionalRemoving the Riser Board Replacing the Riser Board Opening and Closing the SystemInstalling Memory Modules Removing Memory Modules General Memory Module InstallationConfiguring the Boot Device Installing a Hot-Plug Hard Drive114 Connecting an External Fibre Channel Storage115 118Troubleshooting a Wet System 152 Checking Basic Power Problems 144139 Replacing the PEM Board 140171 167179 About Your System Other Information You May NeedAccessing System Features During Startup Front-Panel Features and Indicators InformationFor the integrated NIC After the power button is pressed Power button Supply output to the systemACPI-compliant operating system, Running an ACPI-compliant operatingTemperature, or hard drives With power supplies, fans, systemLCD display lights amber when LCD display lights amber regardlessHard-Drive Indicator Codes Off Back-Panel Features and IndicatorsBack-Panel Features and Indicators Video connector Connecting External DevicesOperational Power Indicator CodesFlickering Or shutting downLink indicator NIC Indicator CodesLCD Status Messages NetworkNetwork data is being sent or received Call Support E1114 Temp Ambient E1000E1210 Cmos Batt E1211 Romb BattE122D E122AE122E E122F 5V PwrGdRedundancy E1313 FanE1414 ThermtripE141F CPU Protocol E141C CPU MismatchE1420 CPU Bus Perr E1421 CPU InitLost E161C PS # InputE1620 PS # Input RangeE1712 PCI Serr B## D## F## E1810 HDD ## FaultE171F Pcie Fatal Err B## D## Err Slot # E1811 HDD ## RbldE1812 HDD ## E2011 Mem ConfigRemoved E1914 DRAC5 Conn2E2017 Timer Fail E2013 Shadow BiosE2018 Prog Timer E2019 Parity ErrorE2020 CPU Config E201F Drac ConfigDisable Dimm E2021 MemoryI1910 Intrusion E2112 Mem SpareI1911 3 ERRs Chk Log I1912 SEL FullRemoving LCD Status Messages Solving Problems Described by LCD Status MessagesW1228 Romb Batt 24hrSystem Messages Configuration Update RemotePlease wait Bios Manufacturing Mode detectedError Remote Error IncorrectAccess Controller Error caused aInvalid Nvram Manufacturing modeResource Re Allocated Invalid PCIe cardNo boot sector on No boot deviceNo timer tick Memory testsWidth is n Actual Link Width Is n PCIe Fatal Error Width ErrorReset Slot n InstallRemote Access Read faultError or incorrect InstalledTimer chip counter Setup programShutdown failure AmountDisabled Faulty DIMMs areMicrocode update More faulty DIMMsWrite fault Diagnostics MessagesWrite fault on Alert MessagesResponding to Error Messages Entering the System Setup ProgramSystem Setup Options Using the System Setup ProgramMain Screen Main System Setup Program Screen Auto default Support information about booting from external devicesDevice installed in the SD card slot will automatically Setup Password on page 57 for more informationMemory Information Screen CPU Information Screen Integrated Devices Screen Enabling AMD PowerNow! TechnologyController On default User Accessible Controller Enabled default Optical DriveNIC1 default Other NICs Enabled MAC AddressSystem Security Screen Serial Communication ScreenThat you restrict access to your system using the system System Security Screen Options Description Setup PasswordPassword feature Changing an existing setup passwordPower is turned off When set to Yes, all the contents of the TPM are clearedTPM are preserved Back up the TPM keys prior to enabling this optionSystem and displays a diagnostic screen System and Setup Password FeaturesEnables or disables the NMI feature Exit ScreenUsing the System Password Using the System Setup Program Using the Setup Password Using the System Setup Program Baseboard Management Controller Configuration Disabling a Forgotten PasswordEntering the BMC Setup Module BMC Setup Module OptionsUsing the System Setup Program Installing System Components Installing System ComponentsInside the System Recommended ToolsProcessor expansion module Removing and Replacing the Optional Front Bezel Removing and Replacing the Optional Front BezelOpening the System Opening and Closing the SystemClosing the System Lift up the latch on the coverChassis hooks Removing a Cooling Fan Cooling FansReplacing a Cooling Fan Removing the Cooling Shroud Assembly Cooling Shroud AssemblyReplacing the Cooling Shroud Assembly Removing a Power Supply Power SuppliesLever release latch Replacing a Power SupplyRemoving the PEM or PEM Shell Processor Expansion ModuleGuide pins Installing and Removing a PEM Processor expansion moduleCooling shroud Handle in service position Installing System ComponentsReplacing the PEM or PEM Shell Expansion Cards Expansion Card Installation GuidelinesFront of system Installing an Expansion CardPage Removing an Expansion Card Riser Board12. Riser Boards Processor riser board Removing the Riser BoardRiser board socket Replacing the Riser BoardRAC Card Installing an Optional RAC Card14. RAC Card Connectors RJ-45 RAC NIC connector Internal USB Memory Key Optional Installing the Optional Internal USB Memory KeyTOE/iSCSI Key Optional 15. Installing a USB Memory Key USB memory key16. Installing a TOE/iSCSI Key TOE/iSCSI key SD Memory Card NIC Daughter Card Installing the NIC Daughter CardNIC daughter card connector Removing the NIC Daughter Card System MemoryGeneral Memory Module Installation Guidelines Memory Modules Number C4, D1, D2, D3, D4 Examples of Four-Processor Memory Configurations Total32 GB Sixteen 2 GB, 800 MHz C7, C8, D1, D2, D3, D4, D5, D6, D7, D8System Size and Speed Memory 128 GB Sixteen 8 GB, 667 MHz Installing Memory Modules19. Installing and Removing a Memory Module Memory module Remove the cooling shroud assemblyRemoving Memory Modules Processors Removing a Processor 20. Removing and Installing the Heat Sink Heat sink Installing a Processor 101Socket 102 103 Installing an Optical DriveLatch Thumbscrew 104105 Hard Drives23. Hard-Drive ID Numbers Before You BeginInstalling a Drive Blank Configuring the Boot DeviceRemoving a Drive Blank 107Removing a Hot-Plug Hard Drive 109 Installing a Hot-Plug Hard DriveReplacing a Hard Drive in a Hard-Drive Carrier SAS Controller Cards Removing a SAS Controller Card111 Internalstorage Installing a SAS Controller CardInstalling the SAS RAID Controller Card Battery 113SAS RAID controller card Connecting an External Fibre Channel Storage Device Connecting an External SAS Tape DriveReplacing the System Battery System BatterySystem battery is a 3.0-volt V, coin-cell battery 115116 27. Replacing the System Battery117 Removing the Control Panel Control Panel Assembly Service-Only Procedure119 Installing the Control PanelRemoving the Chassis Intrusion Switch Chassis Intrusion Switch Service-Only Procedure121 Installing the Chassis Intrusion SwitchRemoving the SAS Backplane SAS Backplane Service-Only Procedure123 124 Backplane power cableInstalling a SAS Backplane Installation alignment slot125 Removing a Peripheral Interposer Board Peripheral Interposer Board127 Retention tab 128Install the peripheral interposer board Replacing a Peripheral Interposer Board129 Removing a Fan Interposer Board Fan Interposer Board Service-Only ProcedureInstalling a Fan Interposer Board 131Tabs Slots Removing the System Board System Board Service-Only Procedure133 Lift the system board out of the chassis 134Retention hook 135 Installing the System BoardInstalling System Components Power Distribution Board Service-Only Procedure Removing the Power Distribution Board137 Screws Retention tabs Installing the Power Distribution BoardProcessor Expansion Module Board Service- Only Procedure Removing the PEM Board139 Replacing the PEM Board 141 142 Start-Up Routine Safety First-For You and Your System143 Start-Up Routine Indications Look/listen for ActionTroubleshooting External Connections Checking Basic Power ProblemsChecking the Equipment 144Monitor is not working properly Video memory is faulty Troubleshooting the Video SubsystemProblem 145146 Troubleshooting the Keyboard or Mouse147 Troubleshooting a Serial I/O Device Troubleshooting Serial I/O Problems149 Troubleshooting a USB Device150 Troubleshooting a NIC NIC cannot communicate with network151 Troubleshooting a Damaged System Troubleshooting a Wet SystemLiquid spilled on the system Excessive humidity System was dropped or damaged 152153 Troubleshooting the System BatteryTroubleshooting Power Supplies Troubleshooting System Cooling Problems Troubleshooting a Fan155 Troubleshooting System Memory 157 Troubleshooting an Optical Drive Troubleshooting a Hard Drive Action Troubleshooting Your System159 Troubleshooting Your System 161 Troubleshooting a SAS Controller or SAS RAID ControllerAction 163 Troubleshooting an External SAS Tape DriveTroubleshooting Expansion Cards 165 Troubleshooting the MicroprocessorsAction System Diagnostics Features Using Dell PowerEdge DiagnosticsWhen to Use the System Diagnostics Running the System DiagnosticsSystem Diagnostics Testing Options Selecting Devices for Testing Using the Custom Test OptionsSelecting Diagnostics Options 169Viewing Information and Results System Board Jumpers System Board Jumper SettingsSystem Board Connectors 173 System Board Connectors174 Connector Label Description Processor Expansion Module Board ConnectorsProcessor 4 socket CONNJn Riser card connector Processor 3 socket Jumpers and ConnectorsPower SAS Backplane Board ConnectorsInstallation alignment slot Power SAS a 176Backplane power SAS 2.5-Inch Peripheral Interposer Board177 178 Contacting Dell 179Getting Help 180 Amperes AC Alternating current 181Celsius 182183 184 185 186 187 188 189 System diskette See bootable diskette System memory See RAM 190TCP/IP Transmission Control Protocol/Internet Protocol 191 192 Index 193Index Back-panel connectors 195Microprocessor See processor Cooling shroud, 69 cover, 65 expansion card 197 Serial communications options System setup program entering
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R905, HX574 specifications

The Dell HX574 R905 server is a robust solution designed for enterprises that demand high performance and reliable scalability. Part of Dell’s PowerEdge lineup, the R905 addresses the requirements of virtualization, cloud computing, and large-scale data processing, making it an attractive choice for various workloads.

One of the notable features of the Dell HX574 R905 is its powerful multi-core processors. Equipped with AMD Opteron processors, it offers up to 16 cores per CPU, allowing for exceptional multi-threading capabilities. This architecture is designed to enhance performance across multiple applications, making it suitable for environments that require significant processing power. The server supports several configurations, enabling businesses to tailor the processing capabilities based on their specific needs.

Memory capacity is another defining characteristic of the R905. The server can support up to 256 GB of RAM, utilizing DDR2 technology. This high memory capacity facilitates running memory-intensive applications smoothly, enabling businesses to maximize their productivity. The server is equipped with eight DIMM slots, giving administrators flexibility in memory expansion.

In terms of storage, the Dell HX574 R905 provides a range of options, supporting both SAS and SATA drives. This allows organizations to achieve a balance between performance and cost-efficiency. With the capacity to house up to 16 drive bays, the R905 ensures that there is ample storage space for high-demand database and application workloads.

The server also features advanced virtualization capabilities. With support for virtualization technologies like VMware and Microsoft Hyper-V, the R905 enables businesses to optimize their resource usage, running multiple virtual machines on a single physical server. This can significantly reduce hardware costs and improve energy efficiency.

Power management is another highlight of the Dell R905. It comes with various energy-efficient features, including the ability to dynamically allocate power based on workload demands. This capability helps organizations to lower their operational costs while ascertaining high availability.

In conclusion, the Dell HX574 R905 server stands out due to its powerful processors, extensive memory support, flexible storage options, and advanced virtualization capabilities. It is a versatile platform for businesses looking to optimize their IT infrastructure while maintaining scalability and efficiency. As demands continue to grow, the R905 remains a reliable choice for organizations seeking to enhance their computing capabilities.