Dell R710 owner manual 105, Removing and Installing the Optical Drive Optical drive

Page 105

7If not already done, connect the power and interface cables from the optical drive to the system board connectors.

a Connect the power cable to the DVD/TBU_PWR connector on the front of the system board below the fan bracket. See Figure 6-2for the location of the connector.

b Route the interface cable along the inside right wall of the chassis. See "Cable Routing" and Figure 3-16 for the 2.5-inch backplane chassis or Figure 3-17 for the 3.5-inch backplane chassis.

c Connect the cable to the SATA_A connector on the system board. See Figure 6-2 for the location of the connector.

8Close the system. See "Closing the System."

9Replace the bezel. See "Installing the Front Bezel."

10Reconnect your system and peripherals to their electrical outlets, and turn on the system.

Figure 3-15. Removing and Installing the Optical Drive

2

1

3

4

1

optical drive

2

optical-drive interface cable

3

power cable

4

optical-drive release tab

Installing System Components

105

Image 105
Contents Dell PowerEdge R710 Systems September Contents Entering the Uefi Boot Manager Using the Uefi Boot Manager Processor Settings ScreenUefi Boot Manager Screen Uefi Boot Settings Screen Using the System Password Using the Setup PasswordEntering the iDRAC Configuration Utility Removing the Front Bezel Installing the Front BezelInstalling a Hard Drive Into a Hard-Drive Installing the Optical Drive Removing the Cooling Shroud Installing the Cooling ShroudRemoving the Fan Bracket Replacing the Fan BracketGeneral Memory Module Installation Installing the Integrated Storage107 112Installing the Control Panel Display Module Replacing the System BatteryInstalling the Control Panel Board Installing a SAS Backplane155 System Diagnostics Features159 160177 Accessing System Features During Startup Front-Panel Features and Indicators 2.5-Inch Chassis Front-Panel Features and IndicatorsPower button is not accessible Power-on indicatorPower button causes the system to Power to the system is turned offLCD panel displays an error System error messagesIndicator on the back flash blue until LCD menuButtons Description Left LCD Panel FeaturesHome Screen Setup MenuView Menu Hard-Drive Indicator Patterns for RAID CarrierDuring this time Back Panel Features and Indicators Profile, 24.13-cm 9.5-in lengthHeight, 24.13-cm 9.5-in length or Indicator, Button, or Power Indicator Codes Power Supply Status Indicator Power supply status NIC Indicator CodesLCD Status Messages Viewing Status MessagesRemoving LCD Status Messages Disabled ErrorRange. Power BatteryFault. Power E122C CPU PowerE1229 Reseat CPUCPU or Bios CPU configurError. Power E1313 FanPower cycle Parity errorCheck error E1610 Power SupplyPower error E1620 Power SupplyE1624 Lost power E1626 Power SupplyError. Review Error on BusE1711 PCI parity ## Device ##E1716 Chipset Ierr E1715 Fatal I/OBus ## Dev ## E1717Configuration Fault. ReviewReconfigure E171F PCIe fatalBut unusable Check DIMMs E2013 Bios unable ConfiguredE1A14 SAS cable a CheckTimer error E2017 Timer refreshE2019 Parity error. Parity error E2014E201A SuperIO ConfigurE201B Keyboard E201CError on Dimm During Post Check screen Message E2023 Bios unableDisabled on E2022 GeneralW1627 Power ErrorsI1911 LCD Log Full Check SEL toSystem Messages Power required RebootingAlert! iDRAC6 not RespondingSystem boot Alert! PowerMemory disabled Fatal errorNvramclr jumper is installed on system board Bios UpdateCPU x installed Attempt FailedBootable media is Current boot modeConfiguration on Is set to UefiGate A20 failure Please run SetupInvalid InformationDisabled. If Accessible USBLocal keyboard May not workInstalled Pairs. Pairs must Be matched Size Geometry Mirror modeMemory odd/even Logic failure atNo timer tick No boot deviceInterrupt PCI Bios failed To installPlug & Play Read faultQuad rank Dimm Detected afterSata port Seek errorDevice auto Seek operationDIMMs should Setup programFollowing DIMMs should Match in size Following DIMMs shouldWill now reset Timer chipCounter 2 failed Honored. SystemProtected mode System ServicesUnable to launch Image. SystemWhen in mirror or InstalledError has caused System resetConfiguration is System will RebootRecommended Memory Configuration PerformanceWrite fault Diagnostics MessagesWrite fault on Alert MessagesOther Information You May Need Using the System Setup Program and Uefi Boot Manager Choosing the System Boot ModeResponding to Error Messages Entering the System Setup ProgramUsing the System Setup Program Navigation Keys System if any changes were madeSystem Setup Options Memory Settings ScreenMain Screen Boot Settings Option Description Sata SettingsBoot devices. See Boot Settings Screen Fans, and memory modules with preconfigured orMemory Settings Screen Sata Settings Screen Processor Settings ScreenBoot Settings Screen Integrated Devices Screen Serial Communication Screen PCI IRQ Assignments ScreenEmbedded Server Management Screen Power Management Screen System Security Screen Exit Screen Enables or disables the NMI featureUsing the Uefi Boot Manager Navigation Keys Entering the Uefi Boot ManagerDisplays the Uefi Boot Manager help file Other program screensUefi Boot Manager Screen Uefi Boot Settings ScreenSystem Utilities Screen Using the System Password System and Setup Password FeaturesUsing the System Setup Program and Uefi Boot Manager Using the Setup Password IDRAC Configuration Utility Entering the iDRAC Configuration Utility Installing System Components Recommended ToolsInside the System Page Removing the Front Bezel Front Bezel OptionalInformation Tag Installing the Front BezelRemoving the Information Tag Replacing the Information TagOpening the System Opening and Closing the SystemClosing the System Lift up the latch on the coverChassis hooks Hard DrivesRemoving a Hard-Drive Blank Mixed SAS/SATA Hard-Drive ConfigurationsRemoving a Hot-Swap Hard Drive Installing a Hard-Drive BlankInstalling a Hot-Swap Hard Drive Removing a Hard Drive From a Hard-Drive Carrier Installing a Hard Drive Into a Hard-Drive CarrierSAS screw hole Removing a Power Supply Power SuppliesReplacing a Power Supply Installing the Power Supply Blank Removing the Power Supply BlankInstalling the Internal SD Module Internal SD ModuleRelease tab Internal SD module connector Control panel boardInstalling the Internal SD Flash Card Internal SD Flash CardRemoving the Internal SD Module Removing the Internal SD Flash Card Internal USB Memory KeyUSB memory key Removing or Installing a USB Memory Key Control panel boardRemove the USB cable from the connector on the system board Installing the Internal USB CableInternal USB Cable Removing the Internal USB CableInstalling an iDRAC6 Enterprise Card Removing an iDRAC6 Enterprise Card CardRetention standoff posts VFlash Media Optional NIC Hardware Key Cooling Shroud Removing the Cooling Shroud Processors Installing System ComponentsCooling Fans Installing the Cooling ShroudRemoving a Cooling Fan Open the system. See Opening the System 100Replacing a Cooling Fan 101Fan bracket Removing the Fan Bracket Optical Drive Fan connector on system boardReplacing the Fan Bracket 103Removing the Optical Drive Installing the Optical Drive105 15. Removing and Installing the Optical Drive Optical drive106 Sataa connector Cable retention bracketInstalling the Tape Backup Unit Internal Tape Backup UnitCable retention bracket Sataa connector 107Installing System Components 109 Removing the Tape Backup Unit 111 Integrated Storage Controller CardRemoving the Integrated Storage Controller Card Installing the Integrated Storage Controller Card113 SAS B connector on backplane SAS a connector on backplane114 115 Removing a RAID Battery RAID Battery117 Installing a RAID BatteryRemoving the Cable Retention Bracket Cable Routing118 Chassis slots TabExpansion Card Installation Guidelines Installing the Cable Retention BracketExpansion Cards and Expansion-Card Risers 119120 Installing an Expansion Card121 Removing an Expansion Card Removing Expansion-Card Riser 123Expansion card Replacing Expansion-Card Riser 125 Replacing Expansion-Card Riser 127 Replacing the Riser 2 Board on the Expansion-Card Bracket Tab slotScrew General Memory Module Installation Guidelines System Memory129 Installing System Components 131 Mode-Specific Guidelines132 Module Memory Mode Size OptimizerDual Processor GB1133 Module Memory Mode Size Advanced VacantGB1 Vacant Mirroring Vacant GB1Sample Udimm Memory Configurations Per Processor Installing Memory Modules134 Advanced Vacant135 30. Installing and Removing a Memory Module Memory moduleRemoving Memory Modules Processors Removing a Processor137 31. Installing and Removing the Heat Sink Heat sink Socket key ZIF socket 139Installing a Processor System Battery Replacing the System Battery141 33. Replacing the System Battery Installing the Control Panel Display Module Control Panel AssemblyExit the System Setup program Removing the Control Panel Display ModuleRemoving the Control Panel Board 144Mounting screws 3 Torx Display module 145 Installing the Control Panel BoardRemoving the SAS Backplane SAS Backplane147 Installing a SAS BackplaneSAS a cable SAS B cable Securing slots Securing tabsRemoving the System Board System Board149 150 Installing the System Board151 152 Troubleshooting External Connections Troubleshooting Your System153 Troubleshooting a USB Device Troubleshooting the Video SubsystemTroubleshooting a Serial I/O Device Troubleshooting a NIC155 Troubleshooting a Wet System 157 Troubleshooting a Damaged SystemTroubleshooting Power Supplies Troubleshooting the System BatteryTroubleshooting System Cooling Problems Ensure that none of the following conditions exist159 Troubleshooting a Fan Troubleshooting System Memory160 161 Troubleshooting an Internal SD Card 163 Troubleshooting an Internal USB Memory KeyTroubleshooting an Optical Drive 165 Troubleshooting a Tape Backup UnitTroubleshooting a Hard Drive 167 Troubleshooting a Storage ControllerTroubleshooting Expansion Cards 169 Troubleshooting the Processors 171 172 System Diagnostics Features Using Dell PowerEdge DiagnosticsRunning the System Diagnostics 173Running the System Diagnostics When to Use the System DiagnosticsSystem Diagnostics Testing Options Select the testing option in the Main Menu windowSelecting Devices for Testing Using the Custom Test OptionsSelecting Diagnostics Options Testing Option Function Information Displays test resultsViewing Information and Results System Board Jumpers Jumpers and ConnectorsPins 2 and 4 The password feature is enabled Default System boot178 179 Jumper Setting DescriptionExpansion-card riser 2 connector System Board ConnectorsExpansion-card riser 1 connector 180181 Power supply connector for PS2 SAS Backplane Board ConnectorsPower supply connector for PS1 182Backplane power Bkpln SAS a connector SAS B connector Drive 0 drive 3 connectorsDrive 3 connector Backplane power Bppwr184 Drive 5 connectorRelease button Jumpers and Connectors Card edge connectorExpansion-Card Riser-Board Components and PCIe Buses 185186 Cm 9.5-in length Pin collars Card edge connectorDisabling a Forgotten Password Cm 9.5-in length Card edge connector187 Jumpers and Connectors 189 Contacting Dell190 191 Amperes AC Alternating currentGlossary CPU Central processing unit. See processor DC Direct current 192193 194 195 196 System memory See RAM 197198 199 200 Index 201Installing into expansion-card bracket Testing options, 174 using Dell PowerEdge203 RAID battery, 116-117 riser 2 into expansion-cardMicroprocessor See processor 205 Removing, 122 riser boards, 185 troubleshootingIndex 207 Upgrades processor208
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R710 specifications

The Dell PowerEdge R710 is a highly versatile and robust server that has been a popular choice for businesses seeking reliable performance and efficient management. Launched as part of Dell’s 11th generation PowerEdge line, the R710 is designed to handle various workloads, making it ideal for virtualization, data analysis, and enterprise applications.

One of the standout features of the R710 is its support for dual Intel Xeon 5500 or 5600 series processors. This capability allows for substantial processing power and improved energy efficiency through Intel’s Nehalem architecture. The server can accommodate up to 128GB of DDR3 RAM across its 16 DIMM slots, delivering the memory capacity needed for demanding applications while also providing the performance enhancements of higher memory speeds.

The R710 also boasts an impressive array of storage options. It supports up to eight 2.5-inch or six 3.5-inch hard drives, which can be configured in various RAID levels for enhanced data protection and performance. The server is compatible with both SAS and SATA drives, providing flexibility for different storage needs. Additionally, the optional PERC (PowerEdge RAID Controller) allows for enhanced RAID configurations, ensuring data integrity and performance optimization.

In terms of connectivity, the Dell R710 comes equipped with four Gigabit Ethernet ports for high-speed networking. This connectivity facilitates effective communication in virtualized and clustered environments. The server is also built with optional iDRAC (Integrated Dell Remote Access Controller) technology, which provides administrators with advanced management capabilities, remote control, and monitoring features that simplify server administration, minimize downtime, and enhance overall productivity.

Thermal efficiency is another key characteristic of the R710. Its innovative cooling design features intelligent fans that optimize airflow based on workload demands, ensuring that the system runs at optimal temperatures while minimizing energy consumption. This contributes to reduced operating costs and a smaller environmental footprint.

The modular design of the R710 allows for easy upgrades and maintenance, making it a practical option for IT departments. The server’s support for various operating systems, including Windows Server and various distributions of Linux, ensures compatibility with diverse environments.

In summary, the Dell PowerEdge R710 is an enterprise-class server that balances power, flexibility, and efficient management features. With its dual-processor capability, extensive memory options, robust storage configurations, and advanced management tools, it remains a solid choice for organizations looking to streamline their IT operations and enhance performance.