Intel S875WP1-E manual Setting the Bios Configuration Jumper, Connecting Fans, Chassis Intrusion

Page 58

Connecting Fans

Connect the processor’s fan heatsink cable to the processor fan header on the board. Connect the chassis fan cables to the board fan headers. See Figure 21 for fan header locations.

Chassis Intrusion

Connect the chassis intrusion cable from the chassis to the 1 x 2 header on the board.

Connecting Power Cables

CAUTION

Failure to use an ATX12V power supply, or not connecting the 12 V processor core voltage power supply connector to the desktop board may +result in damage to the desktop board and/or power supply.

Figure 21 shows the location of power connectors.

1.Observe the precautions in “Before You Begin” on page 39.

2.Connect the 12 V processor core voltage power supply cable to the 2x2 connector.

3.Connect the main power cable to the 2x10 connector.

Setting the BIOS Configuration Jumper

CAUTION

Always turn off the power and unplug the power cord from the server before changing the jumper. Moving the jumper with the power on may result in unreliable server operation.

J8J2

3

2

1

TP00196

Figure 22. BIOS Configuration Jumper Block Location

58

Intel Server Board S875WP1-E Product Guide

Image 58
Contents Intel Server Board S875WP1-E Product Guide Important Safety Instructions DisclaimerContents Server Board Installation and Upgrades BiosConfiguration Software and Utilities 101Regulatory and Integration Information 107 Industry Canada ICES-003Figures TablesFan Control Configuration Submenu LAN Server Board FeaturesFeature Description SdramBios Server Board Connector and Component Locations Server Board ComponentsBack Panel Connectors Front Panel ConnectorsSupported Processors ProcessorMemory Type Designation System Bus L2 Cache SizeIntel 875P Chipset Intel 82875P Memory Controller Hub MCHIntel 82801EB I/O Controller Hub ICH5-R VideoIntel 82802AC Firmware Hub FWH Video Modes AGP ConnectorATA Rage XL Video Controller Video ModesSuper I/O Video Memory InterfaceParallel Port Keyboard and Mouse ConnectorsSerial Port Floppy Drive ControllerHigh-Speed USB 2.0 Support Legacy USB SupportPCI I/O Subsystem PCI Bus Characteristics32-bit, 33-MHz PCI Subsystem Serial ATA Sata PCI Bus Configuration IDsData Storage Device IDs IdselScsi Hard Drive Activity LED Connector IDE InterfacesNetwork Interface Controller NIC NIC Connector and Status LEDs10/100 Ethernet LAN Connector LEDs LED Color LED State Indicates10/100/1000 Gigabit Ethernet LAN Connector LEDs Power ManagementSoftware Support through Acpi Effects of Pressing the Power Switch under Acpi Wake-up Devices and Events Wake-up Devices and EventsUSB Hardware Support Resume on RingFan Connector Function/Operation Power ConnectorFan Connectors Connector DescriptionLocation of the Standby Power Indicator LED CR7J1 Instantly Available PC TechnologyHardware Management and Monitoring Chassis Intrusion and DetectionPassword Security Supervisor and User Password FunctionsReal-Time Clock, Cmos SRAM, and Battery Recovering the CmosPCI Auto Configuration IDE Auto ConfigurationBios Updates Language SupportCD-ROM and Network Boot Recovering Bios DataBoot Options Custom Splash ScreenBooting Without Attached Devices Fast Booting Systems with Intel Rapid Bios BootIntel Rapid Bios Boot System Management Bios Smbios SmbiosPage Before You Begin Tools and Supplies NeededEmissions Disclaimer Intel Server Board S875WP1-E Product Guide Installing the I/O Shield Installing the I/O ShieldInstalling Chassis Standoffs Intel Server Chassis SC5200Installing Chassis Standoffs in the SC5250-E Chassis Intel Server Chassis SC5250-EPlacing the Server Board into the Chassis Installing the Server BoardAttaching the Server Board Installing the Processor Attaching the Server BoardAttaching the Heat Sink to the Processor Attaching the Fan Heat Sink Clips to the Processor Socket Removing the Processor Installing and Removing Memory Dimm Installation GuidelinesInstalling DIMMs Dimm Socket LocationsInstalling and Removing an AGP Card Removing DIMMsInstalling an AGP Card Removing the AGP CardConnecting the IDE Cable Connecting the IDE CableConnecting the Serial ATA Cable Optional Connecting the Sata CablePin Signal Name Pins Function Connecting Internal HeadersConnecting the Front Panel Header Front Panel Header J7J1Pin Signal name Connecting the USB 2.0 HeaderUSB 2.0 Header J7E1 Connecting Hardware Control and Power Cables Location of the Fan Headers and Power ConnectorsConnecting Power Cables Setting the Bios Configuration JumperConnecting Fans Chassis IntrusionJumper Settings for the Bios Setup Program Modes J8J2 Clearing PasswordsJumper Setting Mode Description Replacing the Battery PrecautionVaro Removing the Battery Updating the Bios with the Intel Flash Memory Update Utility Obtaining the Bios Update FileRecording the Current Bios Settings Creating Bootable MediaCreating a Bios Update Media LICENSE.TXT BIOINSTR.TXT BIOS.EXE MKBOOTZ.EXEUpdating the Bios Recovering the Bios Using the Setup Program Bios Setup Program ModesMaintenance Menu Maintenance MenuBios Setup Program Function Keys Bios Setup Program Function Key DescriptionMain Menu Main MenuECC Advanced Menu Advanced MenuPCI Configuration Submenu PCI Configuration SubmenuBoot Configuration Submenu Boot Configuration SubmenuIRQ Peripheral Configuration SubmenuPeripheral Configuration Submenu AskirIRQ 7 default Auto defaultDefault Enabled DefaultDrive Configuration Submenu Drive Configuration SubmenuATA / IDE Drive Configuration Submenu Primary/Secondary/SATA-0/SATA-1 Master/Slave Submenus Primary/Secondary/SATA-0/SATA-1 Master/Slave SubmenusFloppy Configuration Submenu Floppy Configuration SubmenuA.R.T Event Log Configuration Submenu Event Log Configuration Submenu4MB Video Configuration SubmenuVideo Configuration Submenu 8MBUSB Configuration Submenu USB Configuration SubmenuChipset Configuration Submenu Chipset Configuration SubmenuChipset Configuration Submenu Fan Control Configuration Submenu Fan Control Configuration SubmenuHardware Monitoring Submenu Hardware Monitoring SubmenuRemote Access Configuration Submenu Remote Access Configuration SubmenuCOM2 Security Menu Security MenuAcpi Submenu Power MenuPower Menu Acpi SubmenuBoot Menu Boot MenuHard Disk Drives Submenu Boot Device Priority SubmenuBoot Device Priority Submenu Hard Disk Drives SubmenuRemovable Devices Submenu Removable Devices SubmenuAtapi Cdrom Drives Submenu Atapi Cdrom Drives SubmenuExit Menu Exit MenuPage Beep Codes Bios Beep CodesNumber of Beeps Description Bios Error Messages Bios Error MessagesError Message Explanation Nvram / Cmos / Password Page Asia-Pacific region World Wide Web TelephoneU.S. and Canada Europe JapanPage Server Board Connectors Technical ReferenceBaseboard Connectors Power, Fan, Chassis Intrusion ConnectorsAdd-In Board and Peripheral Interface Connectors Add-in Board and Peripheral Interface ConnectorsDMA Channels Server Board ResourcesMemory Map System Memory MapO Map MapAddress hex Size Description NMI InterruptsInterrupts COM2 COM1Product Regulatory Compliance Product Safety ComplianceProduct EMC Compliance Product Regulatory Compliance Markings Product Certification MarkingsElectromagnetic Compatibility Notices FCC USATaiwan Declaration of Conformity Industry Canada ICES-003Europe CE Declaration of Conformity Korean RRL ComplianceInstallation Requirements Installation PrecautionsPrevent Power Supply Overload Place Battery Marking Use Only for Intended Applications

S875WP1-E specifications

The Intel S875WP1-E is a high-performance server motherboard designed to meet the demanding requirements of enterprise-level applications. It is ideally suited for those seeking a robust solution for data centers, cloud computing, and various business applications. Built on the Intel 875P chipset, the S875WP1-E delivers impressive features and technologies that enhance functionality and reliability.

One of the standout characteristics of the Intel S875WP1-E is its support for dual Intel Xeon processors. This allows for significant processing power, enabling businesses to run multiple applications simultaneously without compromising performance. With its dual-socket configuration, the motherboard supports a range of Xeon processors, maximizing scalability for evolving workloads.

The motherboard supports up to 16GB of DDR SDRAM, utilizing ECC (Error-Correcting Code) memory, which ensures data integrity and system stability. The capability to handle large amounts of memory is critical for applications requiring high data throughput and reliability, such as virtualization and database management.

In terms of storage, the S875WP1-E features several Serial ATA (SATA) ports, supporting RAID configurations, which can enhance data redundancy and performance. This flexibility in storage options ensures that businesses can tailor their systems according to specific storage needs. Additionally, it also supports PATA (Parallel ATA) drives, allowing for integration of legacy systems.

The expansion capabilities of the S875WP1-E are notable, as it includes multiple PCI Express and PCI slots, accommodating various expansion cards, including graphics cards, network interfaces, and storage controllers. This versatility is essential for organizations looking to customize their systems based on specific application requirements.

Networking capability is another highlight of the Intel S875WP1-E. It comes equipped with integrated Gigabit Ethernet, providing fast network access essential for server operations. The motherboard also features additional options for network expansion, ensuring that businesses can connect seamlessly to their networks.

Thermal management is another strong aspect of the S875WP1-E design. With a range of features aimed at maintaining optimal operating temperatures, including robust power regulation, it helps to prolong the lifespan of components and enhance overall system reliability.

In summary, the Intel S875WP1-E motherboard is a powerful solution for enterprise environments, offering dual processor support, ample memory capacity, flexible storage options, and comprehensive networking capabilities. Its design prioritizes stability and performance, making it an ideal choice for those looking to build a reliable server infrastructure tailored to their organization's needs.