Home

Intel Workstation OR840 Motherboard

1. 98 Workstation Board OR840 Product Guide Figures Figure 1 Workstation Board Components sci csissdivcnndceuhsnnwnadnsnanvcnkesisensn send seabsukoaranssavneubinebssuheakeens 11 Figure 2 Installing the Grounded Retention Mechanisme 23 kigu 3 usine 25 Figure 4 Workstation Board Mounting Screw Holes A 27 le I M casis nio MNT mm 29 Figure 6 _Installing Changing the Battery sse e ente Roto eran n Reset rogo euo rre cde cunc 32 Figure 7 Location of Configuration Mode Jumper 34 Figure 8 Configuration Manager Controls ue 38 cci Na cl ONUS CORE D en 39 Figure 10 System Processors E E A0 Figure 11 System Memory Tat 41 HECKEN 42 Figure 13 DE EE 43 Figure 14 Sample View of System Event Log ccccccccssssecssscessssesssseesseneesssseesseseessesenssneesseees 44 sdh M o3 u p2 2B KE IDM m 45 Figure 16 Integrated Floppy e TNI TIT TTE 46 Poue 17 Sycem BIOS TaD t m 47 Figure 18 Peripheral Pors TaB te 48 Figure 19 Power Evos E 49 Figure 20 Time Dale TaD nn a a a em 50 Figure 21 General TE 51 Figure SI aM oM PX TT T 52 ebikeEcuda08Lom 53 Figure 24 Example of a Full screen Logo with Buttons to Enter Setup or Boot OS 56 Figure 25 Example of Configuration Manager Help General Tab 58 Figure 26 Administrator Password Verification Dao 66 Figure 27 Location of Configuration Mode Jumper
2. Use the left mouse button to select tabs or buttons If you have swapped the left and right mouse buttons in your Operating System that setting is not in effect while you are using the Configuration Manager Use the backspace key when entering text to erase the previous character Use the Tab key to move to the next control Use the Shift Tab key to move back one control Jump to the Save Exit Tab Displays help text for the selected tab Move to the next Tab panel to the right Move to the next Tab panel to the left If the focus is on a checkbox use the Space Bar to toggle the check box on or off If the focus is on a button use the Enter key to activate the button If the focus is on a combo box a text box with a drop down list the Up and Down Arrows will move the highlight in the drop down list up or down If the focus is on a spin box the Up and Down Arrows will select the previous or next value Figure 8 which follows shows the General Tab in the Configuration Manager 37 Workstation Board OR840 Product Guide Figure 8 Configuration Manager Controls Previous and next tab buttons D Checkbox Spin button E Label turns white to indicate focus C Drop down list Active tab panel 38 Workstation Board OR840 Product Guide Help Tab B10S Configuration Manager System Processors System Memory Boot Options system Eue Copyright c 1999 Intel Corporation Copyright c 1985 1998
3. Cel ba rri Figure 28 Connector Groups Group A Back panel connectors Group B Midboard connectors Group C Front panel connectors Back Panel Connectors The following Figure 29 shows the location of the back panel connectors 75 Workstation Board OR840 Product Guide gt NOTE The back panel audio line out connector is only designed to power headphones or amplified speakers Poor audio quality may occur if passive non amplified speakers are connected to this output 76 Workstation Board OR840 Product Guide Midboard Connectors The midboard connectors are divided into the following functional groups e Add in board connectors PCI AGP Audio Connectors Figure 30 Audio Connectors A ATAPI style telephony 1x4 pin B ATAPI style CD ROM 1x4 pin C MIDI 2x3 pin 77 Workstation Board OR840 Product Guide Fan Connectors Figure 31 Fan Connectors A System Fan A B System Fan B Processor Fan B Processor Fan A m ojo Processor Fan C F System Fan C 78 Workstation Board OR840 Product Guide Power Connectors CAUTION It is important to utilize the Supplementary AGP Pro50 power connector when the Workstation Board is configured with an AGP Pro50 graphics card This connector accepts a standard hard drive connector from the power supply cable harness Failure to do this can result in damage to the Board and the 20 pin ATX connector through execessivel2V current
4. LED Color LED State Condition Green FON LAN link is established Yellow Blinking LAN activity in progress 16 Workstation Board OR840 Product Guide PCI Enhanced IDE Interface The PCI enhanced IDE interface handles the exchange of information between the processor and peripheral devices like hard disks CD ROM drives and Iomega Zip drives inside the computer The interface supports e Up to four 4 IDE devices such as hard drives ATAPI devices such as CD ROM drives ATA devices using the single word DMA 0 1 and 2 and multi word DMA 1 and 2 PIO 0 4 Ultra ATA 33 and Ultra ATA 66 Logical block addressing LBA of hard drives larger than 528 MB and extended cylinder head sector ECHS translation modes e Support for laser servo LS 120 drives Input Output I O Controller The SMSC LPC47B272 super I O controller handles the exchange of information between the processor and external devices such as a mouse keyboard or printer that are connected to the computer The controller features the following e Low pin count LPC interface e One 1 serial port e One 1 parallel port with Extended Capabilities Port ECP and Enhanced Parallel Port EPP support e Serial IRQ interface compatible with serialized IRQ support for PCI systems 16C550 compatible e PS 2 style mouse and keyboard interfaces e Fan Tachometer Inputs e Interface for only one 1 1 44 MB 3 5 inch floppy diskette drive e Intelligent p
5. i C BA Obl ot Figure 32 Power Connectors A ATX power connector B Supplementary AGP Pro50 power connector C Auxiliary power connector 79 Workstation Board OR840 Product Guide Peripheral Connectors C B A Ole HIT Figure 33 Peripheral Connectors A Diskette drive B Secondary IDE C Primary IDE 80 Workstation Board OR840 Product Guide Security Connectors FPS Figure 34 Security Connectors A Front chassis intrusion detection B Rear chassis intrusion detection Add in Board Connectors When the Workstation Board is installed in a chassis a maximum of six 6 slots is available for installing add in boards as follows e Five 5 dedicated PCI slots e One 1 AGP AGP Pro50 modes and add in cards at 1X 2X and 4X modes The following Figure 35 shows the add in board connectors 81 Workstation Board OR840 Product Guide Figure 35 Add in Board Connectors A PCI Bus connector 5 B PCI Bus connector 4 PCI Bus connector 3 PCI Bus connector 2 PCI Bus connector 1 F AGP Pro universal connector 82 Workstation Board OR840 Product Guide Front Panel Connectors m ET Cmm Figure 36 Front Panel Connectors Front panel connector SCSI activity LED Auxiliary front panel LED Power sleep LED Power switch Infrared port Reset H Hard drive activity LED A B C D E F G 83 Workstation Board OR840 Product Guide Workstation Board Resources Memory Ma
6. III processors with 133 MHz front side bus speeds are supported ZE CAUTION The Workstation Board only supports Intel Pentium lll processors with a front side bus speed of 133 MHz Installing Pentium II or Celeron processors may result in damage to the workstation board and processors If two 2 processors are installed both processors must have the same processor speed cache size and cache type either discrete cache or advanced transfer cache The Intel nomenclature for Pentium ll processors with speeds between 500 and 600 MHz includes two 2 letter designators that customers can use to determine the front side bus speed and cache type of the processor The letter designators are Designates Pentium III processors with advanced transfer L2 cache B Designates Pentium III processors with 133 MHz Front Side Bus speed 68 Workstation Board OR840 Product Guide gt NOTE For further details refer to the following support web site http support intel com support motherboards workstation OR840 procsupp htm Loading the Factory Default Settings e Load Factory Settings Save Exit Tab The Load Factory Settings button restores the factory defaults 69 Workstation Board OR840 Product Guide 5 Upgrading the System BIOS This chapter describes how to upgrade the System BIOS This chapter covers the following topics Topic Page Procedure To Create A Bootable Floppy Disk 70 Preparing for the Upgrade 71
7. S E C C 2 Connector Processor Fan C Connector Lc fl Processor Fan A Connector Removing the Processor s The following are the steps required for removing a processor Ensure that the system is powered OFF If an active fan heat sink is used ensure that the cable is unplugged from the Workstation Board Grasp the heat sink of the processor with one hand With the other hand pull on the top lip or tab of the GRM to disengage the heat sink attach notches from the GRM 5 Holding the heat sink assembly rotate the processor out of the connector and GRM F hr 25 Workstation Board OR840 Product Guide How to Remove and Install the Workstation Board Refer to your chassis manual for detailed instructions on removal and installation The OR840 Workstation Board fits into a standard ATX chassis but can also be installed into a standard WTX chassis when supplied with the appropriate adapter plate NOTE You will need a Phillips head 2 bit screwdriver Refer to Appendix B for regulatory requirements and installation instructions and precautions WARNING Only qualified technical personnel should do Workstation Board removal or installation Disconnect the computer from its power source before performing the removal or installation procedures noted here and before opening the computer Failure to observe these precautions may result in personal injury or equipment damage Procedure to Remove the Workstation Board The
8. e n Canada A nationally recognized certification mark such as CSA or cUL signifies compliance with safety requirements No regulatory assessment is necessary for low voltage DC wiring used internally or wiring used externally when provided with appropriate over current protection A maximum 8 A current limiting circuit or a maximum 5 A fuse or positive temperature coefficient PTC resistor provides appropriate protection All Intel motherboards now have PTCs on all external ports that provide DC power externally Prevent Power Supply Overload Unless the power supply has inherent over current protection do not overload the power supply output To avoid overloading the power supply make sure that the calculated total current load of all the modules within the computer is less than the output current rating of the power supply If this precaution is not taken the power supply could overheat catch fire or damage the insulation that separates hazardous AC line circuitry from low voltage user accessible circuitry If the load drawn by a module cannot be determined by the markings and instructions supplied with the module contact the module supplier s technical support Place Battery Marking on the Computer There is insufficient space on this Workstation Board to provide instructions for replacing and disposing of the battery The following warning must be placed permanently and legibly on the chassis as near as possible to the battery A WAR
9. 73 Figure 29 EE Ge Ee 75 Figure 29 Back Panel Connors ciis errata ttea Shah Foe asnek aida cka Ee erac aspe Rn 76 aC CRs gee T 77 Figure 31 Fan SM NOM TR 78 Figure 32 en TL Lern 79 Figure 33 Peripheral Connectors cccccssccssseecsescecssececssssecssceecseeeecseeeecseeessesesseeeessereessseeessaees 80 Figure ELEC C uAttu lcm 81 s Gs lan bei t LOT 82 Figure 36 _Front Panel EENEG 83 Workstation Board OR840 Product Guide Tables Table 1 Processors Supported by the Workstation Board 12 Table 2 RJ45 LAN Connector LEDs tren nsns nl nna 16 Table 3 Optimum RIMM Installation Gombinaltione c rre eterna cnn car eennne 29 Table 4 BIOS Configuration Jumper EZ 34 Table 5 Summary of Configuration Manager Gcreens nene 36 Table 6 Mouse and Keyboard Usage in Configuration Manager 37 Table 7 Description of the System Processors Tab 40 Table 8 Description of the System Memory Tab 41 Table 9 Description or eege E BEN 42 Table 10 Description of the System Event Log Tab 43 Table 11 Description of the Integrated IDE Tab 45 Table 12 Description of the Integrated Floppy Tab een ctam rat ter 46 Table 13 Description of the System BIOS Tab 47 Table 14 Description of the Peripheral Ports Tab 48 Table 15 Description of the Power Events Tab 49 Table 16 Description of the Time Date Te ugete eteiecuggen Sie kde iau pas iux eC pL Aq EReddutetieeg 50 Table 17 Description of the General Tab rte tret viketest
10. AGP Pro Universal Connector on the OR840 Workstation Board is designed to deliver up to 50 Watts of electrical power 13 Workstation Board OR840 Product Guide gt NOTE The Workstation Board has been designed to support AGP Pro50 add in cards If you install an APG Pro add in card with a 110W the BIOS utility prevents the board from booting In addition it is recommended that the Supplementary AGP Pro50 power connector be utilized when running an AGP Pro50 card It is recommended that no other peripheral devices i e hard drives be connected to the same power supply cable that provides the supplementary AGP Pro50 power A WARNING Installing an AGP add in card which does not meet the requirements of the Accelerated Graphics Interface Specification Revision 2 0 may result in damage to the Workstation Board or the card ZE CAUTION Care should be given when installing a non AGP Pro50 graphics card into the AGP Pro Universal Connector Ensure that the card is correctly positioned in the slot before power is applied Audio Subsystem Optional The optional Audio Subsystem includes the AD1881 Analog Devices Audio Codec and various connectors Analog Devices AD1881 Audio Codec The board contains a single AC 97 V 2 0 compliant audio feature an Analog Devices AD1881 Audio Codec which also meets AC 97 V 2 1 Extensions The AD1881 offers multiple features including e Mult bit Sigma Delta Converter Architecture for i
11. Access Desktop Management Interface Dynamic Random Access Memory Dual Retention Mechanism ECHS ECP EMC EPP ESCD ESD FIFO IDE yo IOAPIC IPL ISA Error Checking and Correcting Extended Cylinder Head Sector Extended Capabilities Port Electro Magnetic Compatibility Enhanced Parallel Port Extended System Configuration Data Electrostatic Discharge First In First Out Integrated Dual Channel Enhanced Input Output Input Output Advanced Programmable Input Controller Initial Program Load Industry Standard Architecture IRQ LAN LBA LED MHz MIF MIDI MTBF NIC OEM OS PAC PCI Interrupt Request Local Area Network Logical Block Addressing Light Emitting Diode Megahertz Management Information Format Musical Interface Digital Interface Mean Time Between Failures Network Interface Card Original Equipment Manufacturer Operating System PCI AGP Controller Peripheral Component Interconnect POST SCI S E C C2 SIR SMI SMM SMP SRAM UHCI USB VID VPD WIM Power On Self Test Special Circumstanc e Instructions Single Edge Contact Cartridge 2 Surface Insulation Resistance System Management Interrupt System Management Mode Symmetric Multi Processing Static Random Access Memory Universal Host Controller Interface Universal Serial Bus
12. Advanced Configuration and Power Interface ACPI and SMBIOS Management e Intel 82559 Local Area Network LAN Controller Level 5 e Alert on LAN 2 Hardware Monitor Six 6 fan sense inputs used to monitor fan activity Subsystem e Two 2 headers for chassis intrusion detection security feature Multiple processor temperature sensors Voltage sense to detect out of range values e DMI Event logging Other features e Hardware monitor optional Audio subsystem AD 1881 optional gt Workstation Board OR840 Product Guide NOTE For information regarding Intel Workstation Board OR 40 including technical product specifications BIOS upgrades and device drivers go to the Intel World Wide Web site at http support intel com support motherboards workstation 10 Workstation Board OR840 Product Guide Components Figure 1 shows the major components found on the Workstation Board A CBD E XV UT SRO PONML pg Figure 1 Workstation Board Components B Diskette drive connector C Secondary IDE connector E System Fan F Auxiliary LED connector G Front panel connector H Front chassis intrusion connector Primary IDE connector d AA Intel 82802AC Firmware Hub FWH K Configuration jumper L CC Intel 82801AA I O Controller Hub ICH M RIMM connectors 3 and 4 Channel B DD Internal MIDI connector P Telephony connector optional Q RIMM connectors 1 and 2 Chann
13. Chapter 3 Power On Self Test POST the PCI auto configuration utility and Windows 98 ready Plug and Play code This board supports system BIOS shadowing This chapter covers the following topics Topic Page Entering and Exiting the Configuration Manager 56 57 58 58 59 59 59 59 60 60 61 61 62 63 63 63 63 64 66 67 Booting the Operating System Getting Online Help Using the Memory Error Correcting Code Setting the Time and Date Keyboard Num Lock Force Full Fan Speed Enabling Disabling On board LAN NIC Optional Enabling Disabling On board Audio Optional Power Management ACPI Sleep States IDE Configuration Floppy Drive Configuration Selecting Boot Options How to Display the Network Bootstrap Selection Menu Canceling a Network Boot Identifying the BIOS Setting the Splash Screen Delay Using the BIOS Security Features Clearing BIOS Passwords Using USB Serial Port Configuration 67 Parallel Port Configuration 68 Processor Speed Detection 68 Loading the Factory Default Settings 69 55 Workstation Board OR840 Product Guide Entering and Exiting the Configuration Manager The BIOS displays a screen with the manufacturer s logo Figure 24 shortly after the start of the boot sequence You have two choices e Choose Enter Setup to view the Configuration Manager e Choose Boot OS to dismiss the introductory screen and continue booting the operating system The label for the currently selected but
14. No options Displays the System Management BIOS SMBIOS version Boot Block Revision Displays the Boot Block Revision 47 Workstation Board OR840 Product Guide Peripheral Ports Tab B10S Configuration Manager Integrated IDE Integrated Floppy Disabled Disabled Disabled Figure 18 Peripheral Ports Tab Table 14 Description of the Peripheral Ports Tab Feature Serial Port 1 COM Infrared Port COM Infrared Port Mode Parallel Port Legacy USB Support Description Auto default Configures the serial port Gw Auto assigns the first available COM port Disabled COM assigns COM1 address 3F8h and interrupt IRQ4 COM2 assigns COM2 address 2F8h and interrupt IRQ3 Disabled disables Serial Port 1 Auto Configures the infrared port Ge Auto assigns the first available COM port Disabled default COM assigns COM1 address 3F8h and interrupt IRQ4 COM assigns COM2 address 2F8h and interrupt IRQ3 Disabled disables the Infrared Port IrDA default Specifies the mode for serial port 2 for infrared applications ECP default Configures the parallel port EPP Output Only operates in AT compatible mode o Bi directional operates in bi directional PS 2 compatible utput only Disabled mode EPP is Extended Parallel Port mode a high speed bi directional mode Bi directional ECP is Enhanced Capabilities Port mode a high speed bi directional mode Disabled de
15. RTC Zi RTC 75h RTO 76h RTC Controller NMI and RTC Controller RTC 77h ATC 80h DMA 81h 83h DMA Controller DMA Controller DMA EE OWA Em DMA 88h DMA Controller DMA Controller and LPC or PCI DMA Ser OW 08Fh DMA Controller DMA Controller DMA 92h Processor Interface ACh ADh Interrupt Controller Interrupt Controller Interrupt BOh B1h Interrupt Controller Interrupt Controller Interrupt 85 Workstation Board OR840 Product Guide B2h B3h Power Management Power Management TBD Beh Bh inerrup BCh BDh Interrupt Controller Interrupt Controller Interrupt SO OMA DEh DFh DMA Controller DMA Controller DMA FOh See Note 3 FERR IGNNE Interrupt Processor Interface 170h 177h IDE Controller IDE Controller IDE 1F0h 1F7h IDE Controller IDE Controller IDE 376h IDE Controller IDE Controller IDE 3F6h IDE Controller IDE Controller IDE 4D0h 4D1h Interrupt Controller Interrupt Controller IDE CF9h Reset Generator Reset Generator Processor Interface 1 Only if IDE Standard I O space is enabled for Primary Drive Otherwise the target is PCI 2 Only if IDE Standard I O space is enabled for Secondary Drive Otherwise the target is PCI 3 IF POS DEC EN bit is enabled reads from FOh will not be decoded by the ICH If POS DEC EN is not enabled reads from FOH will forward to LPC Variable I O Decode Ranges Table 26 shows the variable I O decoded ranges for the ICH Table 26 Variable UO Decode Ranges Management SMBus SMB Uni AD 9
16. Stand by Mode Power On Serial Ring Enabled Display only Auto default COM1 COM2 Disabled Auto COM1 COM2 Disabled default IrDA default ECP default EPP Bi directional Output only Disabled Enabled Disabled default 3 1 default Enabled Disabled default S S 99 Workstation Board OR840 Product Guide Screen Element Settings Your Settings Power Events Tab Power On Add in PCI Enabled continued Enabled Disabled default Power On RTC Alarm Enabled Enabled Disabled default Time Date Display Time and Date General Splash Screen Delay 2 30 seconds default is 10 sec Integrated NIC Enabled Enabled default Disabled Integrated Audio Enabled Enabled default Recovery On Keypad Num Lock On On default geg Ee Force Full Fan Speed On ono Processor Serial Number Enabled Security User Password Set Display only Yes No Administrator Password Display only Yes No Set 100
17. T TIT ebe eebe 16 RJ45 LAN Connector Optional LEDs eicere nnde nter etna tacens 16 PCI Enhanced IDE Intertaegp sek ENEE ENEE EN rrr rnnt trn trn nnne te EE trt nt rere terni 17 Moti Output KO III ETT I LUTTE 17 accru mu 17 USB SUPPO err 18 EE 18 Inte 82802AC Firmware Hub PW aoreet tonta ann cea Sege 18 PCI EGRedu5 umet 19 IDE Auto H EE 19 cin dba outs NETTE 19 Expansion NS RQNCC ierit 19 Power Management Features ENEE 19 Ke TEE 20 Lt A Wl EE 20 tO E ANO NU TIMERE 20 2 Installing and Replacing Workstation Board Components 21 Safety Considerations Before You Beete sect at pe El ebria alii cq rio sped Ia E ESI MI da Sud 21 Installing the Grounded Retention Mechanisme 22 stalling te FProcassor S NT 24 eege Me Frocess0 aj assu t Ed EE 25 How to Remove and Install the Workstation Board 26 Procedure to Remove the Workstation Board 26 mA AR CS ANM tA NISUS 27 Procedure to Install the Termination Car 28 RgCSASRGICRS Dui et TT 28 cuota d nolr chm RT TERES 28 Procedure to Install RIMMS cc ccccceccccccccesceseeeeeeeceeeeseuseaeeeuseeeuesuauauaeusceueuveusuuuaeseeeeneas 30 Procedure to Remove RIMMS sseseeeeenennnnenennnnnnnnnne nnnm nnne nnne nnns 30 How to Replace the Lithium Battery MI 30 Procedure to Replace the Batternm EE 32 How to Set Jumpers a
18. Workstation Board OR840 Product Guide Description Memory not supported unsupported memory technology could not find valid CAS Latency can not mix registered and non registered memory Memory not supported Memory not supported Memory not supported could not find valid CAS Latency Memory failure Levelization phase 1 Memory failure Levelization phase 2 APG Pro gt 50W detected Only AGP or AGP Pro50 50W graphics adapters are supported The BIOS will prevent the system from booting FMM Initialization failed Flash Corruption BIOS Recovery required BIOS Recovery Flash Initialization Failure BIOS Recovery Flash Update Operation Failed BIOS Recovery Read file from Floppy Operation Failed BIOS Recovery Flash Erase Operation Failed BIOS Recovery Flash Write Operation Failed BIOS Recovery File Verify Operation Checksum Failed BIOS Recovery Flash Update Processor Patch Installation Failed BIOS Recovery File Verify Operation Invalid BIOS Failed BIOS Recovery File Verify Operation Mismatched Platform BIOS Failed BIOS Recovery Boot Block Incompatible with BIOS BIOS Recovery Flash Verify After Write Failed BIOS update completed normally A double bit ECC error has been detected Severe parity error reading flash The BIOS did not detect a PS 2 or USB keyboard 8 1 2 The BIOS did not detect a PS 2 or USB mouse 88 Workstation Board OR840 Product Guide BIOS Messages Run time Messag
19. and associated modules If the instructions for the chassis are inconsistent with these instructions or the instructions for associated modules contact the supplier s technical support to find out how you can ensure that your computer meets safety and regulatory requirements If you do not follow these instructions and the instructions provided by the chassis and module suppliers you increase the safety risk and the possibility of noncompliance with regional laws and regulations Ensure Electromagnetic Compatibility EMC Before computer integration make sure that the power supply and other modules have passed EMC testing using a Workstation Board with a processor from the same family and operating at the same or higher speed as the processor on this Workstation Board In the installation instructions for the host chassis power supply and other modules pay close attention to the following e Certifications e External I O cable shielding and filtering e Mounting grounding and bonding requirements e Keying connectors when mis mating of connectors could be hazardous If the power supply and other modules have not passed applicable EMC testing before integration EMC testing must be conducted on a representative sample of the newly completed computer Ensure Chassis and Accessory Module Certifications Make sure that the chassis any added subassemblies such as a board or drive assembly and internal or external wiring are certifie
20. chassis presents multiple risks of personal injury including risk of electrical shock burns due to hot components and lacerations due to sharp edges Refer to your system user s guide for important safety information Before opening the chassis always turn the power off unplug the power cord disconnect any telephone lines or LAN connections and unplug all peripheral devices Using USB e Legacy USB Support General Tab The Workstation Board includes an on board USB hub that supports two device ports USB aware Operating Systems support the USB interface For non USB aware Operating Systems Windows NT 4 0 the BIOS will provide support for USB Legacy keyboard and mouse To enable USB keyboard mouse in non USB aware Operating Systems check Legacy USB Support on the General Tab Boot the device drivers to the Operating System and not the USB gt NOTE e You should not have more than two USB hubs between your device and the USB ports on your computer Do not use two keyboards or two mice one 1 on the PS 2 or serial port and the other on the USB port Do not connect or disconnect the keyboard or mouse during power on e The BIOS does not support booting from USB storage devices e The BIOS does not support wake on ring from USB modems Serial Port Configuration e Serial Port 1 Peripheral Ports Tab e Infrared Port Peripheral Ports Tab The Workstation Board has one RS 232 serial port connector an
21. in ports The board fully supports the standard Universal Host Controller interface UHCT and takes advantage of standard software drivers written to be compatible with UHCI gt NOTE Computer systems that have an unshielded cable attached to a USB port might not meet FCC Class B requirements even if no device or a low speed USB device is attached to the cable Use a shielded cable that meets the requirements for full speed USB devices BIOS The Intef proprietary BIOS provides the Power on Self test POST the BIOS Configuration Manager Setup program ACPI PCI and IDE auto configuration utilities The BIOS can be upgraded by following the instructions in Section 3 Intel 82802AC Firmware Hub FWH The BIOS is stored in the Intel 82802AC Firmware Hub The firmware hub contains a nonvolatile memory core based on Intel Flash technology In addition to storing the system BIOS the firmware hub incorporates logic features such as the hardware Random Number Generator RNG These logic features enable protection for storing and updating platform information relating to security and manageability 18 Workstation Board OR840 Product Guide PCI Auto Configuration If you install a PCI add in board in your computer the PCI auto configuration utility in the BIOS automatically detects and configures the resources IRQs DMA channels and I O space for that add in board You do not need to run the BIOS Setup program after you insta
22. the Save Exit Tab 12 Select Save New Settings then select Exit 13 Shut down the system and unplug the power and peripheral cables 14 Reset the Configuration Mode Jumper to the normal operation setting connect jumper to pins 1 2 33 Workstation Board OR840 Product Guide 15 Reassemble the system and turn the power on Now reboot Figure 7 Location of Configuration Mode Jumper Table 4 BIOS Configuration Jumper J1F2 Function Mode Jumper Setting Description Normal 1 2 The BIOS uses current configuration information and passwords for booting Configure 2 3 Displays the Configuration Manager program and clears the CMOS on the next power up as well Recovery None The BIOS attempts to recover the BIOS configuration A BIOS update diskette is required T CAUTION Always turn off the power and unplug the power cord from the computer before changing the jumper Moving the jumper with the power on may result in unreliable computer operation How to Connect IDE Drives The Intel boxed Workstation Board package includes an 80 conductor IDE cable It is capable of connecting two 2 drives to the board The cable supports the Ultra ATA 66 transfer protocol and is backward compatible with drives using slower IDE transfer protocols 34 Workstation Board OR840 Product Guide 3 Using the Configuration Manager This chapter provides an overview of the Configuration Manager This program enables you to change t
23. 7 Audio Mixer 256 AC 97 Unit AC 97 Bus Master AC 97 Unit AC 97 Modem Mixer AC 97 Unit Parallel Port Sranesin 4Kl OSpace 8 LPC Peripheral Serial Port 1 8 ranges in 64 K VO Space 8 LPC Peripheral Serial Port 2 8 ranges in 64 K O Space 8 LPC Peripheral Floppy Disk Controller 2 ranges in 64K I O Space 8 LPC Peripheral SoundBlaster LPC Peripheral LPC Generic 1 LPC Peripheral LPC Generic 2 16 bytes with mask LPC Peripheral 86 Workstation Board OR840 Product Guide Appendix A Error Messages Beep Codes and BIOS Messages Beep Codes The BIOS uses a series of beeps on the internal speaker to alert the user to problems during the boot process In the following table numbers indicate beeps dashes indicate a pause between beeps Table 27 BIOS Beep Codes Beep Code 1 1 1 1 1 2 1 1 3 1 1 4 1 1 5 1 1 6 1 2 3 1 2 4 1 2 5 1 2 6 1 2 7 1 2 8 1 3 1 1 3 2 1 3 3 1 3 4 1 3 5 1 3 6 1 3 8 1 4 4 1 4 2 1 4 3 1 4 4 1 4 5 1 4 8 1 5 1 1 5 3 1 5 5 1 6 1 Description Memory not supported Not RDRAM Memory not supported SPD contains invalid width not 16 or 18 No memory devices were found on one or both channels More than 32 devices on the channel Memory failure number of devices detected does not match SPD data Memory not supported FRAS data in SPD is invalid Memory not supported Populated memory requires too many time domains Memory not supported No valid channel fr
24. American Megatrends Inc Tab Nauigation Use the left mouse button or Left Right Arrow keys to select a tab Use the scroll buttons upper right corner to display additional tabs Field Nauigation Use the left mouse button or Tab and Shift Tab Keys to select a field Changing Settings Use the left mouse button to change field values or use the Space bar for check boxes and Up Down Arrow Keys for list boxes Saue Exit Select the appropriate button on the Saue Exit tab The Esc Key will activate the Saue Exit tab Figure 9 Help Tab The Help Tab lists the keyboard navigation shortcuts used by the Configuration Manager For help on any Tab press F1 or click the right mouse button 39 Workstation Board OR840 Product Guide System Processors Tab BIOS Configuration Manager Figure 10 System Processors Tab Table 7 Description of the System Processors Tab Processor Speed No options Displays the processor speed detected by the BIOS If two processors are installed both processors have the same processor speed Front Side Bus No options Displays the front side bus speed detected automatically by Speed the BIOS Only Pentium III processors with 133 MHz front side bus speeds are supported Processor PO No options Displays the processor type PO is the boot processor Type Processor POL2 No options Displays the amount of L2 cache RAM for the processor Cache Processor P1 No options Displays th
25. ICH Battery A battery on the Workstation Board keeps the clock and the values in CMOS RAM current when your computer is turned off See Chapter 2 for instructions on how to replace the battery 20 Workstation Board OR840 Product Guide 2 Installing and Replacing Workstation Board Components This chapter explains how to remove and install the OR840 Workstation Board and its various component parts The chapter covers the following topics Topic or Procedure Page Safety Considerations Before You Begin 21 Installing the Grounded Retention Mechanism GRM 22 Installing the Processor s 24 Removing the Processor s 25 How to Remove and Install the Workstation Board 26 Procedure To Remove the Workstation Board 26 How to Upgrade a Processor 27 Procedure to Install the Termination Card 28 How to Install Memory 28 Memory Configuration 28 Procedure to Install RIMMs 30 Procedure to Remove RIMMs 30 How to Replace the CR2032 Lithium Battery M 30 Procedure to Replace the Battery 32 How to Set Jumpers and Clear Passwords 33 Procedure to Clear Passwords 33 How to Connect IDE Drives 34 Safety Considerations Before You Begin ZE CAUTION Before you install this Workstation Board in a chassis see Appendix B for regulatory requirements and precautions e Always follow the steps in each procedure in their correct order Set up a log to record information about your computer such as model serial number installed options and configuration in
26. IOS calls made to read the PCI configuration space return an error code This should not happen with a production BIOS and properly operating hardware PXE E05 EEPROM checksum error This message is displayed if the NIC EEPROM contents have been corrupted This can happen if the system is reset or powered down when the NIC EEPROM is being reprogrammed If this message is displayed the configured bootstrap type Int 18h 19h PnP BEV has been lost and a default bootstrap type is selected The default bootstrap type will be set to PnP BEV if the system supports the PnP BBS runtime functions If the PnP BBS runtime functions are not supported Int 18h is the default bootstrap PXE E11 ARP timeout Displayed when the PXE ROM does not get an ARP reply PXE E20 BIOS extended memory copy error AH nn This message is displayed if the BIOS extended memory copy service returns an error PXE E21 BIS integrity check failed BIS image has been corrupted PXE E22 BIS image credential validation failed Downloaded image and credential do not match client key PXE E23 BIS initialization failed BIS could not be initialized No more data is available PXE E24 BIS shutdown failed BIS could not be shutdown No more data is available PXE E25 BIS get boot object authorization check flag failed Could not determine if BIS is enabled disabled PXE E26 BIS free memory failed Could not release BIS allocated memory PXE E27 BIS get signature information faile
27. Manager If the system does not boot check the following possible causes e The boot devices listed on the Boot Options Tab of the Configuration Manager do not have boot images The system has a 110W AGP Pro graphics adapter e The boot image is on an unsupported device for example USB mass storage device or Iomega ZIP drive CAUTION To prevent damage to the Workstation Board do not attempt to use 110W AGP Pro graphics adapters If the BIOS utility detects a 110W AGP Pro graphics adapter the system will emit four 4 beeps and then stop without booting the operating system 57 Workstation Board OR840 Product Guide Getting Online Help To get online help do the following 1 Goto the Tab where you need help 2 Press the F1 key or click the right mouse button anywhere in the Tab Window A pop up window will appear with the on line help for the Tab you selected Figure 27 shows an example of the pop up Help window Configuration Manager Help Splash Screen Delay Choose the number of seconds to display the start up screen Integrated NIC Enabled Uncheck this option to disable the on board Network Interface Card NIC Integrated fludio Enabled Uncheck this option to disable the on board AC 97 i mg Figure 25 Example of Configuration Manager Help General Tab Using ECC Error Correcting Code Memory The BIOS automatically enables an ECC operation if your system has ECC memory modules If en
28. NI sso terunt smit poc propr ireren Ioed edu Cop PED nno aiana 60 Power Management ACPI Sleep States ENEE 60 DE ul pu HTC 61 Fl ppy Drive As len TUTO 61 Selecting Boot Options f 62 How to Display the Network Bootstrap Selection Mem 63 Ganceling a Network BOOt RM Do U w 63 Identifying the BIOS T 63 Setting the Splash Screen E EEN 63 Using the BIOS ur 64 Clearing BIOS PasswordS C 66 Ui 0 EE 67 Shrek Ee MERE 67 Parallel Port Oe mc 68 Processor Speed SI ULIS 68 Loading the Factory Default Settings eise tnnc entitas snnt rna ata panne daa 69 5 Upgrading the System BIOS 70 Procedure to Create a Bootable Floppy Disk 70 Preparing for the Upgrade M 71 Obtaining the BIOS Upgrade Ee eege etme 71 Recording the Current BIOS Setlings nter ent ssecssesiessstesnavecersiereese 71 Creating the BIOS Upgrade DISKeIIB iusioei elite est vade xr apte RE b n her rra nas aedes cera rd nca 72 Upgrading the System GENRE Ue 72 6 Technical References PO 74 Workstation Board OR840 Product Guide Workstation Board Connectors cccccceccceseseeceeeeeeeeeeeeeceneneneneneueneaeueneueaeaeaeaeueaeaeaeauaeauaeaeaeas 74 pied BETIS TERTII 75 Midboard Connechore nnn nr nn ntes nnns nsns ases as ass 77 Audio CONIC tio i NEEDLE 77 ES ESSI Eet Ce 78 Power Connectors cccccccccecceccccecscecssc
29. NINGS Danger of explosion if battery is incorrectly replaced Replace with only the same or equivalent type recommended by the manufacturer Dispose of used batteries according to the manufacturer s instructions 96 Use Only for Intended Applications Workstation Board OR840 Product Guide This Workstation Board was evaluated for use in computers that will be installed in offices homes schools computer rooms and similar locations The suitability of this product for other applications such as medical industrial alarm systems and test equipment might require further evaluation Interrupts Table 30 Interrupts 14 15 Real time clock Windows Sound System shared LAN shared User available shared Onboard mouse port if present else user available Reserved math coprocessor Primary IDE if present else user available Secondary IDE if present else user available 1 Default but can be changed to another IRQ 97 Workstation Board OR840 Product Guide Appendix C Current BIOS Settings Record Form Screen Element Settings Help Display Oniy System Processors Processor Speed Display only Processor PO Type Display only Processor P1 L2 Cache Display only System Memory Memory Slot 1 Display only Memory Slot 4 Display only Boot Options First Boot Device Auto default None Available boot devices Second Boot Device Auto default None Available boot devices Third Boot Device None defa
30. Obtaining the BIOS upgrade File 71 Recording the Current BIOS settings 71 Creating the BIOS Upgrade Diskette 72 Upgrading the System BIOS 72 Recovering the BIOS 73 Procedure to Create a Bootable Floppy Disk gt NOTE For BIOS upgrades you must use 1 44 MB floppy or LS 120 drive Use the following BIOS Upgrade Instructions for generating a floppy disk l 2 Insert an IBM formatted 3 5 inch disk into the floppy drive Unzip the BIOS files to the disk by typing SW A Run instboot exe to create a bootable disk Reboot the system The upgrade process will start automatically The upgrade process takes 1 2 minutes to complete a 3 3 3 beep code indicates a successful BIOS upgrade Remove the BIOS upgrade disk Press the reset button on your computer 70 Workstation Board OR840 Product Guide Preparing for the Upgrade Before you upgrade the BIOS prepare by e Obtaining the BIOS upgrade file e Recording the current BIOS settings e Creating the BIOS upgrade diskette Obtaining the BIOS Upgrade File You can upgrade to a new version of the BIOS by using the BIOS upgrade file The BIOS upgrade file is a compressed self extracting archive that contains all the files you need to upgrade the BIOS The BIOS upgrade file also functions as the BIOS recovery file The BIOS upgrade file contains e New BIOS files e BIOS recovery files You can obtain the BIOS upgrade file through your computer supplier or from the Intel World
31. Password Required Password required User or Administrator pins 2 3 Jumper Set to Configure Not allowed Not allowed No password required Limited to setting the password No password required No password required Not Allowed BIOS recovery configuration jumper removed no password is required This operation resets any passwords previously set 65 Workstation Board OR840 Product Guide Clearing BIOS Passwords e Clear User Password Security Tab e Clear Administrator Password Security Tab To clear the User or Administrative Password do the following 1 Enter Configuration Manager 2 Ifthe Administrator password is set enter the password in the Password Verification dialog then choose Enter Password Verification Cancel Enter Figure 26 Administrator Password Verification Dialog Choose the Security Tab Select Clear User Password or Clear Administrator Password Enter the password in the Password Verification dialog then choose Enter Go to Save Exit Tab Choose Save New Settings then choose Exit BO n Bo If you forgot one of the passwords you can clear either password by using the Configuration Mode Jumper If you use the Configuration Mode Jumper you will not be prompted to enter or verify passwords To clear the password using the Configuration Mode Jumper refer to Table 4 66 Workstation Board OR840 Product Guide A WARNING The inside of the
32. Table 17 Description of the General Tab Splash Screen 2 30 seconds Specifies the number of seconds to display the start up Delay 10 sec is default screen before automatically booting the operating system Integrated NIC Enabled default Enables or disables the on board LAN Network Interface Enabled Disabled Card NIC Integrated Audio Enabled default Enables or disables the on board audio Enabled Disabled AC Power Failure Off default Specifies the response after an AC power failure Choose Recovery On Off to keep the system off after AC power is restored Choose On to power on the system after AC power is restored Keypad Num Lock On default Specifies the power on state of the Num Lock feature on the numeric keypad of the keyboard Force Full Fan Select On to force the three system fans to run at full Speed Off default speed Select Off to enable normal fan speed control using the on board temperature sensors The default is Off This option has no effect on the two 2 processor fans Processor Serial Disabled default Enables or disables the Intel processor serial number in the Number Enabled Enabled Intel Pentium Ill processors This option applies to all processors in the system t Integrated audio is a manufacturing option that may not be present on all workstation boards Please refer to spec update for latest information 51 Workstation Board OR840 Product Guide Security Tab B10S C
33. Voltage ID Vital Product Data Wired for Management Workstation Board OR840 Product Guide 1 Workstation Board OR840 Features Feature Summary Form Factor Processor Chipset Memory HO Control Accelerated Graphics Port ATX 12 0 inches by 9 6 inches Support for one to two Intel Pentium Ill processors Two 2 242 pin connectors e 133 MHz host bus speed FSB e 512 KB discrete L2 cache support on each processor OR e 256 KB advanced transfer L2 cache support on each processor Intel amp 82840 consisting of e Intel 82840 Memory Controller Hub MCH e Intel 82801AA I O Controller Hub ICH e Intel 82802AC 8 Mbit Firmware Hub FWH Support for up to 2 GB e Four 4 168 pin RDRAM Interface Memory Module RIMM sockets SMSC LPC47B272 SIO low pin count LPC interface I O controller AGP universal connector support 1x 2x 4x and AGP Pro50 AGP Video Peripheral e One 1 serial port RS232 Interfaces e Two 2 Universal Serial Bus USB ports e One 1 parallel port IEEE 1284 Two 2 IDE interfaces with Ultra ATA 66 support e One 1 diskette drive interface e SCSI HD Activity LED connector optional Expansion Six 6 add in card expansion slots capabilities e Five 5 full length PCI 32 33 bus add in card connectors e One 1 AGP universal connector BIOS e Intel proprietary BIOS for workstations e Intel 8 Mbit symmetrical blocked per EPS flash memory e Compliant with
34. Wide Web site http support intel com support motherboards workstation OR840 gt NOTE Please review the instructions distributed with the BIOS files for last minute notes before attempting a BIOS upgrade Recording the Current BIOS Settings gt NOTE Do not skip step 2 You will need these settings to configure your computer at the end of the upgrade procedure 1 Boot the computer and choose the Enter Setup button 2 Use the form in Appendix C to record the current settings in the Configuration Manager 71 Workstation Board OR840 Product Guide Creating the BIOS Upgrade Diskette To create a BIOS upgrade or recovery diskette do the following 1 Obtain the BIOS upgrade file through your computer supplier or from the Intel World Wide Web site http support intel com support motherboards workstation or840 software htm 2 Follow the instructions provided with the upgrade files to create the upgrade diskette Upgrading the System BIOS 1 Create a BIOS upgrade diskette 2 Follow the instructions provided with the upgrade files gt NOTE All Configuration Manager settings are reset to the factory default values and the passwords are cleared after a BIOS update or recovery 72 Workstation Board OR840 Product Guide Recovering the BIOS A WARNING Before opening the chassis always turn the power off unplug the power cord from the wall outlet disconnect any telephone lines or LAN connections and unplug a
35. XENV structure was not found in UNDI driver code segment The UNDI ROM image has probably been corrupted or has not been initialized by the BIOS 92 Workstation Board OR840 Product Guide Appendix B Regulatory and Integration Information This appendix contains e Safety standards electromagnetic compatibility regulations and product certification markings for this Workstation Board e Instructions and precautions for integrators who are installing this Workstation Board in a chassis Regulatory Compliance This Workstation Board complies with the following safety and EMC regulations when correctly installed in a compatible chassis Table 28 Safety Regulations Regulation UL 1950 CSA950 3 edition Dated 07 28 95 EN 60950 2 Edition 1992 with Amendments 1 2 3 and 4 IEC 950 2 edition 1991 with Amendments 1 2 3 and 4 EMKO TSE 74 SEC 207 94 Table 29 EMC Regulations Regulation FCC Class B CISPR 22 2 Edition 1993 Class B VCCI Class B ITE EN55022 1994 Class B EN50082 1 1992 ICES 003 1997 AS NZ 3548 Title Bi National Standard for Safety of Information Technology Equipment including Electrical Business Equipment USA and Canada The Standard for Safety of Information Technology Equipment including Electrical Business Equipment European Community The Standard for Safety of Information Technology Equipment including Electrical Business Equipment I
36. able an on board LAN Network Interface Card controller The on board LAN controller is manufacturers option and may not be present on all Workstation Boards 59 Workstation Board OR840 Product Guide Enabling Disabling On board Audio e Integrated Audio Enabled General Tab Use the Integrated Audio Enabled setting to enable or disable an on board AC 97 audio controller The on board audio controller is a manufacturer s option and may not be present on all Workstation Boards Power Management ACPI Sleep States The BIOS supports ACPI aware operating systems Table 20 shows the wake events supported by the BIOS Table 20 Wake Events Supported for Each Sleep State So S1 S2 S3 S4 S5 Normal Processor Suspend to Suspend to Normal Off Operation Sleep RAM Disk Not applicable LAN Not supported Power switch LAN LAN Modem ring PCI PME Modem ringt Modem ringt RTC alarm USB keyboard RTC alarm RTC alarm PCI PME or mouse PCI PME PCI PME USB keyboard PS 2 keyboard Power switch Power switch or mouse or mouse PS 2 keyboard or mouse Power switch t External serial modems using Ring Indicator RI PCI modems use the PCI PME signal No wake on modem ring support is provided for USB modems The S5 wake up events can be enabled or disabled on the Power Events Tab Momentary closure of the power switch will wake up the system from all sleep states Refer to the OR840 Workstation Board Specification Update for the lat
37. abled single bit memory errors are detected and automatically corrected by the hardware To log ECC errors in the System Events Log see the System Events Tab To view the System Events Log go to the System Event Log Tab 58 Workstation Board OR840 Product Guide Setting the Time and Date e Configure Date Time Date Tab e Configure Time Time Date Tab You can set the time and date in the operating system or in the Configuration Manager To set the time or date do the following 1 Goto the Time Date Tab 2 Enter the new time or date 3 Press the Update Time or Update Date button Go to http developer intel com on the World Wide Web to view the available Year 2000 Readiness Disclosures for Intel Products Keyboard Num Lock e Keypad Num Lock General Tab Use the Keypad Num Lock setting to control the on off state of the Num Lock key on the keyboard when the system is powered on The Num Lock State may be ignored by the Operating System Force Full Fan Speed e Force Full Fan Speed General Tab Use this option to automatically force the system fans to always run at full speed For maximum cooling set this option to On For quieter operation set this option to the default Off Consult your system manufacturer for recommended settings based on your system configuration Enabling Disabling On board LAN NIC e Integrated NIC Enabled General Tab Use the Integrated NIC Enabled setting to enable or dis
38. alid characters have character codes in the range from 20h to 7Eh 32 to 126 in decimal notation Passwords are stored in flash memory with the BIOS Updating the system BIOS clears both passwords 64 Workstation Board OR840 Product Guide Table 21 Administrative and User Passwords in Configuration Manager Configuration Mode Jumper Condition gt Action Y Boot OS Remote Boot across Network using LAN based Management Software Enter Configuration Manager Set or Reset User Password Set or Reset Administrator Password Upgrade BIOS Administrative password required allowing entry into the Configuration Manager gt NOTE Neither Password Set No password required No password required No password required No password required No password required No password required User Password Set User Password Required User Password must be entered on local machine No password required User password required No password required User password required Administrator Password Set No password required No passwords required Administrator Password Required Administrator Password Required Administrator Password Required No password required Both Passwords Set Password Required User or Administrator User Password must be entered on local machine Administrator Password Required Both Passwords Required Administrative
39. changes or Clear to return to Configuration Manager 89 Workstation Board OR840 Product Guide PXE Client Status and Error Messages PXE MO0 Intel UNDI PXE 2 0 build nnn Initializing PnP BEV Status message indicating the software is initializing PXE M00 Intel UNDI PXE 2 0 build nnn Initializing Int 18h Status message indicating the software is initializing PXE MOO0 Intel UNDI PXE 2 0 build nnn Initializing Int 19h Status message indicating the software is initializing PXE MO0 Intel UNDI PXE 2 0 build nnn Network Boot Disabled Network boot has been disabled using the Bootstrap Selection menu PXE M04 Hold down both shift keys to change bootstrap selection Hold down the left and right shift keys after the video BIOS identifier appears on the screen to invoke the Bootstrap Selection menu PXE M70 Network boot canceled by keystroke The network boot has been canceled by the user PXE M71 No services selected PXE E00 Could not find enough free base memory PXE base code and UNDI runtime modules are copied from FLASH or upper memory into the top of free base memory between 480K 78000h and 640K A0000h This memory must be zero filled by the system BIOS If this memory is not zero filled the relocation code in the PXE ROMs will assume that this memory is being used by the system BIOS or other boot ROMs e PXE E04 Error reading PCI configuration space This message is displayed if any of the PCI B
40. connect jumper to pins 1 2 9 Reassemble the system and reboot 10 Choose Enter Setup 11 Change the Configuration Manager settings to match your previous settings 12 Save the changes and exit Configuration Manager 73 Workstation Board OR840 Product Guide 6 Technical References Workstation Board Connectors This chapter contains the following topics Topic Page Back Panel Connectors 75 Midboard Connectors 77 Audio Connectors 77 Fan Connectors 78 Power Connectors 79 Peripheral Connectors 80 Security Connectors 81 Add in Board Connectors 81 Front Panel Connectors 83 Workstation Board Resources 84 Memory Map 84 System Management Bus Map 84 UO Map 84 Fixed I O Address Ranges 85 Variable I O Decode Ranges 86 ZE CAUTION Only the back panel connectors of this Workstation Board have over current protection The powered interval motherboard connectors are not over current protected and should connect only to devices inside the computer chassis such as fans and internal peripherals Do not use these connectors for powering up devices which are external to the computer chassis A fault in the load presented by the external devices could cause damage to the computer the interconnecting cable and the external devices themselves This section describes the Workstation Board s connectors The connectors can be divided into three 3 groups as shown in Figure 28 74 Workstation Board OR840 Product Guide Eie
41. cords with any changes Figure 6 Installing Changing the Battery 32 Workstation Board OR840 Product Guide How to Set Jumpers and Clear Passwords ZE CAUTION Do not move any jumper with the power on Always turn off the power and unplug the power cord from the computer before changing a jumper setting Otherwise damage to the Workstation Board could occur The Workstation Board has one 1 jumper block Figure 7 shows the location of the board s jumper block e This 3 pin jumper block determines the BIOS Configuration Manager s mode Figure 7 describes the jumper settings for the three modes normal configure and recovery gt NOTE This procedure assumes that the Workstation Board is installed in the computer and the configuration jumper block J1F2 has the jumper set on pins 1 2 for normal mode Procedure to Clear Passwords The following is the required procedure used to clear passwords 1 Observe the safety precautions in Safety Considerations at the beginning of this chapter 2 Turn OFF the computer 3 Disconnect the computer s power cord and all external peripheral equipment 4 Remove the computer cover Locate the configuration jumper block See Figure 7 5 Move the jumper to pins 2 3 6 Replace the cover and turn ON the computer 7 Allow the computer to boot up 8 Enter the configuration manager 9 Choose the security tab 10 Select Clear User Password or Clear Administrator Password 11 Go to
42. cription First Boot Device Auto default Specifies the boot sequence from the available devices None The Auto setting selects the 3 5 inch floppy disk drive if Available boot devi available The Network boot is only available as the first TARS SOOT ct boot device Second Boot Auto default Specifies the boot sequence from the available devices Device None The Auto setting selects the IDE hard disk drive if Available boot devices available Third Boot Device None default Specifies the boot sequence from the available devices Fourth Boot None default Specifies the boot sequence from the available devices 42 Workstation Board OR840 Product Guide System Event Log Tab B10S Configuration Manager ri posse EE em emm md Figure 13 System Event Log Tab Table 10 Description of the System Event Log Tab Event Log Display only Shows whether or not space is available for the event log Capacity Event Log Validity Display only Shows whether or not the information in the event log is marked as valid or invalid If the System Event Log is marked as invalid clear the Event Log and reboot Clear Event Log Enabled Enable this option to clear the event log each time the on Reboot Disabled default system is rebooted Event Log Control Enable All Events Enable or disable event logging Disable ECC Events will default enable logging all events except for ECC events Disable All Events Disable ECC Event
43. d Required BIS credential type information could not be determined PXE E28 BIS bad entry structure checksum 90 Workstation Board OR840 Product Guide BIS entry structure in the SM BIOS table is invalid PXE E32 TFTP open timeout TFTP open request was not acknowledged PXE E35 TFTP read timeout Next TFTP data packet was not received PXE E36 Error received from TFTP server A TFIP error packet was received from the TFTP server PXE E38 TFTP cannot open connection A hardware error occurred when trying to send the TFTP open packet out PXE E39 TFTP cannot read from connection A hardware error occurred when trying to send a TFTP acknowledge packet out PXE E3A TFTP too many packages This message can mean one of two things 1 You are trying to download a file using TFTP that is larger than the allocated buffer 2 You started downloading a file as a slave client using MTFTP and the file increased in size when you became the master client PXE E3B TFTP error File not found The requested file was not found on the TFTP server PXE E3C TFTP error Access violation The request file was found on the TFTP server The TFTP service does not have enough access rights to open read the file PXE E3F TFTP packet size is invalid The TFTP packet received is larger than 1456 bytes PXE E51 No DHCP or BOOTP offers received Client did not receive any valid DHCP BOOTP or Proxy offers PXE E52 No IP address received from DHCP or BOOTP C
44. d for installing RIMMs Minimum memory size is 128 MB maximum memory size is GB See Chapter 2 for types of memory supported and installation instructions All supported on board memory is cacheable 2GB may be supported with the availability of 512 MB RIMM gt NOTE Some of the system memory is dedicated to video Advanced Graphics Port The Workstation Board supports AGP and AGP Pro50 add in graphics cards to 1X 2X and 4X modes AGP is a high performance interconnect for graphic intensive applications such as 3D applications AGP is independent of the PCI bus and is intended for exclusive use with graphical display devices AGP provides these performance features e Pipelined memory read and write operations that hide memory access latency e De multplexing of address and data on the bus for near 100 percent bus efficiency e AC timing for 133 MHz data transfer rates AGP 2X allowing data throughput of 533 MB sec e AC timing for 266 MHz data transfer rates AGP 4X allowing data throughput of 1064 MB sec An AGP Pro50 universal connector is provided on the Workstation Board It accommodates both AGP and AGP Pro50 cards with a maximum power requirement of 50 Watts AGP Pro50 AGP Pro50 is an extension to the AGP interface specification and is designed to meet the needs of advanced workstation graphics The new specification is primarily designed to deliver additional electrical power to the graphics add in cards The
45. d for the region s where the end product will be used Marks on the product are proof of certification Certification marks are as follows 95 Workstation Board OR840 Product Guide e n Europe The CE marking signifies compliance with all relevant European requirements If the chassis does not bear the CE marking obtain a supplier s Declaration of Conformity to the appropriate standards required by the European EMC Directive and Low Voltage Directive Other directives such as the Machinery and Telecommunications Directives might also apply depending on the type of product No regulatory assessment is necessary for low voltage DC wiring used internally or wiring used externally when provided with appropriate overcurrent protection A maximum 8 A current limiting circuit or a maximum 5 A fuse or positive temperature coefficient PTC resistor provides appropriate protection All Intel motherboards now have PTCs on all external ports that provide DC power externally e Inthe United States A certification mark by a Nationally Recognized Testing Laboratory NRTL such as UL CSA or ETL signifies compliance with safety requirements External wiring must be UL Listed and suitable for the intended use Internal wiring must be UL Listed or Recognized and rated for applicable voltages and temperatures The FCC mark Class A for commercial or industrial only or Class B for residential signifies compliance with electromagnetic interference requirements
46. d one connector header for an IrDA v1 0 compatible infrared transceiver An infrared interface not included with the workstation board provides two way wireless communications to infrared devices The infrared transceiver must be connected to the infrared header on the workstation board see your workstation board documentation for details The BIOS does not support booting with an infrared keyboard or mouse Also the BIOS does not support wake on infrared keyboard or mouse 67 Workstation Board OR840 Product Guide Parallel Port Configuration e Parallel Port mode Peripheral Ports Tab The parallel port mode can be set to ECP EPP Bi directional or Output only mode Table 22 Parallel Port Modes Mode Description ECP IEEE 1284 compatible Enhanced Capabilities Port mode A bi directional parallel port mode with hardware support for RLE compression This mode is software and hardware compatible with all other parallel port modes and therefore can be used as the default mode EPP IEEE 1284 compatible Enhanced Parallel Port ECP 1 9 mode A bi directional parallel port mode Bi directional PS 2 type bi directional parallel port SPP mode Output only Output only mode used to support basic printers Processor Speed Detection e Front Side Bus Speed System Processor Tab e Processor Speed System Processor Tab The processor speed and front side bus FSB settings are displayed on the System Processor Tab Only Pentium
47. de transfer mode and Ultra DMA settings Disable will disable the secondary channel No options Reports the type of connected IDE device Secondary IDE Slave Secondary IDE ATA 66 No options Enabled default Disabled Reports the type of connected IDE device Enables high speed ATA66 modes if an ATA 66 drive is used with the special 80 conductor IDE cable If the drive doesn t support ATA 66 mode or if the cable is not detected by the BIOS the IDE device operates in an ATA 33 mode Choosing Disabled forces the IDE device to operate in one of the ATA 33 modes 45 Workstation Board OR840 Product Guide Integrated Floppy Tab BIOS Configuration Manager Floppy Controller Enabled cj Kann d Li Figure 16 Integrated Floppy Tab Table 12 Description of the Integrated Floppy Tab Feature Options Description Floppy Controller LC CENE default Enables or Disables the integrated diskette controller Enabled Disabled Floppy A 1 44 MB 3 default Specifies the capacity and physical size of diskette drive A 2 88 MB 372 Write Protect A Disable default Disables or enables the write protect features for the Enabled Enable diskette drive 46 Workstation Board OR840 Product Guide System BIOS Tab Figure 17 System BIOS Tab Table 13 Description of the System BIOS Tab Feature Options O Description BIOS Version Displays the BIOS version SMBIOS Version
48. e processor type P1 is the application Type processor Processor P1 L2 Displays the amount of L2 cache RAM for the processor Cache 40 Workstation Board OR840 Product Guide System Memory Tab BIOS Configuration Manager f ER peese mu EEO EEE RsumepASE 0 0 7j ee eieiei ELE 70000 0 po 7 03 Figure 11 System Memory Tab Table 8 Description of the System Memory Tab Total Memory No options Displays the total amount of RAM on the Workstation Size Board Memory Speed Displays the speed of the memory PC600 or PC800 Memory Slot 1 No options Displays the size and type of memory installed in this slot Memory Slot 2 Displays the size and type of memory installed in this slot Memory Slot 3 Displays the size and type of memory installed in this slot Memory Slot 4 Displays the size and type of memory installed in this slot For best performance install the first two RIMM modules in slots 1 RIMM 1 Channel A connector J5D1 and 3 RIMM 3 Channel B connector J6C1 For additional memory install two more RIMM modules in slots 2 RIMM 2 Channel A connector J4D1 and 4 RIMM 4 Channel B connector J5C1 Always install RIMM modules in pairs 41 Workstation Board OR840 Product Guide Boot Options Tab BIOS Configuration Manager Help System Processors System Memory Rework E Figure 12 Boot Options Tab Table 9 Description of the Boot Options tab Feature Des
49. e ved fejlagtig h ndtering Udskiftning ma kun ske med batteri af samme fabrikat og type Lev r det brugte batteri tilbage til leverand ren A ADVARSEL Lithiumbatteri Eksplosjonsfare Ved utskifting benyttes kun batteri som anbefalt av apparatfabrikanten Brukt batteri returneres apparatleverandgren A VARNING Explosionsfara vid felaktigt batteribyte Anv nd samma batterityp eller en ekvivalent typ som rekommenderas av apparattillverkaren Kassera anv nt batteri enligt fabrikantens instruktion A vanRorrus Paristo voi r j ht jos se on virheellisesti asennettu Vaihda paristo ainoastaan laitevalmistajan suosittelemaan tyyppiin H vit k jtetty paristo valmistajan ohjeiden mukaisesti 31 Workstation Board OR840 Product Guide Procedure to Replace the Battery The following is the procedure for replacing the battery Observe the safety precautions in Safety Considerations at the beginning of this chapter Record CMOS settings Turn OFF the computer Disconnect the computer s power cord and all external peripheral equipment Remove the computer cover Locate the battery on the motherboard See Figure 1 Callout M yan EF YW NY c Gently pry the battery free from its socket using a small flat bladed screwdriver Note the orientation of the on the battery 8 Install the new battery in the socket orienting the as shown in the illustration 9 Replace the computer cover 10 Update CMOS re
50. econds before the BIOS continues and uses the default boot menu choice The local network system administrator on using configuration files on the network boot server configures the network boot menu including the default choice Canceling a Network Boot To cancel a PXE network boot press the Escape key or Ctrl lt C gt Identifying the BIOS e BIOS version System BIOS Tab e SMBIOS Version System BIOS Tab e Boot Block Revision System BIOS Tab The System BIOS Tab displays the BIOS identifier string the version number for SMBIOS and the Boot Block Revision Setting the Splash Screen Delay e Splash Screen Delay General Tab The Splash Screen Delay setting controls how long the OEM logo screen remains visible 63 Workstation Board OR840 Product Guide Using the BIOS Security Features e User password Security Tab e Administrator password Security Tab The BIOS has support for two password levels Administrator and User The User password is used to prevent unauthorized users from booting the Operating System The Administrator password is used to prevent unauthorized users from entering the Configuration Manager NOTE If both passwords are set you may enter either password to boot the system If you forget your passwords use the Configuration Mode Jumper to enter Configuration Manager without the Administrative Password See Clearing BIOS Passwords A password must have between 1 and 15 characters V
51. edure for installing a Termination card 1 Observe the safety precautions in Safety Considerations section at the beginning of this chapter Turn OFF the computer Disconnect the computer s power cord and all external peripheral equipment Remove any peripherals that block access to the processor connector Slide the Termination Card into the GRM NN Bow m Ensure that the alignment notches in the Termination Card fits over the key in the processor connector How to Install Memory You can install from 128 MB to 1 GB of PC600 or PC800 RDRAM into the four 4 Workstation Board RIMM sockets gt NOTE 2 GB may be supported with the availability of 512 MB RIMM Memory Configuration Figure 5 illustrates the correct method for installing RIMMs The Workstation Board has two 2 RDRAM channels in which a total of four 4 RIMMs may be installed When using only two 2 RIMMs you must install a Continuity Rambus Inline Memory Module CRIMM in those slots that do not contain RIMMs gt NOTE In order to optimize memory performance you must first populate RIMM 1 and RIMM 3 28 Workstation Board OR840 Product Guide LEAD BA Figure 5 Installing RIMMs A RIMM 2 Channel A RIMM 4 Channel B B RIMM 1 Channel A D RIMM 3 Channel B Table 3 shows the optimum combinations for installing RIMMs and CRIMMs Table 3 Optimum RIMM Installation Combinations RIMM 4 Combination 1 RDRAM CRIMM RDRAM CRIMM Combi
52. eesecsesessecsesesssesesessseseseeesesesesesesesesesesesesesesesesssesees 79 eI AEGRUM 80 EHNEN NOTTE 81 Add in Board Connectors esses tette tetris ttn st sten 81 Front Panel aise sce tee ee ee ite tds 83 Workstation Board Heeources nn nerenene nnna 84 TEE 84 System Management Bus EIS tcs EE ean ne eet 84 LE EE 84 Fixed I O 3 907 32040t 20 E 85 Kell RRE 86 Appendix A Error Messarjes e eiecerunt north enne 87 Beep Codes and BIOS Messages is cscissiinccsctscvecrnnbscneseshsandatdvessutedd stunsasteansosdiessecaniscenssdhenmuesie 87 ZE 87 BIOS c Seeerei 89 Silent 89 Configuration Manager Messages nneosneeenaoennoensenesennrennnorrnrensseeeseennrennrennsrennnen 89 PXE Client Status and Error Messages asserentes See ene Ede coa deed 90 Appendix B Regulatory and Integration Information 93 laf urAEtH ul dq RC Eom 93 aces EE IE IRSE d CE EO Emm 94 Installation ee LE le 94 Installation Instructions correcte ceca nene renun e Ya rave eus 95 Ensure Electromagnetic Compatibility EMG 2 tret nta rm ci ck eite 95 Ensure Chassis and Accessory Module CGertfcatons neenon 95 Prevent Power Supply Overloag seseesmeenset rnb rade iecit ren oin Ska erar seu p ord ktm era kd acd 96 Place Battery Marking on the Computer 96 Use Only for Intended Applications sseeeesseseseseeee nennen 97 lat EE 97 Appendix C Current BIOS Settings Record Form
53. el A Battery 11 Workstation Board OR840 Product Guide gt NOTE Components labeled optional may not be installed on all OR840 Workstation Board Microprocessor The Intel OR840 Workstation Board supports one or two Pentium III processors as listed in Table 1 Each processor is packaged in a single edge contact cartridge 2 S E C C 2 The S E C C 2 includes the processor core second level L2 cache thermal plate and back cover Table 1 Processors Supported by the Workstation Board Processor Type Processor Core Frequency Host Bus Speed Cache Size Pentium III 533B MHz 133 MHz 512 KB processor 600B MHz 133 MHz 512 KB 533EB MHz 133 MHz 256 KB 600EB MHz 133 MHz 256 KB 667 MHz 133 MHz 256 KB 733 MHz 133 MHz 256 KB 800EB MHz 133 MHz 256 KB 866 MHz 133 MHz 256 KB 1 Refer to the Specification Update for the latest information regarding supported processors The letter designators for the table are E Designates Pentium lll processors with advanced transfer L2 cache B Designates Pentium lll processors with 133 MHz host bus speed For the latest information on processor support for the OR840 Workstation Board refer to the Intel boxed workstation board web site at http support intel com support motherboards workstation For instructions on installing or upgrading processors see Chapter 2 12 Workstation Board OR840 Product Guide Main Memory The Workstation Board has four 4 sockets use
54. equency Memory failure Levelization failure ran out of time domains Memory not supported unsupported memory technology Memory failure Continuity module missing or chipset failure Memory not supported could not find valid refresh rate Memory not supported invalid refresh information in SPD tCAC invalid does not support enough time domains tRCD invalid invalid SPD tCLS or tCAS SPD mismatch between channel A and B Memory not supported Memory not supported Memory not supported Memory not supported Memory not supported Memory not supported SPD mismatch between channel A and B Memory not supported SPD mismatch between channel A and B Memory not supported SPD mismatch between channel A and B Memory not supported SPD mismatch between channel A and B Memory not supported SPD mismatch between channel A and B Memory not supported SPD mismatch between channel A and B KS S HS HS FS SI rd zeiec Memory not supported SPD mismatch between channel A and B we Jl wn Jl Memory not supported invalid number of devices on RIMM Memory not supported SPD mismatch between channel A and B Memory failure Detected bad chipset configuration Memory not supported unsupported memory technology 87 Beep Code 1 6 2 1 6 3 1 6 5 1 6 6 1 6 7 1 6 8 2 1 1 2 1 2 3 1 1 3 1 2 3 1 3 3 1 4 3 1 5 3 1 6 3 1 7 3 2 1 3 2 2 3 2 3 3 2 4 3 3 3 4 8 8 5 1 3 8 1 1
55. es Searching for Boot record from device name OK The BIOS is searching for and found a valid boot image The device name can be floppy IDE 0 IDE 1 CD ROM SCSI or Network Searching for Boot record from device name Not Found The BIOS is searching for a valid boot image but didn t find one Drive Not Ready Insert BOOT diskette in A The floppy drive is not physically connected or the drive does not have a diskette in the drive Invalid Boot Diskette The diskette in the floppy drive contains an unformatted diskette Non System disk or disk error Replace and strike any key when ready The diskette in the floppy drive contains a formatted diskette but not a valid boot diskette Configuration Manager Messages Password is incorrect The password you entered does not match the required password Enter the password again Password must be cleared before a new password can be set Use the Clear User Password or Clear Administrator Password button on the Security Tab to clear the password before entering a new password Password can not be zero length Passwords must contain one or more characters Password entries do not match The passwords entered in the Password Verification dialog do not match Enter the passwords again Altered settings have not been saved Selecting Continue will discard changes Configuration settings have been changed but not saved Press Continue to exit without saving the
56. est information 60 Workstation Board OR840 Product Guide IDE Configuration Spin Delay Integrated IDE Tab Primary IDE Integrated IDE Tab Secondary IDE Integrated IDE Tab Controller Enabled Integrated IDE Tab If the IDE hard drive is not ready when the BIOS searches for a boot drive the BIOS utility proceeds to the next boot device The spin delay setting is used to add a time delay to allow IDE hard disk drives to spin up before the BIOS checks for a bootable image Use the Primary IDE Secondary IDE settings to enable the Primary Secondary IDE channels Use the Controller Enabled option to enable or disable both IDE channels and free the system resources Floppy Drive Configuration e Floppy Controller Enabled Integrated Floppy Tab e Floppy A type Integrated Floppy Tab e Write Protect A Enabled Integrated Floppy Tab gt NOTE 1 Use the Floppy Controller Enabled setting to enable or disable the floppy drive 2 Use the Floppy A setting to select the floppy drive density 3 Use the Write Protect A Enabled setting to enable or disable the write capability of the floppy disk drive 61 Workstation Board OR840 Product Guide Selecting Boot Options e Select Boot Device Boot Options Tab e Splash Screen Delay General Tab e Spin Delay Integrated IDE Tab In the Configuration Manager the user can choose to boot from a diskette drive IDE or SCSI hard drive CD ROM or the network The default sett
57. fault Enables or disables USB legacy support Enable this Enabled option to use a USB keyboard or mouse with non USB aware operating systems 48 Power Events Tab Workstation Board OR840 Product Guide 8105 Configuration H anager Peripheral Ports Powertmests feste General Seewrity Configure 3tand a4 Mode Et Coafiqure Power On Options Power On Integrated LAM Enabled m Power Oe Serial Ring Enabled 17 Power On RTC Rtarm Enabled T Power On Add in PC Enabled 7 Figure 19 Power Events Tab Table 15 Description of the Power Events Tab Power On Enabled Choose this option to enable Wake on LAN from ACPI Integrated LAN Disabled default sleep state 5 or from the normal off state in non ACPI Enabled operating systems The default is disabled the system will remain off This option has no effect on the wake events in ACPI sleep states 1 and 4 Power On Serial Enabled Choose this option to enable wake on ring for external Ring Enabled Disabled default modems connected to the serial port from ACPI sleep state 5 or from the normal off state in non ACPI operating systems The default is disabled the system will remain off This option has no effect on the wake events in ACPI sleep states 1 and 4 Power On RTC Enabled Choose this option to wake up the system on an RTC Alarm Enabled Disabled default Alarm The default is disabled the system will remain off This option has no effect on the wake eve
58. following are the steps required for removing a Workstation Board 1 Remove processor heat sink GRM assembly Termination Card if applicable using procedures How to Remove a Processor and How to Remove a Termination Card Disconnect fan cables from fan headers Locate the workstation board mounting screw holes in Figure 4 that follows Remove the 10 Workstation Board mounting screws Carefully extract the board by its edges Nn nF WwW nm Place board component side up on a grounded static free surface 26 Workstation Board OR840 Product Guide 2 o o o o o Ki Sta e e r 9 35 8 95 8 05 9 60 2 85 bo RS Figure 4 Workstation Board Mounting Screw Holes How to Upgrade a Processor If your Workstation Board contains one 1 microprocessor then you can upgrade the computer by replacing this processor with one faster or by installing an application processor If your Workstation Board has two 2 microprocessors then you can upgrade by replacing these processors with two 2 faster processors If you install only one processor on a Workstation Board then it must go in the boot PO processor connector In a single processor configuration you must install a Termination Card in the empty application processor connector P1 to ensure proper operation of the computer 27 Workstation Board OR840 Product Guide Procedure to Install the Termination Card The following is the proc
59. formation e Use an anti static wrist strap and a conductive foam pad when working on the Workstation Board 21 A Workstation Board OR840 Product Guide WARNINGS The procedures in this chapter assume familiarity with the general terminology associated with personal computers and with the safety practices and regulatory compliance required for using and modifying electronic equipment Always disconnect the computer from its power source and from any telecommunications links networks or modems before performing any of the procedures described in this chapter Failure to disconnect power telecommunications links networks or modems before you open the computer or perform any procedures can result in personal injury or equipment damage Some circuitry on the workstation board can continue to operate even though the front panel power button is off ZE CAUTION Electrostatic discharge ESD can damage components Perform the procedures described in this chapter only at an ESD workstation If such a station is not available you can provide some ESD protection by wearing an anti static wrist strap and attaching it to a metal part of the computer chassis Installing the Grounded Retention Mechanism Grounded Retention Mechanisms GRM are recommended for use on the OR840 Workstation Board when installing Pentium III processors The GRM is shipped as two 2 assemblies that are ready for installation on the workstation board Figure 2 ill
60. hapter Turn OFF the computer Disconnect the computer s power cord and all external peripheral equipment Remove the computers cover and locate the RIMM sockets See Figure 1 Callout I Gently spread the retaining clips at each end of the socket The RIMM pops out of the socket Holding the RIMM by its edges lift it away from the socket and store it in an anti static package How to Replace the Lithium Battery M When turned off a computer s lithium battery maintains the current time of day clock and the current values in CMOS RAM The battery should last approximately three 3 years When the battery begins to fail it loses voltage when the voltage drops below a certain level the Setup program settings stored in CMOS RAM for example the date and time might not be accurate Always replace the battery with an equivalent one in size and value 30 Workstation Board OR840 Product Guide A WARNING Danger of explosion if the battery is incorrectly replaced Replace only with the same or equivalent type recommended by the equipment manufacturer Discard used batteries according to manufacturer s instructions A ATTENTION Il y a danger d explosion s il y a remplacement incorrect de la batterie Remplacer uniquement avec une batterie du m me type ou d un type recommand par le constructeur Mettre au r but les batteries usag es conform ment aux instructions du fabricant A ADVARSEL Lithiumbatteri Eksplosionsfar
61. he BIOS configuration information and boot sequence for your computers settings This chapter covers the following topics Topic or Procedure Page 35 37 39 40 41 42 43 45 46 Configuration Manager Tabs Using the Mouse and Keyboard in Configuration Manager Help Tab System Processors Tab System Memory Tab Boot Options Tab System Event Log Tab Integrated IDE Tab Integrated Floppy Tab System BIOS Tab 47 Peripheral Ports Tab 48 Power Events Tab 49 Time Date Tab 50 General Tab 51 Security Tab 52 Save Exit Tab 53 Configuration Manager Tabs The Configuration Manager is organized into a set of tabbed panels The Configuration Manager can be used to change the BIOS configuration information and boot sequence for the computer through the use of tabs Figure 5 summarizes the uses for each Tab gt NOTE For reference purposes you should write down the current settings When you make changes to the settings update this record Use the form provided in Appendix C Configuration Manager Settings to record your settings The Configuration Manager settings are reset to the factory default settings when you update the BIOS 35 Workstation Board OR840 Product Guide Table 5 Summary of Configuration Manager Screens Tab Legend Help System Processors System Memory Boot Options System Event Log Integrated IDE Integrated Floppy System BIOS Peripheral Ports Power Events Time Date General Securi
62. ide 7305 15 004 Battery Side Up marking located on the component side of the board in close proximity to the battery holder FCC Logo Declaration Solder side e ACA C Tick mark Consists of a unique letter C with a tick mark followed by N 232 Located on the component side of the workstation board and on the shipping container e CE Mark Component side The CE mark should also be on the shipping container Installation Precautions When you install and test the Workstation Board observe all warnings and cautions in the installation instructions To avoid injury be careful of e Sharp pins on connectors e Sharp pins on printed circuit assemblies e Rough edges and sharp corners on the chassis e Hot components like processors voltage regulators and heat sinks Damage to wires that could cause a short circuit Observe all warnings and cautions that instruct you to refer computer servicing to qualified technical personnel A WARNING Do not open the power supply There is a potential risk of electric shock and burns from high voltage and rapid overheating Refer servicing of the power supply to qualified technical personnel 94 Workstation Board OR840 Product Guide Installation Instructions CAUTION Follow these guidelines to meet safety and regulatory requirements when installing this Workstation Board assembly Read and adhere to all of these instructions and the instructions supplied with the chassis
63. ing Auto selects the diskette drive to be the first is for the diskette drive to be the primary boot device and the hard drive to the second boot device By default the third and fourth devices are disabled Booting from CD ROM is supported in compliance to the EI Torito bootable CD ROM format specification You can boot a CD ROM from either a CD ROM drive or a DVD drive If you have multiple CD ROM drives in your system only the first CD ROM drive found in the system can be used as a boot device A PXE compliant network server may be selected as a boot device by choosing Network on the Boot Options Tab The on board network adapter does not require the user to install a remote boot ROM Booting from an add in network adapter may require the user to install a remote boot ROM To access the PXE bootstrap selection menu press both left and right shift keys immediately after the video BIOS sign on message 62 Workstation Board OR840 Product Guide How to Display the Network Bootstrap Selection Menu e First Boot Device Boot Options Tab The BIOS includes a PXE boot ROM included in the firmware hub for the built in network interface that is compatible with the Preboot Execution Environment PXE Specification When the Network is selected as the first boot device on the Boot Options Tab the user will be presented with the following prompt when the system boots Press F8 to view menu 9 The number 9 represents the number of s
64. intel Workstation Board OR840 Product Guide A15479 Order Number A15479 02 Revision History Revision Revision History Date 1 0 Release Sept 1999 2 0 Update BIOS data Beep codes etc Revise Table 1 and convert Feb 2000 motherboard to workstation board Remove references to CPU and replace with processor Exceptions being board labels and pin call outs Added ACPI Sleep State S3 data If a FCC declaration of conformity marking is present on the board the following statement applies FCC Declaration of Conformity This device complies with Part 15 of the FCC Rules Operation is subject to the following two conditions 1 this device may not cause harmful interference and 2 this device must accept any interference received including interference that may cause undesired operation For questions related to the EMC performance of this product contact Intel Corporation 5200 N E Elam Young Parkway Hillsboro OR 97124 1 800 628 8686 This equipment has been tested and found to comply with the limits for a Class B digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference in a residential installation This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications However there is no guarantee that inte
65. ion contained in this document No part of this document may be copied or reproduced in any form or by any means without prior written consent of Intel An Intel product when used in accordance with its associated documentation is Year 2000 Capable when upon installation it accurately stores displays processes provides and or receives date data from into and between the twentieth and twenty first centuries including leap year calculations provided that all other technology used in combination with said product properly exchanges date data with it Other brands and trademarks are the property of their respective owners Copyright 1999 2000 Intel Corporation Pentium amp Celeron are trademarks of Intel Corp Workstation Board OR840 Product Guide Contents 1 Workstation Board OR840 Features cene 9 ee ES IIBER TE 9 CONDONE TN TOO Tt 11 Cie Ee un EE 12 FUSCE DIT COTES 13 Advanced Graphics EE 13 tob a a E E NET T IEEE 13 beEe Uo v2nii tesscu lc E 14 Analog Devices AD1881 Audio Codec essen nnns 14 Audio Connectors tenerent tetti tetti titii sese se setis se se ense 15 Audio Drivers and Utilities 0c ccceceeccecceseseeeeeeeceseueausueeeeseueceueaueuaueuaueaseneaveuanenaueess 15 LAN Subsystem Optional rettet sa tbe prn Fiera rte aa FR Rao Free hae ser Pane rais 15 Intel 82559 LAN Controller Optional 16 LAN Subsystem EE
66. k 19 Workstation Board OR840 Product Guide amp NOTE Advanced Power Management is not supported Wake on LAN Technology Wake on LAN Technology enables remote wakeup of the computer through a network The Workstation Board supports Wake on LAN through the PCI bus PME signal and the Intel 82559 LAN controller This signal can wake up the computer only when the power cord is still plugged into the socket and the computer is in a supported sleep state Wake on LAN can be enabled or disabled through the BIOS Configuration Manager program A Wake on LAN connector is not required ZE CAUTION For Wake on LAN technology the 5V standby line for the power supply must be capable of providing adequate 5V standby current 1 0A Failure to provide adequate standby current when implementing Wake on LAN Technology can damage the power supply Alert on LAN 2 Technology The Workstation Board supports Alert on LAN 2 Technology Alert on LAN 2 Technology enables PCs to send immediate alerts over the network when there are hardware or operating system failures or evidence of tampering Alert on LAN 2 improves on this technology by providing a way to remotely reboot hung systems If the system still hangs it can be booted to a known good state in order to run diagnostics The 82559 LAN device supports Alert on LAN 2 technology in combination with the Alert on LAN device through a dedicated 8 bit interface and through the Intel 82801AA
67. ka tmkk a eoa repe repa ninm 51 Table 18 Description of the Security Tab EEN 52 Table 19 Description of the Save Exit Tab E 53 Table 20 Wake Events Supported for Each Sleep Giaie 60 Table 21 Administrative and User Passwords in Configuration Manager 65 Table 22 Parallel Port Modes teer tette em ex terre et ere eer tette 68 Table 23 System Memory Map cesta prn tibi ttes Fea rok tese ana rara area aee xv ib neme 84 Table 24 System Management Bus Map c cccsssccssssecssssesssseesseneesseneesseneesseneesssneesssseessaseess 84 Table 25 Fixed I O Ranges Decoded by ICH 85 Table 26 Variable UO Decode Ranges ccssccssssecsssecsececssesecsseeecseneesseneesseneecseneessnseessereessneess 86 Table 27 BIOS Beep COOS DTE 87 Table Neruda TEUER 93 Table 29 EMC RegulatioNS e 93 Table 30 Rug ee 97 Acronyms Workstation Board OR840 Product Guide Acronyms Meaning dens Meaning Acronyms Meaning Acronyms Meaning ACPI ADPCM AGP APM BIOS CMOS CSMA CD DIMM DMA DMI DRAM DRM Advanced Configuration and Power Interface Adaptive Differential Pulse Code Modulation Accelerated Graphics Port Advanced Power Management Basic Input Output System Complement ary Metal Oxide Semiconduct or Carrier Sense Multiple Access with Collision Detection Dual Inline Memory Module Direct Memory
68. lient did not receive any valid DHCP or BOOTP offers Client did receive at least one valid Proxy offer PXE E53 No boot filename received Client received at least one valid DHCP BOOTP offer but does not have a boot filename to download PXE E60 Invalid UNDI API function number An API being used by the base code is not implemented in the UNDI ROM PXE E61 Media test failed check cable Most likely the cable is not plugged in or not connected Could be a bad cable NIC or connection PXE E63 Error while initializing the NIC An error occurred while trying to initialize the NIC hardware Try another NIC PXE E64 Error while initializing the PHY An error occurred while trying to initialize the PHY hardware Try another NIC PXE E65 Error while reading the configuration data An error occurred while reading the NIC configuration data Try another NIC PXE E66 Error while reading the initialization data An error occurred while reading the NIC initialization data Try another NIC PXE E67 Invalid MAC address The MAC address stored in this NIC is invalid Try another NIC PXE E68 Invalid EEPROM checksum The EEPROM checksum is invalid The contents of the EEPROM have been corrupted Try another NIC PXE E69 Error while setting interrupt The interrupt hardware could not be configured Try another NIC PXE E74 Bad or missing PXE menu and or prompt information 91 Workstation Board OR840 Product Guide PXE tags were detected but the boot menu a
69. ll a PCI add in board IDE Auto Configuration If you install an IDE device such as a hard drive in your computer the IDE auto configuration utility in the BIOS automatically detects and configures the device for your computer You do not need to run the BIOS Setup program after installing an IDE device Security Passwords The BIOS includes security features that restrict whether the BIOS Setup program can be accessed and who can boot the computer An administrator password and a user password can be set for Setup and for booting the computer with the following restrictions e The administrator password gives unrestricted access to view and change all Setup options This is administrator mode e Setting a user password restricts who can boot the computer The password prompt is displayed before the computer is booted If the administrator password is the only setting the computer boots without asking for a password If both passwords are set you can enter either password to boot the computer Expansion Slots The Workstation Board contains five 5 PCI expansion slots and one 1 AGP slot Power Management Features Power management is implemented at several levels including e Software support Advanced Configuration and Power Interface ACPI e Hardware support Alert on LAN 2 Technology Wake on LAN Technology Wake on Ring Technology Wake on USB or PS2 Keyboard mouse Wake on Real time cloc
70. ll peripheral devices The inside of the chassis presents potential for multiple risks of personal injury including risk of electrical shock burns due to hot components and lacerations due to sharp edges Refer to your system user s guide for important safety information It is unlikely that anything will interrupt the BIOS upgrade however if an interruption occurs the BIOS could be damaged To recover the BIOS use the following 1 Turn the computer off and unplug the power cord from the wall outlet disconnect any telephone lines or LAN connections and unplug all peripheral devices 2 Remove the chassis cover to gain access to the jumper 3 Remove the Configuration Mode jumper J1F2 Save the jumper Figure 27 Location of Configuration Mode Jumper 4 Reassemble your system and turn the power on 5 Insert the BIOS upgrade diskette in drive A then boot the computer The BIOS will automatically update the System BIOS in flash memory This process takes less than two minutes The video display will be disabled during the upgrade process 6 Listen for the beeps coming from the small speaker on the motherboard not the external audio port that indicates the BIOS update is complete Remove the BIOS upgrade diskette when you hear the following beep code three beeps pause three beeps pause three beeps 7 Shut down the system and unplug the system 8 Reset the Configuration Mode jumper to the normal operation setting
71. mproved signal to noise ratio 290 dB e 16 bit stereo full duplex Codec e Audio inputs e Audio outputs e Power management support e Digital audio mixer mode e DSP 16 bit serial port format slot 16 mode e Full variable 7 KHz to 48 KHz sampling rate with 1 Hz resolution e Split power supplies 3 3V Digital 5V Analog e Phat Stereo 3D Stereo Enhancement 14 Workstation Board OR840 Product Guide Audio Connectors The audio connectors include the following e ATAPI style CD ROM e ATAPI style Telephony e MIDI connector e Back panel audio connectors Line out Line in Mic in gt NOTE Some of the audio connectors are optional and are not installed on all versions of the board Audio Drivers and Utilities Audio drivers and utilities are available from Intel s World Wide Web site http support intel com support motherboards workstation LAN Subsystem Optional The Intel 82559 10 100Mbps Fast Ethernet Wired for Management WfM LAN subsystem provides both 10Base T and 100Base TX connectivity Features include e Dual mode 10Base T and 100Base TX capability using a single RJ45 connector and activity status LEDs e 32 bit 33 MHz direct bus mastering on the PCI bus e Shared memory structure in the host memory that copies data directly to from host memory e EEE 802 3u Auto Negotiation for the fastest available connection e Jumperless configuration the LAN subsystem is completely software config
72. nation 2 RDRAM RDRAM RDRAM RDRAM gt NOTE CRIMMs must be installed in unpopulated RIMM connectors for the Workstation Board to boot RIMMs must be installed as described previously in Table 3 or the Workstation Board will not boot The memory in RIMM 1 and RIMM 3 must be the same size density type and speed The memory in RIMM 2 and RIMM 4 must be the same size density type and speed Using the encoded part numbers on the RIMMs is the best way to determine if the parts are the same 29 Workstation Board OR840 Product Guide Procedure to Install RIMMs The following are the steps required for installing RIMMs gv k GB B oT rz Observe the safety precautions in Safety Considerations at the beginning of this chapter Disconnect the computer s power cord and all external peripheral equipment Remove the computer cover and locate the RIMM sockets Holding the RIMM by its edges remove it from its anti static package Ensure that the clips at either end of the socket are pushed away from the socket Position the RIMM above the socket and align the two 2 small notches in the bottom edge of the RIMM with the keys in the socket Press down firmly on the RIMM until it clicks into position making sure that the clips are securely engaged Procedure to Remove RIMMs The following are the steps required used to remove RIMMs LB oO FF WwW rnm Observe the safety precautions in Safety Considerations at the beginning of this c
73. nd Clear Passwords sese errem tero aen nire n arre iiu cain 33 Procedure to Clear Baseworde nnns 33 How to Connect IDE Drives octo nri net ttti NENE irent trt error UR UR 34 Workstation Board OR840 Product Guide 3 Using the Configuration Managert eere 35 Configuration Manager Tab mirer rta rtt ennt nitri basa indc tora Freies 35 Using the Mouse and Keyboard in Configuration Manager 37 Be UO Es mE 39 Sem ONS Be CC E 40 System utra NETTO OO OE LUE 41 Boor IA MCI EEUU 42 System Event Rica soccer ede aces TEE 43 Integrated IDE o MM v 45 Lull Floppy WA TIERE 46 System BIOS TaD E 47 CE POMS FAD i cscccccsccertsse secnesaiscrsinasetsciassdestanecntscsoronastesneriachanedeatansdnaessdnentseniens 48 Power Events Tab seen ttn rr nnne tnra nnn b rcu nin ry nn enne dese panna daz 49 IIIRGNELDOM 50 Genaral DAB P 51 SESS T3 oos acetate eee ccd edited eed sedit ams da hse dud fia Uus cine let esa lcd 52 o cd uiis TREO 53 4 Using the BIOS Features eeeeeceeeeseeee nnana 55 Entering and Exiting the Configuration Manager 56 zd the Operating NN ENSE 57 Ci KONEN E o 58 Using ECC Error Correcting Code Memory ose rok rents ck vB renta rasa asinis 58 Ehlerange deed 59 xcv AE e 59 Fote Full WERL TET 59 Enabling Disabling On board UE CH Uer 59 Enabling Disabling On board
74. nd or boot prompt tags were not found valid e PXE E76 Bad or missing multicast discovery address Multicast discovery is enabled but the multicast discovery address tag is missing PXE E77 Bad or missing discovery server list Multicast and broadcast discoveries are both disabled or use server list is enabled and the server list tag was not found valid PXE E78 Could not locate boot server A valid boot server reply was not received by the client PXE E79 NBP is too big to fit in free memory base The NBP is larger than the amount of free base memory PXE EAO Network boot canceled by keystroke User pressed Esc or lt Ctrl C gt during DHCP Discovery TFTP PXE EC1 Base code ROM ID structure is invalid UNDI boot module could not find the base code ROM ID structure If there is a base code ROM image in the system it has probably been corrupted PXE EC3 Base code ROM ID structure was not found The base code ROM ID structure is invalid The base code ROM image has probably been corrupted PXE EC4 UNDI ROM ID structure was not found The base code loader module could not locate the UNDI ROM ID structure PXE EC5 UNDI ROM ID structure is invalid The UNDI ROM image has probably been corrupted PXE EC6 UNDI driver image is invalid The UNDI ROM image has probably been corrupted PXE EC8 PXE structure was not found in UNDI driver code segment The UNDI ROM image has probably been corrupted or has not been initialized by the BIOS PXE EC9 P
75. nternational Summary of Nordic deviations to EN 60950 Norway Sweden Denmark and Finland Title Title 47 of the Code of Federal Regulations Parts 2 and 15 Subpart B pertaining to unintentional radiators USA Limits and methods of measurement of Radio Interference Characteristics of Information Technology Equipment International Implementation Regulations for Voluntary Control of Radio Interference by Data Processing Equipment and Electronic Office Machines Japan Limits and methods of measurement of Radio Interference Characteristics of Information Technology Equipment Europe Generic Immunity Standard Currently compliance is determined via testing to IEC 801 2 3 and 4 Europe Interference Causing Equipment Standard Digital Apparatus Class B Including CRC c 1374 Canada Australian Communications Authority ACA Standard for Electromagnetic Compatibility 93 Workstation Board OR840 Product Guide Product Certification Markings This printed circuit assembly has the following product certification markings e UL Joint Recognition Mark Consists of small c followed by a stylized backward UR and followed by a small US Component side e Manufacturer s recognition mark Consists of a unique UL recognized manufacturer s logo along with a flammability rating 94 V 0 Solder side e UL File Number for motherboards E186194 Component side PB Part Number Intel bare circuit board part number Solder s
76. nts in ACPI sleep states 1 and 4 Power On Add In Enabled Choose this option to enable wake on PCI PME Power PCI PME Disabled default Management Event for PCI modems or other PCI devices Enabled from ACPI sleep state 5 or from the normal off state in Stand by Mode S3 non ACPI operating systems The default is disabled the system will remain off This option has no effect on the wake events in ACPI sleep states 1 and 4 Choose the ACPI Sleep State to use for stand by mode S1 default Choose either S3 Suspend to RAM or S1 Processor Sleep While S3 is supported by Microsoft Windows 2000 not all drivers will allow the system to go into S3 Choose S1 for drivers or operating systems that do not support S3 49 Workstation Board OR840 Product Guide Time Date Tab B10S Configuration Manager September 8 1999 am 0 Month September sj s 24 1995 LG MM 55 MM 5o m Mndate Date HCH Figure 20 Time Date Tab Table 16 Description of the Time Date Tab Feature Options Description Date Displays the current date Time No options Displays the current time using 24 hour clock Month Day Year January December Specifies the current date 1 31 1980 2099 Hours Minutes 0 23 0 59 0 59 Specifies the current time Seconds Update Date Update Sets the date or time Time 50 Workstation Board OR840 Product Guide General Tab Figure 21 General Tab
77. onfiguration Manager Figure 22 Security Tab Table 18 Description of the Security Tab The Administrator Password can be up to 15 characters long Feature Options Description User Password Reports if a user password is set Set Administrator Reports if an Administrator password is set Password Set Clear User Clears the user password Password Set User Button Specifies the user password Password pM The User Password can be up to 15 characters long Clear Clears the Administrator password Administrator Password Set Administrator Specifies the Administrator password Password 52 Workstation Board OR840 Product Guide Save Exit Tab BIOS Configuration Manager Saue New Settings Figure 23 Save Exit Tab Table 19 Description of the Save Exit Tab Feature Description Save New Saves the changes in Flash memory Settings Discard Changes Discards any changes made in Configuration Manager Load Factory Loads the factory default values for all the Configuration Settings Manager options Exit Exits Configuration Manager 53 Workstation Board OR840 Product Guide This Page Left Intentionally Blank 54 Workstation Board OR840 Product Guide 4 Using the BIOS Features The OR840 Workstation Board uses Intel proprietary BIOS which is stored in flash memory and can be upgraded using a disk based program The flash memory also contains the BIOS Configuration Manager described in
78. ower management including a programmable wake up event interface e Infrared port IrDA 1 1 compliant e Supports multiple GPIOs gt NOTE The BIOS Configuration Manager program provides configuration options for the I O controller Real Time Clock The Workstation Board has a time of day clock and a multi century calendar with alarm features and century rollover A battery on the board keeps the clock current when the computer is turned off 17 Workstation Board OR840 Product Guide gt NOTE The recommended method of accessing the date in systems with Intel amp Workstation Boards is from the Real Time Clock RTC via the BIOS The BIOS on Intel motherboards contains a century checking and maintenance feature This feature checks the two least significant digits of the year stored in the RTC during each BIOS request INT IAh to read the date and if less than 80 i e 1980 is the first year supported by the PC updates the century byte to 20 This feature enables operating systems and applications using the BIOS date time services to reliably manipulate the year as a four digit value For more information on proper date access in systems with Intel Workstation Boards please see http support intel com support year2000 paper htm USB Support The Workstation Board has two 2 USB ports only one 1 USB peripheral can be connected per port To attach more than two 2 devices connect an external hub to either of the built
79. p Table 23 System Memory Map Address Range hex Size Description OFFF0000 0FFFFFFF 1 MB Flash Memory FWH 32KB Reserved for ACPI tables other tables as required 00100000 top of varies Extended System Memory memory 32 KB 000E0000 000FFFFF Reserved for System BIOS shadow area 000C0000 000DFFFF Reserved for Option ROM shadow area 000A0000 000BFFFF 128 KB Video Buffer 00000000 0009FFFF Conventional memory System Management Bus Map Table 24 System Management Bus Map Address hex Partition A0 A2 A4 A6 Baseboard IDROM 2 5A 50 AO RIMM 1 SPD EEPROM 2 2 0 0 0 A2 RIMM 3 SPD EEPROM A6 RIMM 4 SPD EEPROM CE Alert on LAN 2 companion 1 device UO Map The I O map is divided into Fixed and Variable address ranges Fixed ranges cannot be moved but in some cases can be disabled Variable ranges can not only be moved but also disabled 84 Workstation Board OR840 Product Guide Fixed I O Address Ranges Table 25 Fixed I O Ranges Decoded by ICH Ee DMA 09h OEh Reserved DMA Controller DMA GER DMA 19h 1Eh Reserved DMA Controller DMA 24h 25h Interrupt Controller Interrupt Controller Interrupt SEN inter 30h 31h Interrupt Controller Interrupt Controller Interrupt EE inter EE interrupt 3Ch 3Dh Interrupt Controller Interrupt Controller Interrupt ah Ptr 50h 52h Time Counter Time Counter PIT sah PT 70h Reserved NMI and RTC Controller RTC vim RTC 72h RTC 73h RTC Controller RTC Controller
80. rference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on the user is encouraged to try to correct the interference by one or more of the following measures e Reorient or relocate the receiving antenna e Increase the separation between the equipment and the receiver e Connect the equipment to an outlet on a circuit other than the one to which the receiver is connected e Consult the dealer or an experienced radio TV technician for help Canadian Department of Communications Compliance Statement This digital apparatus does not exceed the Class B limits for radio noise emissions from digital apparatus set out in the Radio Interference Regulations of the Canadian Department of Communications Le pr sent appareil numerique n met pas de bruits radio lectriques d passant les limites applicables aux appareils num riques de la classe B prescrites dans le R glement sur le broullage radio lectrique dict par le inist re des Communications du Canada Disclaimer Intel Corporation Intel makes no warranty of any kind with regard to this material including but not limited to the implied warranties of merchantability and fitness for a particular purpose Intel assumes no responsibility for any errors that may appear in this document Intel makes no commitment to update nor to keep current the informat
81. s Mark All Events Button Mark all events in the log as read as Read View Log Button Displays the System Event Log see Figure 14 Read events are marked with an asterisk 43 Workstation Board OR840 Product Guide System Event Log Type 23 System boot 1 1 March 9 2 11 18 58 Log created on this boot Figure 14 Sample View of System Event Log 44 Integrated IDE Tab Workstation Board OR840 Product Guide 8105 Contiguration Manager Contraler inated cd Figure 15 Integrated IDE Tab Table 11 Description of the Integrated IDE Tab Feature Controller Enabled Spin Delay Primary IDE Master Primary No options IDE Slave Primary IDE Secondary IDE Master Enabled default Disabled 0 60 seconds 0 sec is default Enabled default Disabled Enabled default Disabled Description Enabled will enable the dual channel IDE controller Disabled will disable the dual channel IDE controller This option will prevent the IDE controller from using system resources Selects the hard disk drive pre delay Causes the BIOS to insert a delay before attempting to detect IDE drives in the system Enabled automatically sets the values for the LBA mode transfer mode and Ultra DMA settings Disable will disable the primary channel Reports the type of connected IDE device Reports the type of connected IDE device Enabled automatically sets the values for the LBA mo
82. stener retainer pin D Then press the fastener C through the bracket and workstation board s hole until the fastener snaps into place 6 Repeat steps 2 through 5 for the other retention bracket assembly 23 Workstation Board OR840 Product Guide Installing the Processor s gt NOTE If you are installing a single processor you must e Install the processor in the slot marked PO e Install a termination card in the slot marked P1 If you are installing two 2 processors the following values must be identical for both processors e Host bus speed e Processor core frequency e Cache size e Cache type either discrete or advanced transfer e Operating voltages Refer to Figure 3 that follows as you review these steps 1 After the GRM has been attached to the Workstation Board line up the processor ensuring that the substrate key is aligned with the connector 2 Insert the processor into the guide rails along the GRM 3 Place one hand on the top edge of the processor heat sink combination and press down pushing it into the connector 4 You will hear a click as the retention mechanism pops back thereby locking the processor in place 5 Ifan active heat sink is employed connect fan connector to one of the fan header 24 Workstation Board OR840 Product Guide Figure 3 Processor Insertion A Processor Heat Sink Assy E Processor Fan B Connector Processor Heat Sink Fan F Connector
83. ton is white and enclosed by right gt and left lt arrows To move the current selection between the two buttons left click the desired button with the mouse or press the Tab key The Right and Left keyboard arrow may be used as well The text box between the two buttons Figure 24 B shows the number of seconds remaining before the BIOS automatically continues and performs the action associated with the currently highlighted button Boot OS or Enter Setup Time remaining before booting operating system entering Configuration Manager determined by whichever button is highlighted C Boot OS Operating System 56 Workstation Board OR840 Product Guide To exit Configuration Manager do the following l Goto the Save Exit Tab 2 If you have made changes in the Configuration Manager Settings choose Save New Settings or Discard Changes 3 Choose Exit Booting the Operating System To boot the operating system do the following Turn the power on or restart the system 2 Choose Boot OS from the full screen logo screen or simply wait without making a choice the BIOS will boot the operating system if you do not choose Enter Setup 3 If only the User Password is set you must enter the User Password If both the User and Administrator passwords are set you can enter either password 4 The BIOS will search for a valid boot image on the boot devices selected in the Boot Options Tab in Configuration
84. ty Save Exit Uses Help on using the Configuration Manager Displays processor information and Front Side Bus FSB speed Displays the memory speed Displays the amount of memory Displays the type of memory module in each slot Select the order for the boot devices Configure System Event Log Mark System Event Log entries as read View System Event Log Configure the Primary and Secondary IDE channels Configure the floppy Displays the BIOS version Configure the serial ports parallel port and USB Enable or disable the S5 wake up events 1 and S3 Standby Set the time or date Set the amount of time the introductory screen remains visible Disable the on board Network Interface Card NIC Disable the on board audio device Set resume after AC power failure or remain off Enable Num Lock at power up Enable the processor serial number Force fans to run at full speed Set or clear the User and Administrator passwords Save discard or reset the changes Exit Configuration manager 36 Workstation Board OR840 Product Guide Using the Mouse and Keyboard in Configuration Manager You can use your keyboard and mouse together to navigate within the Configuration Manager however the mouse is the preferred method Table 6 Mouse and Keyboard Usage in Configuration Manager Mouse Backspace Tab key Shift Tab key ESC key F1 key Right Mouse Button Right Arrow Left Arrow Space Bar Enter Up Down Arrows amp NOTE
85. ult Available boot devices Fourth Boot Device None default Available boot devices System Event Log Event Log Capacity Display only Event Log Validity Display only Clear Event Log on Reboot Enabled Disabled default Event Log Control Enable All Events default Disable All Events Disable ECC Events Integrated IDE Controller Enabled Enabled enabled Disabled Spin Delay 0 60 seconds Primary IDE Enabled enabled Disabled Master Primary IDE Display only Only Pentium III processors with 133 MHz front side bus speeds are supported Your Settings 98 Integrated IDE continued Integrated Floppy System BIOS Peripheral Ports Power Events Tab ATA 66 Primary Master Workstation Board OR840 Product Guide Enabled enabled Disabled Slave Primary IDE Display only ATA 66 Primary Slave Secondary IDE Enabled enabled Disabled Enabled default Disabled Master Secondary IDE Display only ATA 66 Secondary Master Slave Secondary IDE ATA 66 Secondary Slave Enabled default Disabled Display only Enabled default Disabled Enabled default Disabled Floppy Controller Enabled Floppy A 1 44 MB 3 5 default 2 88 MB 3 5 Write Protect A Enabled Enabled Disabled default BIOS Version Display only SMBIOS Version Display only Boot Block Revision Serial Port 1 COM Infrared Port COM Infrared Port Mode Parallel Port Legacy USB Support
86. urable 15 Workstation Board OR840 Product Guide Intel 82559 LAN Controller Optional The Intel 82559 PCI LAN controller s features include e CSMA CD Protocol Engine e Glueless 32 bit PCI Bus interface e DMA engine for movement of commands status and network data across the PCI bus e Integrated physical layer interface including Complete functionality necessary for the 10Base T and 100Base TX network interfaces when in 10 Mbit sec mode the interface drives the cable directly A complete set of Media Independent Interface MII management registers for control and status reporting 802 3u Auto Negotiation for automatically establishing the best operating mode when connected to other 10Base T or 100Base TX devices whether half or full duplex capable e Jumperless configuration the LAN subsystem is completely software configurable e Integrated power management features including System Management Bus support Support for Wake on LAN and Alert on LAN 2 technology Support for ACPI technology LAN Subsystem Software The Intel 82559 Fast Ethernet WfM PCI LAN software and drivers are available from Intel s World Wide Web site http support intel com support motherboards workstation RJ45 LAN Connector Optional LEDs Two 2 LEDs are built into the RJ45 LAN connector Table 2 describes the LED states when the board is powered up and the LAN subsystem is operating Table 2 RJ45 LAN Connector LEDs
87. ustrates the installation process for the GRM on the board NOTE Use of the Grounded Retention Mechanism is recommended with the OR840 Workstation Board and Pentium Ill G00EB MHz processors and higher 22 Workstation Board OR840 Product Guide Figure 2 Installing the Grounded Retention Mechanism A Notched retention bracket retention bracket ees Fastener retainer pin B Un notched retention Retention bracket s notch bracket C Press fit fastener GE Key on 242 pin connector Follow these steps to install the assemblies on the Workstation Board 1 Support the Workstation Board so it does not deform when a fastener is pressed into its mounting hole Note Allow at least 1 2 of free space under each mounting hole 2 Retention bracket A in Figure 3 has a notch B retention bracket B does not The notch in the retention bracket A fits over the key F on the end of the 242 pin connector As shown in Figure 3 position the retention bracket A over the mounting holes on the workstation board 3 Push each of the fasteners C through the retention bracket and the workstation board mounting hole until you feel the fastener snap into place 4 Push a fastener retainer pin D into the through hole of the fastener C until it is fully seated against the top of the fastener Repeat this step for each of the fasteners 5 Ifany fastener C gets pushed out of the retention bracket during assembly remove the fa

Intel Workstation OR840 Motherboard

Contents

Download Pdf Manuals

Related Search

Related Contents