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Silicon Graphics 1450, Maintenance Manual

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Changing Jumper Settings

007-4276-001

133

Changing Jumper Settings

Follow the instructions in this section to change the settings for the CMOS clear jumper
(JP4), the password clear jumper (JP3), and the recovery boot jumper (JP2).

Observe the following safety and ESD precautions before changing jumper settings:

Caution:

ESD can damage disk drives, boards, and other parts. We recommend that you

do all procedures in this chapter only at an ESD-protected workstation. If one is not
available, provide some ESD protection by wearing an antistatic wrist strap attached to
chassis ground—any unpainted metal surface—on your system when handling parts.

Caution:

Always handle boards carefully. They can be extremely sensitive to ESD. Hold

boards only by their edges. After removing a board from its protective wrapper or from
the system, place it component-side upon a grounded, static-free surface. If you place the
baseboard on a conductive surface, the battery leads may short out. If they do, this will
result in a loss of CMOS data and will drain the battery. Use a conductive foam pad if
available but not the board wrapper. Do not slide the board over any surface.

Caution:

A jumper is a small, plastic-encased conductor that slips over two jumper pins.

Newer jumpers have a small tab on top that you can grip with your fingertips or with a
pair of fine, needle-nosed pliers. If your jumpers do not have such a tab, take care when
using needle-nosed pliers to remove or install a jumper; grip the narrow sides of the
jumper with the pliers. Never grip the wide sides because this can damage the contacts
inside the jumper, causing intermittent problems with the function controlled by that
jumper. Take care to gently grip, but not squeeze, with the pliers or other tool you use to
remove a jumper; you might bend or break the stake pins on the board.

CMOS Clear Jumper

The jumper at pins 1, 2, and 3 controls whether settings stored in CMOS nonvolatile
memory (NVRAM) are retained during a system reset. The jumper is used to restore the
system's CMOS and RTC to default values, as follows:

!

!

!

Summary of Contents for 1450

Page 1: ...SGI 1450 Server Maintenance Guide Document Number 007 4276 001 ...

Page 2: ...s in Data clause at FAR 52 227 14 and or in similar or successor clauses in the FAR or in the DOD DOE or NASA FAR Supplements Unpublished rights reserved under the Copyright Laws of the United States Contractor manufacturer is Silicon Graphics Inc 1600 Amphitheatre Pkwy Mountain View CA 94043 1351 Silicon Graphics is a registered trademark and SGI and the SGI logo are trademarks of Silicon Graphic...

Page 3: ...007 4276 001 iii Record of Revision Version Description 001 June 2000 Initial Rev ...

Page 4: ......

Page 5: ... Media Bay 9 Hard Drive Bay 10 Power Subsystem 11 System Cooling 14 E Bay 17 Chassis Front Controls and Indicators 18 Rear Panel I O Ports and Features 19 2 Removing and Installing System Components 21 Tools and Supplies Needed 22 Pre Installation Safety Precautions 22 Front Cover 23 Removing the Front Cover 23 Installing the Front Cover 24 Top Cover 25 Removing the Top Cover 25 Installing the Top...

Page 6: ...ing the Fan Board Assembly 40 Replacing the Fan Board 40 Removing and Installing Individual Fans 42 Hard Drive Bay 42 Removing the Hard Drive Bay 43 Installing the Hard Drive Bay 44 Peripheral Devices 45 Removing a Drive from the Media Bay 45 Installing a Drive in the Media Bay 46 Replacing a Drive in the Device Bay 46 SCSI Requirements 47 3 Removing and Installing Baseboard Components 49 Tools an...

Page 7: ...Installing a VRM 62 Backup Battery 63 Add in Boards 65 Removing a 32 bit 33 MHz Half Length PCI Add in Board 65 Installing a 32 bit 33 MHz Half Length PCI Add in Board 66 Removing a 64 bit 66 33 MHz Hot Plug PCI Add in Board 67 Installing a 64 bit 66 33 MHz Hot Plug PCI Add in Board 69 ICMB Card 70 Installing an ICMB Card 71 Removing an ICMB Card 73 4 Solving Problems 75 Resetting the System 75 In...

Page 8: ...tivity Light Does Not Light 81 Problems with Application Software 81 Error and Informational Messages 82 Equipment Log 84 A Technical Reference 87 Internal Cables and Connectors 87 Connectors Accessible to the User 90 Keyboard and Mouse Ports 90 Serial Ports 90 Parallel Port 91 Video Port 92 Universal Serial Bus USB Interface 93 ICMB Connectors 94 Ethernet Connector 94 Internal SCA 2 HDD Connector...

Page 9: ...cessor Termination Regulation and Power 123 Termination Card 125 Server Monitor Module Connector J7H1 125 SM Bus Connector J9E4 127 ICMB Connector J1D2 127 Auxiliary I2C Connector J9E4 128 Baseboard Fan Connectors J3C1 J3A1 J4A1 J4C1 128 Internal Disk Drive LED Connection 130 Baseboard Jumpers 131 Changing Jumper Settings 133 CMOS Clear Jumper 133 Password Clear Jumper 135 Recovery Boot Jumper 136...

Page 10: ......

Page 11: ... AC Bracket 29 Figure 2 3 E Bay Retaining Screws 30 Figure 2 4 Rear Retention Mechanism 31 Figure 2 5 Power Subsystem 34 Figure 2 6 Metal Plate Covering the Power Subsystem Bay 38 Figure 2 7 Fan Board Assembly Screw 39 Figure 2 8 Fan Assembly Rotated away From Its Base 41 Figure 2 9 Hard Drive Bay Tabs 43 Figure 2 10 Removing the Hard Drive Bay from the Chassis 44 Figure 2 11 Location of the Media...

Page 12: ... 8 Example of an ICMB Card Attached to a Chassis 72 Figure 3 9 Internal Cable Attached to the ICMB Card 72 Figure 3 10 External Cable Attached to the Card 73 Figure A 1 Detailed Diagram of Connector Locations 105 Figure A 2 Baseboard Configuration Jumpers 131 ...

Page 13: ...uipment Log 84 Table A 1 SGI 1450 server Cables and Connectors 87 Table A 2 Keyboard and Mouse Connectors 90 Table A 3 Serial Ports 91 Table A 4 Parallel Port 91 Table A 5 Video Port 92 Table A 6 USB Connector 93 Table A 7 ICMB Connectors 94 Table A 8 Ethernet Connector 94 Table A 9 Internal SCA 2 HDD Connector 95 Table A 10 External Adaptec Ultra 160 m SCSI 97 Table A 11 CD ROM Adapter Board 40 P...

Page 14: ...M Connectors J2A2 J2B1 J2C1 123 Table A 27 Server Monitor Module Connector Pinout 126 Table A 28 SM Bus Connector J9E4 127 Table A 29 ICMB Connector J1D2 128 Table A 30 IMB Connector J8F1 128 Table A 31 Processor Fan Connector 1 J3C1 129 Table A 32 Processor Fan Connector 2 J3A1 129 Table A 33 Processor Fan Connector 3 J4A1 130 Table A 34 Processor Fan Connector 4 J4C1 130 Table A 35 Internal Disk...

Page 15: ...e SGI 1450 Server User s Guide for information on installing customer replaceable components and configuring software and utilities See the SGI 1450 Server Mounting Instructions for instructions on mounting the SGI 1450 server in a 19 inch rack See the SGI 1450 Server Quick Start Guide for information on setting up your system Obtaining Publications To obtain SGI documentation go to the SGI Techni...

Page 16: ...s sgi com Use the Feedback option on the Technical Publications Library World Wide Web page http techpubs sgi com Contact your customer service representative and ask that an incident be filed in the SGI incident tracking system Send mail to the following address Technical Publications SGI 1600 Amphitheatre Pkwy M S 535 Mountain View California 94043 1351 Send a fax to the attention of Technical P...

Page 17: ...led description of chassis features For a general description see the SGI 1450 Server User s Guide The following sections are covered Chassis Features Peripherals Hard Drive Bay Power Subsystem System Cooling E Bay Chassis Front Controls and Indicators Rear Panel I O Ports and Features ...

Page 18: ...structions on mounting the SGI 1450 server in a 19 inch rack see the SGI 1450 Server Mounting Instructions Table 1 1 SGI 1450 Server Physical Specifications Specification Rack Mode Height 4u 7 inches Width 17 5 inch rack Depth 26 5 inches Weight 57 lbs 26 kg minimum configuration 88 lbs 40 kg maximum configuration Required front clearance 3 inches inlet air temperature 35 C 95 F Required rear clea...

Page 19: ...ration Figure 1 1 Server in Rack Mountable Configuration A Top cover The top cover protects the contents of the chassis B Front cover The front cover protects the peripheral devices C Front bezel door When this door is open you can access hard drives and peripheral devices D Front bezel A B C D ...

Page 20: ... Detailed Chassis Description The chassis has two covers a front cover and a top cover The front cover is held in place by three screws The screws are noted by A in Figure 1 2 Figure 1 2 Front Cover Retaining Screws A ...

Page 21: ...two thumbscrews is noted by A in Figure 1 3 Figure 1 3 Top Cover Thumbscrew A bezel snaps on to the front of the chassis and allows adequate airflow to cool the system components The door in the bezel provides user access to hard drives and the peripheral bay Access to the power supplies is provided by removing the front bezel completely A ...

Page 22: ...rver without Covers Right Overhead View of E Bay Warning The total power requirement for the SGI 1450 server exceeds the 240 VA energy hazard limit that defines an operator accessible area Only qualified service technicians should access the processor memory power subsystem and non hot plug areas of the baseboard A1 A2 C B D E E3 E5 E2 E4 E7 E6 E1 G H F I ...

Page 23: ...rives If the operating system supports hot swapping of hard drives these drives can be changed without shutting down the server C Power Subsystem Installed A power subsystem bay that supports up to three 350 watt power supply modules in a 2 1 redundant configuration The power subsystem bay is mounted at the front left corner of the chassis and is shipped with three power supply modules Each power ...

Page 24: ...899 SCSI controller The processors SDRAM memory modules and hot plug PCI components are listed individually below E1 Processors The system supports up to four Intel Pentium III Xeon processors E2 Registered SDRAM Memory Expansion Slots The memory expansion board holds up to sixteen Dual Inline Memory Module DIMM slots and supports up to 16 gigabytes of Error Checking and Correcting ECC Synchronous...

Page 25: ...y drive and 0 5 inch slim line CD ROM drive E5 Baseboard Form factor 16 13 inches ATX style backpanel I O The baseboard is mounted horizontally in a subassembly called the E Bay The E Bay is mounted towards the rear of the chassis The baseboard contains connectors for installing up to four Pentium III Xeon processors in single edge contact SEC cartridges E6 Voltage Regulator Module VRM The baseboa...

Page 26: ...ews The carrier locks into the hard drive bay by a locking handle Figure 1 5 shows the orientation of the drive in the carrier The carrier is upside down in this figure Figure 1 5 Hard Drive in Drive Carrier A Hard drive carrier B Four fasteners used to attach drive to carrier C Hard drive D Connector E Locking handle Each hard drive is connected to an Ultra 160 SCSI hot swap backplane The backpla...

Page 27: ... uses a universal input switching power subsystem PSBS This subsystem provides up to 630 watts DC The subsystem also minimizes the RMS current drawn from each AC line by providing power factor corrected AC input The chassis can be configured with one two or three 350 watt power supply modules Each module is designed to minimize electromagnetic interference EMI and radio frequency interference RFI ...

Page 28: ...power supply modules The power supply modules are noted by A in Figure 1 6 The power subsystem bay contains a power distribution board which manages the power delivered by all functional power supplies The power subsystem can operate in either a nonredundant or redundant manner Nonredundant operation means that you are using only one or two power supply modules If the module ceases to function nor...

Page 29: ...ut The baseboard also provides three connectors supporting 8 3 compliant plug in voltage regulator modules VRMs Each power subsystem auto senses within the following voltage ranges and is rated as follows 100 120 V at 50 60 Hertz Hz 11 0 A maximum 200 240 V at 50 60 Hz 5 5 A maximum The DC output voltages of each power supply module are 3 3 V at 28 A max total combined power of the 3 3 and 5 chann...

Page 30: ...been removed from the system airflow patterns are disrupted within the system To maintain correct airflow patterns within the chassis and to ensure that all components remain within specification under all system environmental conditions power supply module hot swap operations should not exceed two minutes in duration System Cooling The SGI 1450 server uses up to six fans mounted in a fan board as...

Page 31: ... The SGI 1450 server uses all six fans to form a redundant cooling system If one of the six fans ceases to function normally the remaining five fans adequately cool the system Using six fans supports any configuration up to the maximum configuration Air flows in through the front bezel over the power subsystem bay the peripheral bay and the hard drive bay The air then passes through the fan board ...

Page 32: ...inted to by the right arrow Figure 1 8 Fan LEDs Table 1 5 shows the fan LED state status Caution The top cover must be on the system for proper cooling Individual fans are hot swappable In other words you can remove and install a fan without shutting down the server After a fan has been removed from the system airflow Table 1 5 Fan LED State Status LED State Status Solid amber There is a fault wit...

Page 33: ...o sixteen PC 100 compliant registered ECC SDRAM memory modules that support up to 16 gigabytes of Error Checking and Correcting ECC Synchronous Dynamic RAM 32 bit 33 MHz 5 V PCI segment with two expansion slots and three embedded devices 64 bit 66 33 MHz 3 3 V hot Plug PCI segment with two expansion slots and one embedded device 64 bit 33 MHz 5 V hot Plug PCI segment with four expansion slots and ...

Page 34: ...r button and then release both the reset and power buttons within one second of each other the CMOS will be cleared Caution The CMOS should be cleared only if it has been corrupted C Sleep button If the operating system supports ACPI and you press this button the operating system goes into sleep state S1 If you press this button during sleep state the operating system becomes active This system do...

Page 35: ...power connector B External SCSI connector ports C Hot plug 64 bit 33 MHz PCI add in board slots D Hot plug 64 bit 66 33 MHz PCI add in board slots E Non hot plug 32 bit 33 MHz PCI add in board slots These slots can also accept an Intelligent Chassis Management Bus ICMB SEMCONN 6 pin connector in out F Video connector G USB ports 0 upper and 1 lower 4 pin connectors H NIC RJ45 connector A O N B F G...

Page 36: ...M1 9 pin RS 232 connector J IEEE 1284 compliant 25 pin bi directional parallel connector K Serial port 1 COM1 9 pin RS 232 connector L PS 2 compatible keyboard connector M PS 2 compatible mouse connector N HW push button O PCI green and amber LEDs inside the chassis ...

Page 37: ...d Installing System Components This chapter provides information on removing and installing the following system components Front Cover Top Cover Memory Retention Bar Baseboard Power Subsystem Cooling System Hard Drive Bay Peripheral Devices ...

Page 38: ...inent information specific to the system Some of this information may be required when running the system setup utility SSU Pre Installation Safety Precautions The following warnings and cautions apply whenever you remove the top and front covers of the system Only a technically qualified person should integrate and configure the system Warning Hazardous voltage current and energy levels are prese...

Page 39: ...y Use a conductive foam pad if available but not the board wrapper Do not slide the board over any surface Caution For proper cooling and airflow always install the front cover before turning on the system Operating the system for an extended period of time without the top and front covers in place can damage system parts Caution If the SGI 1450 server is turned on and has only three fans installe...

Page 40: ...r 4 Using an even pull and pressing down slide the cover back towards the front of the chassis about 0 75 inch 5 Lift the front cover up and out of the chassis Installing the Front Cover To install the front cover follow these steps 1 Observe the safety and ESD precautions at the beginning of this chapter 2 Before replacing the front cover check that no loose tools or parts were left inside the sy...

Page 41: ...ing and installing the fan board assembly Removing and installing the power subsystem bay To remove the top cover perform the following steps 1 Observe the safety and ESD precautions at the beginning of this chapter 2 Release the two thumbscrews located on the top rear of the chassis One of two thumbscrews are noted by A in Figure 1 3 on page 5 3 Using an even pull press lightly on the top cover a...

Page 42: ... earlier and tighten them firmly 6 Connect any external cables Memory Retention Bar When accessing baseboard components you need to remove and install the memory retention bar Removing the Memory Retention Bar To remove the memory retention bar follow these steps 1 Unscrew the captive screw located at the front of the E Bay The captive screw is noted by A in Figure 2 1 2 Lift up the bar from the s...

Page 43: ... at the rear of the chassis The clip is noted by C in Figure 2 1 2 Secure the other side of the memory retention bar with the captive screw as shown in Figure 2 1 Baseboard This section covers the removal and installation of the baseboard which requires the removal and installation of baseboard components The baseboard resides in the E Bay The front right back and left sides of the E Bay are marke...

Page 44: ...tem 3 Turn off the system power by pressing the power on off button on the front panel and unplug all AC power cords 4 Label and disconnect all peripheral cables attached to the I O panel on the back of the system 5 Remove the front cover See Removing the Front Cover on page 23 6 Remove the top cover See Removing the Top Cover on page 25 7 Remove the foam cover that shields the E Bay 8 Remove the ...

Page 45: ...inside of the chassis c Drape the AC bracket over the left side of the E Bay assembly Figure 2 2 Power Supply AC Bracket A Screw securing the connector B Power supply inlet connector 14 Remove the voltage regulator modules VRMs See Removing a VRM on page 62 15 Remove the processors and any termination processors See Removing a Processor on page 59 16 Remove the processor retention guides See Remov...

Page 46: ...y to the chassis Two of the four screws are noted as A in Figure 2 3 Figure 2 3 E Bay Retaining Screws 21 Pull the E Bay away from the chassis As you separate the E Bay away make sure that the power cord does not become wedged between the two parts of the chassis 22 Remove the rug from the E Bay 23 Using needlenose pliers remove the plastic rear retention mechanism located at the front of the E Ba...

Page 47: ...he baseboard under the padding on the right side of the E Bay and then under the back panel at the rear of the chassis 4 Using needlenose pliers install the plastic rear retention mechanism located at the front of the E Bay The rear retention mechanism is noted by A in Figure 2 4 Figure 2 4 Rear Retention Mechanism 5 Place the rug at the bottom of the E Bay 6 Slide the E Bay into the chassis As yo...

Page 48: ...anel from inside the chassis b Once in place slide the bracket down into the slot c Attach the screw securing the bracket as shown in Figure 2 2 on page 29 15 Add any 33 MHz half length PCI add in boards See Installing a 32 bit 33 MHz Half Length PCI Add in Board on page 66 16 Connect internal cables to the baseboard Cables and connectors include Three ribbon cables at the front of the E Bay Three...

Page 49: ...ower supply module and the power subsystem bay The SGI 1450 server can accommodate up to three power supply modules each of which is enclosed in a power subsystem bay The power subsystem bay contains a power distribution board PDB This board manages the power delivered by all functional power supply modules Figure 2 5 shows the power subsystem bay with three power supply modules installed ...

Page 50: ...module D Thumbscrew on the power supply module When removing the power supply module loosen this screw E Power supply module LED F Thumbscrew on the front of the power subsystem bay When removing the power subsystem bay loosen this screw G Power supply module standby LED indicating that 5 V standby power is operational Each module has one Standby LED This LED corresponds to the power supply module...

Page 51: ...e follow these steps 1 Remove the front bezel by gently pulling on the edge of the front bezel The ball studs of the bezel release Check the LED for each power supply module to determine which power supply module needs to be replaced 2 Loosen the power supply module retaining screw See Figure 2 5 on page 34 for the location of the screw 3 Press down on the power supply module tab Gently pull the p...

Page 52: ... the front panel DOES NOT turn off the system AC power To remove power from system unplug the AC power cords from the wall outlet or the system Warning Hazardous voltage current and energy levels are present inside the power supply There are no user serviceable parts inside it servicing should be done by technically qualified personnel 1 Observe the safety and ESD precautions at the beginning of t...

Page 53: ...e done by technically qualified personnel 1 Observe the safety and ESD precautions at the beginning of this chapter 2 Remove the non functioning power subsystem bay according to the instructions in the preceding subsection 3 Place the power subsystem bay in the front of the chassis The front of the power subsystem bay should be flush with the front of the system 4 Tighten the screw on the front of...

Page 54: ...Cover on page 25 12 Install the front cover See Installing the Front Cover on page 24 Cooling System Follow the instructions in this section to remove and install the fan board assembly the fan board and each individual fan The fan board assembly is held in place by two screws one on each side of the chassis The fan board assembly holds up to six individual fans The top of each fan has two finger ...

Page 55: ...r on page 23 4 Remove the top cover See Removing the Top Cover on page 25 5 Remove all individual fans from the assembly See Removing and Installing Individual Fans on page 42 6 Remove the two screws that secure the board assembly to the chassis Set the screws aside You will need them later in this procedure One of the screws is noted by A in Figure 2 7 Figure 2 7 Fan Board Assembly Screw 7 Lift t...

Page 56: ...panel baseboard and power system to the board assembly 5 Slide the assembly into the chassis 6 Attach the two screws that secure the board assembly to the chassis See Figure 2 7 on page 39 7 Install the individual fans See Removing and Installing Individual Fans on page 42 8 Install the top cover See Installing the Top Cover on page 25 9 Install the front cover See Installing the Front Cover on pa...

Page 57: ...screws that secure the fan board to the assembly 6 Install the new fan board and attach the screws 7 Place the plastic rug back into the assembly The orientation of the rug is important For the correct orientation see Figure 2 8 8 Rotate the assembly back towards its base 9 Attach the screws that secure the base to the rest of the fan assembly 10 Install the fan board assembly See Installing the F...

Page 58: ... on page 25 3 Place your ring finger and thumb in the fingerholds of the fan in the chassis 4 Gently pull the fan directly upward and out of the fan board assembly 5 Slide the replacement fan into the fan board assembly 6 When you start to feel some resistance gently push down on the center of the fan until the connectors solidly join 7 Install the top cover See Installing the Top Cover on page 25...

Page 59: ...page 23 3 Remove the fan board assembly See Removing the Fan Board Assembly on page 39 4 Disconnect the four cables attached to the hard drive bay 5 Remove the SCSI hard drives See Removing a SCSI Hard Drive in the SGI 1450 Server User s Guide 6 With a flat head screwdriver press the two tabs inward on one side Repeat this step for the two tabs on the other side The two tabs are noted by A in Figu...

Page 60: ...ve the safety and ESD precautions at the beginning of this chapter 2 Slide the hard drive bay into the chassis until the tabs engage the slots on the chassis 3 Connect the four cables to the hard drive bay 4 Install the SCSI hard drives See Installing a SCSI Hard Drive in the SGI 1450 Server User s Guide 5 Install the fan board assembly See Installing the Fan Board Assembly on page 40 6 Install th...

Page 61: ...line floppy and a 0 5 inch slim line CD ROM drive The drives are secured to the media bay by a screw as shown in Figure 2 11 Although Figure 2 11 shows a single 3 5 inch floppy disk drive the SGI 1450 server is shipped with a 0 5 inch slim line floppy and a 0 5 inch slim line CD ROM drive Figure 2 11 Location of the Media Bay Screw To remove a drive from the media bay follow these steps 1 Observe ...

Page 62: ... in the media bay 4 Connect the power and signal cables to the drive 5 Insert and tighten the screw that secures the drive to the bay The screw is noted by A in Figure 2 11 6 Install the front cover See Installing the Front Cover on page 24 Replacing a Drive in the Device Bay To replace a drive in the device bay follow these steps 1 Observe the safety and ESD precautions at the beginning of this c...

Page 63: ...peripheral at the end of the SCSI cable Note Integrating the 5 25 inch peripheral bay can affect EMC compliance and is a regulated activity Except as noted here any changes to the bay configuration could result in noncompliance with EMC regulations Caution To avoid damage to a 5 25 inch peripheral device ensure the EMI gasketing provided in the device bay does not bridge any open circuits on the e...

Page 64: ......

Page 65: ...ory Processors Voltage Regulator Modules VRMs Backup Battery Add in Boards ICMB Card The removal and installation procedures described in this chapter assume that the baseboard components are readily accessible For information on removing the top cover and other items that may stand in the way of baseboard components see Chapter 2 Removing and Installing System Components ...

Page 66: ...ed options and any other pertinent information specific to the system You will need this information when running the SSU Pre Installation Safety Precautions The following warnings and cautions apply whenever you work with the baseboard Only a technically qualified person should integrate and configure the system Warning The on off button a convex button on the front panel does not turn off the sy...

Page 67: ...tery Use a conductive foam pad if available but not the board wrapper Do not slide the board over any surface Caution For proper cooling and airflow always install the chassis access covers before turning on the system Operating the system without this cover in place can damage system parts Caution A jumper is a small plastic encased conductor that slips over two jumper pins Newer jumpers have a s...

Page 68: ...Baseboard Connector and Component Locations A Legacy Narrow SCSI B Legacy Wide SCSI C SMM Connector D IMB Connector E HDD Activity F HPIB Connector G ICMB Connector H Connector not Used I Lithium Battery J Memory Module Connector K Video Connector L USB External Connector M Network Connector N Parallel Connector A B J JJ I I HH K M N O G H F P I GG FF EE DD Q CC R BB S AA E D T U V W X Y Z C L ...

Page 69: ...ow the instructions in this section to remove and install the memory module and DIMMs Main memory resides on an add in board called a memory module The memory module contains slots for 16 DIMMs each of which must be at least 64 MB and is attached to the baseboard through a 330 pin connector called the memory expansion card connector MECC The memory module supports PC 100 compliant registered ECC S...

Page 70: ...e Therefore data transfers between MADPs and DIMMs are in four way interleave fashion Each of the four DIMMs must be populated in a bank The 16 slots are divided into four banks of four slots each They are labeled A through D Bank A contains DIMM sockets A1 A2 A3 and A4 Banks B C and D each contain 4 DIMM sockets and are named in the same fashion There are silk screens on the module next to each D...

Page 71: ...y from the baseboard until it clears the guide rails 4 Place the module component side up on a nonconductive static free surface Installing the Memory Module To install the memory module follow these steps 1 Observe the safety and ESD precautions at the beginning of this chapter 2 Holding the memory module by its edges align the module so its edge engages the guide rails at the back and front of t...

Page 72: ... only by its edges being careful not to touch its components or gold edge connectors Carefully lift it away from the socket and store it in an antistatic package 5 Repeat to remove other DIMMs as necessary Installing DIMMs To install DIMMs follow these steps Caution Use extreme care when installing a DIMM Applying too much pressure can damage the socket DIMMs are keyed and can be inserted in only ...

Page 73: ...plastic ejector levers on the socket ends to the upright position 5 Repeat the steps to install each DIMM Processors Follow the instructions in this section to remove and install a processor the processor retention mechanisms and processor heatsinks Caution You might damage the system if you install a processor that is inappropriate for your system Make sure your system can handle the thermal and ...

Page 74: ...tatic charge while handling the processor 2 Avoid moving around unnecessarily A processor has the following components Figure 3 4 Processor Orientation and Components A Processor 1 B Processor 2 C Processor 3 D Processor 4 E Screws 2 at the top of the processor F Clip on processor handle G Processor handle H Termination module I Processor heat sink J Processor retention mechanism K Screws 2 for re...

Page 75: ...ed static free surface or conductive foam pad 3 Attach the processor handle to the processor For more information see Installing Processor Handles on page 60 4 If necessary attach the heatsink to the processor For more information see Installing Processor Heatsinks on page 60 5 Orient the processor correctly in the chassis See Figure 3 4 on page 58 and Figure 3 1 on page 52 6 Slide the processor i...

Page 76: ...t the handle as shown in Figure 3 4 on page 58 2 Press the handle into the processor until the handle snaps into place Installing Processor Heatsinks Depending on your configuration the heatsink for each processor might not be attached In this case you must attach one heatsink to each processor If you are working with a processor terminator module you do not install a heatsink See Figure 3 4 for t...

Page 77: ... VRMs for each combination of processors and termination boards Table 3 2 lists the required number and location of VRMs for each potential processor Table 3 1 VRM Processor Power Sequencing VRM VRM provides power for Description 1 Embedded Processor 1 Processor core power only 2 Embedded Processor 1 GLT FSB reference 3 Embedded Processor 1 and 2 L2 cache power only 4 Embedded Processor 3 and 4 L2...

Page 78: ...ipate the static charge while handling the VRM 2 Avoid moving around unnecessarily 1 Using a small flat head screwdriver push the plastic ejector levers on each end of the connector away from the VRM to eject it out of the connector See Figure 3 5 for the location of the ejector levers 2 Pull the VRM straight up and out of the baseboard 3 Place the VRM on a nonconductive static free surface or sto...

Page 79: ...ewdriver to push them into place Figure 3 5 Installing a VRM A VRM B VRM connector on baseboard C Ejector lever Backup Battery Follow the instructions in this section to replace the lithium battery The lithium battery on the baseboard powers the real time clock RTC for three to four years in the absence of power When the battery weakens it loses voltage and the system settings stored in CMOS RAM i...

Page 80: ...splosionsfare ved fejlagtig håndtering Udskiftning må kun ske med batteri af samme fabrikat og type Levér det brugte batteri tilbage til leverandøren Advarsel Lithiumbatteri Eksplosjonsfare Ved utskifting benyttes kun batteri som anbefalt av apparatfabrikanten Brukt batteri returneres apparatleverandøren Varning Explosionsfara vid felaktigt batteribyte Använd samma batterityp eller en ekvivalent t...

Page 81: ...llowing eight PCI slots Two 32 bit 33 MHz half length PCI slots Two 64 bit 66 33 MHz hot plug PCI slots Four 64 bit 33 MHz hot plug PCI slots Typically the hot plug PCI add in boards are held in the hot plug slots by a front and rear hot plug retention mechanism See Figure 3 6 on page 68 Note At this time the Linux operating system does not support use of the PCI hot plug PHP feature If you are ru...

Page 82: ...e beginning of this chapter 2 Disconnect any cables attached to the PCI board you are removing 3 Remove and save the screw that attaches the existing board retaining bracket to the chassis 4 Holding the board by its top edge or upper corners carefully pull it out Do not scrape the board against other components 5 Store the board in an antistatic protective wrapper 6 If you are not reinstalling a b...

Page 83: ...lace the board component side up on an antistatic surface 2 Record the serial number of the add in board in your equipment log See Equipment Log on page 84 3 Set jumpers or switches on the PCI board according to the manufacturer s instructions 4 Remove and save the screw that attaches the existing board or expansion slot cover to the chassis 5 Remove and save the expansion slot cover 6 Hold the ad...

Page 84: ...tic emissions characteristics of the system and ensures proper cooling of system components Note At this time the Linux operating system does not support use of the PCI hot plug PHP feature If you are running Linux your system must be turned off before installing or removing PCI boards Windows 2000 requires drivers that are PHP compatible in order to use the PHP feature Figure 3 6 Front Hot Plug R...

Page 85: ...e cover must fit into the mating slot in the expansion slot frame Installing a 64 bit 66 33 MHz Hot Plug PCI Add in Board To install a 64 bit 33 66 MHz hot plug PCI add in board follow these steps Warning If the system has been running any installed PCI add in board on the baseboard will be hot To avoid the possibility of a burn be careful when removing or installing baseboard components especiall...

Page 86: ... 4 Set jumpers or switches on the board according to the manufacturer s instructions 5 If necessary remove and save the expansion slot cover 6 Hold the add in board by its top edge or upper corners Firmly press it into an expansion slot on the baseboard The tapered foot of the board retaining bracket must fit into the mating slot in the expansion slot frame Install a PCI board component side down ...

Page 87: ...ed to the ICMB card with two screws The panel noted by B is identical to any filler panel for a PCI add in board You attach the filler panel to the rear of a chassis in the same way that you would attach a PCI add in board Figure 3 7 ICMB Card Installing an ICMB Card To install an ICMB card follow these steps 1 Remove the ICMB card and internal cable from their protective wrapper 2 Designate a PCI...

Page 88: ...connection to the card is noted by A in Figure 3 9 Figure 3 9 Internal Cable Attached to the ICMB Card 5 Connect the other end of the cable to the ICMB connector on the baseboard The location of the connector is shown in Figure 3 1 on page 52 6 The ICMB kit contains an external cable The cable attaches to the card s external connector The external cable connection to the card is noted by A in Figu...

Page 89: ...ving an ICMB Card To remove an ICMB card follow these steps 1 Disconnect the internal and external cables from the card and the baseboard 2 Remove the screw securing the card to the chassis The screw is noted by A in Figure 3 8 on page 72 3 Remove the ICMB card from the server A ...

Page 90: ......

Page 91: ...es correctly connected and secured Are the processors fully seated in their slots on the baseboard Are all PCI add in boards fully seated in their slots on the baseboard Are all switch and jumper settings on the baseboard correct Are all jumper and switch settings on add in boards and peripheral devices correct To check these settings see the manufacturer s documentation If applicable ensure Table...

Page 92: ...items are correct but the problem recurs see Specific Problems and Corrective Actions on page 77 New Application Software Problems that occur when you run new application software are usually related to the software Faulty equipment is much less likely especially if other software runs correctly Use the following checklist to troubleshoot application software problems Does the system meet the mini...

Page 93: ...ware from a hard drive try running it from a diskette If the software runs correctly there may be a problem with the copy on the hard drive Reinstall the software on the hard disk and try running it again Make sure all necessary files are installed If the problems are intermittent there may be a loose cable dirt in the keyboard if keyboard input is incorrect a marginal power supply or other random...

Page 94: ...all the power supplies plugged in Is the power turned on to the power strip or outlet Do you have a blown fuse or breaker Is the system functioning normally If so the power LED may be defective the cable from the front panel to the fan board may be loose or the cable from the fan board to the baseboard may be loose If all items are correct and problems persist contact your service representative o...

Page 95: ...o that changes take effect 3 If there are still no characters on the screen after you reboot the system and POST emits a beep code write down the beep code This information is useful for your service representative See Error and Informational Messages on page 82 4 If you do not receive a beep code and characters do not appear the video display monitor or video controller may have failed You can ve...

Page 96: ...power connector plugs forced into power connector sockets the wrong way If the switches and connections are correctly installed and AC power is available at the wall outlet contact your service representative or authorized dealer Diskette Drive Activity Light Does Not Light Check the following Are the diskette drive power and signal cables properly installed Are all relevant switches and jumpers o...

Page 97: ...vity Light Does Not Light Check the following Are the power and signal cables to the CD ROM drive properly installed Are all relevant switches and jumpers on the drive set correctly Is the drive properly configured Is the onboard IDE controller enabled Note The hard drive activity light on the front panel lights when a SCSI device controlled by the onboard SCSI host controller is in use This LED d...

Page 98: ...ses the speaker to beep twice as the message appears Table 4 2 shows the standard BIOS Port 80 codes Table 4 2 Standard BIOS Port 80 Codes CP Beeps Reason xx 1 1 1 1 There are no processors present in the system or the processors are so incompatible for example mismatched cache voltages that the system BIOS cannot be run 16 1 2 2 3 BIOS ROM checksum 20 1 3 1 1 Test DRAM refresh 22 1 3 1 3 Test 874...

Page 99: ...4 3 shows the recovery BIOS Port 80 codes Table 4 3 Recovery BIOS Port 80 Codes CP Beeps Reason xx 1 1 1 1 There are no processors present in the system or the processors are so incompatible that the system BIOS cannot be run like mismatched cache voltages ...

Page 100: ...mation may be required when running the system setup utility SSU Table 4 4 Equipment Log Item Manufacturer Name Model Number Serial Number Date Installed System Baseboard Processor speed and cache Video display Keyboard Mouse Diskette drive A Diskette drive B Tape drive CD ROM drive Hard drive 1 Hard drive 2 Hard drive 3 Hard drive 4 Hard drive 5 ...

Page 101: ...Equipment Log 007 4276 001 85 Table 4 4 continued Equipment Log Item Manufacturer Name Model Number Serial Number Date Installed ...

Page 102: ......

Page 103: ...d edge connect 64 bit PCI 3 3 V 2 Baseboard PCI adapter card 184 pin card edge connect Keyboard 1 Baseboard External interface Keyboard device Mouse 1 Baseboard External interface Mouse device System control 1 Baseboard Fan distribution board 2x15 flat ribbon cable S M feature 1 Baseboard Intel S M card 2x13 flat ribbon cable Narrow SCSI 1 Baseboard 5 25 inch device 2x25 flat ribbon cable Floppy 1...

Page 104: ...pin connector on HDD backplane one pin left floating S M bus 1 Baseboard N A NOT USED FOR SGI 1450 SERVER ICMB internal 1 Baseboard ICMB board 1x7 pin cable ICMB external 2 ICMB board External interface 1x6 pin ICMB cable USB 2 Baseboard External interface 1x4 pin USB cables Internal USB 1 Baseboard Internal interface 1x4 pin cable EBB 1 Baseboard Internal interface 1x3 pin cable Video 1 Baseboard...

Page 105: ... board assembly 2x12 pin flat ribbon cable Fan power 1 Power supply cage Fan board assembly 2x3 pin discrete cable System fans 6 Fan board assembly Fan modules 2x2 pin blind mate connector Peripheral power 1 Power supply cage Floppy device adapter board half height device 1x4 pin connectors daisy chained 5 inch floppy signal 1 5 inch floppy adapter board 5 inch floppy device 26 pin flat cable 5 in...

Page 106: ...ure 9 pin connectors Each serial port can be enabled separately with the configuration control provided on the baseboard AC distribution 1 Power cord Power supply cage 3 pin PVC double insulated power cordage AC power 1 AC distribution External interface Recommend 3 pin SJT power cord Table A 2 Keyboard and Mouse Connectors Mouse Pin Signal Keyboard Pin Signal 1 MSEDAT mouse data 1 KEYDAT keyboard...

Page 107: ...ssed through a D subminiature 25 pin connector Table A 4 shows the cable pinout assignments for the parallel port Table A 3 Serial Ports Pin Signal 1 DCD carrier detect 2 RXD receive data 3 TXD transmit data 4 DTR data terminal ready 5 GND 6 DSR data set ready 7 RTS request to send 8 CTS clear to send 9 RIA ring indicator Table A 4 Parallel Port Pin Signal Pin Signal 1 STROBE_L 14 AUFDXT_L auto fe...

Page 108: ...shows the cable pinout assignments for the video port 7 Data bit 5 20 GND 8 Data bit 6 21 GND 9 Data bit 7 22 GND 10 ACK_L acknowledge 23 GND 11 BUSY 24 GND 12 PE paper end 25 GND 13 SLCT select Table A 5 Video Port Pin Signal 1 Red analog color signal R 2 Green analog color signal G 3 Blue analog color signal B 4 No connection 5 GND 6 GND 7 GND 8 GND 9 Fused VCC 5V 10 GND Table A 4 continued Para...

Page 109: ...A 6 shows the cable pinout assignments for the USB connector 11 No connection 12 DDCDAT 13 HSYNC horizontal sync 14 VSYNC vertical sync 15 DDCCLK Table A 6 USB Connector Pin Signal A1 Fused VCC 5V w overcurrent monitor of both port 0 and 1 A2 DATAL0 differential data line paired with DATAH0 A3 DATAH0 differential data line paired with DATAL0 A4 GND B1 Fused VCC 5V w overcurrent monitor of both por...

Page 110: ...r can be configured with an ICMB adapter board This board provides two SEMCONN 6 pin connectors to allow daisy chained cabling Table A 7 shows the cable pinout assignments for the ICMB connectors Ethernet Connector The system supports one on board Ethernet connection Table A 8 shows the cable pinout assignments for the Ethernet connector Table A 7 ICMB Connectors Pin Signal 1 No connection 2 No co...

Page 111: ...ermination 8 NIC termination 9 Speed LED signal 10 3 3 V standby for LED 11 Activity LED signal 12 3 3 V standby for LED 13 GND 14 GND Table A 9 Internal SCA 2 HDD Connector Pin Signal Name Type Pin Signal Name Type 1 12 V Charge L 41 12 V Ground L 2 12 V S 42 12 V Ground L 3 12 V S 43 12 V Ground L 4 12 V S 44 Mated 1 S 5 Reserved ESI 1 S 45 EFW L 6 Reserved ESI 2 S 46 DIFFSNS L 7 DB 11 S 47 DB 1...

Page 112: ...CK S 18 BSY S 58 BSY S 19 ATN S 59 ATN S 20 DB P S 60 DB P S 21 DB 7 S 61 DB 7 S 22 DB 6 S 62 DB 6 S 23 DB 5 S 63 DB 5 S 24 DB 4 S 64 DB 4 S 25 DB 3 S 65 DB 3 S 26 DB 2 S 66 DB 2 S 27 DB 1 S 67 DB 1 S 28 DB 0 S 68 DB 0 S 29 DB P1 S 69 DB P1 S 30 DB 15 S 70 DB 15 S 31 DB 14 S 71 DB 14 S 32 DB 13 S 72 DB 13 S Table A 9 continued Internal SCA 2 HDD Connector Pin Signal Name Type Pin Signal Name Type ...

Page 113: ... DB 12 S 73 DB 12 S 34 5 V S 74 Mated 2 S 35 5 V S 75 5 V ground L 36 5 V charge L 76 5 V ground L 37 Spindle sync L 77 Active LED out L 38 MTRON L 78 DLYD_START L 39 SCSI ID 0 L 79 SCSI ID 1 L 40 SCSI ID 2 L 80 SCSI ID 3 L Table A 10 External Adaptec Ultra 160 m SCSI Pin Signal Name Pin Signal Name 1 DP 12 35 DM 12 2 DP 13 36 DM 13 3 DP 14 37 DM 14 4 DP 15 38 DM 15 5 DAPHP 39 DAPHM 6 DP 0 40 DM 0...

Page 114: ...50 GND 17 TERMPWR 51 TERMPWR 18 TERMPWR 52 TERMPWR 19 NC 53 NC 20 GND 54 GND 21 ATNP 55 ATNM 22 GND 56 GND 23 BSYP 57 BSYM 24 ACKP 58 ACKM 25 RSTP 59 RSTM 26 MSGP 60 MSGM 27 SELP 61 SELM 28 CDP 62 CDM 29 REQP 63 REQM 30 IOP 64 IOM 31 DP 8 65 DM 8 32 DP 9 66 DM 9 Table A 10 continued External Adaptec Ultra 160 m SCSI Pin Signal Name Pin Signal Name ...

Page 115: ... Power Input A single IEC320 C13 receptacle is provided at the rear of the server Use an appropriately sized power cord and AC main 33 DP 10 67 DM 10 34 DP 11 68 DM 11 Table A 10 continued External Adaptec Ultra 160 m SCSI Pin Signal Name Pin Signal Name ...

Page 116: ... required one for the floppy and one for the CD ROM CD ROM Connectors The 40 pin connector for the CD ROM adapter board is the standard IDE pinout as shown in Table A 11 Table A 11 CD ROM Adapter Board 40 Position IDE Connector Pin Signal Pin Signal 1 RSTDRV 2 GROUND 3 DD7 4 DD8 5 DD6 6 DD9 7 DD5 8 DD10 9 DD4 10 DD1 11 DD3 12 DD12 13 DD2 14 DD13 15 DD1 16 DD14 17 DD0 18 DD15 19 GROUND 20 KEY PIN 2...

Page 117: ... for the CD ROM JAE connector 31 IRQ 32 No connection 33 DA1 34 No connection 35 DA0 36 DA2 37 CS1P_L 38 DS3P_L 39 DHACT_L 40 GROUND Table A 12 CD ROM Adapter Board Power Connector Pin Signal 1 GND 2 5 Power Table A 13 Audio Connector Pin Signal 1 Audio left 2 GND 3 Audio right Table A 14 CD ROM JAE Connector Pin Signal Pin Signal 1 Audio L Ch 2 Audio R Ch 3 Audio GND 4 GND Table A 11 continued CD...

Page 118: ... DD2 18 DD14 19 DD1 20 DD15 21 DD0 22 DMARQ 23 GND 24 DIOR 25 DIOW 26 GND 27 IORDY 28 DMACK 29 INTRQ 30 IOCS16 31 DA1 32 PDIAG 33 DA0 34 DA2 35 CS1FX 36 CS3FX 37 DASP 38 5 V 39 5 V 40 5 V 41 5 V 42 5 V 43 GND 44 GND 45 GND 46 GND 47 CSEL 48 GND 49 RESERV 50 RESERV Table A 14 continued CD ROM JAE Connector Pin Signal Pin Signal ...

Page 119: ... Connector Pin Out Pin Signal Pin Signal 1 NC 2 HD In HD Out Open 3 NC 4 N C 5 NC 6 N C 7 GND 8 FD_INDEX_L 9 GND 10 Drive select 0 11 GND 12 Drive select 1 13 GND 14 N C 15 GND 16 Motor on 17 GND 18 Direction select 19 GND 20 STEP 21 GND 22 Write data 23 GND 24 Write gate 25 GND 26 Track 00 27 GND 28 Write protect 29 GND 30 Read data 31 GND 32 Side one Select 33 GND 34 Disk change ready ...

Page 120: ...6 Floppy Adapter Board Power Connector Pin Signal 1 5 power 2 GND 3 GND 4 No connection Table A 17 FFC connector Pin Signal Pin Signal 1 5 V 2 INDEX 3 5 V 4 DRIVE SELECT 5 5 V 6 DISK CHANGE 7 NC 8 READY 9 HD OUT HD AT HIGHT LEVEL 10 MOTOR ON 11 NC 12 DIRECT SELECT 13 NC 14 STEP 15 GND 16 WRITE DATA 17 GND 18 WRITE GATE 19 GND 20 TRACK 00 21 NC 22 WRITE PROTECT 23 GND 24 READ DATA 25 GND 26 SIDE ON...

Page 121: ...gure A 1 shows connector locations on the baseboard This section provides pin information about the baseboard connectors Figure A 1 Detailed Diagram of Connector Locations 3 1 3 1 3 11 B1 F G A B C D E H I J K L M N O P Q R S T U V W X Y Z AA BB CC DD EE FF GG HH ...

Page 122: ...ctor D J3C1 Fan Connector 1 W J7H1 SMM Feature Connector E J4C1 Fan Connector 4 X J6J1 Legacy Wide SCSI F J3A1 Fan Connector 2 Y J6F1 Memory Expansion Card Connector G J4A1 Fan Connector 3 Z Top to bottom H Top to bottom Processor Connector 4 Processor Connector 3 Processor Connector 2 Processor Connector 1 J4F1 J4G1 J4G2 J4H1 J4H2 J4J1 PCI Slot 3 P64 A1 PCI Slot 4 P64 A2 PCI Slot 5 P64 B1 PCI Slo...

Page 123: ...ther miscellaneous signals that are defined in Table A 19 Note The type of connector in out in out power ground indicated in the following tables is described from the perspective of the baseboard K J9E1 IDE Activity Input Connector DD J1D2 ICMB Connector L J9E4 SMBus Connector EE J1D1 Video M J9E5 IDE Connector FF J1C2 USB N J9E6 Floppy Connector GG J1C1 NIC O J9E3 Front Panel Connector HH Top to...

Page 124: ...nd return connection 6 VCC Power 6 A Power supply 5 V 7 VCC Power 6 A Power supply 5 V 8 VCC Power 6 A Power supply 5 V 9 VCC Power 6 A Power supply 5 V 10 VCC Power 6 A Power supply 5 V 11 SB5V Power 6 A Power supply 5 V standby 12 Ground Ground 6 A Ground return connection 13 Ground Ground 6 A Ground return connection 14 Ground Ground 6 A Ground return connection 15 Ground Ground 6 A Ground retu...

Page 125: ...n connection 8 Ground Ground 6 A Ground return connection 9 Ground Ground 6 A Ground return connection 10 Ground Ground 6 A Ground return connection 11 Ground Ground 6 A Ground return connection 12 12 V Power 6 A Power supply 12 V 13 VCC3 Power 6 A Power supply 3 3 V 14 VCC3 Power 6 A Power supply 3 3 V 15 VCC3 Power 6 A Power supply 3 3 V 16 VCC3 Power 6 A Power supply 3 3 V 17 VCC3 Power 6 A Pow...

Page 126: ...power supply 4 BMC FAN SPD CTL Out N A 5 SM PRI 5VSB SCL In Out N A Server management I2C bus clock 6 SM PRI 5VSB SDA In Out N A Server management I2C bus data 7 Ground Ground Ground return connection 8 PWRGD PS In N A Signal from power subsystem indicating power is stable 9 PS PWR ON_L Out N A Control signal from baseboard to power supply 10 Ground Ground Ground return connection 11 12 V power Po...

Page 127: ...ground 3 CHASSIS_INTRUSION In CHASSIS INTRUSION is connected to the BMC and indicates that the chassis has been opened CHASSIS_INTRUSION is pulled high to 5 V standby on the baseboard 4 FP_HD_ACT Out HARD DRIVE ACTIVITY indicates there is activity on one of the hard disk controllers in the system 5 5V Power 5 V is the 5 volt power supply 6 FP_SLP_BTN In FRONT PANEL SLEEP is connected to the BMC an...

Page 128: ...vices except for the BMC and BMC FP_RST_BTN is pulled high to 5V on the baseboard and is intended to be connected to a momentary contact push button connected to GROUND when pushed on the system front panel 15 5V standby power 5 V STANDBY is the standby 5 volt power supply 16 FP_PWR_BTN In FRONT PANEL POWER CONTROL is connected to the BMC and causes the power to toggle on off or off on FP_PWR_BTN ...

Page 129: ...en disabled The user can then perform the desired PHP operation on the slot such as replacing removing or adding a PCI adapter When the user wants the operating 21 FAN_TACH 2 In FAN_TACH signal is connected to the BMC to monitor the FAN speed 22 FAN_TACH 3 In FAN_TACH signal is connected to the BMC to monitor the FAN speed 23 FAN_TACH 4 In FAN_TACH signal is connected to the BMC to monitor the FAN...

Page 130: ...nently pulled down to ground and are not accessible through the hot plug PCI indicator board interface Note The HW push button is located on the hot plug indicator board Do not use this button to turn power on and off to the PCI slot In some instances pressing this button interrupts normal operation of the operating system Instead turn power off using a hot plug PCI application The hot plug PCI in...

Page 131: ... PIN_B1 A084 GND B084 MAA9 A002 GND B002 VCC3 A085 MAA10 B085 VCC3 A003 GND B003 SYNTH_OUT_ MADPCLK A086 MAA11 B086 MAA12 A004 GND B004 VCC3 A087 GND B087 MAA13 A005 ASCLK B005 VCC3 A088 MAA14 B088 VCC3 A006 CMD0 B006 ASDATA A089 MCD_MUXSEL B089 VCC3 A007 GND B007 CMD16 A090 GND B090 VCC3 A008 CMD1 B008 VCC3 A091 BSCLK B091 VCC3 A009 CMD2 B009 CMD3 A092 MECC12 B092 BSDATA A010 GND B010 CMD19 A093 ...

Page 132: ...023 VCC3 A106 CMD118 B106 VCC3 A024 CMD28 B024 CMD11 A107 CMD119 B107 CMD104 A025 GND B025 CMD27 A108 GND B108 CMD120 A026 CMD29 B026 VCC3 A109 CMD105 B109 VCC3 A027 CMD14 B027 CMD30 A110 CMD121 B110 CMD106 A028 GND B028 CMD13 A111 GND B111 CMD107 A029 CMD15 B029 VCC3 A112 CMD122 B112 VCC3 A030 CMD31 B030 MECC0 A113 CMD123 B113 CMD108 A031 GND B031 MECC1 A114 GND B114 CMD124 A032 MECC2 B032 VCC3 A...

Page 133: ...7 CMD52 B047 VCC3 A130 MECC8 B130 MECC10 A048 CMD51 B048 CMD33 A131 GND B131 CMD64 A049 GND B049 CMD32 A132 CMD81 B132 VCC3 A050 CMD40 B050 VCC3 A133 MECC9 B133 MECC11 A051 CMD38 B051 CMD53 A134 GND B134 CMD65 A052 GND B052 CMD36 A135 CMD66 B135 VCC3 A053 CMD35 B053 VCC3 A136 CMD82 B136 CMD85 A054 CMD42 B054 CMD58 A137 GND B137 CMD67 A055 GND B055 CMD39 A138 CMD83 B138 VCC3 A056 GND B056 VCC3 A139...

Page 134: ...152 CMD77 A070 CMD46 B070 VCC3 A153 CMD94 B153 VCC3 A071 MECC7 B071 MECC4 A154 CMD93 B154 CMD79 A072 GND B072 MECC5 A155 GND B155 CMD95 A073 GND B073 VCC3 A156 GND B156 VCC3 A074 MADPCLK_F B_DLY B074 VCC3 A157 GND B157 VCC3 A075 GND B075 BCLK_MADP_ OUT A158 GND B158 VCC3 A076 MAA0 B076 VCC3 A159 GND B159 VCC3 A077 MAA1 B077 VCC3 A160 GND B160 VCC3 A078 GND B078 SDRDCLK_HE _DLY A161 GND B161 VCC3 A...

Page 135: ...Signal Pin Signal Pin Signal A001 RESERVED nc B001 PWR_EN1 A084 GND B084 RESERVED nc A002 VCC_TAP B002 VCCP A085 D11 B085 VCCP A003 RESERVED nc B003 OCVR_OK A086 D10 B086 D17 A004 GND B004 TEST_VSS_B4 A087 GND B087 D15 A005 VTT B005 VCCP A088 D14 B088 VCCP A006 VTT B006 VTT A089 D9 B089 D12 A007 SELFSB1 B007 VTT A090 GND B090 D7 A008 RESERVED_A8 B008 VCCP A091 D8 B091 VCCP A009 RESERVED_A9 B009 RE...

Page 136: ...2 A024 THERMTRIP B024 RESERVED nc A107 A27 B107 A24 A025 GND B025 RESERVED nc A108 GND B108 A28 A026 OCRV_EN B026 VCCP A109 A22 B109 VCCL2 A027 INTR B027 TEST_VCCP pu A110 A23 B110 A20 A028 GND B028 NMI A111 GND B111 A21 A029 PICD0 B029 VCCP A112 A19 B112 VCCL2 A030 PREQ B030 PICCLK A113 A18 B113 A25 A031 GND B031 PICD1 A114 GND B114 A15 A032 BP3 B032 VCCP A115 A16 B115 VCC_L2 A033 BMP0 B033 BP2 A...

Page 137: ...VCCL2 A047 D60 B047 VCCP A130 TRDY B130 REQ1 A048 D53 B048 D56 A131 GND B131 REQ4 A049 GND B049 D50 A132 DEFER B132 VCCL2 A050 D57 B050 VCCP A133 REQ2 B133 LOCK A051 D46 B051 D54 A134 GND B134 DRDY A052 GND B052 D59 A135 REQ3 B135 VCCL2 A053 D49 B053 VCCP A136 HITM B136 RS0 A054 D51 B054 D48 A137 GND B137 HIT A055 GND B055 D52 A138 DBSY B138 VCCL2 A056 CPU_SENSE B056 VCCP A139 RS1 B139 RS2 A057 GN...

Page 138: ...69 GND B069 D32 A152 GND B152 VID0_L2 A070 D31 B070 VCCP A153 VID2_L2 B153 VCCL2 A071 D30 B071 D28 A154 VID1_L2 B154 VID4_L2 A072 GND B072 D29 A155 GND B155 VID3_L2 A073 D27 B073 VCCP A156 VTT B156 VCCL2 A074 D24 B074 D26 A157 VTT B157 VTT A075 GND B075 D25 A158 GND B158 VTT A076 D23 B076 VCCP A159 SA2 B159 VCCL2 A077 D21 B077 D22 A160 VCC3 3 B160 SCLK A078 GND B078 D19 A161 GND B161 SDAT A079 D16...

Page 139: ...es 1 5 V AGTL termination power VTT and VRM 8 3 compliant DC to DC converters to provide processor power VCCP at each connector The baseboard provides four embedded VRMs and three VRM sockets to power the processors which derive power from the 5 V and 12 V supplies Each processor has a separate VRM to power its core however two processors share a VRM to power their cache Table A 26 shows the cable...

Page 140: ...OWER A12 VCCP2 POWER A13 VSS2 POWER A14 VCCP3 POWER A15 VSS3 POWER A16 VCCP4 POWER A17 VSS4 POWER A18 VCCP5 POWER A19 VSS5 POWER A20 VCCP6 POWER B1 P5VIN4 POWER B2 P5VIN5 POWER B3 P5VIN6 POWER B4 P12VIN2 POWER B5 RES B6 OUTEN OUT B7 VID1 OUT B8 VID3 OUT Table A 26 continued Processor VRM Connectors J2A2 J2B1 J2C1 Pin Signal Type ...

Page 141: ...vacant connector The system does not boot unless all slots are occupied with a processor or termination card Server Monitor Module Connector J7H1 The baseboard supports the server monitor module SMM feature connector Table A 27 shows the pinout of the 26 pin baseboard connector B9 PWRGOOD B10 VSS6 POWER B11 VCCP7 POWER B12 VSS7 POWER B13 VCCP8 POWER B14 VSS8 POWER B15 VCCP9 POWER B16 VSS9 POWER B1...

Page 142: ... to ground on the baseboard 4 Reserved Reserved pin NC on baseboard 5 PWR_CNTL_L In Power supply on off control allows SMM to control system power 6 I2C_SDA In Out I2C serial data line 7 5VSTNDBY Out 5 V standby monitored by SMM to determine if AC power is applied 8 Reserved Pulled up to 5 V through 10k on baseboard 9 NMI Out Non maskable interrupt not supported on SMM 10 HOST_AUX Out Baseboard vo...

Page 143: ...ple you can externally access chassis management functions alert logs and post mortem data The ICMB connector also 18 Reserved Reserved pin NC on baseboard 19 Reserved Reserved pin NC on baseboard 20 GROUND Ground Ground 21 Reserved Reserved pin NC on baseboard 22 Reserved Reserved pin NC on baseboard 23 Reserved Reserved pin NC on baseboard 24 Reserved Reserved pin NC on baseboard 25 Key No conne...

Page 144: ...BMC will not work properly A shorted I2C connection at the auxiliary I2C connector will prevent restoration of main power because the BMC needs the bus to boot the server from standby power Table A 30 shows the cable pinout assignments for the IMB connector Baseboard Fan Connectors J3C1 J3A1 J4A1 J4C1 There are four fan connectors located on the baseboard Use these connectors are for additional pr...

Page 145: ...connector in out in out power ground indicated in the following tables is described from the perspective of the baseboard Table A 31 describes the processor fan connector 1 J3C1 Table A 32 describes the processor fan connector 2 J3A1 Table A 31 Processor Fan Connector 1 J3C1 Pin Signal Type Description 1 Ground power GROUND is the power supply ground 2 12V power Power supply 12 V 3 Fan Tach Out FA...

Page 146: ... is the power supply ground 2 12V Power Power supply 12 V 3 Fan Tach Out FAN_TACH signal is connected to the BMC to monitor the FAN speed Table A 34 Processor Fan Connector 4 J4C1 Pin Signal Type Description 1 Ground Power GROUND is the power supply ground 2 12V Power Power supply 12 V 3 Fan Tach Out FAN_TACH signal is connected to the BMC to monitor the FAN speed Table A 35 Internal Disk Drive LE...

Page 147: ... pin jumper blocks that control various configuration options The jumper locations are shown in Figure A 2 The shaded areas show default jumper placement for each configurable option Figure A 2 Baseboard Configuration Jumpers A PCI Add in slots B Processors C Configuration jumpers 1 2 3 5 6 7 9 10 11 13 14 15 J9F2 A B C JP1 JP2 JP3 JP4 ...

Page 148: ... and reset buttons at the same time for four seconds If pins 2 and 3 of J9F2 are jumpered NVRAM contents are set to manufacturing default during system reset If the jumper is removed NVRAM contents are preserved through system reset Password If pins 5 and 6 of J9F2 are jumpered default the current system password is maintained during system reset If pins 6 and 7 are jumpered the password is cleare...

Page 149: ...ce the battery leads may short out If they do this will result in a loss of CMOS data and will drain the battery Use a conductive foam pad if available but not the board wrapper Do not slide the board over any surface Caution A jumper is a small plastic encased conductor that slips over two jumper pins Newer jumpers have a small tab on top that you can grip with your fingertips or with a pair of f...

Page 150: ...ECC See Figure A 2 on page 131 for the location of the configuration jumpers 6 Move the CMOS jumper from pins 1 and 2 to pins 2 and 3 the Clear CMOS memory position 7 If the baseboard is installed in a system reinstall the access covers connect the power cords and turn on the system for the change to take effect 8 You may need to repeat these steps to move the jumper back to its original setting d...

Page 151: ...o the baseboard 4 Remove the memory module See Removing the Memory Module on page 55 5 Locate the configuration jumpers at the edge of the baseboard next to the memory expansion card connector MECC See Figure A 2 on page 131 for the location of the configuration jumpers 6 Move the password jumper from pins 5 and 6 to pins 6 and 7 7 If the baseboard is installed in a system reinstall the access cov...

Page 152: ...onfiguration jumpers 6 Move the recovery boot jumper from pins 9 and 10 to pins 10 and 11 7 If the baseboard is installed in a system reinstall the access covers connect the power cords and turn on the system for the change to take effect 8 Turn on the system and insert the Flash Memory Update Utility diskette in drive A After the system boots the recovery process starts This takes about three min...

Page 153: ...s Use the information to determine how to program each interrupt The actual interrupt map is defined using configuration registers in the OSB4 I O controller I O redirection registers in the I O APIC are provided for each interrupt signal the signals define hardware interrupt signal characteristics for APIC messages sent to local epics Note If you plan to disable the IDE controller to reuse the in...

Page 154: ...ive low RTC interrupt IRQ9 IRQ10 IRQ11 IRQ12 Mouse interrupt IRQ14 Compatibility IDE interrupt from primary channel IDE devices 0 and 1 IRQ15 Reserved SMI System Management Interrupt General purpose indicator is sourced by the OSB4 and BMC to the processors SCI Table A 40 Standard VGA Modes Resolution Refresh Rate Hz Colors 640x480 200 256 800x600 200 256 1024x768 150 256 1152x864 120 256 1280x102...

Page 155: ...9 1600x1200 76 256 640x480 200 65K 800x600 200 65K 1024x768 150 65K 1152x864 120 65K 1280x1024 100 65K 1600x1200 76 65K 640x480 200 16 7M 800x600 160 16 7M Table A 40 continued Standard VGA Modes Resolution Refresh Rate Hz Colors ...

Page 156: ......

Page 157: ... ft max Humidity 95 relative humidity non condensing at 25 C 77 F to 30 C 86 F Shock Operating Packaged 2 0 g 11 msec 1 2 sine 100 pulses in each direction Trapezoidal 30 g 170 inches sec delta V 3 drops in each direction on each of the three axes Acoustic noise 55 dBA with three power supplies at 28 C 2 C Electrostatic discharge ESD Tested to 15 kilovolts kV air discharge and up to 8 kV contact d...

Page 158: ......

Page 159: ...memory 54 D DC power cables 14 DIMM memory bank population 54 installing 56 removing 56 E extended memory 54 F fan LED state status 16 H hard drive backplane boardset 11 requirements 10 hard drive LED state status 11 I ICMB card description 70 installing 71 removing 73 ICMB connectors 94 installing 32 bit 33 MHz half length PCI board 66 64 bit 66 33 MHz hot plug PCI board 69 baseboard 31 DIMMs 56 ...

Page 160: ...iguration 53 removing DIMMs 56 removing memory module 55 P peripheral adapter boards 100 processor installing 59 installing handles 60 installing heatsink 60 installing retention mechanism 60 removing 59 removing retention mechanism 59 termination card 125 R removing 32 bit 33 MHz half length PCI board 65 64 bit 66 33 MHz hot plug PCI board 67 baseboard 28 DIMMs 56 drive from media bay 45 fan boar...

Page 161: ...5 Index S SCSI controllers 17 optional external connector 97 T Technical Publications Library obtaining SGI documentation xv V voltage regulator modules installing 62 removing 62 VRM processor population sequencing 61 ...

Page 162: ......

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