MAGNIA 550D User’s Guide ™
Model: MAGNIA 550D Warning Label Warning labels are attached to some of the equipment units, as shown below.
CAUTION: Never remove the warning and caution labels. If the labels become dirty and illegible, contact Toshiba Technical Support or your local Toshiba dealer. 1. CAUTION label CAUTION DANGER: Power supply poses hazards of electrical shock injury to personnel and damage to equipment. It should be removed and replaced only by trained service technicians 2. CAUTION label CAUTION When configuring the server, observe the precautions listed below: 1. To prevent being injured by fans or an electric shock.
CAUTION: This appliance contains a laser system and is classified as a “CLASS 1 LASER PRODUCT.” To use this model correctly, read the instruction manual carefully, and keep it for your future reference. If problems are encountered with this model, please contact your nearest “AUTHORIZED service provider.” To prevent direct exposure to the laser beam, do not try to open the enclosure.
Copyright This guide is copyrighted by Toshiba Corporation, all rights reserved. Under the copyright laws, this guide cannot be reproduced in any form without the prior written permission of Toshiba. No patent liability is assumed, however, with respect to the use of the information contained herein. ©2002 by Toshiba Corporation. All rights reserved. The software is owned by Adaptec, Inc. and is protected by United States copyright laws and international treaty provisions.
Trademarks MAGNIA is a trademark of Toshiba Corporation. Pentium is a registered trademark of Intel of the United States. IBM PC/AT, VGA and PS/2 are registered trademarks of International Business Machines of the United States. MS, Microsoft, and its logos MS-DOS, Wndows, and Windows NT are registered trademarks of Micorsoft of the Untited States. NetWare is a registered trademark of Novel of the United States.
TOSHIBA EU Declaration of Conformity EU Übereinstimmugserklärung Déclaration de conformité UE Declaración de conformidad de la UE Dichiarazione di conformità UE EU Försäkran om Överensstämmelse Toshiba declares, that the product: SYU315**-***** conforms to the following Standards: Toshiba erklärt, daβ das Produkt: SYU315**-***** folgenden Normen entspricht: Toshiba déclare que le produit cité ci-dessocus: SYU315**-***** est conforme aux normes suivantes: Toshiba declara que el producto: SYU315**-***** cum
Introduction Features of the MAGNIA 550D $ Dual Pentium® III processors and VIA Apollo Pro 133T chipset $ Pentium® III processors (1 GHz, 1.13 GHz, 1.26 GHz, 1.4 GHz) $ 256 kB secondary cache (1 GHz Pentium® III) $ 512 kB secondary cache (1.13 GHz, 1.26 GHz, 1.
x $ Four 5.25-inch device bays (One slot occupied by a CD-ROM drive) $ Three 3.5-inch device bays (One slot occupied by a Floppy disk drive) NOTE: The MAGNIA 550D meets the FCC regulations for a Class A digital device, suitable for use in a business installation. A possibility of radio interference exists when using the MAGNIA 550D in a home environment. About this guide This guide introduces the MAGNIA 550D’s features and explains how to set up, configure, and maintain the server.
xi Safety instructions All safety instructions must be read carefully and must be fully understood before attempting to use your Toshiba MAGNIA Series Server. This guide contains the safety instructions that must be observed in order to avoid potential hazards which could result in personal injuries or could damage your equipment.
xii Other icons used Additional icons highlight other helpful or educational information: TECHNICAL NOTE: This icon provides technical information about the server which, while not essential, may be of interest to you. HINT: This icon denotes helpful hints and tips. DEFINITION: This icon indicates the definition of a term used in the text. Other documentation $ The MAGNIA 550D User’s Guide (This guide) Be sure to read this guide first.
xiii Refer to this guide to manually install Microsoft® Windows NT® Server Version 4.0/Windows® 2000 Server. $ HarnessEye/web User’s Guide This guide explains the configuration and operating procedure for the integrated server operating management software (HarnessEye/web). HarnessEye/web only operates on Microsoft® Windows NT® Server Version 4.0/Windows® 2000 Server.
Contents Chapter 1: Getting Started............................................................................. 2 Make sure you have everything................................................................ 3 Installing optional internal devices............................................................. 4 Installing the server...................................................................................... 5 Footplate..................................................................................
xvi Removing the front door panel........................................................... 21 Replacing the front door panel........................................................... 22 Removing the side panel.................................................................... 23 Replacing the side panel..................................................................... 25 Inside the server........................................................................................ 26 Motherboard...........
xvii Memory modules...................................................................................... 49 Installing a memory module............................................................... 51 Removing a memory module............................................................ 53 CPU module.............................................................................................. 54 Installing a CPU module.....................................................................
xviii Changing BIOS settings................................................................... 109 BIOS settings...................................................................................... 110 Resetting all setup options to their default values.......................... 130 Chapter 4: Installing Software.................................................................. 132 Windows NT® Server 4.0......................................................................
xix bootup stops midway........................................................................ 163 Windows NT/2000 is locked or cannot be used............................ 163 Trouble information or error log still remains in the system operation management software and other software.................................... 164 The internal clock dose not keep the exact time............................ 164 The power button does not function after abortion........................
Chapter 1 Make sure you have everything .................................................. 3 Installing optional internal devices ............................................. 4 Installing the server ....................................................................... 5 Front view (with the front doors closed) .................................... 9 Front view (with the front doors opened) ................................ 11 Rear of the server ............................................................
Getting Started This chapter describes how to set up your server and get started.
Getting Started Make sure you have everything 3 Make sure you have everything Be sure to check the contents of the package against your purchase order. If any items are missing or damaged, please notify your Toshiba dealer immediately. NOTE: The purchase order provides a listing of all standard accessories and their quantities. If you purchased the server with optional devices, the optional devices are also deliveredwith the standard accessories listed.
4 Getting Started Installing optional internal devices Installing optional internal devices Install all optional devices, if any, before setting up the server. See “Installing and removing optional devices” on page 42. If you have no experience installing or removing computer hardware devices, or if the job seems difficult, always consult Toshiba Technical Support or your Toshiba dealer. (You will be charged a service fee).
Getting Started Installing the server 5 Installing the server Footplate Your server has four footplates at the bottom to prevent the device from toppling over. Be sure to extend them before installing the server.
6 Getting Started Installing the server Environmental considerations WARNING: If debris or liquid gets in to the server, shut it down immediately, turn off the power button, and unplug the power cable from the AC outlet. Failure to do so could result in a fire or shock. Contact Toshiba Technical Support or your Toshiba dealer to ask for service. Do not install the server on an unsteady or slanted surface, otherwise the server may fall over, causing injury. Do not install the server in a dusty place.
Getting Started Installing the server 7 $ Install the server in a clean, dust-free, and well-ventilated place. $ Install the server on a level and steady surface. $ Do not install the server upside down. $ Never install the server in any of the following places: - Where it will be exposed to direct sunlight. - Where it will be exposed to vibration or shock.
8 Getting Started Installing the server $ Allow sufficient space around the server for installation and maintenance. The following illustration shows the recommended minimum clearances.
Getting Started Front view (with the front doors closed) Front view (with the front doors closed) Key lock System status indicators Front view with the front doors closed 9
10 Getting Started Front view (with the front doors closed) Key-operated lock The front doors can be locked in two levels: full access and no access, which depend on the direction of the keyhole.
Getting Started Front view (with the front doors opened) 11 Front view (with the front doors opened) CD-ROM drive 5.25" device bay Floppy disk drive 3.
12 Getting Started Front view (with the front doors opened) 5.25-inch device bay CD-ROM drive CD-ROM drive status indicator Stereo phone jack Eject button Volume control Eject hole Front view of the CD-ROM drive The CD-ROM drive supports both single-size (5.25") and standard-size (8") CD-ROMs. $ Disk tray Used to set a CD-ROM. Press the eject button to slide the disk tray in or out of the CD-ROM drive. $ Stereo phone jack Used to connect a headphone or earphone.
Getting Started Front view (with the front doors opened) 13 $ Eject hole Used to eject the disk tray if it does not slide out while you press the eject button. Insert a fine wire (e.g., straightened paper clip) into this hole to forcefully eject the tray. NOTE: Be sure to turn off the server beforehand when ejecting the disktray using the eject hole. Do not insert any fragile pin, such as a mechanical pencil lead or a plastic pin.
14 Getting Started Front view (with the front doors opened) Status indicator Eject button Front view of the floppy disk drive $ Status indicator Illuminates green while data is being read from or written on the floppy disk. $ Eject button Used to eject the floppy disk from the floppy disk drive. NOTE: To avoid loss or corruption of data stored on the floppy disk, never turn off or reset the server, or press the eject button while the status indicator is on.
Getting Started Front view (with the front doors opened) 15 Operation buttons The server has the following two buttons on the front panel. Power button ( ) Reset button ( ) Operation buttons Power button Press to switch the server on or off. Reset button Press to reset the system (use a small slender object). NOTE: To avoid losing data or damaging drives, never switch off or reset the server when the FDD status indicator, CDROM drive status indicator, or HDD status indicator is on.
16 Getting Started Front view (with the front doors opened) System status indicators The server has the following two indicators (LEDs) to indicate its status. Power indicator ( ) Disk indicator ( ) System status indicators Indicator (LED) Power Hard disk drive (HDD) Status Meaning Off Out of operation Green In operation Off Out of operation Flashing green Disk drive in operation NOTE: If a fault occurs, please contact Toshiba Technical Support or your local Toshiba dealer.
Getting Started Front view (with the front doors opened) 17 Hard disk drives The HDD status indicator ( drive reads or writes data. ) flashes green while the hard disk NOTE: To avoid damaging disks and losing data, be careful not to disturb, vibrate or shock the hard disk drives when handling them. The installation and replacement of a hard disk drive requires special know-how and techniques. Contact Toshiba Technical Support or your local Toshiba dealer for assistance.
18 Getting Started Rear of the server Rear of the server Keyboard port ( Mouse port ( ) ) USB port 0 ( ) USB port 1 ( ) Serial port 1 ( ) Printer port ( Serial port 2 ( Air vents (FAN) AC power connector Power supply unit ) ) GAME port RGB port ( LAN port ( ) Ether ) Full-duplex (FULL) Speed indicator (100M) Link status indicator (LINK) Expansion slots Rear view Power supply unit The server has a built-in power supply unit as standard.
Getting Started Rear of the server 19 I/O ports I/O ports allow peripheral devices to be connected to the server. $ Keyboard port ( ) Used to connect the keyboard (supplied with the server). $ Mouse port ( ) Used to connect the mouse (supplied with the server). $ Parallel port ( ) Used to connect a printer. $ USB ports ( ) Used to connect USB (Universal Serial Bus) devices. (When connecting a USB device, ensure that the operating system installed supports USB.
20 Getting Started Rear of the server $ GAME port This port CANNOT be used for your server. See “Connecting peripheral devices” on page 28. AC power connector Used to connect a power cable. Expansion slots The server has five PCI slots to allow you to install expansion cards. (One slot is occupied by a LAN card).
Getting Started Removing and replacing the server panels 21 Removing and replacing the server panels To install some optional devices, the front door panel and the side panel must be detached. Two panels can be opened: the front door panel and the side panel. The front door panel should always be detached first, followed by the side panel. To replace them, reverse the order of removal. Removing the front door panel NOTE: Do not remove the front door panel forcibly.
22 Getting Started Removing and replacing the server panels 4 Remove the front door panel by releasing the two plastic hooks located onthe upper part of the server. Removing the front door panel NOTE: When releasing the plastic hooks, be careful not to break them. Replacing the front door panel To replace the front door panel, proceed as follows: 1 Attach the front door panel by fitting the plastic hooks located at the upper and middle parts of the door panel in to the mounting holes on the server.
Getting Started Removing and replacing the server panels 23 Attaching the front door panel NOTE: Push the hooks enough into the holes being careful not to break them. 2 To attach the lower part of the door, fit the latch at the lower part of the door panel in to the corresponding hole in the server 3 Plug the power cable in to an AC outlet. Removing the side panel To remove the side panel, proceed as follows: 1 Shut down and switch off the server if it is in operation.
24 Getting Started Removing and replacing the server panels 4 Remove the screws securing the left-side panel. Removing the screws 5 Remove the left-side panel by sliding it toward the front of the server while pressing down on its upper part.
Getting Started Removing and replacing the server panels 25 Replacing the side panel To replace the side panel, proceed as follows 1 Slide the left-side panel toward the rear of the server until it is locked, then using screws secure it to the server chassis. Before securing the side panel with screws, check whether the plastic hooks at the upper and lower parts of the side panel fit in their corresponding holes in the server chassis. Attaching the side panel 2 Attach the front door panel.
26 Getting Started Inside the server Inside the server CPU socket Memory slots Power supply unit 5.25-inch device bays 3.5-inch device bays Expansion slots Cooling fan Internal battery Motherboard Inside the server Motherboard The motherboard can accommodate up to two CPU modules and five PCI expansion cards. (One PCI slot is occupied by a LAN card) Memory slots The server has four memory slots that allow you to install up to four memory modules (128/256/512 MB). See “Memory modules” on page 49.
Getting Started Inside the server 27 Cooling fans The server contains cooling fans for each component. NOTE: Never block up air vents. CPU socket Used to install a CPU module. See “CPU module” on page 54. Internal battery Used to manage the system time, and RTC (Real Time Clock) battery. The internal battery is installed on the motherboard. See “Replacing the internal battery” on page 64. Expansion slots Used to install optional expansion cards. There are five PCI2.
28 Getting Started Connecting peripheral devices Connecting peripheral devices The rear panel of the server is provided with I/O ports that allow you to connect peripheral devices, such as a keyboard, a mouse and a monitor. Before turning on the server, connect all peripheral devices according to the steps described below. 1 Make sure that the server and all the peripheral devices are off. 2 If the power cable of the server or any peripheral device is plugged in to an AC outlet, unplug it.
Getting Started Connecting peripheral devices 29 5 Check that all devices are connected correctly, then plug the power cables of the server and peripheral devices in to AC outlets. WARNING: To avoid the risk of a fire, always use Toshiba genuine devices or devices recommended by Toshiba. For optional devices available, contact Toshiba Technical Support or your local Toshiba dealer. NOTE: When connecting or removing an interface cable, do not hold the cable itself but by its plug.
30 Getting Started Connecting the power cable Connecting the power cable NOTE: Toshiba recommends that an uninterruptible power supply (UPS) should be used to avoid losing data when an unexpected system shutdown or power failure occurs. After connecting all peripheral devices, connect the power cable to your server as follows: 1 Plug the power cable in to the AC power connector at the rear of the server.
Getting Started Turning on the server 31 Turning on the server NOTE: Do not switch the server back on again within 10 seconds after turning it off. Turning it back on again within 10 seconds may cause it to malfunction or break down. Do not turn on the server before connecting all peripheral devices. Turning on the server To turn on the server, proceed as follows: 1 Ensure that all the peripheral devices, including the monitor, keyboard, and mouse, are correctly connected to the server.
32 Getting Started Power On Self Test (POST) Power On Self Test (POST) Pressing the power button on the front panel of the server switches the server ON and starts the Power On Self Test (POST). The POST automatically checks the motherboard, microprocessors, memory, keyboard and peripheral devices connected to the server. During the memory test, the POST accesses and checks the server’s memory, and displays its memory available on the screen.
Getting Started Starting the server 33 Starting the server The server can be started from any of the following devices: hard disk drive, floppy disk drive, and CD-ROM drive. Starting the server from the floppy disk drive To start the server from the floppy disk drive, proceed as follows: 1 Insert a bootable floppy disk in the floppy disk drive. 2 Switch on the server.
34 Getting Started Starting the server Starting the server from the CD-ROM drive To start the server from the CD-ROM drive, proceed as follows: 1 Change the starting order of boot devices, as described below. In the “BIOS FEATURES SETUP” dialog box of the BIOS Setup Utility, specify the CD-ROM drive as the 2nd boot drive, and the current 2nd boot drive as the 3rd boot drive. See “System Configuration Setup” on page 104. 2 Ensure that the floppy disk drive is empty. 3 Switch on the server.
Getting Started BIOS setup 35 BIOS setup The factory default settings of the server can be changed using the BIOS Setup Utility. Using this utility software, the BIOS settings can be changed even if no operating system is installed on the server. The system settings that you make with the BIOS Setup Utility are written in the CMOS and flash memory, and take effect when you restart the server. The BIOS settings are referred to during the Power On Self Test (POST).
36 Getting Started Backup floppy disk Backup floppy disk The Toshiba server supporting software “Server Setup Tool for MAGNIA 550D (hereinafter referred to as Server Setup Tool)” contains a program that allows you to create backup floppy disks of the drivers and utilities installed on your server. Make backup copies of them as required and store them in a safe place.
Getting Started Setting the system configuration 37 Setting the system configuration The system configuration for your server has been optimized before shipment from the factory. However, if you add optional devices or change the operating condition after purchase, you may need to reconfigure the server. See “System Configuration Setup” on page 104. NOTE: After changing the system configuration, always make note of the changes you made.
38 Getting Started Setting up a disk array (RAID) Setting up a disk array (RAID) If you select “Simplified setup” in the “Select RAID configuration” window during setup (using the Server Setup Tool), the disk array (RAID) will be configured with a minimum number of default settings. Therefore there is no need to make settings manually using the utility software that came with the RAID controller.
Getting Started Installing software 39 Installing software After completing the setup of the system configuration, install an operating system, system operation management software (HarnessEye/web) and the software that came with the RAID controller. For the procedures for installing an operating system and system management software (Harness Eye/web): See “Installing Software” on page 132. See User’s guide of the Server Setup Tool (on the Documentation CD).
40 Getting Started Turning off the server Turning off the server The procedure for switching off the server depends on the operating system installed on the server. Therefore refer to the user’s guide of the operating system to make sure of the shutdown procedure. Normal shutdown To turn off the server, proceed as follows: 1 Shut down the operating system, as instructed by its user’s guide. See User’s guide of the operating system. 2 Press the power button of the server to switch it off.
Chapter 2 Installing and removing optional devices ................................ 42 Memory modules ....................................................................... 49 CPU module ................................................................................ 54 Replacing the internal battery .................................................... 64 Hard disk drive (HDD) – IDE HDD – .................................... 67 Hard disk drive (HDD) – SCSI HDD – ..................................
Connecting Hardware Devices This chapter contains information and instructions on how to install and remove optional devices. Installing and removing optional devices This chapter contains information and instructions on how to install and remove optional devices. Read this chapter carefully before installing an optional device. Optional devices can be installed by the user himself. However, Toshiba assumes no liability for damages if you install and/or remove optional devices yourself.
Connecting Hardware Devices Installing and removing optional devices Before you start WARNING: To avoid the risk of a fire, always use Toshiba genuine devices or devices recommended by Toshiba. For optional devices available, contact Toshiba Technical Support or your Toshiba dealer. Do not touch any part other than those necessary for the work, as certain parts carry high voltages and may pose a shock hazard.
44 Connecting Hardware Devices Installing and removing optional devices Selecting a workplace $ Select a workplace where the humidity is low, dust is minimal, and the server and optional devices are not exposed to the direct rays of the sun. $ The ambient temperature and relative humidity should range between 10°C to 35°C (50°F to 95°F) and 30 % to 80 %. Avoid exposing the server to sharp temperature fluctuations that could cause condensation.
Connecting Hardware Devices Installing and removing optional devices 45 Precautions $ If the server experiences a failure or malfunction, contact Toshiba Technical Support or your local Toshiba dealer. $ After the work is complete, replace the server panels before switching it on. $ Before installing or removing an optional device, lightly touch the frame of the server to discharge static electricity. $ Optional devices having an exposed board, such as an expansion cards, etc.
46 Connecting Hardware Devices Installing and removing optional devices $ There are several types of screws available. Be sure to use a screw for the same hole in which it was previously used. Screw A (Screw thread by inch system) - For fastening a hard disk drive to the drive carrier - For fastening the adapter plate for the 5.25-inch device bay and SCSI HDD to each other - For fastening an expansion card Screw B (Screw thread by metric system) - For fastening an optional device (MO, DAT, etc.
Connecting Hardware Devices Installing and removing optional devices 47 $ When tightening a screw, use a screwdriver that fits the screw head. If an improper screwdriver is used, the screw is not tightened firmly because of a gap between the screwdriver tip and cross-headed slot. Use of an improper screwdriver may also damage the head of the screw.
48 Connecting Hardware Devices Installing and removing optional devices Installing and removing methods WARNING: Do not open or disassemble any part other than those described in this manual, otherwise you may be vulnerable to an electric shock. When installing or removing an optional device, proceed as follows: 1 Check the precautions mentioned in “Before you start” of this chapter. 2 If the server is in operation, shut it down and switch off the power.
Connecting Hardware Devices Memory modules 49 Memory modules The server has four memory module slots. You can install up to four 128/256/512 MB DIMM’s (Dual In-line Memory Module) with the ECC (Error-Correcting Code). See “Specifications” on page 170. Memory modules can be expanded only in the combination shown in the table below. Do not expand memory modules in combinations other than those specified in the combination table.
50 Connecting Hardware Devices Memory modules Slot 1 128 128 128 256 128 128 Memory slot Slot 2 Slot 3 128 128 128 128 256 128 Total Remarks Slot 4 capacity 128 512 384 384 256 256 Standard configuration 128 (Unit: MB) Slot 2 Slot 1 Slot 3 Slot 4 Memory slot WARNING: Do not open or disassemble any part other than those parts described in this manual, otherwise you may be vulnerable to an electric shock.
Connecting Hardware Devices Memory modules 51 CAUTION: Never install or remove a memory module after just turning off the server. To avoid burn injuries, wait for the heat around the memory modules to dissipate. When installing a memory module, be sure to first unplug the power cable of the server. Installing a memory module while the server is on could cause damage to the server or to the memory module.
52 Connecting Hardware Devices Memory modules 4 Insert a memory module into a memory slot, paying attention to the position of the notches in it. Gently press the memory module down until it is locked by the upper and lower hooks. Installing a memory module NOTE: Do not hold a memory module by its connections. Touching this part may cause a bad connection. Be sure to insert a memory module with the correct orientation.
Connecting Hardware Devices Memory modules 53 Removing a memory module When removing a memory module, first read “Before you start” of this chapter and follow the instructions mentioned below. 1 If the server is in operation, shut it down and switch off the power. 2 Unplug the power cable. NOTE: Removing a memory module while the server is switched on may cause damage to the server or to the memory module. 3 Remove the front door and side panels. See “Removing and replacing the server panels” on page 21.
54 Connecting Hardware Devices CPU module CPU module The server is classified into 3 models. Each model differs in their clock speed; 1 GHz, 1.13 GHz, 1.26 GHz, 1.4 GHz. If you want to upgrade your server to a dual CPU configuration, the additional CPU module must have the same clock speed as the original module. The frequency of both modules must match. A socket (CPU2) for installing an additional CPU module is available at the upper right side of the standard CPU socket (CPU1).
Connecting Hardware Devices CPU module 55 Installing a CPU module WARNING: Do not open or disassemble any part other than those parts described in this manual, otherwise you be vulnerable to an electric shock. CAUTION: Never install or remove a CPU module after just switching off the server. To avoid burn injuries, wait for the heat around the CPU module to dissipate. NOTE: When installing a CPU module, be sure to first unplug the power cable of the server .
56 Connecting Hardware Devices CPU module 4 Release the lock lever of the CPU slot for the additional CPU module. Release the lock lever 5 Align the pins of the additional CPU module with the holes in the CPU socket, and gently press the CPU module into the socket so that all the pins are inserted into the holes. Inserting a CPU module NOTE: The standard CPU module is installed in the CPU socket at the lower left side.
Connecting Hardware Devices CPU module 57 6 Gently push down the locking lever of the socket until it is locked by the pawl of the CPU socket. Push down the lock lever 7 Remove the thermal grease protection cover from the heat sink’s contact surface of the CPU module. 8 Checking the direction of the heat sink, press it to the CPU socket and fasten it so that the clips are locked by the locking pawls at the top and bottom of the CPU socket. The clip springs are tight.
58 Connecting Hardware Devices CPU module guideline (for 1 GHz CPU module) gap Installing the heat sink NOTE: Do not push the fin section of CPU heat sink module. This may cause the deformation of the heat sink. Do not detach the heat sink once attached. The cooling efficiency of a heat sink decreases if detached and reattached. Therefore, if the heat sink is detached for some reason, do not reattach it but attach a new one. 9 Connect the fan cable to the J15 connector of the motherboard.
Connecting Hardware Devices CPU module 59 (In this case two 1 GHz CPUs are installed) Pentium III x2 - 1GHz NOTE: When an additional CPU module is installed, the system occasionally requires the operating system to be reinstalled so that the additional CPU module is recognised by the operating system. CPU modules with different clock speeds cannot be used together. Before purchasing an additional CPU module, ensure that it is the same speed as the existing CPU module.
60 Connecting Hardware Devices CPU module NOTE: When installing a CPU module, be sure to first unplug the power cable of the server. Installing a CPU module while the server is on could cause damage to the server or to the CPU module. CPU modules can be seriously damaged by static electricity because they are precise electronic devices. Before installing a CPU module, lightly touch a metallic part of the server to discharge any static electricity from your body.
Connecting Hardware Devices CPU module 61 4 Disconnect the fan cable from the CPU socket. Unlock the clips fastening the heat sink and remove the heat sink. The clips fastening the heat sink are locked by the pawls in both sides of the CPU socket. Press the clips down to unlock. Removing the heat sink 5 Lift the locking lever of the CPU socket to remove the CPU module. Lift the lock lever.
62 Connecting Hardware Devices CPU module 6 Remove the CPU module. Removing a CPU module 7 Install a new CPU module in the same manner as described in the installation of an additional CPU module. NOTE: Do not push the fin section of heat sink of the CPU module. This may cause the deformation of the heat sink. Do not detach the heat sink once attached. The cooling efficiency of a heat sink decreases if detached and reattached.
63 Connecting Hardware Devices CPU module 4 3 ON 2 1 SW 2 CPU Speed 1 2 3 4 1 GHz OFF OFF ON OFF 1.13 GHz ON OFF ON ON 1.26 GHz OFF ON ON ON 1.4 GHz ON ON OFF ON 9 Replace the side panel and front door panel. 10 Plug in the power cable and switch on the server. 11 Check to see if the newly installed CPU module is correctly recognized on the monitor screen.
64 Connecting Hardware Devices Replacing the internal battery Replacing the internal battery The server has an internal battery that provides the power necessary to retain the time and system configuration information. In normal use, the internal battery should last for about five years. Replacing the internal battery requires special technical knowledge and skill. When replacing the internal battery, contact Toshiba Technical Support or your local Toshiba dealer. (You may be charged a service fee.
Connecting Hardware Devices Replacing the internal battery 65 When replacing the internal battery, first read “Before you start” of this chapter and follow the instructions given below. 1 If the server is in operation, shut it down and switch off the power. 2 Unplug the power cable. NOTE: Replacement of the internal battery while the server is turned on may damage the server or the battery. 3 Remove the front door panel and side panel. See “Removing and replacing the server panels” on page 21.
66 Connecting Hardware Devices Replacing the internal battery 8 Replace the side panel and front door panel. 9 Plug in the power cable and switch on the server. 10 Again set up the server system referring to the data noted before removing the internal battery.
Connecting Hardware Devices Hard disk drive (HDD) – IDE HDD – 67 Hard disk drive (HDD) – IDE HDD – Installation or replacement of a hard disk drive requires special knowledge and skill. If you have no experience in installing a hard disk drive, or if the work seems difficult, contact Toshiba Technical Support or your Toshiba dealer. (You will be charged a service fee.) NOTE: The hard disk drive is easily affected by shock or vibration. Handle the drive carefully to avoid losing data or damaging the disk.
68 Connecting Hardware Devices Hard disk drive (HDD) – IDE HDD – Jumper switch setting for hard disk drives When connecting hard disk drives to the server’s IDE interface, set the jumper switch on each hard disk drive according to its identity as master or slave. For connecting an expansion hard disk drive with the primary IDE interface Set the first magnetic drive to Master (drive 0), and the second drive to Slave (drive 1). See the Addendum sheet of the hard disk drive.
Connecting Hardware Devices Hard disk drive (HDD) – IDE HDD – 69 NOTE: Installation of a hard disk drive while the server is turned on may cause damage to the server or to the hard disk drive. If a hard disk drive is added, you may need to change the settings of the operating system or the application software. 3 Remove the front door panel and side panel. See “Removing and replacing the server panels” on page 21.
70 Connecting Hardware Devices Hard disk drive (HDD) – IDE HDD – 5 Remove the two screws securing the drive carrier. While pressing the latch down, remove the drive carrier by sliding it in the direction of the server’s front side. Removing the drive carrier NOTE: When removing the drive carrier, be careful not to catch the cables on the drive carrier or touch the memory module. 6 Remove the 3.5-inch shield cover from the drive carrier. Carefully store the 3.5-inch shield cover for future use.
Connecting Hardware Devices Hard disk drive (HDD) – IDE HDD – 71 7 Loosen the eight screws securing the floppy disk drive and the hard disk drive installed in the drive carrier. Loosening screws 8 Take care that the HDD has the correct IDE master/slave jumper setting. Install an additional hard disk drive in the drive carrier and fasten it with the screw . Use the screw A supplied with the server. See “Before you start” on page 43.
72 Connecting Hardware Devices Hard disk drive (HDD) – IDE HDD – NOTE: The hard disk drive is easily affected by shock. If the hard disk drive is disturb, the disk may be damaged and the stored data may be lost. 9 Firmly tighten the eight screws that were loosened in step 7. 10 Install the drive carrier in the server and secure it with two screws.
Connecting Hardware Devices Hard disk drive (HDD) – IDE HDD – 73 2 Unplug the power cable. NOTE: Removing a hard disk drive while the server is turned on may cause damage to the server or to the hard disk drive. 3 Remove the front door panel and side panel. See “Removing and replacing the server panels” on page 21. 4 Disconnect the power cable and signal cable from the hard disk drive to remove it. 5 Remove the two screws fastening the drive carrier.
74 Connecting Hardware Devices Hard disk drive (HDD) – SCSI HDD – Hard disk drive (HDD) – SCSI HDD – Installation or replacement of a hard disk drive requires special knowledge and skills. If you have no experience in installing a hard disk drive, or if the work seems difficult, contact Toshiba Technical Support or your your local Toshiba dealer. (You will be charged a service fee.) NOTE: The hard disk drive is easily affected by shock or vibration.
Connecting Hardware Devices Hard disk drive (HDD) – SCSI HDD – 75 The fourth HDD The third HDD The second HDD The first HDD SCSI HDD $ IDE and SCSI hard disk drives cannot be connected with the server at the same time. Installing a hard disk drive (expansion) –3.5-inch device bay– When installing a hard disk drive in the server, first read “Before you start” of this chapter and follow the instructions mentioned below. 1 If the server is in operation, shut it down and switch off the power.
76 Connecting Hardware Devices Hard disk drive (HDD) – SCSI HDD – 2 Unplug the power cable. NOTE: Installation of a hard disk drive while the server is turned on may cause damage to the server or to the hard disk drive. If a hard disk drive is added, you may need to change the settings of the operating system or the application software. 3 Remove the front door panel and side panel. See “Removing and replacing the server panels” on page 21.
Connecting Hardware Devices Hard disk drive (HDD) – SCSI HDD – 77 6 Remove the 3.5-inch shield cover from the drive carrier. Carefully store the 3.5-inch shield cover for future use. Removing the 3.5-inch shield cover 7 Loosen the eight screws securing the floppy disk drive and the hard disk drive installed in the drive carrier.
78 Connecting Hardware Devices Hard disk drive (HDD) – SCSI HDD – 8 Take care that the HDD has the correct SCSI ID jumper settings. Install an additional hard disk drive in the drive carrier and secure using screws. Use the screw A supplied with the server. See “Before you start” on page 43. Installing a hard disk drive NOTE: The hard disk drive is easily affected by shock. Do not apply any shock to it. If the hard disk drive is shocked, the disk may be damaged and the stored data may be lost.
Connecting Hardware Devices Hard disk drive (HDD) – SCSI HDD – 79 10 Install the drive carrier in the server and secure it with two screws. Engage the rail on the top of the drive carrier with that of the server, and push the drive carrier in the direction of the server’s rear side until you feel a click. Installing the drive carrier 11 Firmly plug in the power cable and signal cable. 12 Replace the side panel and front door panel. 13 Plug in the power cable and switch on the server.
80 Connecting Hardware Devices Hard disk drive (HDD) – SCSI HDD – See “Removing and replacing the server panels” on page 21. 4 Disconnect the power cable and signal cable from the hard disk drive and remove it 5 Remove the two screws fastening the drive carrier. While pressing the latch down, remove the drive carrier by sliding it in the direction of the server’s front side. NOTE: When removing the drive carrier, be careful not to catch the cables on the drive carrier or to touch the memory module.
Connecting Hardware Devices Hard disk drive (HDD) – SCSI HDD – 81 Installing a hard disk drive (expansion) –5.25-inch device bay– When installing a hard disk drive in the server, first read “Before you start” of this chapter and follow the instructions given below. 1 If the server is in operation, shut it down and switch off the power. 2 Unplug the power cable. NOTE: Installation of a hard disk drive while the server is turned on may cause damage to the server or to the hard disk drive.
82 Connecting Hardware Devices Hard disk drive (HDD) – SCSI HDD – 5 Attach the two rails to the adapter plate for the 5.25-inch device bay and fasten each rail with the two screws. Use the screw B supplied with the server. See “Before you start” on page 43. Attaching the rails 6 Remove the screws fastening the 5.25-inch shield cover and then remove the 5.25-inch shield cover. For installing additional hard disk drives, use the device bay slots in order from the lowest to the highest.
Connecting Hardware Devices Hard disk drive (HDD) – SCSI HDD – 83 7 Insert the hard disk drive straight into a device bay slot sliding it on the rails of the slot, and fasten it with the two screws. Inserting a hard disk drive 8 Firmly plug in the power cable and signal cable. 9 Replace the side panel and front door panel. 10 Plug in the power cable and switch on the server. Removing a hard disk drive –5.
84 Connecting Hardware Devices Hard disk drive (HDD) – SCSI HDD – 4 Remove the two screws securing the adapter plate for the 5.25inch device bay in order to remove the hard disk drive from the server. Pull the hard disk drive in the direction of the server’s front side. 5 Unplug the power cable and signal cable. 6 Remove the hard disk drive together with the adapter plate to install the 5.25-inch device bay. 7 Fit the 5.25-inch shield cover to the vacant device bay slot and fasten it with the screw.
Connecting Hardware Devices SCSI devices 85 SCSI devices Installation of a SCSI device requires special knowledge and skills. If you have no experienced in installing a SCSI device, or if the work seems difficult, contact Toshiba Technical Support or your local Toshiba dealer. (You will be charged a service fee.) NOTE: If the IDE HDD is connected with the server, it is required to use an optional SCSI host adapter to install a SCSI device.
86 Connecting Hardware Devices SCSI devices Installing a SCSI device in the 5.25-inch device bay The 5.25-inch device bay is capable of incorporating a maximum of three built-in type 5.25-inch SCSI devices. When installing a SCSI device, first read “Before you start” of this chapter and follow the instructions given below. 1 If the server is in operation, shut it down and switch off the power. 2 Unplug the power cable.
Connecting Hardware Devices SCSI devices 87 6 To install the SCSI device, remove the screws fastening the 5.25-inch shield cover of the device bay slot. Once removed, remove the 5.25-inch shield cover. Carefully store the removed 5.25-inch shield cover for future use. Removing the 5.25-inch shield cover 7 Using the guide rails, gently slide the SCSI device into the device bay. Once inserted secure the SCSI device using two screws.
88 Connecting Hardware Devices SCSI devices 9 Remove the device bay slot spacer from the front door panel. Carefully store the removed spacer for future use. Removing the spacer 10 Replace the side panel and front door panel. 11 Plug in the power cable and switch on the server. NOTE: Only use SCSI devices that are recommended by Toshiba.Installation of a SCSI device other than those recommended by Toshiba may cause malfunction or failure of the device or the server.
Connecting Hardware Devices SCSI devices 89 Removing a SCSI device out of the 5.25-inch device bay When removing a SCSI device, first read “Before you start” of this chapter and follow the instructions given below. 1 If the server is in operation, shut it down and switch off the power. 2 Unplug the power cable. NOTE: Removing a SCSI device while the server is turned on may cause damage to the server or to the SCSI device. 3 Remove the front door panel and the side panel.
90 Connecting Hardware Devices SCSI devices Installing a SCSI device in the 3.5-inch device bay The 3.5-inch device bay is capable of incorporating a maximum of 2 built-in type 3.5-inch SCSI devices. When installing a SCSI device, first read “Before you start” of this chapter and follow the instructions given below. 1 If the server is in operation, shut it down and switch off the power. 2 Unplug the power cable.
Connecting Hardware Devices SCSI devices 91 NOTE: When removing the drive carrier, be careful not to catch the cables on the drive carrier or to touch the memory unit. 7 Remove the 3.5-inch shield cover from the drive carrier. Carefully store the removed 3.5-inch shield cover for future use. Removing the 3.5-inch shield cover 8 Loosen the eight screws securing the floppy disk drive and hard disk drive to the drive carrier. Loosening the screws.
92 Connecting Hardware Devices SCSI devices 9 Take care that the SCSI device has the correct SCSI ID jumper settings.. Install the SCSI device in the drive carrier and fasten it with the screw. Use the screw B supplied with the server. See “Before you start” on page 43. Installing a SCSI device NOTE: The hard disk drive is easily affected by shock. Do not apply any shock to it. If the hard disk drive is shocked, the disk may be damaged and the stored data may be lost.
Connecting Hardware Devices SCSI devices 93 11 Install the drive carrier in the server and fasten it with the two screws. Engage the rail on the top of the drive carrier with the rail of the server, and gently push the driver carrier in the direction of the server’s rear side until you feel a click. Installing the drive carrier 12 Firmly plug in the power cable and signal cable.
94 Connecting Hardware Devices SCSI devices 14 Replace the side panel and front door panel. 15 Plug in the power cable and switch on the server. Removing a SCSI device out of the 3.5-inch device bay When removing a SCSI device, first read “Before you start” of this chapter and follow the instructions mentioned below. 1 If the server is in operation, shut it down and switch off the power. 2 Unplug the power cable.
Connecting Hardware Devices SCSI devices 95 9 Firmly plug in the power cable and signal cable. 10 Fit the removed device bay slot spacer to the front door panel. 11 Replace the side panel and front door panel. 12 Plug in the power cable and switch on the server.
96 Connecting Hardware Devices Expansion cards Expansion cards A maximum of five PCI expansion cards can be installed in the server. The PCI-1 slot of every model of the server incorporates the LAN card inside. The slot numbers of the PCI expansion card slots are as shown below. AGP PCI-1 PCI-2 PCI-3 PCI-4 PCI-5 Installing PCI expansion cards WARNING: Do not touch any part other than those necessary for the work, as certain parts carry high voltages and may pose a shock hazard.
Connecting Hardware Devices Expansion cards 97 When installing an expansion card, first read “Before you start” of this chapter and follow the instructions given below. 1 If the server is in operation, shut it down and switch off the power. 2 Unplug the power cable. NOTE: Installing an expansion card while the server is turned on may cause damage to the server or the expansion card. Only PCI cards with a maximum rating of 25 watts may be used in the PCI slot. 3 Remove the front door panel and side panel.
98 Connecting Hardware Devices Expansion cards 5 Install an expansion card into the slot and secure it with the screw. To connect the edge of an expansion card with the connector of the motherboard, carefully push the expansion card into the slot. Use the screw A supplied with the server. See “Before you start” on page 43. Installing an expansion card 6 Replace the side panel and front door panel. 7 Plug in the power cable and switch on the server.
Connecting Hardware Devices Expansion cards 99 Removing PCI expansion card When removing an expansion card, first read “Before you start” of this chapter and follow the instructions mentioned below. 1 If the server is in operation, shut it down and switch off the power. 2 Unplug the power cable. NOTE: Removing a PCI expansion card when the server is switched on may cause damage to the server and to the PCI expansion card. 3 Remove the front door panel and side panel.
100 Connecting Hardware Devices Expansion cards Points of RAID controller and SCSI host adapter connection To switch on the disk lamp when the built-in server hard disk drive is being accessed, the LED cable to the hard disk must be connected. Connect the LED cable as follows. In case of the RAID controller MR475 After connecting the SCSI cable to the RAID controller, connect the LED cable of this server to the jumper J8 of the RAID controller.
Connecting Hardware Devices Uninterruptible power supply unit (UPS) 101 Uninterruptible power supply unit (UPS) When connecting the server to an uninterruptible power supply unit (UPS), use the UPS recommended by Toshiba. When restarting a server connected using a UPS after power failure, use the BIOS Setup Utility as follows. 1 Activate the server and press the key. The BIOS screen is displayed 2 Select “POWER MANAGEMENT SETUP” and press the key. 3 Set “AC Back Function” to “Full-On.
Chapter 3 BIOS Setup Utility ...................................................................
System Configuration Setup Your server is configured when shipped from the factory. However, you may need to reconfigure the server if you add or remove devices. BIOS Setup Utility The BIOS Setup Utility is a utility program that allows you to set passwords, hard disk drives, and other peripheral devices connected to the server.
System Configuration Setup BIOS Setup Utility 105 NOTE: The windows shown in this chapter are examples and may be differ slightly from the actual windows shown. Starting the BIOS Setup Utility The BIOS window appears on the screen when you start the server. American Megatrends XXXXX XXX Released: xx/xx/xxxx AMI BIOS(C)1999 American Megatrends Inc., Check System Health OK, CPU ID: XXXX Patch ID: XXXX Pentium III XX - XXXX MHz Checking NVRAM..
106 System Configuration Setup BIOS Setup Utility Menu window The window shown below is displayed when you start the BIOS Setup Utility. AMIBIOS SIMPLE SETUP UTILITY - VERSION X.XX (C)1999 American Megatrends, Inc.
System Configuration Setup BIOS Setup Utility 107 LOAD OPTIMIZED DEFAULTS Used to reset all BIOS setup options to their default values. To do so, however, you also need to change settings in other submenus. See “Resetting all setup options to their default values” on page 130. INTEGRATED PERIPHERALS Sets the operating modes of the I/O devices and hard disk drives.
108 System Configuration Setup BIOS Setup Utility BIOS Setup Utility keyboard commands <↑> Returns the cursor to the previous item. <↓> Moves the cursor to the next item. <←> Moves the cursor to the menu on the left. <→> Moves the cursor to the menu on the right. < PageUp > / < + > Changes settings. < PageDown > / < - > < F1 > Displays Help. < F2 > Changes the color of the setup window. < F5 > Resets all options in a submenu to the values stored in CMOS-RAM.
System Configuration Setup BIOS Setup Utility 109 Changing BIOS settings To change BIOS settings, follow these steps. 1 Move the bar to the desired item using the arrow keys < ↑ > and < ↓ >. 2 Press the key. The menu or submenu corresponding to the item selected is displayed. 3 Set a value for the selected item. 4 Press the key to exit the submenu.
110 System Configuration Setup BIOS Setup Utility BIOS settings This section describes the items that you can set in each BIOS Setup Utility menu. STANDARD CMOS SETUP This menu allows you to set the system date and time, as well as the hard disk drives and floppy disk drive installed in the server. The memory capacity of the server is displayed in the lower-right hand corner of the menu. AMIBIOS SETUP - STANDARD CMOS SETUP (C)1999 American Megatrends, Inc.
System Configuration Setup BIOS Setup Utility $ Floppy Drive A 111 : 1.44 MB 3 1/2 : Not installed Floppy Drive B Settings for the floppy disk drives A and B. Floppy drive A should be set to “1.44 MB 3 1/2,” and floppy drive B to “Not installed.” $ Boot Sector Virus Protection : Disabled Used to specify whether to check the writing of data in the boot sector or a partitioned area of a hard disk drive. Select “Disabled” when installing the operating system. Enabled...............
112 System Configuration Setup BIOS Setup Utility $ 1st Boot Device 2nd Boot Device 3rd Boot Device : Floppy : IDE-0 : CDROM Used to set the start-up sequence for the boot devices. Floppy ............... Boots up the system from the floppy disk. LS/ZIP A:........... Boots up the system from the LS/ZIP A drive. CDROM............. Boots up the system from the CD-ROM. SCSI ................... Boots up the system from a SCSI device. NETWORK....... Boots up the system over the network. IDE-0 ~ IDE-3...
System Configuration Setup BIOS Setup Utility $ Floppy Drive Seek 113 : Enabled Used to specify whether the BIOS should seek the floppy disk drive during the POST. Enabled...............The BIOS seeks the floppy disk drive. Disabled..............The BIOS does not seek the floppy disk drive. $ Password Check : Setup Used to make settings for security. Always................Neither the system nor the BIOS Setup Utility starts unless a valid password is entered. Setup ...................
114 System Configuration Setup BIOS Setup Utility CHIPSET FEATURES SETUP This menu allows you to make advanced settings for the chipset. AMIBIOS SETUP - CHIPSET FEATURE SETUP (C)1999 American Megatrends, Inc. All Rights Reserved *** DRAM Timing *** Top Performance :Disabled SDRAM Timing by SPD :Enabled SDRAM CAS# Latency :Auto CPU/DRAM Frequency :Auto C2P Concurrency & Master :Enabled DRAM Integrity Mode :Ecc AGP Mode :4X AGP Comp.Driving :Auto Manual AGP Comp.
System Configuration Setup BIOS Setup Utility $ SDRAM CAS # Latency 115 : Auto Used to set the CAS timing of the SDRAM (Synchronous Dynamic RAM). 3...........................If the CAS number of the SDRAM installed is three 2...........................If the CAS number of the SDRAM installed is two Auto ....................If the SDRAM installed has the SPD (Serial Presence Detect) function (Auto setting). $ CPU/DRAM Frequency : Auto Used to set the system bus and DRAM operating frequencies. Auto ....
116 System Configuration Setup BIOS Setup Utility $ AGP Mode : 4X Used to specify a transfer speed for the AGP (Accelerated Graphic Port). 4 .......................... AGP-specified 4X-speed 2 .......................... AGP-specified 2X-speed 1 .......................... AGP-specified 1X-speed $ AGP Comp. Driving : Auto Used to set the AGP driving performance. This item should be set to “Auto.” Auto.................... Automatically sets the AGP driving performance. Manual ...............
System Configuration Setup BIOS Setup Utility 117 POWER MANAGEMENT SETUP This menu allows you to make settings for power saving. AMIBIOS SETUP - POWER MANAGEMENT SETUP (C)1999 American Megatrends, Inc.
118 System Configuration Setup BIOS Setup Utility $ Hard Disk Power Down Mode : Stand By Used to specify whether to control the turning of hard disk drives in a power saving mode. Stand By............. Enables the turning control function in Standby mode. Suspend.............. Enables the turning control function in Suspend mode. Disabled ............. Disables the turning control function.
System Configuration Setup BIOS Setup Utility 119 Set IRQ3 through IRQ15 as specified below. IRQ3 ...................Monitor 4 ...................Monitor 5 ...................Ignore 7 ...................Monitor 9 ...................Ignore 10 ...................Ignore 11 ...................Ignore 13 ...................Ignore 14 ...................Monitor 15 ...................Ignore $ Soft-off by Power Button : Instant off Used to set how the power button should work. Do not change the setting.
120 System Configuration Setup BIOS Setup Utility $ Modem Ring On / Wake On Lan : Enabled Used to specify whether to automatically power on the server when receiving a telephone call or signal over a LAN. This function is inoperative for your server. Enabled .............. Enables the Modem Ring On / Wake On Lan function. Disabled ............. Disables the Modem Ring On / Wake On Lan function. $ PME Event Wake up : Enabled Used to specify whether to wake up the server if a PME event occurs. Enabled .
System Configuration Setup BIOS Setup Utility 121 PNP/PCI CONFIGURATION This menu allows you to set the “plug and play” feature. AMIBIOS SETUP - PNP/PCI CONFIGURATION (C)1999 American Megatrends, Inc.
122 System Configuration Setup BIOS Setup Utility $ VGA Boot from : AGP Used to specify a VGA card used for startup. AGP.................... Uses the VGA card in an AGP slot for startup. PCI...................... Uses the VGA card in a PCI slot for startup. $ PCI VGA Palette Snoop : Disabled Used to specify whether to monitor the palette of the VGA card installed in a PCI slot. Enabled .............. Monitors the palette. Disabled ............. Does not monitor the palette.
System Configuration Setup BIOS Setup Utility 123 INTEGRATED PERIPHERALS This menu allows you to set the operating modes of the I/O (Input/ Output) devices and hard disk drives. AMIBIOS SETUP - INTEGRATED PERIPHERAL (C)1999 American Megatrends, Inc.
124 System Configuration Setup BIOS Setup Utility ATA33................ Sets the IDE 1 cable as ATA33 (Confirm that the IDE device and the cable are ATA33 compatible). $ IDE 2 Conductor Cable : Auto Used to set the type of IDE 2 cable. Auto.................... Automatically finds the IDE 2 cable type. ATA66/100......... Sets the IDE 2 cable as ATA66/100 (Confirm that the IDE device and the cable are ATA66/ 100 compatible). ATA33................
System Configuration Setup BIOS Setup Utility $ OnBoard Serial Port 2 125 : Auto Used to specify how to set an assignment for the onboard serial port 2. Auto ....................Automatically sets an assignment for the onboard serial port 2. 3F8/COM1, 2F8/COM2, 3E8/COM3, 2E8/COM4 ....................Assigns the onboard serial port 2 to each address. Disabled..............Sets no assignment for the onboard serial port 2.
126 System Configuration Setup BIOS Setup Utility EPP..................... Sets the parallel port as an EPP (Enhanced Parallel Port). ECP..................... Sets the parallel port as an ECP (Extended Capability Port). $ Parallel Port DMA : Auto Used to set the DMA of the parallel port. This item should be set to “Auto”. It can be changed when OnBoard Parallel Port is “3BC, 378, 278” and Parallel Port Mode is “ECP”. $ Parallel Port IRQ : Auto Used to set the IRQ of the parallel port.
System Configuration Setup BIOS Setup Utility Used to set the MPU-401. $ MPU-401 I/O Address :330h-333h Used to set the I/O Address of MPU-401. $ FM Port (388h-38Bh) :Disabled Used to set the FM Port. $ Game Port (200h-207h) Used to set the Game Port.
128 System Configuration Setup BIOS Setup Utility HARDWARE MONITOR & MISC SETUP This menu allows you to specify whether to monitor and set the temperature in the server and the operating condition of the cooling fan. AMIBIOS SETUP - HARDWARE MONITOR & MISC SETUP (C)1999 American Megatrends, Inc. All Rights Reserved Current CPU1 Temp. :38°C/100°F Current CPU2 Temp. :38°C/100°F Current System Temp. :29°C/84°F Current CPU1 Fan Speed :4963 RPM Current CPU2 Fan Speed :4821 RPM CPU1 Vcore :1.451V CPU2 Vcore :1.
System Configuration Setup BIOS Setup Utility 129 SUPERVISOR PASSWORD / USER PASSWORD The SUPERVISOR PASSWORD menu is used to set a supervisor password, while the USER PASSWORD menu is used to set user passwords. The supervisor is allowed to set up the system, but users are forbidden. When one of these menus is selected, a window appears allowing you to set a password. To set a password, type in a password (eight characters or less), and then press the key.
130 System Configuration Setup BIOS Setup Utility Resetting all setup options to their default values To reset all setup options to their default values, proceed as follows: 1 Select “LOAD OPTIMIZED DEFAULTS” from the Setup menu. 2 Using “STANDARD CMOS SETUP” in the Setup menu, set the system date and time. 3 Using “BIOS FEATURES SETUP” in the Setup menu, change settings as specified below. S.M.A.R.T.
Chapter 4 Windows NT® Server 4.0 ....................................................... 132 Windows® 2000 Server ........................................................... 140 NetWare ..................................................................................... 146 System Operation Management software “HarnessEye/web” ...................................................................
Installing Software This chapter describes the procedure for installing an operating system (Windows NT Server 4.0, Windows 2000 Server, or NetWare) on your server, and the procedure for installing each of the tools that are delivered as standard with the server. Windows NT® Server 4.0 Before installing Windows NT Server 4.0 Check the settings of the motherboard. Start the BIOS Setup Utility, select “PNP/PCI CONFIGURATION,” and ensure that the “Plug and Play Aware O/S” option is set as follows.
Installing Software Windows NT® Server 4.0 133 Installing Windows NT Server 4.0 automatically To automatically install Windows NT Server 4.0, select “Automatically install” from “Install Windows NT Server 4.0” in the Server Setup Tool window “Selection of OS installation mode.” To automatically install an application software in addition to the operating system, select the application to be installed in the “Settings for installation of service/application software” window.
134 Installing Software Windows NT® Server 4.0 4 Select the name of the backup floppy disk you want to create, and click “Create.” 5 Insert a 1.44 MB-formatted floppy disk in the floppy disk drive, and click “OK.” Remove the Startup Disk floppy disk from the floppy disk drive beforehand.
Installing Software Windows NT® Server 4.0 135 To select a driver for the RAID controller, proceed as follows: 1 When the Windows NT Server 4.0 Setup Disk 2 displays a message asking whether or not to detect large capacity storage devices, select “S=Skip Detection.” 2 Select “S=Specify Additional Device.” 3 Select “Others (Requires disk provided by a hardware manufacturer).
136 Installing Software Windows NT® Server 4.0 Selecting a driver for the network adapter To select a driver for the network adapter, proceed as follows: 1 When a message appears in the Windows NT Setup window “Installing Windows NT Networking,” prompting you to select between “Remote Access to the Network” and “Wired to the Network,” select “Wired to the Network,” mark the “Connect to the Network” checkbox, and click “Next.
Installing Software Windows NT® Server 4.0 137 Installing the VIA 4in1 driver After you have installed Service Pack4 onwards, follow the procedure below to install the VIA 4in1 driver. 1 Start Windows NT Server 4.0 and log on as an administrator (or a user with equivalent rights). 2 Insert the Server Setup Tool CD-ROM in the CD-ROM drive. 3 Execute the "Setup.exe" under the directory path "\PUBLIC\UTILS\GIGABYTE\VIA4IN1," using Explorer.
138 Installing Software Windows NT® Server 4.0 below described procedure to install the display driver after installing the VIA 4in1 driver: 1 Start up Windows NT Server 4.0, and log in using the Administrator ID (or user ID having equivalent rights). 2 Select [Start]-[Settings]-[Control Panel]-[Screen], and open screen properties. 3 Select [Modify] in the sub-screen that pops up by [Display type] on the [Display Settings] tab.
Installing Software Windows NT® Server 4.0 139 For setting up TCP/IP, see "Windows NT Server 4.0 First Step Guide" or its Help. 4 Install the SNMP Service in the network. To Install "SNMP Service," open Windows NT Server 4.0 "Control Panel" and "Network," and use "Services." For installing SNMP Service, see "Windows NT Server 4.0 First Step Guide" or its Help.
140 Installing Software Windows® 2000 Server Windows® 2000 Server Before installing Windows 2000 Server Check the settings of the motherboard. Start the BIOS Setup Utility, select “PNP/PCI CONFIGURATION,” and ensure that the “Plug and Play Aware O/S” option is set as follows.
Installing Software Windows® 2000 Server 141 - Adaptec 29160N Windows 2000 Driver (if a SCSI ControllerAdaptec 29160N is installed) - D-Link 530LTX Windows 2000 Driver Selecting disk drivers (Selecting a driver for the SCSI controller (if a SCSI controller is installed)) Perform the following procedure if a SCSI Controller-Adaptec 29160N is installed. 1 In the Windows 2000 Server setup screen, press when the entire screen turns blue.
142 Installing Software Windows® 2000 Server controller MR475) in the floppy disk drive, and press the key. 4 In the window that appears next, select "MegaRAID Express 500 RAID controller Driver" and continue installation. MEMO: If a RAID controller is connected, be sure to install RAID controller utilities (Power Console/services/SNMP) after installation of Windows 2000 Server is completed. Installation Method See "MegaRAID Series 493/475 Software Guide.
Installing Software Windows® 2000 Server 143 Installing the VIA 4in1 driver Follow the procedure below to install the VIA 4in1 driver. 1 Start Windows 2000 and log on as an administrator (or a user with equivalent rights). 2 Insert the Server Setup Tool CD-ROM in the CD-ROM drive. 3 Execute the "Setup.exe" under the directory path "\PUBLIC\UTILS\GIGABYTE\VIA4IN1," using Explorer. $ When you use an IDE HDD with this server, simply installing the VIA 4in1 driver may not enable the Ultra DMA mode.
144 Installing Software Windows® 2000 Server 3 Execute the W2K-631 program under the following directory using Explorer. \PUBLIC \VIDEO\GIGABYTE \GA620\W2K 4 After the driver is updated, follow the on-screen instructions to restart the server. Setting up the network To ensure correct use of the network, follow the procedure below to set up the network. 1 Start Windows 2000 and log on as an administrator (or a user with equivalent rights). 2 If no network has been built up, set up the network.
Installing Software Windows® 2000 Server 145 Installing HarnessEye/web To install HarnessEye/web, use the Server Setup Tool CD-ROM. See User’s guide of the HarnessEye/web (on the Documentation CD).
146 Installing Software NetWare NetWare Before installing the NetWare If the Server Setup Tool is used, it automatically carries out setup of the RAID (disk array) as well as installation of the MS-DOS. In other words, the Server Setup Tool automatically prepares the installing environment for the NetWare. Alternatively, an MS-DOS disk can be created by using the Server Setup Tool so that the MS-DOS environment can be set up manually without the use of the DOS Installer of the Server Setup Tool.
Installing Software NetWare 147 up. After the MS-DOS is installed by the Server Setup Tool, the environment to read the CD-ROM of the NetWare is automatically set up. See User’s guide of the Server Setup Tool for installing the MS-DOS by the Server Setup Tool. (2) Create DOS disk by the “Creating FDs” of the Server Setup Tool, and manually set up the partition to activate the NetWare on the MS-DOS. (3) Install the MS-DOS and set up the MS-DOS environment manually.
148 Installing Software NetWare (2) The CD-ROM drive is recognized on the MS-DOS. To make the MS-DOS recognize the CD-ROM drive, set up the MS-DOS environment as mentioned in the preceding step (1) and set the floppy disk labeled “DOS Disk” (created by the Server Setup Tool) in the floppy disk drive. Then, operate as follows: 1 Create the directory XXX in the drive C for installing the CD-ROM driver. The “XXX” is an arbitrary directory name.
Installing Software NetWare 149 Selecting the SCSI Controller driver (when the SCSI controller is installed) The installer detects the SCSI controller, and the following menu appears. Select “Modify,” and replace the driver according to the following procedure: The following drivers were detected for this server. Add, change, or delete device drivers as needed.
150 Installing Software NetWare 2 As the following menu appears, delete “ADPT160M” with the key. Add, edit, or delete storage drivers. Each controller/adapter requires a driver. Driver name Device name ||ADPT160M.HAM ||Adaptec Stat || AHA-29160 Ultra160 SCSI Host Adapter Additional Driver Options _Return to driver summary _Modify 3 Insert the Adaptec 29160N NetWare Driver created with Server Setup Tool in the floppy disk drive.
151 Installing Software NetWare Selecting the RAID Controller driver (when the RAID controller MR475 is installed) After selecting the SCSI Controller driver by the “Selecting the SCSI Controller driver” mentioned previously, proceed as follows: When the SCSI is not used, steps 5, 6 and 7 are not required. 1 Delete “ADPT160M” on the same screen as shown in the previous section.
152 Installing Software NetWare Selecting the Network Adapter driver When the installer detects the network adapter, the following screen appears. Select “Modify” to replace the driver. The following drivers were detected for this server. Add, change, or delete device drivers as needed.
Installing Software NetWare 153 Proceed with installing operation following the instructions that appear on the screen. Installing the NetWare 4.2 manually NOTE: If “Quick Install” is selected on installing the NetWare 4.2, the driver contained in the NetWare CD-ROM may be automatically installed depending on the situation. Therefore, it is recommended to select “Custom Install” on installing the NetWare 4.2, so that you can use the driver recommended by us.
154 Installing Software NetWare LAN drivers,” and select “Deselect a selected driver” to delete the drivers. Selecting the SCSI Controller driver (when the SCSI controller is installed) Proceed as follows: 1 Move the cursor to “Select additional or modify selected Disk/ LAN drivers” on the screen shown above with the arrow keys, and press the key. 2 Insert the Adaptec 29160N NetWare Driver created with Server Setup Tool in the floppy disk drive.
Installing Software NetWare 155 2 Set the floppy disk labeled “MegaRAID Drivers for Series 493/475 NetWare/MS-DOS” (supplied with the RAID Controller) in the floppy disk drive. 3 Select “Install an unlisted driver ” by pressing the key. 4 Press the key and specify the following directory under the floppy disk drive. A: \NetWare 5 Press the key to retrieve drivers contained in the floppy disk. 6 When the driver list appears, select the following driver. || MEGA4_XX.
156 Installing Software System Operation Management software “HarnessEye/web” System Operation Management software “HarnessEye/web” System Operation Management software comes with your server. The software is installed in the Server Setup Tool CD-ROM. It runs on Windows 2000 Server and Windows NT4 Server. NOTE: The agent function of HarnessEye/web can be installed automatically during the installation of Windows NT/ 2000 with the Server Setup TooL (SST).
Chapter 5 Troubleshooting ........................................................................ 158 Trouble with Application Software ........................................ 165 Remedy When Windows NT/2000 is Usable ...................... 166 Remedy When Windows NT/2000 is Unusable ..................
Troubleshooting Troubleshooting If you sense that your server is operating abnormally, use the following checks to find the cause of the trouble. NOTE: Before checking the server, its cables or expansion cards, first switch off the server and its peripheral devices. If checks are performed on the cables or expansion cards with the power on, irreparable damage may be caused to the server and its peripheral devices.
Troubleshooting Troubleshooting 159 1 Immediately turn the server off, and disconnect the plug from the AC outlet. 2 Does the installation site satisfy the environmental considerations (e.g. ambient temperature and humidity)? See “Environmental considerations” on page 6. 3 Are there any foreign objects blocking ventilation holes? Nothing happens if you press the power switch.
160 Troubleshooting Troubleshooting See the operating guide of the display unit. 6 When running Windows NT/2000, boot up in the VGA mode, and ensure that the settings (resolution, synchronizing frequency) are as supported by the display unit. Characters are distorted or not displayed properly Probable causes are faulty connection of the display signal cable or power cable, or a problem with the brightness or contrast settings. Carry out the following procedure to check the cause of the trouble.
Troubleshooting Troubleshooting 161 See “Points of RAID controller and SCSI host adapter connection” on page 100. The FDD indicator does not light Probable causes are that the floppy disk drive unit signal cable is not properly connected, or that the floppy disk drive unit itself is malfunctioning. Check the signal cable connections. If this does not remedy the problem, proceed to “Remedy When Windows NT/2000 is Unusable” on page 167.
162 Troubleshooting Troubleshooting See “Expansion cards” on page 96. See the operating guide of the RAID controller. 2 Is the hard disk drive (HDD) properly connected? See “Hard disk drive (HDD) – IDE HDD –” on page 67. See “Hard disk drive (HDD) – SCSI HDD –” on page 74. 3 Execute the RAID controller utility to rebuild RAID. All data may be lost if RAID is rebuilt. Do not rebuild RAID if rebuilding is judged to be difficult. See the operating guide of the RAID controller.
Troubleshooting Troubleshooting 163 5 Disconnect backup devices (e.g. MO Disk Drive) if any connected to the SCSI controller before installing the OS. The Operating System does not boot, or the Operating System bootup stops midway A probable cause is various factors ranging from the hardware connection state up to the installed OS status. Carry out the following procedure to check the cause of the trouble.
164 Troubleshooting Troubleshooting rebooting the server, proceed to “Remedy When Windows NT/ 2000 is Usable” on page 166. If Windows NT/2000 cannot be used, proceed to “Remedy When Windows NT/2000 is Unusable” on page 167. Trouble information or error log still remains in the system operation management software and other software Check the previous items to see if those items apply. If an item applies, carry out the remedy for that item. If none of the items apply, reboot the server.
Troubleshooting Trouble with Application Software 165 Trouble with Application Software If any trouble occurs in the application software, check the following. 1 Are the hardware requirements of the server appropriate for the software? See the operating guide of the software. 2 Is the software a certified copy or the master? Illegally copied software may not operate. See the software operating guide.
166 Troubleshooting Remedy When Windows NT/2000 is Usable Remedy When Windows NT/2000 is Usable If you yourself cannot solve the problem that has occurred on a system on which Windows NT/2000 can be used, carry out the procedure below, and contact your Toshiba Technical Support. 1 Execute the server monitor function software, and make sure that there are no erroneous devices. See User’s guide of the HarnessEye/web (on the Documentation CD).
Troubleshooting Remedy When Windows NT/2000 is Unusable 167 Remedy When Windows NT/2000 is Unusable If you cannot solve the problem yourself on a system on which the OS does not boot up or Windows NT/2000 is unusable, confirm and record the following information before contacting Toshiba Technical Support.
Appendix A Specifications ............................................................................
Specifications Specifications Model MAGNIA 550D Main processor CPU Pentium® III 1GHz Pentium® III-S 1.13GHz/1.26GHz/ 1.4GHz System bus clock 133 MHz PCI chipset VIA Apollo Pro 133T Cache memory 32kB Second cache memory 256kB (1GHz) 512kB (1.13GHz, 1.26GHz, 1.
171 Interface Ultra DMA100 (IDE) Ultra160 (SCSI) Axially HDD Maximum 160GB 144GB storage capacity (internal) (80GB × 2) (36GB × 4) *2 device Unit of expansion 20GB/40GB/80GB 18GB/36GB FDD Standard 3.5-inch (720 kB/1.
172 Supplied software Server Setup Tool for MAGNIA 550D HarnessEye/web Operating system supported Windows NT® Server 4.0, Windows® 2000 Server and Netware 4.x/5.x Power/frequency AC100-240V 50/60Hz Power consumption Max. 384W Environmental requirements Temperature: 10 to 35°C (50 to 95°F), Humidity: 30 to 80%Rh Server dimensions (W × D × H) 190 (250) *3, 492, 450mm Maximum server mass 18kg *1: To install 2 GB of memory, the memory installed as standard needs to be removed.
Appendix B RGB interface .......................................................................... 174 Serial-1/2 interface ................................................................... 178 Keyboard/mouse interface ...................................................... 179 Printer interface ........................................................................ 180 USB-0/1 interface .................................................................... 181 LAN interface .............................
Interface RGB interface The details of the RGB interfaces specified below apply to the video controller interfaces for the model installed as standard. NOTE: In the following table, I/O denotes input/output as viewed from the server.
175 .
176 RGB interface synchronizing signals Resolution 640 × 480 Colors 256 colors, 65536 colors, true color Horizontal 31.5 synchronization (KHz) Vertical synchronization (Hz) 60 35 36.1 37.6 43 51 61.9 70 72 75 85 100 120 Resolution 800 × 600 Colors 256 colors, 65536 colors, true color Horizontal 37.9 synchronization (KHz) Vertical synchronization (Hz) 60 43.7 45.1 47 53.5 63.7 77.
177 Resolution 1280 × 1024 Colors 256 colors, 65536 colors, true color Horizontal synchronization (KHz) 64 74.6 76.8 80 91.4 Vertical synchronization (Hz) 60 70 72 75 85 Resolution 1600 × 1200 Colors 256 colors, 65536 colors Horizontal 74.6 synchronization (KHz) Vertical synchronization (Hz) 60 87.5 90 94 107.2 70 72 75 85 Resolution 1920 × 1080 Colors 256 colors, 65536 colors Horizontal 67.1 synchronization (KHz) Vertical synchronization (Hz) 60 78.7 81.1 84.7 96.
178 Serial-1/2 interface NOTE: In the following table, I/O denotes input/output as viewed from the server. .
179 Keyboard/mouse interface NOTE: In the following table, I/O denotes input/output as viewed from the server.
180 Printer interface NOTE: In the following table, I/O denotes input/output as viewed from the server.
181 USB-0/1 interface NOTE: In the following table, I/O denotes input/output as viewed from the server. .
182 LAN interface NOTE: In the following table, I/O denotes input/output as viewed from the server.
183 Expansion slots (for PCI expansion cards) NOTE: In the following table, I/O denotes input/output as viewed from the server. 5V system environment Pin number Side B I/O Side A I/O 1 -12V Reserved 2 Reserved +12V 3 GND Reserved 4 Reserved Reserved 5 +5V +5V 6 +5V INTA# I 7 INTB# I INTC# I 8 INTD# I +5V 9 Reserved Reserved 10 Reserved +5V (I/O) 11 Reserved Reserved 12 GND GND 13 GND GND 14 Reserved 3.
184 Pin number 5V system environment Side B I/O Side A I/O 23 AD[27] I/O AD[26] I/O 24 AD[25] I/O GND 25 +3.3V 26 C/BE[3]# 27 AD[23] 28 GND 29 AD[21] 30 AD[19] 31 +3.3V 32 AD[17] 33 C/BE[2]# 34 GND 35 IRDY 36 +3.3V 37 DEVSEL# 38 GND 39 LOCK# I/O +3.3V 40 PERR# I/O SDONE I/O 41 +3.3V SBO# I/O 42 SERR# 43 +3.
185 5V system environment Pin number Side B I/O Side A 51 Connector key 52 AD[08] I/O C/BE[0]# 53 AD[07] I/O +3.3V 54 +3.
Appendix C
Clearing the CMOS To clear the setup information stored in the CMOS, proceed as follows: 1 Shut down and switch off the server if it is in operation. 2 Change the setting of the jumper on the motherboard to “Clear CMOS,” and then change it back to “Normal” again.
189 3 Switch on the server. After the CMOS is cleared, all setup information is lost and the following window appears. CMOS Setting Wrong CMOS/GPNV Checksum Bad Press F1 to RUN SETUP Press F2 to load defaults values and continue Press the key, then follow the steps below to reset the CMOS to its default settings. 1 Select “LOAD OPTIMIZED DEFAULTS” from the Setup menu to activate it. 2 Set the system date and time under “STANDARD CMOS SETUP” in the Setup menu.
Appendix D About the device logs ............................................................... 192 Basic system configuration ..................................................... 193 CPUs .......................................................................................... 193 Memory ..................................................................................... 193 Hard disk drives ........................................................................ 194 SCSI devices ....................
Device Logs About the device logs Using the device logs provided, record information about the system including its added or removed optional devices. This information is sometimes required for the setup utility of the server. In the basic system configuration log, record the model number and serial number of the server and its motherboard.
193 Basic system configuration Manufacturer/ Model No. Serial No. Date of installation Server Motherboard Monitor Keyboard Mouse CPUs Socket Clock speed/ L2 cache size Date of installation Socket 1 Socket 2 Memory Slot Slot 1 Slot 2 Slot 3 Slot 4 Capacity Type No.
194 Hard disk drives Connected Capacity/ SCSI ID to Revolutions SCSI controller/ SCSI RAID controller Connected to Type No. Date of installation Type No. Date of installation SCSI ID Date of installation ID3 ID2 ID1 ID0 Master/ Capacity/ Slave Revolutions Master IDE Slave IDE RAID controller Master Slave SCSI devices Connected to Internal External Manufacturer/ Model No./ Type No.
195 Expansion cards Slot Manufacturer/ Interruption Model No./ (IRQ) Type No. Memory Date of installation PCI-1 PCI-2 PCI-3 PCI-4 PCI-5 Other optional devices Manufacturer/ Model No./ Type No. Serial port 1 (COM1) Serial port 2 (COM2) Parallel port (Printer port) USB port 1 USB port 2 Settings, etc.
