MAGNIA Z500 User’s Guide ™
Model: MAGNIA Z500 Warning Label Some warning labels are attached to units of this equipment, as shown below.
CD-ROM Safety Instruction CAUTION: This appliance contains a laser system and is classified as a “CLASS 1 LASER PRODUCT.” To use this model properly, read the instruction manual carefully, and keep it for your future reference. In case of any trouble with this model, please contact your nearest “AUTHORIZED service station.” To prevent direct exposure to the laser beam, do not try to open the enclosure.
Copyright This guide is copyrighted by Toshiba Corporation with 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. ©December 2002 by Toshiba Corporation All rights reserved.
Disclaimer The information contained in this manual, including but not limited to any instructions, descriptions and product specifications, is subject to change without notice. TOSHIBA CORPORATION (TOSHIBA) PROVIDES NO WARRANTY WITH REGARD TO THIS MANUAL OR ANY OTHER INFORMATION CONTAINED HEREIN AND HEREBY EXPRESSLY DISCLAIM ANY IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR ANY PARTICULAR PURPOSE WITH REGARD TO ANY OF THE FOREGOING.
Trademarks MAGNIA is a trademark of TOSHIBA Corporation. Pentium and LANDesk are registered trademarks of Intel Corporation. PS/2 is a trademark of International Business Machines Corporation. MS, Microsoft, and its logos MS-DOS, Windows, and Windows NT are registered trademarks or trademarks of Microsoft Corporation. Linux is a registered trademark or trademark of Mr. Linus Torvald in the USA and other countries. Ethernet is a registered trademark of Xerox, Inc.
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: SYU3860*/SYU3869* conforms to the following Standards: Toshiba erklärt, daβ das Produkt: SYU3860*/SYU3869* folgenden Normen entspricht: Toshiba déclarent que le produit cité ci-dessocus: SYU3860*/SYU3869* est conforme aux normes suivantes: Toshiba declaran que el producto: SYU386
Introduction Key features of the MAGNIA Z500 ! Compact chassis of 2U 1/2 width of 19” rack ! Installation flexibility (Rack and Desktop) ! Up to two Xeon processors (2AGHz, 2.40GHz, 2.
x ! Wireless LAN (IEEE802.
xi Safety cautions Before attempting to use your Toshiba MAGNIA Series Server, all safety instructions must be read carefully and fully understood . This manual contains the safety instructions that must be observed in order to avoid potential hazards that could result in personal injuries or could damage your rack or the units installed in them.
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.
xiii Service options Toshiba offers a full line of service options built around its warranty programs. See the warranty and service material included with the server for registration information. Maintenance contracts Periodic maintenance and inspection is essential for keeping the server fully operational and assuring its safe use. Toshiba recommends taking out a maintenance contract for this purpose.
Contents Chapter 1: Getting Started............................................................................. 2 Checking the items included with the server............................................ 2 Mounting optional internal devices............................................................ 4 Environmental considerations.................................................................... 5 Micro Tower Type/Rack Type............................................................... 5 Micro Tower Type...
xvi Rear view................................................................................................... 21 (1) AC connector ..................................................................................21 (2) Security Lock slot ...........................................................................21 (3)Expansion slot................................................................................. 22 (4)LAN status indicators...................................................................
xvii Setup of disk array (RAID)....................................................................... Installing software..................................................................................... Switching off the server............................................................................ Normal shutdown................................................................................ Using the automatic shutdown function............................................
xviii Front view of the External Hard Drive Unit Z1 (with the front panel opened).................................................................................................... 116 (1) Front panel.................................................................................... 116 (2) Operation button........................................................................... 117 (3) System status indicators............................................................. 118 (4) HDD status indicators...
xix Chapter 4: System Configuration Setup................................................. 142 BIOS setup utility..................................................................................... 142 Starting the setup utility..................................................................... 143 Menu screen...................................................................................... 144 Changing BIOS Settings.................................................................. 145 BIOS Settings.
xx What are the AFT, ALB and IPSec functions?............................... 183 When using on Windows 2000:....................................................... 183 Auto-shutdown function......................................................................... 189 Setting the auto-shutdown function................................................. 189 Canceling the auto-shutdown function............................................ 189 Chapter 6: Troubleshooting............................................
xxi Appendix A: Specifications....................................................................... 204 System Unit........................................................................................ 204 External Hard Drive Unit Z1............................................................. 206 External Device Bay Unit Z1............................................................ 207 Appendix B: Interfaces..............................................................................
Chapter 1 Checking the items included with the server ............................ 2 Mounting optional internal devices ............................................ 4 Environmental considerations ..................................................... 5 Power requirements ...................................................................... 9 Front view (with the front panel closed) .................................. 10 Front view (with the front panel opened) ................................
Getting Started This chapter describes how to set up the server and to have it ready for use. Checking the items included with the server Check the items in the package according to the accompanying Read Me First Addendum. If any of them is missing or damaged, please contact the your Toshiba dealer as soon as possible.
Getting Started Checking the items included with the server NOTE: The check sheet provides a listing of all standard accessories and their respective quantities. If you purchase the server together with an optional internal device, the optional device will also be incorporated with the standard accessories listed. However, in such a case it is possible that the quantities of some accessories, e.g.
4 Getting Started Mounting optional internal devices Mounting optional internal devices If you have purchased an optional internal device together with the server, install it before setting up the server. See “Installing/removing an optional device” on page 58. If you find it difficult to install an optional device yourself, always ask an authorized MAGNIA service provider to do it for you.
Getting Started Environmental considerations 5 Environmental considerations Micro Tower Type/Rack Type ! Install the server in a clean, dust-free and well-ventilated place. ! Install the server on a level and steady surface. ! Never install the server upside down. ! Ensure the following when installing the server: - Do not exposed to direct sunlight - Do not install in location susceptible to vibrations or shocks - Do not install near an apparatus which has strong magnetic force or produces radio noise.
6 Getting Started Environmental considerations ! Only operate the server under the following conditions.
Getting Started Environmental considerations 7 Micro Tower Type Leave enough space around the server for maintenance and ventilation. 8 inches (20cm) or more 12 inches (30cm) or more Minimum clearances required for horizontal installation 8 inches (20cm) or more stands 12 inches (30cm) or more Minimum clearances required for vertical installation Up to four System Units and External Units can be installed when stacked horizontally. Use the stands when you use the server as vertical installation.
8 Getting Started Environmental considerations Rack Type ! Use optional Toshiba rack and rack mount kit to install a Rack Type. ! Leave a clearance of more than 24 inches (60 cm) before and behind the rack to ensure good ventilation for the server.
Getting Started Power requirements 9 Power requirements Before plugging the power cable in to a wall outlet (especially if your server is a Rack Type), ensure the following: make sure that the capacity of the power supply (current rating of the wall outlet) and that of the over-current protector (current rating of the circuit breaker) are correct. Whenever you have a question about wiring etc., always consult an authorized MAGNIA service provider. The maximum power consumption is 300W.
10 Getting Started Front view (with the front panel closed) Front view (with the front panel closed) Power indicator ( ) Disk indicator ( ) Auto-shutdown indicator ( Fault indicator ( ) ) Key lock USB connector Front view with the front panel closed Key lock The front panel can be locked in two levels: full access and no access, which depend on the direction of the keyhole.
11 Getting Started Front view (with the front panel opened) Front view (with the front panel opened) (4) System status indicators (3) Operation buttons (2) CD-ROM drive (5) Card slot (7) Device bay (8) HDD/LAN status indicators (6) USB connectors (1) Front panel Front view of the Micro Tower Type (1) Front panel The front panel can be opened by releasing the key lock, pushing its upper center (::) and detached by unhooking its hinges.
12 Getting Started Front view (with the front panel opened) Open the front panel and pull it toward you to remove the front panel. Removing the front panel Hold both the ends (indicated by arrows in the figure) of the front panel and insert it into the hinges to install. Attaching the front panel (2) Operation buttons The server has 4 operation buttons on the front panel.
Getting Started Front view (with the front panel opened) Power/sleep button ( ) Reset button ( NMI button ( ) NMI ) Display change button ( Operation buttons ) 13
14 Getting Started Front view (with the front panel opened) Power/ sleep button Press this button to turn on or off the server. ON... Pressing the button once causes the server to start up. OFF... Enabling the auto-shutdown function: If you hold your finger continuously for four seconds or more and take your finger away, the OS is shut down and the power supply is turned off. If you take your finger away within four seconds, the power is not turned off. ...
Getting Started Front view (with the front panel opened) 15 The way to switch on and off the server varies depending on the OS installed on it. See “Switching on the server” on page 30 and “Switching off the server” on page 41. (3) System status indicators This server has 4 operating status indicators on the front panel.
16 Indicator Auto Shutdown/ Unit ID Getting Started Front view (with the front panel opened) Status Off Meaning Out of operation. Lit green Auto Shutdown function is enabled. Auto Shutdown function is ready to start when power/ sleep switch is turned off. Lit amber Auto Shutdown function is out of order - Auto Shutdown is used on Windows 2000 or Linux, and the Auto Shutdown function is not installed.
Getting Started Front view (with the front panel opened) 17 (4) Card slot The card slot accepts an optional wireless LAN card. (5) USB connectors Used to connect USB devices. (6) Device bay The device bay can accommodate up to two hot plug hard disks.
18 Getting Started Front view (with the front panel opened) (7) HDD/LAN status indicators When the device bay accommodates hard disk drives, the status of each hard disk drive is indicated by the PWR indicators and the STS indicators placed below the device bay. The network status of the LAN1 and LAN2 connectors are displayed on the ACT indicators and the SPD indicators.
Getting Started Front view (with the front panel opened) Indicator Status SPD 2 Off (LAN2) Meaning No cable is connected or the server is operating at 10Mbps. Lit green The server is operating at 100Mbps. Lit amber The server is operating at 1000Mbps. ACT2 Off (LAN2) Lit amber 19 Link is not established. Link is established. Flashing It is accessing to the network. amber Off STS 1 (HDD1) No hard disk drive is installed. No data is being read or written. Lit green Data is being read or written.
20 Getting Started Front view (with the front panel opened) Indicator Status PWR 2 Off (HDD2) Meaning No hard disk drive is installed. No power is supplied to the hard disk drive. Lit green Power is supplied to the hard disk drive. NOTE: When a STS indicator is lit amber, the corresponding hard disk drive may be faulty. If it is found to be defective, replace it. If your system is configured in redundancy (RAID1), you can replace the faulty drive without interrupting the system operation.
Getting Started Rear view 21 Rear view (2) Security Lock slot (3) Expansion slot (1) AC connector (4) LAN status indicators (5) Unit ID indicator Rear view of the server (1) AC connector Used to connect the AC power cable. See “Connecting the power cable” on page 28. (2) Security Lock slot It is possible to attach chains, etc. to prevent the server from theft. onnect the one end to the server and the other end to a fixed object such as a table, etc.
22 Getting Started Rear view (3)Expansion slot The server has 1 expansion slot for expansion cards: 64 bit/133 MHz PCI-X slot. (4)LAN status indicators Link LAN 1 connector Activity Link LAN 2 connector Activity Indicator Link Activity Status Meaning Lit green Connected successfully Off Network cable not connected or incorrectly connected Lit green Data being transferred Off No active (5)Unit ID indicator Indicator Unit ID Status Meaning Off The Unit ID function is not in operation.
23 Getting Started Rear view I/O connectors Plug the cables of peripheral devices into their respective I/O ports. (8) SCSI connector ( (7) External unit control connector ( ) ) (3) LAN 1 connector ( 1) Ether (4) LAN 2 connector ( Ether 2) (1) Mouse connector ( ) (2) Keyboard connector ( (6) Serial connector ( ) ) (5) RGB connector ( ) I/O connectors (1) Mouse connector ( ) Used to connect the PS/2 mouse. (2) Keyboard connector ( ) Used to connect the PS/2 keyboard.
24 Getting Started Inside the server (8) SCSI connector ( ) (option) Used to connect the SCSI riser card. See “How to connect peripheral devices” on page 25. Inside the server (8) Board for wireless card (5) Memory slots (4) CPU sockets (3) Cooling fans (6) Expansion slot (2) Riser Card / SCSI Riser Card (1) Motherboard (7) IDE HDD Cage Inside the server (Top view) (1) Motherboard The main board can contain 2 CPU modules and 4 memory modules at the maximum.
Getting Started Connecting peripheral devices 25 (3) Cooling fans The server contains two cooling fans. (4) CPU sockets Used to mount CPU modules. See “CPU module” on page 81. (5) Memory slots Used to mount up to 4 memory modules to expand the server’s RAM (Random Access Memory). See “Memory module” on page 75. (6) Expansion slot Used to mount expansion cards. A 64 bit/133 MHz PCI-X card of card length 194 mm or less can be added on to the rise card. The slot is compliant with PCI 2.2 standard.
26 Getting Started Connecting peripheral devices Connect peripheral devices to the server, according to the following procedure: NOTE: USB devices can be connected while the server is running. 1 Make sure that all the power buttons of the server and external units are turned off. 2 If the power cables of the server and external units are connected to an AC outlet, pull the plug of the power cable out of the AC outlet.
Getting Started Connecting peripheral devices 27 Connecting peripheral devices (Rear view) 4 If a connector is provided with screws for securing connection, tighten the screws without fail. 5 After making sure that all the peripheral units are properly connected, plug the power cables of the server and peripheral units into AC outlets. WARNING: When connecting optional units, be sure to use genuine Toshiba parts or those recommended by Toshiba.
28 Getting Started Connecting the power cable Connecting the power cable NOTE: Use of an uninterruptible power supply (UPS) is recommended to avoid losing data because of unexpected shutdown or power failure. After connection of peripheral devices is complete, connect the power cable to this server following the procedure mentioned below. 1 Connect the power cable to the connector on the back of the server.
Getting Started Connecting the power cable 29 WARNING: Be sure to use the power cable supplied with the server. Using another power cable may cause an outbreak of fire. Plug the power cable into an AC outlet with a ground line. If the power cable is plugged into an unspecified AC outlet, it may cause an outbreak of fire or electric shock. When disconnecting the power cable from the AC outlet, don’t pull the cord but hold the plug.
30 Getting Started Switching on the server Switching on the server NOTE: When turning on the server again, turn on the power button at least 10 seconds after the power button was last turned off. If the server is switched on again within 10 seconds after it was switched off last, it may cause malfunction of the server or trouble with it. When using the server with peripheral devices, connect them before switching on the server.
Getting Started Switching on the server 31 Pressing the power/sleep button. Turning on the server by the “Remote Management” function This server has the function that the server can be started up by a client who is in connection with the network interface. Installing HarnessEye/web contained in the Toshiba Server Setup Tool on the client enables packets to be sent from the client to start up the server. See “Harness Eye/web User’s Guide” (on your Server Setup TooL- and Documentation CD-ROM).
32 Getting Started POST (Power On Self-Test) POST (Power On Self-Test) When the power/sleep button located on the front panel is pressed the server is switched on and the “POST (Power On Self-Test)” (self-diagnosing function) is automatically executed. The motherboard, microprocessor, memory, keyboard and some of the peripheral devices are automatically checked by the POST. During the memory test, the storage capacity of the memory being accessed and tested by the POST is shown on the display.
Getting Started Starting up the system 33 Starting up the system The “Toshiba Server Setup Tool” is to be used for almost all of setup procedures for this system, such as installing the operating system (OS), for making backup floppy disks etc. Besides the hard disk drive and floppy disk drive, the CD-ROM drive can also be used to start up the server. In that case the “Startup” CD-ROM must be installed in the CD-ROM drive.
34 Getting Started Starting up the system Starting up by the hard disk drive unit (in the case the OS has been installed) For starting up the server by the hard disk drive unit, proceed as follows: 1 Make sure that neither the floppy disk nor CD-ROM that is capable of starting up the server is in either drive unit. 2 Turn on the power/sleep button. NOTE: The CD-ROM can be ejected from the CD-ROM drive unit only when the system is turned on.
Getting Started BIOS setup 35 Starting up by the CD-ROM To start up the server from the CD-ROM, proceed as follows: 1 Make sure that no floppy disk is placed in the floppy disk drive. 2 Switch on the power/sleep button. 3 Immediately after switching on the power/sleep button, press the eject button of the CD-ROM drive unit and place the start up CD-ROM in the drive. NOTE: The CD-ROM can be ejected from the CD-ROM drive unit only when the system is on.
36 Getting Started Making a floppy disk Making a floppy disk The server setup support software “Toshiba Server Setup Tool” has the added function of making system backup floppy disks. Such disks store important driver data and utilities etc. It is always recommended to make/store system backup floppy disks for future use.
Getting Started Setup of system configuration 37 Setup of system configuration If the system is used as it was configured at the factory, it was properly set up before shipment. However, if something optional is added to the system after shipment, or it is desired to change the operating condition properly for use, it is required to set up the system once again. There are the following utilities prepared for setup of the system configuration. See “System Configuration Setup” on page 150.
38 Getting Started Setup of system configuration IDE RAID Setup utility The IDE RAID Setup utility is to be used to set the IDE RAID controller.
Getting Started Setup of disk array (RAID) 39 Setup of disk array (RAID) When an IDE RAID or SCSI RAID controller is additionally installed in the system after purchase, or if it is built in the server before delivery, it is required to configure the disk array (RAID). When “Simple setup” is selected from the “Selection of RAID configuration” using the Toshiba Server Setup Tool, the RAID is configured with minimum settings.
40 Getting Started Installing software Installing software Once the system is completely set up, install the OS (operating system), and the accessory software used for the server monitor function (Integrated server management tool) supplied with the server and the RAID controller software. See “User’s Manual for the Operating System” and “Toshiba Server Setup Tool User’s Guide” (on your "Server Setup TooLand Documentation CD-ROM").
Getting Started Switching off the server 41 Switching off the server The method for switching off the server varies depending on the operating system used. Check the operating system and switch the server off using the normal method or use the automatic shutdown function. Every time the server is to be switched off, use only one of the methods mentioned above. Using both methods simultaneously, will cause the server to fail during its normal shutdown operation.
42 Getting Started Switching off the server 1 Execute the specified shut down process for the application software running on the operating system. Be sure to save the data used on the application software before quitting. NOTE: As the server is switched off by the automatic shutdown function or ACPI function, the application software currently in use is closed and unsaved data is deleted. The program that is not quit normally will show as a log error or Dr. Watson error.
Getting Started Switching off the server 43 Notes on use of the automatic shutdown function Hints on operation of the power/sleep button If the power/sleep button is used during the operation of the operating system, during the shutdown operation or if the power/sleep button is operated in a wrong way, it may cause malfunction of the server.
44 Getting Started Switching off the server Abnormal system shutdown If the server is not shutdown using the normal method, the system can be forcibly stopped. However, this operation deletes unsaved data. To shut down the system forcibly, press the reset button. NOTE: If the server was forcibly shutdown, unplug the power cable from the AC outlet once and plug it in again.
Chapter 2 Before starting operation ............................................................ 46 Removing and replacing the server panels .............................. 52 Memory module ......................................................................... 67 CPU module ................................................................................ 73 Internal battery ............................................................................ 95 Hard Disk Drive (HDD) –IDE HDD– ....................
Installing and Removing Hardware This chapter explains the different methods used to install and remove optional devices. Before starting operation Install optional devices before setting up the server.
Installing and Removing Hardware Before starting operation Before starting operation WARNING: When installing an optional device, be sure to use genuine Toshiba parts or those recommended by Toshiba. If any other device is used, it may result in a fire hazard. For more information about optional devices, consult an authorized MAGNIA service provider. Do not touch any part irrelevant to the installation work. The server contains many high-tension parts, which if touched may cause an electric shock.
48 Installing and Removing Hardware Before starting operation The installation or removal of an optional device should be carried out at ambient temperatures of 50 to 95°F (10 to 35°C) for Micro Tower Types, or 50 to 89°F (10 to 32°C) for Rack Types, and at ambient humidity of 30 to 80%. Avoid a place where the temperature may change sharply because it may cause condensation inside the equipment. Don't install/remove an optional device in a static environment (e.g. on a carpet).
Installing and Removing Hardware Before starting operation When connecting a cable to the server, pay careful attention to the shape of the connector. If a incorrect connector is forcibly connected, it may bend or damage the connector pins. If the cable connector has thumb screws for fastening, tighten them to secure the connection. Before installing or removing options, touch a part of the server frame to discharge static electricity.
50 Installing and Removing Hardware Before starting operation Installing/removing an optional device WARNING: When installing a peripheral unit, don't open any part other than those specified by the instructions. If an irrelevant part is opened, it may cause an electric shock. Install or remove an optional device following the procedure mentioned below: 1 Carefully read the precautions mentioned in this chapter (Before starting operation) and check all the items.
Installing and Removing Hardware Before starting operation 51 8 Attach the server panels to the server. In case of the Rack Type, fit the panels to the server before mounting it on the rack. 9 Connect the peripheral units and switch them on. 10 Plug the server's power cable connector into an AC outlet (or UPS) and then switch on the server. Some optional devices need to be setup with jumper switches and DIP switches. See “BIOS setup utility” on page 45.
52 Installing and Removing Hardware Removing and replacing the server panels Removing and replacing the server panels To mount optional devices inside the server, you need to remove the server panels depending on the option you are mounting. CAUTION: When sliding a server panel, be careful not to catch your finger between it and the server. The panel might cause injury. When removing or installing the server panel, turn off the power and unplug the power cable connector in advance.
Installing and Removing Hardware Removing and replacing the server panels 53 4 Open the front panel. See “Front panel” on page 11 5 Slide the top panel stopper to the left. 6 Slide the top panel to the front of the server and remove it. Removing the top panel Replacing the server panels (for Micro Tower Types) Follow these steps to replace the server panels: 1 Replace the top panel to the server carefully so that it does not catch any cable. 2 Slide the top panel stopper to the right.
54 Installing and Removing Hardware Removing and replacing the server panels When using a Rack Type Rack assembly procedure Quantity check Rack Mount Tray No.
55 Installing and Removing Hardware Removing and replacing the server panels Parts provided with the rack blank module 19 BLANK BRACKET 1 20 FRONT BRACKET 1 21 FLAT SCREW(GRIP) 3 1 Decide on where to assemble the server.
56 Installing and Removing Hardware Removing and replacing the server panels 2 Temporarily fasten Rail R to the posts on the left and right of the rack rear, and Rail F (L) and Rail F (R) to the posts on the left and right at the front with Screws (M6). Rail R Rail F WD (L) Screws (M6) Temporarily fastening the Rails 3 Fix Rail R on the left and right, Rail F (L) and Rail F (R) with two Screws (M5).
Installing and Removing Hardware Removing and replacing the server panels 4 Attach the Pin Catch on the Base Assembly with two flat screws (M3). Pin Catch Tray Base Flat screws (M3) Attaching the Pin Catch 5 Insert the Base Assembly into the Rail.
58 Installing and Removing Hardware Removing and replacing the server panels 6 Attach the Stopper (L) and Stopper (R) on the Base Assembly and fix them with two screws (M5). Stopper (L) Screws (M5) Stopper (R)) Attaching the Stoppers 7 Fix the Base Assembly to the rack with the claw screws on the front.
Installing and Removing Hardware Removing and replacing the server panels 59 8 Tighten the eight screws temporarily fastened in step 2. Be sure to tighten the screw. If the screw gets loose, the tray base or other parts may drop.
60 Installing and Removing Hardware Removing and replacing the server panels Sliding the server into or out of the rack For installing the server to the Rack Type, follow the instructions mentioned. WARNING: Don't slide more than two Rack Mount Trays, out of the rack at the same time. If two or more units are pulled out of the rack, the rack may become unstable and topple down.
Installing and Removing Hardware Removing and replacing the server panels 61 Sliding the server (Rack Type) into the rack 1 Attach Washer, Spring Washer and Guide Pin (M6) on the back. Washer Spring Washer Guide Pin Attaching the Guide Pin 2 Attach the Front Bracket (L) or Front Bracket (R) to the server bay with Screws (M3). Screws (M3) Front Bracket Attaching the Front Bracket When you insert the server bay into the right of the rack, attach Front Bracket (R).
62 Installing and Removing Hardware Removing and replacing the server panels 3 Place the server bay on the Base Assembly and insert. Inserting the server bay 4 Remove the Front Panel and loosen the claw screw to draw out the Base Assembly by about 100 mm.
Installing and Removing Hardware Removing and replacing the server panels 63 5 When adding a server or installing a Blank Bracket, mount the Front Bracket on the server or Blank Bracket with two flat screws (M3) and mount it on the Base Assembly and secure the Rack Bracket with two screws (M3). Front Bracket Rack Bracket Blank Bracket Flat screw (M3) Screw (M3) Fixing the Blank Bracket When installing an External Unit additionally, secure the External Unit to the server with a flat screw (M3).
64 Installing and Removing Hardware Removing and replacing the server panels 6 Insert the entire Base Assembly into the rack. Inserting the entire Base Assembly 7 Fix the housing on the left and right with the claw screws of Front Bracket (L) and Front Bracket (R), and attach the front panel. Claw screw Fixing the housing on the left and right 8 Connect the cables disconnected.
Installing and Removing Hardware Removing and replacing the server panels 65 3 Unplug the power cable of the server from the AC outlet or UPS (uninterruptible power supply). 4 Unplug all the cables from the server. 5 Remove the front panel and loosen the four claw screws which fix the Base Assembly and draw out the Base Assembly. Claw screw Drawing out the Base Assembly 6 When Removing two servers, or a server and a Blank Bracket, remove two screws (M3) fixing the Rack Bracket and remove it.
66 Installing and Removing Hardware Removing and replacing the server panels Flat screw (M3) Removing the screw 7 Slide the server out of the rack.
Installing and Removing Hardware Memory module 67 Memory module Your server can accommodate a maximum of four 128MB, 256 MB, 512MB or 1GB DIMMs (Dual In-line Memory Modules) with the ECC (Error Correction Control), which operate at a system bus clock frequency of 200 MHz. See “Specifications” on page 252. The memory can be expanded to a maximum of 4GB by installing additional memory modules with up to two different capacities.
68 Installing and Removing Hardware Memory module Slot1A Slot1B Slot2A Slot2B Total 1024 1024 1024 1024 4096 512 512 1024 1024 3072 256 256 1024 1024 2560 128 128 1024 1024 2304 1024 1024 512 512 512 512 2048 256 256 512 512 1536 128 128 512 512 1380 512 512 256 256 256 256 1024 128 128 256 256 768 256 256 128 128 128 128 2048 1024 512 128 128 512 256 UNIT:MB
Installing and Removing Hardware Memory module 69 Memory slot 1A Memory slot 1B Memory slot 2A Memory slot 2B Memory slots (Top view) WARNING: When installing a peripheral unit, don't open any part other than those specified by the instructions. Touching unspecified parts may cause an electric shock.
70 Installing and Removing Hardware Memory module 1 If the server is in operation, shut it down first and cut off the power supply to it. 2 Unplug the power cable from the AC outlet. NOTE: Installing a memory module while the server is still energized could cause damage to the server or the memory module 3 Remove the server panels from the server. See “Removing and replacing the server panels” on page 52. 4 Extend the hooks on both sides of the memory slot outwards.
Installing and Removing Hardware Memory module 71 5 Insert the memory module into the proper memory slot, paying heed to the position of each notch on the memory module. Insert the memory module until it is locked by the hooks on both sides. Installing a memory module 6 Attach the server panels. 7 Connect the power cable of the server to the power supply and switch on the server. NOTE: Don't hold a memory module by the part of the connecting terminal.
72 Installing and Removing Hardware Memory module Removing a memory module Before removing a memory module, carefully read “Before starting operation” on page 46 and proceed to the job following the procedure mentioned below: 1 If the server is in operation, shut it down and switch off power. 2 Unplug the power cable from the AC outlet. NOTE: Removing a memory module while the server is still on could cause damage to the server and/or the memory module. 3 Remove the server panels from the server.
Installing and Removing Hardware CPU module 73 6 Connect the power cable of the server to the power supply and switch on the server CPU module The server is classified into 3 models with different CPU clock speeds (2AGHz, 2.40GHz, 2.80GHz). If two processors are installed in your server, the server is transformed into an upgraded version (maximum of two CPUs). Please note that only CPUs with the same clock speed can be installed together. There is a socket (No. 2 socket) for installing an expansion CPU.
74 Installing and Removing Hardware CPU module Installing the CPU module NOTE: The CPU module may be fatally damaged by static electricity because it consists of precise electronic parts. The human body contains static electricity. Therefore, discharge the static electricity before installing the CPU module. Static electricity can be discharged by touching a nearby metallic object with your fingers.
Installing and Removing Hardware CPU module 75 4 Remove one screw and the PCI slot cover from the PCI bracket. Removing the PCI slot cover 5 Remove one screw that fixes the riser card and fan duct 2 and then pull the lever to remove the riser card. Removing the riser card NOTE: The riser card may be damaged by contacting with a fan duct. Be careful to remove and insert the riser card.
76 Installing and Removing Hardware CPU module 6 Remove the fan duct 2. Removing the fan duct 2 7 Disconnect the DC cable from the connector.
Installing and Removing Hardware CPU module 8 Remove one screw and the fan duct 1. Removing the fan duct 1 9 Remove two screws and the CPU blank.
78 Installing and Removing Hardware CPU module 10 Raise the lock lever of the expansion CPU socket. Raising the lock lever 11 Align correctly the mark of CPU module with the mark of socket and insert the CPU module as far as it will go. Inserting the CPU module NOTE: A standard CPU module is installed in the socket 1. To extend the CPU module, install it in the socket 2.
Installing and Removing Hardware CPU module 79 12 Push down the lock lever of the socket until it is hooked securely. Pushing down the lock lever 13 Attach the CPU spacer. Attaching the CPU spacer 14 Detach the cover on the contact surface between the heat sink and the CPU module.
80 Installing and Removing Hardware CPU module 15 Lightly push the heat sink in the direction of the socket, and fix it with four screws. Attaching the heat sink Fixing the screws NOTE: Do not push the fin section of heat sink of the CPU module. This may cause the deformation of the heat sink. Push the CPU module until both ends of it become uniformly horizontal on the right and left and confirm that it was inserted completely.
Installing and Removing Hardware CPU module 16 Attach the fan duct 1 and fix it with one screw. Attaching the fan duct 1 17 Connect the DC cable into the connector.
82 Installing and Removing Hardware CPU module 18 Attach the fan duct 2. Attaching the fan duct 2 19 Pass the LAN connector of riser card under the PCI bracket and insert it into the slot. Attach the riser card. Fix the riser card and fan duct 2 with one screw. Attaching the riser card NOTE: The riser card may be damaged by contacting with a fan duct. Be careful to remove and insert the riser card.
Installing and Removing Hardware CPU module 83 20 Install the PCI slot cover on the PCI bracket and fix it with one screw. Attaching the PCI slot cover 21 Install the server panels. 22 Connect the power cable of the server to the power supply and switch on the server. 23 Confirm that the CPU module is recognized properly with the display on the screen. The example below shows the case of 2.80GHz, 2-CPU configuration. Phoenix BIOS X.X Release X.X.X Copyright 1985-2002 Phoenix Technologies Ltd.
84 Installing and Removing Hardware CPU module NOTE: When a CPU module is extended, the operating system (OS) may have to be reinstalled for recognition of a new CPU module. The CPU modules with different CPU speeds cannot be used together. Confirm the CPU speed of your model when purchasing a CPU module, and be sure to purchase a CPU module with the same CPU speed.
Installing and Removing Hardware CPU module 85 Replacing the CPU module NOTE: The CPU module may be fatally damaged by static electricity because it consists of precise electronic parts. The human body contains static electricity. Therefore, discharge the static electricity before installing the CPU module. Static electricity can be discharged by only touching a nearby metallic object with your fingers.
86 Installing and Removing Hardware CPU module 4 Remove one screw and the PCI slot cover from the PCI bracket. Removing the PCI slot cover 5 Remove one screw that fixes the riser card and fan duct 2 and then pull the lever to remove the riser card. Removing the riser card NOTE: The riser card may be damaged by contacting with a fan duct. Be careful to remove and insert the riser card.
Installing and Removing Hardware CPU module 6 Remove the fan duct 2. Removing the fan duct 2 7 Disconnect the DC cable from the connector.
88 Installing and Removing Hardware CPU module 8 Remove one screw and the fan duct 1. Removing the fan duct 1 9 Remove four screws that secure the heat sink for the CPU module to be removed, and remove the heat sink.
Installing and Removing Hardware CPU module Removing the heat sink 10 Remove the CPU spacer.
90 Installing and Removing Hardware CPU module 11 Raise the lock levers of the socket in which the CPU module you want to remove is mounted. Raising the lock lever 12 Remove the CPU module.
Installing and Removing Hardware CPU module 91 13 Install a new CPU module in the same procedure as for extension. NOTE: Do not push the fin section of heat sink of the CPU module. This may cause deformation of the heat sink. Push the CPU module until both ends of it become horizontal on the left and right sides, and confirm that it was inserted completely. 14 Attach the fan duct 1 and fix it with one screw.
92 Installing and Removing Hardware CPU module 15 Connect the DC cable into the connector. Connecting the DC cable 16 Attach the fan duct 2.
Installing and Removing Hardware CPU module 93 17 Pass the LAN connector of riser card under the PCI bracket and insert it into the slot. Attach the riser card. Fix the riser card and fan duct 2 with one screw. Installing the riser card NOTE: The riser card may be damaged by contacting with a fan duct. Be careful to remove and insert the riser card. 18 Install the PCI slot cover on the PCI bracket and fix it with one screw. Attaching the PCI slot cover 19 Install the server panels.
94 Installing and Removing Hardware CPU module 20 Connect the power cable of the server to the power supply and switch on the server. 21 Confirm that the replaced CPU module is recognized properly with the display on the screen. The example below shows the case of 2.80GHz, 2-CPU configuration. Phoenix BIOS X.X Release X.X.X Copyright 1985-2002 Phoenix Technologies Ltd. TOSHIBA IA Server BIOS Version XX.XX.XX CPU= 2 - Intel(R) Xeon(TM) CPU 2.
Installing and Removing Hardware Internal battery 95 Internal battery This server has an internal battery to store the information on a timer and system configuration. The replacement of a battery requires special technique and knowledge. Toshiba recommends that you ask your authorized MAGNIA service provider to replace the internal battery. CAUTION: Observe the following when handling a lithium battery. A lithium battery is used for the internal battery of the server.
96 Installing and Removing Hardware Internal battery Replacing the internal battery Replace the battery in the procedure described below, while referring to “Before starting operation” on page 46: 1 Write down the system configuration information. 2 Shut down and turn off your server. 3 Unplug the power cable. NOTE: Don't replace the battery when your server is on, otherwise your server or the internal battery could be damaged. 4 Remove the server panels.
Installing and Removing Hardware Internal battery 97 6 Install a new battery with polarity (+) up. Installing the battery 7 Install the server panels. 8 Connect the power cable of the server to the power supply, and switch on the server. 9 Set the server according to the System Time, System Date and system configuration information that was written down in advance.
98 Installing and Removing Hardware Hard Disk Drive (HDD) –IDE HDD– Hard Disk Drive (HDD) –IDE HDD– Slot numbers (of 1 to 2 from bottom) are assigned to each slot of a hard disk drive. Installing the hard disk drive NOTE: The installation and replacement of a hard disk drive requires special technology or knowledge. If you have no experience in installing a hard disk drive or if the job seems difficult, consult your authorized MAGNIA service provider.
Installing and Removing Hardware Hard Disk Drive (HDD) –IDE HDD– 99 5 Pull out the HDD slot spacer that was extracted partially. 6 Push the hard disk drive completely into the slot where you want to mount it. Installing the hard disk drive 7 Close the detachable lever and fix it. Push in the detachable lever so that the hard disk drive is fixed firmly. Fixing the detachable lever 8 Attach the front panel.
100 Installing and Removing Hardware Hard Disk Drive (HDD) –IDE HDD– 9 Connect the power cable of the server to the power supply, and switch on the server. NOTE: The setting of an operating system (OS) or application software may have to be changed when the hard disk drive is extended.
Installing and Removing Hardware Hard Disk Drive (HDD) –IDE HDD– 101 1 Remove the front panel. 2 Confirm the position of a faulty device. The STS indicator of the faulty device is lit amber. CAUTION: The hard disk drive generates heat when in use. To avoid burns, hold the disk tray when removing the hard disk drive. 3 Start the MegaRAID Configuration Console (MCC). 4 Tilt over the detachable lever of the slot which holds a defective hard disk drive, by pulling its knob toward you.
102 Installing and Removing Hardware Hard Disk Drive (HDD) –IDE HDD– 5 While holding the disk tray, carefully remove the hard disk drive that is pulled out halfway. NOTE: When removing the hard disk drive, the OS may stop for a few minutes. Pulling out the hard disk drive 6 Click the “Scan Device” of the MCC screen. 7 Install a new hard disk drive in the same procedure as for extension. See “Installing the hard disk drive” on page 98. 8 After a short time, confirm that the PWR indicator lights up.
Installing and Removing Hardware Hard Disk Drive (HDD) –IDE HDD– 103 NOTE: If the server uses IDE RAID for redundancy, the operation is continued by a spare device without stopping the system, even if one of the hard disk drives that configure a disk array fails (downgraded operation). However, if another device fails, it may destroy and lose important programs or data. Replace the faulty device by a normal one as quickly as possible, and recover the disk array.
104 Installing and Removing Hardware Expansion cards Expansion cards One PCI expansion card can be installed in the server. PCI slot Expansion slots (Top view) Restrictions on PCI expansion cards The PCI slot support 64 bit/133 MHz and less than 194mm long PCI-X cards. Installing the expansion card WARNING: Do not touch any parts except those necessary for installing the device. There are many high-voltage parts that may cause an electric shock.
Installing and Removing Hardware Expansion cards 105 Install the expansion card in the procedure described below, while referring to “Before starting operation” on page 46: 1 If the server is running, shut it down and turn off the power. 2 Unplug the power cable. NOTE: Installing the expansion card while the power is on may damage the server and expansion card. 3 Remove the server panels. See “Removing and replacing the server panels” on page 52.
106 Installing and Removing Hardware Expansion cards 5 Install the PCI card on the expansion slot and fix it by one screw. Installing the PCI card 6 Install the server panels. 7 Connect the power cable of the server to the power supply and switch on the server. Installing the SCSI riser card WARNING: Do not touch any parts except those necessary for installing the device. There are many high-voltage parts that may cause an electric shock.
Installing and Removing Hardware Expansion cards 107 Install the SCSI riser card in the procedure described below, while see “Before starting operation” on page 46: 1 If the server is running, shut it down and turn off the power. 2 Unplug the power cable. NOTE: Installing the SCSI riser card while the power is on may damage the server and expansion card. 3 Remove the server panels. See “Removing and replacing the server panels” on page 52. 4 Remove the expansion card.
108 Installing and Removing Hardware Expansion cards 6 Remove the fan duct 2. Removing the fan duct 2 7 Disconnect the DC cable from the connector.
Installing and Removing Hardware Expansion cards 109 8 Remove one screw and the fan duct 1. Removing the fan duct 1 9 Remove two screws to remove the SCSI connector cover.
110 Installing and Removing Hardware Expansion cards 10 Install the SCSI cable. Installing the SCSI cable 11 Attach the fan duct 1 and fix it with one screw.
Installing and Removing Hardware Expansion cards 12 Connect the DC cable into the connector. Connecting the DC cable 13 Attach the fan duct 2.
112 Installing and Removing Hardware Expansion cards 14 Connect the SCSI cable of the SCSI riser card. Pass the LAN connector of SCSI riser card under the PCI bracket and insert it into the slot, then fix the SCSI riser card and fan duct 2 with one screw. Connecting the SCSI cable of the SCSI riser card NOTE: The SCSI riser card may be damaged by contacting with a fan duct. Be careful to remove and insert the SCSI riser card. 15 Attach the expansion card. 16 Install the server panels.
Chapter 3 Types of External Unit ............................................................. 114 Front view of the External Hard Drive Unit Z1 (with the front panel closed) .............................................................................. 115 Front view of the External Hard Drive Unit Z1 (with the front panel opened) ............................................................................ 116 Rear view of the External Hard Drive Unit Z1 ....................
External Unit Setup Types of External Unit The following two types of External Unit (sold separately) are available for this server: ! External Hard Drive Unit Z1 ! External Device Bay Unit Z1 114
External Unit Setup Front view of the External Hard Drive Unit Z1 (with the front panel closed) 115 Front view of the External Hard Drive Unit Z1 (with the front panel closed) Power indicator Fault indicator Key lock Front view with the front panel closed Key lock The front panel can be locked in two levels: full access and no access, which depend on the direction of the keyhole.
116 External Unit Setup Front view of the External Hard Drive Unit Z1 (with the front panel opened) Front view of the External Hard Drive Unit Z1 (with the front panel opened) (3) System status indicator (4) Disk status indicator (2) Operation button HDD 4 Device bay HDD 2 HDD 1 HDD 3 (1) Front panel Front view of the Micro Tower Type (1) Front panel The front panel can be opened by releasing the key lock, pushing its upper center (::) and detached by unhooking its hinges.
External Unit Setup Front view of the External Hard Drive Unit Z1 (with the front panel opened) 117 (2) Operation button The server has an operation button on the front panel. Power button Operation button Power button Press this button to forcibly turn on or off the External Hard Drive Unit Z1. ON ... Pressing the button once causes the unit to start up. OFF ... Pressing and holding down the button causes the unit to turn off.
118 External Unit Setup Front view of the External Hard Drive Unit Z1 (with the front panel opened) (3) System status indicators This server has 2 operating status indicators on the front panel.
External Unit Setup Front view of the External Hard Drive Unit Z1 (with the front panel opened) 119 (4) HDD status indicators When the device bay accommodates hard disk drives, the status of each hard disk drive is indicated by the power indicator and the status indicator placed above the device bay.
120 External Unit Setup Front view of the External Hard Drive Unit Z1 (with the front panel opened) NOTE: When a status indicator is lit amber, the corresponding hard disk drive may be faulty. If it is found to be defective, replace it. If your system has a built-in RAID controller, you can replace the faulty drive without interrupting the system operation. Shock and vibration might damage hard disk drives, causing the loss or corruption of the data and programs recorded on them.
External Unit Setup Rear view of the External Hard Drive Unit Z1 121 Rear view of the External Hard Drive Unit Z1 AC power connector Rear view of the External Hard Drive Unit Z1 AC power connector Used to connect the AC power cable. See “Connecting the power cable” on page 36. I/O connectors Plug the cables of peripheral devices into their respective I/O ports.
122 External Unit Setup Installing and Removing Hard Disk Drive (HDD) -SCSI HDD- (2) SCSI connector ( ) Used to connect the System Unit. See “How to connect peripheral devices” on page 27. Installing and Removing Hard Disk Drive (HDD) -SCSI HDDThe slot numbers (of 1 to 4) are assigned to each slot of a hard disk drive. Read “Before starting operation” on page 54 before installing additional hard disk drives, and mount them in the slots, starting from the left bottom.
External Unit Setup Installing and Removing Hard Disk Drive (HDD) -SCSI HDD- 123 1 Remove the front panel. Removing the front panel See “Front panel” on page 11. 2 Tilt over the detachable lever of the slot where you want to install a hard disk drive, by pulling its knob toward you. Pulling the detachable lever toward you 3 Pull out the HDD slot spacer that was extracted partially.
124 External Unit Setup Installing and Removing Hard Disk Drive (HDD) -SCSI HDD- 4 Push the hard disk drive completely into the slot where you want to mount it. Installing the hard disk drive 5 Close the detachable lever and fix it. Push in the detachable lever so that the hard disk drive is fixed firmly. Fixing the detachable lever 6 Attach the front panel. NOTE: The setting of an operating system (OS) or application software may have to be changed when the hard disk drive is extended.
External Unit Setup Installing and Removing Hard Disk Drive (HDD) -SCSI HDD- 125 Replacing a hard disk drive during operation If the server uses a RAID controller for redundancy, the operation is continued by a spare disk without stopping the system even if one of the hard disk drives that configure a disk array fails. (Downgraded operation) NOTE: Hard disk drives cannot be replaced while the system is in operation, unless a RAID controller is installed.
126 External Unit Setup Installing and Removing Hard Disk Drive (HDD) -SCSI HDD- 1 Remove the front panel. Removing the front panel See “Front panel” on page 11. 2 Confirm the position of a faulty disk. The STATUS indicator ( ) of a faulty disk lights amber. CAUTION: The hard disk drive generates heat when in use. To avoid burns, hold the disk tray when removing the hard disk drive. 3 Tilt over the detachable lever of the slot which holds a defective hard disk drive, by pulling its knob toward you.
External Unit Setup Installing and Removing Hard Disk Drive (HDD) -SCSI HDD- 127 NOTE: Before pulling out the hard disk drive, make sure that it is faulty. If a normally operating disk is pulled out by mistake, it may damage the server or destroy and lose important programs or data. 4 While holding the disk tray, carefully remove the hard disk drive that is pulled out halfway. Pulling out the hard disk drive 5 Install a new hard disk drive in the same procedure as for extension.
128 External Unit Setup Setup of disk array (RAID) NOTE: If the server uses a RAID controller for redundancy, the operation is continued by a spare disk without stopping the system, even if one of the hard disk drives that configure a disk array fails (downgraded operation). However, if another disk fails, it may destroy and lose important programs or data. Replace the faulty disk by a normal one as quickly as possible, and recover the disk array.
External Unit Setup Front view of the External Device Bay Unit Z1 (with the front panel closed) 129 Front view of the External Device Bay Unit Z1 (with the front panel closed) Power indicator Fault indicator Key lock Front view with the front panel closed Key lock The front panel can be locked in two levels: full access and no access, which depend on the direction of the keyhole.
130 External Unit Setup Front view of the External Device Bay Unit Z1 (with the front panel opened) Front view of the External Device Bay Unit Z1 (with the front panel opened) (2) Operation button (3) System status indicator Device bay (1) Front panel Front view of the Micro Tower Type (1) Front panel The front panel can be opened by releasing the key lock, pushing its upper center (::) and detached by unhooking its hinges. See “Front panel” on page 11.
External Unit Setup Front view of the External Device Bay Unit Z1 (with the front panel opened) 131 (2) Operation button The server has an operation button on the front panel. Power button Operation button Power button Press this button to forcibly turn on or off the External Device Bay Unit Z1. ON ... Pressing the button once causes the unit to start up. OFF ... Pressing and holding down the button causes the unit to turn off.
132 External Unit Setup Front view of the External Device Bay Unit Z1 (with the front panel opened) (3) System status indicators This server has 2 operating status indicators on the front panel.
External Unit Setup Rear view of the External Device Bay Unit Z1 133 Rear view of the External Device Bay Unit Z1 AC power connector Rear view of the External Device Bay Unit Z1 AC power connector Used to connect the AC power cable. See “Connecting the power cable” on page 36. I/O connectors Plug the cables of peripheral devices into their respective I/O ports.
134 External Unit Setup Installing SCSI device (2) SCSI connector ( ) Used to connect the System Unit. See “How to connect peripheral devices” on page 27. Installing SCSI device The installation of a SCSI device requires special knowledge or technique. If you have no experience in installing a SCSI device or if the job seems difficult, consult your authorized MAGNIA service provider. Terminator The SCSI bus is terminated at the SCSI controller and dedicated External Device Bay Unit Z1.
External Unit Setup Installing SCSI device 135 3 Open the front panel. 4 Remove four screws and remove the outer cover (upper). Removing the outer cover 5 Remove seven screws and remove the top cover.
136 External Unit Setup Installing SCSI device 6 Remove the power and signal cables. When removing the signal cable, disconnect it from the External Device Bay Unit Z1. Removing the cables 7 Remove four screws that fix the SCSI device.
External Unit Setup Installing SCSI device 137 8 Pull out the SCSI device completely. Removing the SCSI device 9 Set the SCSI ID so that it would not be the same as other device. 10 Insert the SCSI device into the unit. 11 Attach the four screws and fix the SCSI device.
138 External Unit Setup Installing SCSI device 12 Connect the power and signal cables. Connecting the cables 13 Attach the top cover and fix it with seven screws.
External Unit Setup How to Connect External Unit 139 14 Attach the outer cover (upper) and fix it with four screws. Attaching the outer cover 15 Close the front panel. 16 Connect the power cable of the server to the power supply and switch on the server. How to Connect External Unit One External Hard Drive Unit Z1 and up to two units of External Device Bay Unit Z1 can be connected per Sestem Unit. External Hard Disk Unit Z1 and External Device Bay Unit Z1 cannot connect into the same SCSI bus.
140 External Unit Setup How to Connect External Unit The following shows an example of how external units are connected to this server.
Chapter 4 BIOS setup utility ..................................................................... 142 SCSI Utility ............................................................................... 154 Configuring MegaRAID IDE .................................................
System Configuration Setup BIOS setup utility NOTE: The menus shown in this chapter are just examples. The BIOS Setup Utility is a menu type of utility program designed to verify and modify the basic settings of the motherboard.
System Configuration Setup BIOS setup utility 143 Starting the setup utility The BIOS screen will appear when the server is started. Phoenix BIOS X.X Release X.X.X Copyright 1985-2002 Phoenix Technologies Ltd. All Rights Reserved TOSHIBA IA Server BIOS Version XX.XX.
144 System Configuration Setup BIOS setup utility Menu screen The following menu will be displayed when the BIOS Setup Utility is started: Phoenix BIOS Setup Utility Main Advanced Security Boot System Time: System Date: [XX:XX:XX] [XX/XX/XXXX] Legacy Diskette A: [Disabled] Primary Master Exit Item Specific Help , or selects field.
System Configuration Setup BIOS setup utility 145 BIOS Setup Utility Keyboard Commands Displays Help. Returns control to the previous screen mode. Specifies a menu or data item. <↑> Returns control to the previous data item. <↓> Advances control to the next data item. <←><→> Specifies a menu. Resets all data settings to defaults (except for date, time and the passwords). Saves data settings and exits the BIOS Setup Utility.
146 System Configuration Setup BIOS setup utility Main menu System Time: System Date: [XX:XX:XX] [XX/XX/XXXX] Legacy Diskette A: [Disabled] Primary [CD-ROM] Master Summary screen: QuickBoot Mode: [Disabled] [Enabled] System Memory: Extended Memory: After Power Failure: XXX KB XXXXX KB [Last State] Version Information ! System Time/System Date Enter the system date and time. Generally, a slight error occurs in clock precision. To prevent this, periodically adjust the system time.
System Configuration Setup BIOS setup utility 147 ! System Memory Displays available system memory size. ! Extended Memory Displays extended memory size. ! After Power Failure :[Last State] Sets the procedure that the system will follow if the AC power is interrupted at an AC power reset. If you use UPS, select “Power On”. Last State Resets from state at power interruption Power On Turns on power. Stay Off Turns off power. NOTE: When you power off by force, it causes Stay off.
148 System Configuration Setup BIOS setup utility Boot Block Version Displays Boot Block Version. BMC Version Displays BMC Version. Advanced menu This section describes the advanced settings available in the various BIOS Setup Utility menus.
System Configuration Setup BIOS setup utility Option ROM Scan Initializes device expansion ROM. On Board SCSI The following submenu appears: Device Controller: [Enabled] Device Controller Enables/Disables PCI Device Controller. On Board LAN The following submenu appears: Option ROM Scan: [Enabled] Option ROM Scan Initializes device expansion ROM. On Board PCMCIA The following submenu appears: Device Controller: [Enabled] Device Controller Enables/Disables PCI Device Controller.
150 System Configuration Setup BIOS setup utility Option ROM Scan :[Enabled] Initializes device expansion ROM. Scan Order :[Last] Specifies whether to read expansion ROM first or last. ! Advanced Chipset Control The following submenu appears: All items on this menu cannot be modified in user mode. Memory Remapping: [Enabled] Memory Remapping Enables/Disables Memory Remapping. ! I/O Device Configuration The following submenu appears: Serial port A: [Auto] Serial port A Sets up the serial port A.
System Configuration Setup BIOS setup utility 151 Subnet Mask Displays the subnet mask of the LAN port. When the LAN port is set to “Disabled”, it is not displayed. Connection Control Sets the connection policy. When the LAN port is set to “Disabled”, it is not displayed. ! Legacy USB support :[Enabled] When “Disabled” is set, the USB floppy disk drive can no longer be used. Set to “Enabled”. ! Reset Configuration Data :No Do not change the settings.
152 System Configuration Setup BIOS setup utility ! Set Supervisor Password Allows Supervisor Password to be registered, changed, and/or deleted. To delete a password, press with “New Password”. You are prompted to enter the password while the BIOS setup utility is running or when OS is startup if Password on Boot is set to “Enabled”. ! Set User Password Allows User Password to be registered, changed, and/or deleted. This can be set only when the supervisor password is set.
System Configuration Setup BIOS setup utility 153 ! +Hard Drive Specifies the hard disk drive from which the operating system is to be booted. Existing settings are set in the following order: AIC-7892 (SCIS riser card) MegaRAID IDE (internal disk drive unit) PCI RAID Adapter (RAID controller)/PCI-SCSI (SCSI Host adapter) In the case of an internal disk drive unit and an external disk unit configuration, move the disk you want to start to the uppermost row. ! CD-ROM Drive Boots from CD-ROM Drive.
154 System Configuration Setup SCSI Utility ! Load Setup Defaults Resets all setup options to their default values, except for date, time and passwords. Performs the same function as pressing the F9 key. ! Discard Changes Resets all setup options to the previous saved values, except for date, time and passwords. ! Save Changes Saves changes. SCSI Utility Description of SCSI raiser card (optional) The SCSI riser card (optional) and any preinstalled SCSI devices are set up prior to shipping.
System Configuration Setup SCSI Utility 155 Menu configuration When the SCSI Utility starts, the following menu appears: Adaptec Utility vX.XX.XX AIC-7892 A at slot 06 06:01:00 Arrow keys to move cursor, to select option, to exit (*=default) Press the key and the following main menu appears: Adaptec < SCSISelect (TM) > Utility vX.XX.
156 System Configuration Setup SCSI Utility SCSI Utility Keyboard Commands] Returns control to the previous screen mode. Specifies a data item. <↑> Returns control to the previous data item. <↓> Advances control to the next data item. Changing SCSI Device Settings 1 Using the arrow keys (<↑><↓>), select the desired item then press the key. The submenu or selection menu corresponding to the selected item appears. 2 Make any necessary changes then save the changes.
System Configuration Setup SCSI Utility ! SCSI Controller ID 157 :7 Specifies the SCSI ID of the SCSI controller. Do not change this setting. ! SCSI Controller Parity : Enabled Controls whether the SCSI controller performs parity checks and scans for normal data transfer through the SCSI bus. ! Boot Device Configuration Specifies the SCSI device from which the system is to be booted. ! SCSI Device Configuration Specifies detailed configuration information for each SCSI device (SCSI ID).
158 System Configuration Setup SCSI Utility Send Start Unit Command Specifies whether a start unit command is to be sent from the SCSI controller to start the SCSI device. BIOS Multiple LUN Support Specifies whether logical unit numbers are supported. Include in BIOS Scan Specifies whether the device is to be scanned when SCSI BIOS starts. ! Advanced Configuration Sets up detailed data on the SCSI controller.
System Configuration Setup Configuring MegaRAID IDE 159 POST Display Mode Controls the data displayed during startup. Support Removable Disks Under Int13 as Fixed Disks Specifies whether removable disks are to be supported under SCSI BIOS. SCSI Controller Int13 Support Enables or disables Int13 Extension.
160 System Configuration Setup Configuring MegaRAID IDE Maximizing Drive Performance You can optimize drive performance by using striping. Select RAID 0 or striping to configure an array for optimal performance. Assigning RAID Levels Only one RAID level can be assigned to each array.
System Configuration Setup Configuring MegaRAID IDE 161 The Factors you need to consider when selecting a RAID level are listed below. Level Description and Use Pros Cons 0 High data through- No fault tolerance. Data divided in blocks and distributed sequen- put for large files. All data lost if any drive fails. tially (pure striping). Use for non-critical data that requires high performance. 1 100 percent data Data duplicated on redundancy. another disk (mirroring).
162 System Configuration Setup Configuring MegaRAID IDE 1 Turn on the computer and Press the + keys to start the MegaRAID IDE Setup Utility while it is booting. 2 Create an array by using F4 Option. Change the array type to Mirror. 3 The existing drive and the new drive are included in this array. You can identify the existing drive and the new drive by where they are connected. 4 Start the rebuilding process by pressing the key. The setup will prompt for the target drive name.
System Configuration Setup Configuring MegaRAID IDE 163 To access this screen, press the + keys during bootup. Array Information This section of the screen displays all the disk arrays configured. Use this section to create, delete or edit the existing configurations. The disk arrays are displayed as a node in a tree, like Windows Explorer. When opened, each node displays the properties of the array.
164 System Configuration Setup Configuring MegaRAID IDE used to navigate the Physical Drive Information window. The menus are as follows: ! Drive number ! Connection ID (Primary Master or Secondary Master) ! Array number of which the physical drive is a part ! Model number ! Firmware Rev# (firmware version of each drive) ! Size in MB of each drive ! The status of each drive (online, failed, or rebuilding) NOTE: Information listed in the Physical Drive Information window cannot be edited.
System Configuration Setup Configuring MegaRAID IDE 165 you can use to perform tasks, such as auto configuring, creating or deleting an array. Auto Configure Stripe (F1) Press the key to auto configure a Stripe array. When you do this, MegaRAID IDE automatically creates a Stripe based array based on the physical drives attached. The Stripe size is set for the optimum level (64 KB). Auto Configure Mirror (F2) Press the key to run auto configuration.
166 System Configuration Setup Configuring MegaRAID IDE not a RAID mode, but a way to assign physical drive(s) as hot spare to be used in case of a mirror failure. When a mirror configured array has a drive fail, a spare drive can be used to replace the failed drive and rebuild the array. NOTE: To rebuild a drive from the SPARE POOL, the size of the physical drive in SPARE POOL must be greater than or equal to the smallest drive in the array. Drive(s) There is no default setting for this field.
System Configuration Setup Configuring MegaRAID IDE 167 STRIPE 32 KB 64 KB 128 KB 256 KB 512 KB 1024 KB 2048 KB 4096 KB NOTE: You cannot change the stripe size of an array that has already been configured. Bootable This determines which of the configured arrays should be used for booting the system when MegaRAID IDE is selected as the boot device. The options are Yes or No. BOOT OPTION YES NO You can select the boot device from the system BIOS setup. Only one array is allowed to be bootable in a system.
168 System Configuration Setup Configuring MegaRAID IDE Build Array The Build Array option is valid for RAID 1 (Mirror) only. It is used to rebuild the array using a drive from the SPARE POOL. When Build Array starts, it will prompt the user to select the target drive. It does this because both drives can be still online. Once the target drive is selected, the rebuild will start. NOTE: A drive Rebuild can take a long time depending on the size of the drive.
System Configuration Setup Configuring MegaRAID IDE 169 on or off. The Write Cache displays WC-ON or WC-OFF, the Virus Protection box displays VP-ON or VP-OFF, the DMA Read/Write box displays DMA-ON or DMA-OFF, and the Buzzer display BUZ-ON or BUZ-OFF. When you turn the option on, the status box changes color, from red to green. The window for the Write Cache, Virus Protection, DMA, and Buzzer options is shown below.
Chapter 5 Windows® 2000 Server .......................................................... 172 HarnessEye/web ....................................................................... 182 AFT, ALB and IPSec functions .............................................. 183 Auto-shutdown function ..........................................................
Installing Software Windows® 2000 Server You can install Windows 2000 Server on your server in two different ways: installing it automatically using the Toshiba Server Setup Tool, or installing it manually by following the normal installation steps set for Windows 2000. To install Windows 2000 server manually, you need to execute the hardware setting and RAID setting first. After that, start the installation. This section explains how to install Windows 2000 manually.
Installing Software Windows® 2000 Server 173 Change of the boot priority Before installing Windows 2000 Server manually, change the boot priority of CD-ROM Drive by using BIOS Setup Utility to boot the OS with a CD-ROM. To change the boot priority, follow these steps: 1 Press the key on the BIOS menu just after powering on to start the BIOS Setup Utility and select “CD-ROM Drive” in the boot menu. +Removable Device +Hard Drive CD-ROM Drive IBA X.XX.XX slot XXXX IBA X.XX.
174 Installing Software Windows® 2000 Server Selecting a driver for the IDE RAID controller To select the driver, follow these steps. 1 Press the key after the Windows 2000 Server Setup window has turned entirely to blue. 2 When a message appears on the screen, asking whether you want to add a device driver for mass storage device, press the key. 3 Insert the LSI Logic IDE RAID Windows 2000 Driver floppy disk into the floppy disk drive, and then press the key.
Installing Software Windows® 2000 Server 175 4 When the following message appears, select “Adaptec Ultra160 Family PCI SCSI Controller (Windows 2000)”, and then press the key. Adaptec Ultra160 Family PCI SCSI Controller (Windows 2000) Selecting a driver for the RAID controller G (MR520) To select the driver, follow these steps. 1 Press the key after the Windows 2000 Server Setup window has turned entirely to blue.
176 Installing Software Windows® 2000 Server Installing the Device Driver after installing Windows 2000 Server After installing Windows 2000, follows these steps. Change of boot priority When setting back the boot priority, lower the priority of “CDROM Drive” by using the BIOS Setup Utility. Press the <-> key to move the “CD-ROM Drive” down the “+Hard Drive”. See “Change of boot priority” on page 181.
Installing Software Windows® 2000 Server 177 5 Select “File” and “Exit” to finish the notepad. 6 Restart Windows 2000. Installing of Intel Chipset Software Installation Utility After installing Windows 2000 Service pack, install Intel Chipset Software Installation Utility in the following steps. 1 Start Windows 2000 and log in by the administrator’ ID (or an user’s ID with an equivalent authority). 2 Set the CD-ROM of SetupInstructor into the CD-ROM device. 3 Start the Explorer.
178 Installing Software Windows® 2000 Server Installing the display driver To change the display driver, follow the procedure mentioned below: 1 Activate the Windows 2000 Server, and log in the user ID of the Administrator or a person having the competence equivalent to that of the Administrator. 2 Click right button in the “My Computer”. 3 Select “Hardware” tab, click “Device Manager”. 4 Double click “Video Controller (VGA Compatible)” under “Other devices”. 5 Select “Driver” tab, click “Update Driver”.
Installing Software Windows® 2000 Server 179 Installing the network driver 1 Double-click one of two “Ethernet Controller” under “Other devices”. 2 Select “Driver” tab, click “Update Driver”. 3 Click “Next” in the “Update Device Driver Wizard”. 4 Select “Search for a suitable driver for my device” , click “Next”. 5 Set Server Setup Tool CD into CD-ROM drive, check at “Specify a location”, click “Next”. 6 Type following driver pass to “Copy manufacture's files from:”, then click “Next”.
180 Installing Software Windows® 2000 Server 6 When “Welcome to the Found New Hardware Wizard” appears, select “Next”. 7 When “Install Hardware Device Drivers” appears, select “Display a list of the known drivers for this device so that I can choose a specific driver”, and then select “Next”. 8 Select “SCSI and RAID controllers” in “Hardware types:”, and then select “Next”. 9 Select “Unknown Manufacturer” in “Manufactures:”, and then select “Next”.
Installing Software Windows® 2000 Server 181 Procedure after installation of the device driver After the installation of the device driver is complete, follow the procedure mentioned below: 1 Activate the Windows 2000 Server and log in the user ID of the Administrator or a person having the competence equivalent to that of the Administrator. 2 If no network has been built up, set up the network. 3 If no TCP/IP has been set for the network, set it.
182 Installing Software HarnessEye/web HarnessEye/web HarnessEye/web is a total server management application software. HarnessEye/web functions on Windows 2000 Server only. Installing and operation See “HarnessEye/web User's Guide” (on this "Server Setup TooLand Documentation CD"). NOTE: Only Agent function of HarnessEye/web can be automatically installed at automatic installation of the Windows 2000 by SetupInstructor. Management Proxy and Manager function cannot be automatically installed.
Installing Software AFT, ALB and IPSec functions 183 AFT, ALB and IPSec functions The Network Adapter that is mounted in the server as the standard device has the adapter fault tolerance (AFT) function, adaptive load balance (ALB) function and IP Security(IPSec) function. What are the AFT, ALB and IPSec functions? AFT (Adapter Fault Tolerance) The AFT function is realized by the primary adapter and secondary adapter.
184 Installing Software AFT, ALB and IPSec functions Creating the PROSet II icon The PROSetII icon is used for setting AFT/ALB. 1 The Toshiba Server Setup Tool CD-ROM (supplied) in the CD-ROM drive. 2 Browse the CD-ROM drive on Explorer, and double-click setup.exe in the following directory: : \Public\Utils\Intel\Proset\setup.exe 3 According to the installer, install “PROSet II”. Note: For Custom Setup, do no check “Configuration Tools” and “Management Agents”. 4 Reboot the server.
Installing Software AFT, ALB and IPSec functions 185 adapter to set as the primary, set “Right click” → “Preferred Primary”, and then set the remaining adapters by “Right click” → “Preferred Secondary”. 7 Exit PROSetII by “OK” 8 Double-click “Network and Dial-up Connections” from “Start” → “Settings” → “Control Panel”. 9 Select the “Protocol” tab, open the properties of the adapter that was added at AFT/ALB from among the TCP/IP protocol, and set the IP address and other network settings.
186 Installing Software AFT, ALB and IPSec functions characters or more). This same “temporary shared key” is required on all servers and clients using IPSEC on the same LAN. (5) When you have entered a temporary shared key, select “Next”. The screen changes to the “Completing the IP Security Policy Wizard”. Make sure that the “Edit properties” checkbox is marked, and click “Done”.
Installing Software AFT, ALB and IPSec functions 187 (13)In the “Security rules for Communicating with other Computers” screen, make sure that both the “All IP Traffic” and “Dynamic” checkboxes are marked, and select “Add”. (14)When the “Security Rules Used for Communications with Other Computers” screen is displayed, make sure that the “Dynamic” checkbox is marked, and that the “Use Add Wizard” checkbox at the bottom right is marked, and select “Add”.
188 Installing Software AFT, ALB and IPSec functions Traffic” and “Dynamic” checkboxes are marked, and select “Close”. Also, click the X mark at the top tight of the “Local Security Settings” window. 2 Setup for using the preset IP security (1) Select the Network and Dial-up Connections on the Control Panel. (2) Local Area Connection for which IPSEC is to be enabled, and right click to open Properties.
Installing Software Auto-shutdown function 189 Auto-shutdown function The auto-shutdown enables automatic execution of the sequence from shutting down the OS by the power switch through to turning OFF the power. The auto-shutdown function runs only on Windows 2000. Setting the auto-shutdown function Manually install the auto-shutdown function by installing HarnessEye/web after installation of Windows 2000 is completed.
Chapter 6 Troubleshooting ........................................................................ 192 Trouble with Application Software ........................................ 199 Remedy When Windows 2000 is Usable ............................. 200 Remedy When Windows 2000 is Unusable .........................
Troubleshooting Troubleshooting If you sense some abnormality on the server, carry out the following checks according to the problem that is occurring from among the following to check the cause of the trouble. NOTE: Before you check the server cables or expansion cards, turn off the server and 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 peripheral devices.
Troubleshooting Troubleshooting 193 not remedy the problem, see “Remedy When Windows 2000 is Unusable” on page 201. 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 5. 3 Are there any foreign objects blocking ventilation holes? Nothing happens if you press the power switch.
194 Troubleshooting Troubleshooting 4 Are the power cables for the server and display unit properly connected to a grounded AC outlet? See “Connecting the power cable” on page 36. 5 Is the power indicator ( ) lit amber? 6 Turn the display unit on, and set the brightness and contrast to two thirds of the maximum value or more. See the operating manual of the display unit.
Troubleshooting Troubleshooting 195 The system status indicators and disk status indicators turn on abnormally When the lit state of the system status indicators and disk status indicators differs from the specifications described in this manual, a probable cause is indicator malfunction, faulty cable connection, or other internal trouble on the server. If Windows 2000 can be used, see “Remedy When Windows 2000 is Usable” on page 200.
196 Troubleshooting Troubleshooting If Windows 2000 cannot be used, see “Remedy When Windows 2000 is Unusable” on page 201. See “System status indicators” on page 17/page 126/page 140. 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. Check that Legacy USB Support in Advanced Menu of BIOS Setup Utility is set to Enable.
Troubleshooting Troubleshooting 197 If this does not remedy the problem, see “Remedy When Windows 2000 is Unusable” on page 201. 1 Is the RAID controller properly connected? See “Expansion cards” on page 112. See the Software Guide of the RAID controller. 2 Is the Hard Disk Drive (HDD) properly connected? See “Hard Disk Drive (HDD) –IDE HDD–” on page 106. 3 Execute the RAID controller utility to rebuild RAID. All data may be lost if RAID is rebuilt.
198 Troubleshooting Troubleshooting 5 Disconnect backup devices (e.g. Tape Drive) if any connected to the SCSI controller before installing the OS. The OS does not boot, or the OS 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. If this does not remedy the problem, see “Remedy When Windows 2000 is Unusable” on page 201.
Troubleshooting Trouble with Application Software 199 ting the server, see “Remedy When Windows 2000 is Usable” on page 200. If Windows 2000 cannot be used, see “Remedy When Windows 2000 is Unusable” on page 201. Trouble information or error log still remains in the server monitor function 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.
200 Troubleshooting Remedy When Windows 2000 is Usable 1 Are the hardware requirements of the server appropriate for the software? See the software operating manual. 2 Is the software a certified copy or the master? Illegally copied software may not operate. See the software operating manual. 3 Was the software copied from floppy disk or CD-ROM? If so, make sure that the software operate properly with other system.
Troubleshooting Remedy When Windows 2000 is Unusable 201 4 Execute the utilities for the mounted devices (RAID controller, UPS, etc.), and make sure that there are no abnormalities. See the operating manual of respective device. 5 Note down the details of the trouble, how frequently the trouble occurs, the environment where the trouble occurs, and the method of simulating the trouble.
202 Troubleshooting Remedy When Windows 2000 is Unusable ! Environment where the trouble occurred ! Method of simulating the trouble
Appendix A System Unit ............................................................................... 204 External Hard Drive Unit Z1 .................................................. 206 External Device Bay Unit Z1 ..................................................
Specifications System Unit Model number of the unit CPU Main processor Max. processors Second cache Main memory Maximum capacity with ECC Unit of expansion Auxiliary IDE Maximum capacity storage HDD (built-in) units Additional HDD Standard disk chassis FDD Option(USB) 204 MAGNIA Z500 Xeon 2AGHz, 2.40GHz, 2.80GHz 2 512KB/CPU 4GB (1GB x 4) 256MB/512MB/1GB/2GB 240GB (120GB x 2) 40GB, 80GB, 120GB 3.5” x 2 (hot-swap specs.) 3.5” (720KB/1.
205 RAID controller Max.
206 External Hard Drive Unit Z1 SCSI HDD Maximum capacity Additional HDD Expansion disk chassis Remote Power Control Remote Sensing Interface Power Standard supplies Uninterruptible power supply (UPS) Power and frequency Power consumption Environmental Micro Tower Type conditions Rack Type dimensions (mm) Micro Tower Type Rack Type Maximum weight 584GB (146GB x 4) 36GB, 73GB, 146GB 3.5” x 4 (hot-swap specs.
207 External Device Bay Unit Z1 Support Device Remote Power Control Remote Sensing Interface Power Standard supplies Uninterruptible power supply (UPS) Power and frequency Power consumption Environmental Micro Tower Type conditions Rack Type dimensions (mm) Micro Tower Type Rack Type Maximum weight DAT DDS4 DAT DDS4 A/L AIT2 AIT2 A/L Standard Fan, Temperature, Voltage Ultra Wide SCSI 1 Can only be added at the user site as an optional item. 100 - 240 VAC, 50/60 Hz Max. 50 W Temp.
Appendix B RGB interface ........................................................................... 210 Serial interface ........................................................................... 212 Keyboard/mouse interface ...................................................... 213 LAN-1/2 interface .................................................................... 214 USB- interface ..........................................................................
Interfaces The output voltages from the I/O connectors on the back of chassis do not exceed 12V. RGB interface NOTE: In the table below, “I/O” denotes the input/output when seen from the server. .
211 Pin number Signal name Meaning I/O 8 GND Signal Ground 9 Unused Not used 10 GND Signal Ground 11 Unused Not used 12 Unused Not used 13 _CHSYNC Horizontal Sync Signal (TTL) O 14 _CVSYNC Vertical Sync Signal (TTL) O 15 Unused Not used 5 1 15 11 10 6 RGB interface synchronizing signals Resolution 640 x 480 Colors 256, 64K, 16M 256, 64K, 16M 256, 64K Scanning Non-interlaced Horizontal sync (kHz) Vertical sync(Hz) 800 x 600 1024 x 768 Non-interlaced Non-interlace
212 Serial interface NOTE: In the table below, “I/O” denotes the input/output when seen from the server. .
213 Pin number Signal name Meaning I/O 7 RTS Request To Send O 8 CTS Clear To Send I 9 CI Call Indicator I 1 5 6 9 Keyboard/mouse interface NOTE: In the table below, “I/O” denotes the input/output when seen from the server.
214 LAN-1/2 interface NOTE: In the table below, “I/O” denotes the input/output when seen from the server.
215 Expansion slots (64bit/133MHz PCI-X slot) NOTE: In the table below, “I/O” denotes the input/output when seen from the server. Expansion slots 3.3V-system environment Pin number Side B I/O Side A TRST# I/O 1 -12V 2 TCK 3 GND 4 TD0 5 +5V +5V 6 +5V INTA# I 7 INTB# I INTC# I 8 INTD# I +5V 9 PRSNT1# I Reserved 10 Reserved 11 PRSNT2# 12 Connector key 13 Connector key 14 Reserved 3.3Vaux I 15 GND RST# O 16 CLK 17 GND 18 REQ# 19 +3.
216 Pin number 3.3V-system environment Side B I/O Side A 20 AD[31] I/O AD[30] 21 AD[29] I/O +3.3V 22 GND 23 AD[27] 24 AD[25] 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# I/O 38 PCIXCAP I STOP# 39 LOCK# I/O +3.3V 40 PERR# I/O Reserved 41 +3.3V 42 SERR# 43 +3.
217 3.3V-system environment Pin number Side B I/O Side A I/O 48 AD[10] I/O GND 49 M66EN I 50 GND GND 51 GND GND 52 AD[08] I/O C/BE[0]# 53 AD[07] I/O +3.3V 54 +3.3V 55 AD[05] 56 AD[03] 57 GND 58 AD[01] 59 +3.3V 60 ACK64# 61 +5V +5V 62 +5V +5V 63 Reserved GND 64 GND C/BE[7]# I/O 65 C/BE[6]# I/O C/BE[5]# I/O 66 C/BE[4]# I/O +3.3V 67 GND 68 AD[63] 69 AD[61] 70 +3.
218 Pin number 3.3V-system environment Side B I/O Side A 76 GND 77 AD[51] 78 AD[49] 79 +3.3V 80 AD[47] 81 AD[45] 82 GND 83 AD[43] 84 AD[41] 85 GND 86 AD[39] 87 AD[37] 88 +3.3V 89 AD[35] 90 AD[33] 91 GND AD[32] 92 Reserved Reserved 93 Reserved GND 94 GND Reserved I/O AD[52] I/O I/O AD[50] I/O I/O GND AD[48] I/O I/O AD[46] I/O I/O GND AD[44] I/O I/O AD[42] I/O I/O +3.
Appendix C Hardware setup information ...................................................
Switch Setting Hardware setup information Perform the following operations if the hardware setup information is to be forcibly returned to the standard settings (CMOS Clear): 1 Turn off the server. 2 While pressing the NMI switch, turn on the power. CMOS is cleared and the power is automatically turned off. 3 Turn on the server. 4 Start the BIOS Setup Utility, set System Time and System Date and select “Load Setup Default” from the Exit menu to execute it.
221 NOTE: The standard settings displayed after the original data has been cleared are the initial data of the motherboard, and they may differ from the defaults (recommended settings).
Appendix D Unit logs ..................................................................................... 224 Basic system configuration ..................................................... 225 CPUs .......................................................................................... 225 Memories ................................................................................... 225 IDE Hard disk drives ................................................................ 226 SCSI units ................
Unit Logs Unit logs Unit logs are listed on following pages. Use these logs to record system component additions and information on removed optional items. The information that has thus been recorded may need to be used when executing various utilities. The unit logs consist of a log concerning the basic system configuration, and a log relating to added units (system components). Use the basic system configuration log to record the model numbers and serial numbers of the server and the motherboard.
225 The positions where the model numbers and serial numbers of the system components are inscribed vary from manufacturer to manufacturer. See the relevant product manuals. Basic system configuration Maker Serial number Date installed Model No./Type No.
226 IDE Hard disk drives Capacity/ Model num- Date Revolutions ber installed Internal disk Slot 1 Slot 2 SCSI units Maker Model No./Type No. SCSI ID Date setting installed Internal Expansion cards Slot PCI-1 Maker Interrupt Model No./Type No.
227 Expansion units Cab No. Slot No. Maker Model No./Type No. SCSI ID setting Date installed Other optional items Slot Serial port (COM1) USB1 USB2 Maker Setting and Model No./Type No.
