Toshiba Magnia 3310, Magnia 3310R User Manual

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Toshiba Magnia 3310/3310R User’s Guide

Contacting Toshiba

If you need assistance:

❖ www.pcsupport.toshiba.com

Download the latest drivers, view detailed installation instructions, and access the latest server information

❖ Toshiba Global Support Centre

Calling within the United States (800) 457-7777 Calling from outside the United States (949) 859-4273

For troubleshooting information, see If Something Goes Wrong on page 245.

TOSHIBA

SV149-0703M1

Model: Toshiba Magnia 3310/3310R

FCC Notice

This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment.

This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause interference, in which case the user will be required to correct the interference at his own expense.

Only peripherals complying with the FCC Class A limits may be attached to this computer. Shielded cables must be used between the external devices and the computer’s parallel port, PS/2 port, PS/2 mouse port, USB port, and monitor port. Changes or modifications made to this equipment not expressly approved by Toshiba, or parties authorized by Toshiba, could void the user’s authority to

operate the equipment.

™

keyboard

This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:

❖ This device may not cause harmful interference in a commercial area.

❖ This device must accept any interference received, including interference that may cause undesired operation.

Contact: Toshiba America Information Systems, Inc.

9740 Irvine Blvd. Irvine, CA 92618-1697 (949) 583-3000

EU-Declaration of Conformity

TOSHIBA

Toshiba declares that the product: Toshiba Magnia 3310/3310R (SYU3910W-00001, SYU3910W-00002, SYU3910W-00003, SYU3919W-R0001, SYU3919W-R0002, SYU3919W-R0003, SYU3910W-000Z1, SYU3910W-000Z2, SYU3910W-000Z3, SYU3919W-R00Z1, SYU3919W-R00Z2, SYU3919W-R00Z3) conforms to the following standards:

Toshiba erklärt, daß das Produkt: Toshiba Magnia 3310/3310R (SYU3910W-00001, SYU3910W-00002, SYU3910W-00003, SYU3919W-R0001, SYU3919W-R0002, SYU3919W-R0003, SYU3910W-000Z1, SYU3910W-000Z2, SYU3910W-000Z3, SYU3919W-R00Z1, SYU3919W-R00Z2, SYU3919W-R00Z3) folgenden Normen entspricht:

Toshiba déclarent que le produit cité ci-dessous: Toshiba Magnia 3310/3310R (SYU3910W-00001, SYU3910W-00002, SYU3910W-00003, SYU3919W-R0001, SYU3919W-R0002, SYU3919W-R0003, SYU3910W-000Z1, SYU3910W-000Z2, SYU3910W-000Z3, SYU3919W-R00Z1, SYU3919W-R00Z2, SYU3919W-R00Z3) est conformé aux normes suivantes:

Toshiba declaran que el producto: Toshiba Magnia 3310/3310R (SYU3910W-00001, SYU3910W-00002, SYU3910W-00003, SYU3919W-R0001, SYU3919W-R0002, SYU3919W-R0003, SYU3910W-000Z1, SYU3910W-000Z2, SYU3910W-000Z3, SYU3919W-R00Z1, SYU3919W-R00Z2, SYU3919W-R00Z3) cumple los siguientes estándares:

EU Declaration of Conformity EU Übereinstimmungserklärung Déclaration de conformité UE Declaración de conformidad de la UE Dichiarazione di conformità UE EU Försäkran om Överensstämmelse

Toshiba dichiara, che il prodotto: Toshiba Magnia 3310/3310R (SYU3910W-00001, SYU3910W-00002, SYU3910W-00003, SYU3919W-R0001, SYU3919W-R0002, SYU3919W-R0003, SYU3910W-000Z1, SYU3910W-000Z2, SYU3910W-000Z3, SYU3919W-R00Z1, SYU3919W-R00Z2, SYU3919W-R00Z3) è conforme alle seguenti norme:

Toshiba intygar att produkten: Toshiba Toshiba Magnia 3310/3310R (SYU3910W-00001, SYU3910W-00002, SYU3910W-00003, SYU3919W-R0001, SYU3919W-R0002, SYU3919W-R0003, SYU3910W-000Z1, SYU3910W-000Z2, SYU3910W-000Z3, SYU3919W-R00Z1, SYU3919W-R00Z2, SYU3919W-R00Z3) överensstämmer med föijande normer:

Supplementary Information: “The product complies with the requirements of the Low Voltage Directive 73/23/EEC and the EMC

Directive 89/336/EEC.”

Weitere Informationen: “Das Produkt entspricht den Anforderungen der Niederspannungs-Richtlinie 73/23/EG und der EMC-

Richtlinie 89/336/EG.”

Informations complémentaires: “Ce produit est conforme aux exigences de la directive sur les basses tensions 73/23/CEE et de la

directive EMC 89/336/CEE.”

Información complementaria: “El Producto cumple los requisitos de baja tensión de la Directiva 73/23/CEE y la Directiva EMC 89/

336/CEE.”

Ulteriori informazioni: “Il prodotto é conforme ai requisiti della direttiva sulla bassa tensione 73/23/EG e la direttiva EMC 89/

336/EG.”

Ytteligare information: “Produkten uppfyller kraven enligt lägspänningsdirektiver 73/23/EEC och EMC-direktiv 89/336/EEC.”

EMC-emission: EN50081-1

EN55022 EN60555-2 EN61000-3-3

EMC-immunity: EN50082-1

EN61000-4-2 EN61000-4-3 ENV50204 EN61000-4-4 EN61000-4-5 EN61000-4-6 EN61000-4-11

Safety: EN60950

A1 A2 A3 A4

This product is carrying the CE-Mark in accordance with the related European Directives. Responsible for CE-Marking is Toshiba Europe, Hammfeldamm 8, 41460 Neuss, Germany.

1992 1994 1987 1995

1997 1995 1998 1995 1995 1995 1996 1994

1992 1993 1993 1993 1995 1997

CD:8kV, AD:15kV 10V/m, 80-1000MHz, 1kHz 80% AM 10V/m, 895-905MHz, 200Hz 50% PM AC-line: 2kV, Signal-line: 1kV, f: 5kHz, Polarity:+/AC-line: 1kV / 2kV, Polarity; +/10V emf, 0.15-80MHz, 80% AM 30% 10ms, 60% 100ms, >95% 5000ms

Notice to user of EN55022

This is a Class A product. In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures.

Warning Labels

Warning labels are attached to various components. Read these labels carefully.

CD-ROM Safety Instruction

The CD-ROM drive employs a laser system. To ensure proper use of this product, please read the CD-ROM instruction manual carefully and retain for future reference. Should the unit ever require maintenance, contact an authorized service location. Use of controls, adjustments or performance of procedures other than those specified may result in hazardous radiation exposure. To prevent direct exposure to the laser beam, do not try to open the enclosure.

Location of the required label

CLASS 1 LASER PRODUCT TO IEC 60825-1

LASER KLASSE 1 N

ACH IEC 60825-1

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 provider. To prevent direct exposure

to the laser beam, do not try to open the enclosure.

CLASS 1 LASER PRODUCT

LASER KLASSE 1

Use of controls or adjustments or performance of procedures other than those specified in the owner’s manual may result in hazardous radiation exposure.

This guide is copyrighted by Toshiba America Information Systems, Inc. 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.

Export Administration Regulation

This document contains technical data that may be controlled under the U.S. Export Administration Regulations, and may be subject to the approval of the U.S. Department of Commerce prior to export. Any export, directly or indirectly, in contravention of the U.S. Export Administration Regulations is prohibited.

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 AND TOSHIBA AMERICA INFORMATION SYSTEMS, INC. (TOSHIBA) PROVIDE 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. TOSHIBA ASSUMES NO LIABILITY FOR ANY DAMAGES INCURRED DIRECTLY OR INDIRECTLY FROM ANY TECHNICAL OR TYPOGRAPHICAL ERRORS OR OMISSIONS CONTAINED HEREIN. IN NO EVENT SHALL TOSHIBA BE LIABLE FOR ANY INCIDENTAL, CONSEQUENTIAL, SPECIAL, OR EXEMPLARY DAMAGES, WHETHER BASED ON TORT, CONTRACT OR OTHERWISE, ARISING OUT OF OR IN CONNECTION WITH THIS MANUAL OR ANY OTHER INFORMATION CONTAINED HEREIN OR THE USE THEREOF.

Some states do not allow the exclusion of incidental or consequential damages so the above limitation or exclusion may not apply to you.

Trademarks

Magnia is a registered trademark and InTouch is a registered trademark of Toshiba America Information Systems, Inc.

Intel, Pentium, LANDesk, and Xeon are registered trademarks of Intel Corporation.

Wake-on-Lan is a registered trademark and PS/2 is a trademark of International Business Machines Corporation.

Microsoft, its logos, MS-DOS, Windows, Windows XP, Windows 2000, and MS are registered trademarks of Microsoft Corporation.

Ethernet is a registered trademark of Xerox, Inc.

NetWare is a registered trademark of Novell Corporation.

MegaRAID is a registered trademark of LSI Logic, Inc.

SCSISelect is a registered trademark of Adaptec, Inc.

Other product names and trademarks belong to the individual companies concerned.

Table of Contents

About this guide......................................................................................... 14

Other documentation................................................................................. 15

Safety icons............................................................................................... 15

Other icons used.............................................................................. 16

Warning, danger and caution labels.......................................................... 16

EPS-R cage Warning and Danger labels......................................... 16

Service options.......................................................................................... 17

Maintenance contracts .............................................................................. 17

Cleaning the server ................................................................................... 17

Setting up your work environment............................................................. 17

Developing good work habits ........................................................... 18

Arranging your work area................................................................. 18

Seating and posture......................................................................... 19

Using your arms and wrists.............................................................. 19

Chapter 1: Getting Started ................................................................. 20

Make sure you have everything................................................................. 20

Installing optional internal devices............................................................. 20

Environmental considerations ................................................................... 20

General environmental considerations............................................. 20

Power requirements .................................................................................. 23

Front of the server..................................................................................... 23

Limiting access to server controls.................................................... 24

Server controls, indicators and drives.............................................. 25

Removing and replacing the server panels............................................... 30

Removing the side panel (pedestal model)...................................... 30

Replacing the side panel (pedestal model)...................................... 31

Removing the top panel (rack models) ............................................ 31

Replacing the top panel (rack models)............................................. 32

Rear view of the server ............................................................................. 33

Power supply unit ............................................................................. 33

Isolating EPS-R cage and cooling fan unit failures.................................... 34

Indication of a failure........................................................................ 35

Identifying the AC power connector and I/O signal ports................. 37

Expansion slots................................................................................ 38

Connecting peripheral devices.................................................................. 39

Connecting AC power................................................................................ 40

Inside the server........................................................................................ 41

Motherboard..................................................................................... 41

Cooling fans ..................................................................................... 41

CPU sockets .................................................................................... 42

Internal battery................................................................................. 42

Memory bank ................................................................................... 42

Expansion slots................................................................................ 42

Turning on the server ................................................................................ 42

Using Wake-On-LAN® ..................................................................... 43

Power On Self Test (POST)....................................................................... 44

Booting the server ..................................................................................... 44

Starting the server from the floppy disk drive................................... 44

Starting the server from the hard disk drive ..................................... 45

Starting the server from the CD-ROM drive ..................................... 45

BIOS setup................................................................................................ 46

Setting the system configuration ............................................................... 46

BIOS Setup Utility ............................................................................ 46

Onboard SCSI Utility........................................................................ 46

Turning off the server ................................................................................ 46

Performing a normal shutdown ........................................................ 46

Performing an abnormal system shutdown...................................... 47

Chapter 2: Connecting Hardware Devices ......................................... 48

Installing optional devices ......................................................................... 48

Before you start................................................................................ 48

Maintenance overview............................................................................... 50

Working on rack-mounted servers ................................................... 51

Cooling fans ............................................................................................. 53

Removing and installing an intake fan.............................................. 53

Removing and replacing a primary or redundant exhaust fan ......... 56

Memory modules....................................................................................... 60

Installing memory modules .............................................................. 61

Removing a memory module ........................................................... 66

CPU module.............................................................................................. 69

Before Installing and Removing a CPU module............................... 70

Replacing the Retention Clamp ....................................................... 71

Removing the CPU Module.............................................................. 72

Installing the CPU Module................................................................ 76

Post-Procedure After Installing/Removing the CPU Module ............ 82

Internal battery .......................................................................................... 84

Replacing the internal battery .......................................................... 84

SCSI devices............................................................................................. 86

Assigning SCSI IDs.......................................................................... 86

Detecting SCSI Devices (SAF-TE)................................................... 86

Terminating SCSI devices................................................................ 87

Removing device bay spacers ......................................................... 87

Installing SCSI devices .................................................................... 88

Removing SCSI devices .................................................................. 90

Hard disk drives (HDDs)............................................................................ 91

Downgraded server operation.......................................................... 91

RAID failures.................................................................................... 93

Installing a hard disk drive......................................................................... 93

Replacing a hard disk drive.............................................................. 95

Expansion cards........................................................................................ 97

Restrictions on PCI expansion cards ............................................... 98

Setting IRQ levels............................................................................. 98

Cautions when adding RAID controllers and SCSI host adapters ... 98

Installing expansion cards................................................................ 98

Removing expansion cards............................................................ 100

Installing a RAID controller............................................................. 101

Power supply units .................................................................................. 103

EPS-R power supply units ............................................................. 103

Chapter 3: System Configuration Setup........................................... 106

BIOS Setup Utility.................................................................................... 106

Starting the BIOS Setup Utility....................................................... 106

Changing the BIOS settings........................................................... 108

BIOS settings ................................................................................. 108

Onboard SCSI Utility ............................................................................... 114

Starting the SCSI Utility ................................................................. 114

Menu configuration......................................................................... 115

SCSI Utility keyboard commands................................................... 115

Setting devices............................................................................... 116

Installing the RAID Utility......................................................................... 118

Automatic rebuilding with a hot spare ............................................ 118

Rebuilding the disk array using Power Console Plus..................... 118

Additional options for MegaRAID BIOS setup................................ 119

Chapter 4: Server Setup Tool........................................................... 120

Starting SST............................................................................................ 120

Starting SST on another system .................................................... 122

Main Menu ..................................................................................... 122

RAID Configuration ........................................................................ 123

Simplified RAID Configuration Setup ............................................. 124

Operating System Installation ........................................................ 125

Windows 2003 Quick Installation ................................................... 126

Windows 2000 Quick Installation ................................................... 139

Windows 2003 Manual Installation using SST............................... 154

Windows 2000 Manual Installation using SST............................... 156

Windows 2003/2000 Manual Installation without SST ................... 158

Post Installation (Windows Server 2003) ....................................... 159

Post Installation (Windows 2000) ................................................... 160

Additional Software Manual Installations ....................................... 160

HarnessEye/web............................................................................ 161

Toshiba Display Power Save Driver................................................ 161

Troubleshooting....................................................................................... 162

Errors occurring during RAID creation ........................................... 162

Error occurring during OS installation ............................................ 164

Failure to create the System Partition ............................................ 165

Errors occurring during FD reading................................................ 165

Errors occurring during SST startup .............................................. 166

Error occurring from incorrect operation ........................................ 166

Chapter 5: Management Software ................................................... 167

HEW modules ......................................................................................... 167

Module Roles ................................................................................. 169

Security ................................................................................................... 170

Operating environment............................................................................ 170

Module Configuration Notes........................................................... 170

Management Console.................................................................... 171

Management Proxy........................................................................ 171

Agent.............................................................................................. 171

Before Installing Harness Eye/web.......................................................... 172

Installing HarnessEye/web...................................................................... 174

Removing HarnessEye/web.................................................................... 180

Using HarnessEye/web........................................................................... 181

Initial Screen .................................................................................. 181

Agent List screen ........................................................................... 183

Remote Console screen................................................................. 184

Main Summary screen ................................................................... 185

Details screen ................................................................................ 187

Product Information screen............................................................ 189

Sensor Status screen..................................................................... 190

IDE RAID Status screen................................................................. 192

SCSI RAID Status screen .............................................................. 194

Mobile IP Software screen ............................................................. 196

Software Access Point screen........................................................ 200

Error Log ....................................................................................... 201

Remote Power Control screen ....................................................... 202

Configure Alerts screen ................................................................. 204

Filter Settings tab ........................................................................... 205

S.E.L. (System Event Log)............................................................. 209

Performance Settings screen ......................................................... 215

Performance screen ....................................................................... 217

LAN Alerting Configuration screen................................................. 218

Configuration screen...................................................................... 219

Front Panel Indicators screen ........................................................ 220

Collect Logs screen........................................................................ 221

Advanced Settings .................................................................................. 223

Agent Entry screen ........................................................................ 223

DB Backup screen ......................................................................... 225

Cleanup Error Log screen.............................................................. 226

Alert Message Location screen...................................................... 227

Alert Message Contents screen..................................................... 229

Email Address screen .................................................................... 230

Email Contents screen................................................................... 231

Screen Settings screen.................................................................. 232

Agent Information Add/Delete Tool ......................................................... 234

Starting the tool.............................................................................. 234

Using the tool ................................................................................. 234

Management Proxy Add/Delete Tool ....................................................... 235

Starting the tool.............................................................................. 235

Using the Tool ................................................................................ 235

Alert Message Function .......................................................................... 236

Starting the Function...................................................................... 236

Using the Function ......................................................................... 236

Local Configuration Tool.......................................................................... 239

Starting the tool.............................................................................. 239

Using the tool ................................................................................. 239

Remote Management.............................................................................. 242

Connection from the Guest ............................................................ 243

Verifying Connection on the Guest Side ........................................ 244

Verifying Connection on the Host Side........................................... 244

Chapter 6: If Something Goes Wrong .............................................. 245

Identifying the problem............................................................................ 245

Startup sequence .................................................................................... 246

Error checking................................................................................ 246

Startup problems............................................................................ 247

Application software problems................................................................. 247

Common hardware problems.................................................................. 248

The front panel power indicator light is not on ............................... 248

The screen is blank........................................................................ 248

Characters are distorted or do not display properly ....................... 248

The FDD indicator light is not on.................................................... 249

The HDD status indicator lights are not on .................................... 249

The hard disk drive does not respond............................................ 249

The FDD indicator does not light.................................................... 249

An error is displayed during POST operation, or POST stops midway . 249

Loading of RAID controller BIOS stops midway............................. 250

Cannot install the OS ..................................................................... 250

The OS does not boot, or the OS bootup stops midway................ 251

Windows 2000 is locked or cannot be used................................... 251

The power button does not function after a system abort.............. 251

Remedy when Windows 2000 is Usable................................................. 252

Remedy when Windows 2000 is Unusable............................................. 252

Abnormal system shutdown .................................................................... 253

Before calling for service ......................................................................... 253

Toshiba Technical Support ...................................................................... 253

Chapter 7: Hardware Diagnostics .................................................... 254

HW Diagnostics Program Main Menu ..................................................... 255

Diagnostics Test (01. DIAGNOSTIC TEST) ................................... 256

Running Test (02. RUNNING TEST) .............................................. 258

Log Utilities..................................................................................... 270

Appendix A: Specifications............................................................... 274

Appendix B: Interface....................................................................... 280

Appendix C: Jumper Settings........................................................... 289

Appendix D: Sensor List................................................................... 291

Appendix E: Unit Logs...................................................................... 294

Introduction

Thank you for purchasing the Toshiba Magnia 3310/3310R server, which combines high performance with great flexibility.

❖ Supports up to two Intel

❖ 512 KB secondary cache

❖ PC2100 DDR 200 MHz high-speed ECC memory, expandable to 6 GB

❖ 48x speed IDE CD-ROM drive

❖ Server drivers and other important tools

❖ Two network ports: one 1000/100/10Base-TX and one 100Base-TX/10BaseT

❖ Integrated network adapter that supports Wake-on-LAN®, Automatic Load Balancing

(ALB) and Automatic Fault Tolerance (AFT) functions

❖ Pedestal models quickly and easily convert to 5U rack mount with a rack-mount kit

❖ Supports up to six (146 GB) SCSI hot-swappable, RAID-ready, SCA drives

❖ Single channel, 64-bit Ultra 320 SCSI PCI RAID controller option

❖ Three 5.25-inch device bays (one occupied by the CD-ROM drive)

❖ Redundant power supply capable

❖ Easy-to-upgrade memory modules and expansion cards, no tools needed

Xeon™ processors - 2.40 GHz or 3.06 GHz

❖ Split-front panel providing three levels of physical security

About this guide

This guide introduces the features of the Toshiba Magnia 3310/3310R server and explains how to set up, configure, and maintain the server. Before using your Toshiba server, refer to this guide to gain an overall understanding of operating procedures and safety precautions.

Other documentation 15

Safety icons

All safety instructions must be read carefully and fully understood, before attempting to use your Toshiba Magnia® 3310/3310R server.

This guide contains the safety instructions that must be observed in order to avoid personal injury or damage to your server. The safety instructions have been classified according to the seriousness of the risk, and the following icons highlight these instructions as follows:

Indicates an imminently hazardous situation which, if not avoided, will result in death or serious injury.

Indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury.

Indicates a potentially hazardous situation which, if not avoided, may result in minor or moderate injury.

Indicates a potentially hazardous situation which, if not avoided, may result in property damage.

Provides important information.

It is extremely important that basic safety practices are followed when installing and maintaining the system.

Other icons used

Additional icons highlight other helpful or educational information:

TECHNICAL NOTE: This icon highlights technical information about the server.

HINT: This icon denotes helpful hints and tips.

DEFINITION: This icon indicates the definition of a term used in the text.

Warning, danger and caution labels 16

Warning, danger and caution labels

CD-ROM caution label

CLASS 1 LASER PRODUCT TO IEC 60825-1

LASER KLASSE 1 N

ACH IEC 60825-1

EPS-R cage Warning and Danger labels

A warning label is attached to the power supply units of this equipment, as shown below:

Never remove the caution labels. If the labels are illegible, consult your authorized service repair office or sales office.

Never use the handle of the EPS-R power supply unit to lift or move the server. Using the handle in this manner can cause severe damage to the power supply, the EPS-R cage, and/or internal server components.

Service options

Toshiba offers a full line of service options built around its warranty programs. Refer to the warranty and service material included with the server for registration information, or visit our web site at www.support.toshiba.com.

Maintenance contracts

Service options 17

Periodic maintenance and inspection is essential to keeping the server fully operational and assuring its safe use. Toshiba recommends obtaining a maintenance contract with an authorized Toshiba Magnia service provider. For more information, use the following Toshiba Global Support Centre numbers:

Calling within the United States (800) 457-7777 Calling from outside the United States (949) 859-4273

Cleaning the server

If the server’s exterior case is dirty or stained, clean it with a soft cloth. If necessary, moisten the cloth with water. Never use harsh chemicals to clean the server.

Setting up your work environment

You can work more comfortably and efficiently by thoughtfully organizing your work space. Developing good work habits is the best way to avoid strain and stress to your hands, back, neck and eyes.

Using the computer keyboard incorrectly may result in discomfort and possible injury. If your hands, wrists, and/or arms bother you while typing, stop using the computer and rest. If the discomfort persists, consult a physician.

Developing good work habits

The key to avoiding discomfort or injury from repetitive strain is to vary your activities. If possible, schedule a variety of tasks into your working day. Finding ways to break up the routine can reduce stress and improve your efficiency.

❖ Take short breaks from typing.

❖ Take short breaks to change position, stretch your muscles, and rest your eyes. A two

or three minute break every half hour is more effective than one long break after several hours.

❖ Stretch spontaneously throughout the day to reduce tension.

❖ Avoid performing repetitive activities for long periods. Intersperse repetitive activities

with other tasks.

❖ To reduce eye strain, look away from the computer every 15 minutes or so, and focus

your eyes on a distant object for 30 seconds.

Setting up your work environment 18

Arranging your work area

Carefully planned placement of your computer and desktop tools can help you avoid stress-related injuries and make working more efficient. Adjusting the lighting can make it easier to see your work and reduce eye strain.

❖ Place the keyboard on a flat surface, directly in front of you, at a comfortable distance.

When you use the keyboard, your arms and hands should be in a relaxed position with your forearms parallel to the floor. You should be able to type without twisting your body or neck.

❖ Place the monitor so that its top is at eye level. If you wear bifocal or progressive

lenses, position the monitor slightly lower.

❖ Adjust the screen to avoid reflections and glare.

❖ Set your paper holder at the same distance as the screen. If possible, adjust the

holder so that the paper is at the same height as the screen.

❖ Position the monitor so that sunlight or bright indoor lighting does not reflect off the

screen. Use tinted windows or shades to reduce glare.

❖ Avoid placing the monitor in front of a bright light that could shine directly in your eyes.

❖ If possible, use soft, indirect lighting in your computer work area.

Seating and posture

Correct posture and computer placement

When using the computer, sit comfortably. Proper seating is a primary factor in reducing strain.

Setting up your work environment 19

❖ Position your chair so that the keyboard is at or slightly below the level of your elbow.

You should be able to type comfortably with your shoulders relaxed.

❖ Your knees should be slightly higher than your hips. If necessary, use a footrest to

raise the level of your knees and ease the pressure on the back of your thighs.

❖ Adjust the back of your chair so that it supports the lower curve of your spine. If

necessary, use a cushion to provide extra back support.

❖ Sit with your back straight so that your knees, hips and elbows form approximately

90-degree angles when you work. Do not slump forward or lean back too far.

Using your arms and wrists

❖ Keep your wrists straight while typing. If necessary, adjust the keyboard and chair

height to keep wrists straight.

❖ Avoid resting on your wrists while typing.

❖ Use a light touch on the keys and mouse.

❖ Avoid bending, arching, or twisting your wrists. Keep them in a relaxed, neutral

position while typing.

❖ Exercise your hands, wrists and arms several times during the day to improve

circulation.

Regular attention to your work habits can make your time at the computer more productive.

Chapter 1 Getting Started

This chapter provides a detailed description of the server and the environmental conditions in which it is designed to operate.

Handling the cord on this product will expose you to lead, a chemical known to the State of California to cause birth defects or other reproductive harm. Wash your hands after handling.

Make sure you have everything

Unpack the boxes and check the contents against your purchase order. If the server contains optional devices, those components will also be listed. If any items are missing or damaged, notify your sales representative immediately.

Installing optional internal devices

Install all optional devices before setting up the server. The installation and configuration procedures described in this guide require specific technical knowledge and experience. If you have no experience installing and removing computer hardware devices, or if the job seems difficult, consult an authorized Toshiba Magnia service provider. Toshiba assumes no liability for damages if you install and remove optional devices yourself.

Environmental considerations

This section lists precautionary measures to take when setting up pedestal and rackmounted Toshiba Magnia 3310/3310R servers.

General environmental considerations

❖ 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.

Getting Started Environmental considerations 21

❖ Never install the server in any of the following places:

- Where it will be exposed to direct sunlight.

- Where it will be exposed to vibration or shock.

- Near any devices that generate a strong magnetic field or produce radio frequency noise—such as a radio, TV, large motor or loudspeaker.

- Where the temperature and humidity change constantly, near an air-conditioning vent, fan, heater or heat source.

- Near liquids or corrosive chemicals.

If debris or liquid gets in the server, shut it down immediately, set the power button to Off, and unplug the power cable from the AC outlet. Do not turn the server back on. Contact an authorized Toshiba Magnia service provider, immediately.

❖ Only operate the server under the following temperature and humidity conditions:

Ambient temperature:

Pedestal model: 50° F to 95° F (10° C to 35° C) Rack model: 50° F to 89° F (10° C to 32° C)

Relative humidity:

30% to 80% Rh (no condensation)

Avoid exposing the server to condensation during use and storage. Condensation can corrode server components and short-circuit its electrical circuits if the unit is on.

To avoid damage from condensation when the room temperature is too high or too low, wait about an hour to allow the server to adjust to the ambient conditions of the room before turning on the server.

To inspect the server for condensation, remove its access panel.

Getting Started Environmental considerations 22

Environmental considerations for pedestal models

Allow sufficient space around the server and connected peripheral devices for installation and maintenance. The following illustration shows recommended minimum clearance.

2 inches (5 cm)

12 inches (30 cm)

Recommended minimum clearances for pedestal models

8 inches (20 cm)

2 inches (5 cm)

Environmental considerations for rack models

Installing a Toshiba Magnia 3310/3310R in a rack requires special knowledge and skills. Toshiba recommends that you contact an authorized Toshiba Magnia service provider.

In addition to the general environmental considerations, keep in mind these additional points:

❖ Use only the rack and rack-mount kit specified by Toshiba to install a rack model.

❖ The equipment rack must provide sufficient airflow to the server to maintain proper

cooling. Allow 24 inches (60 cm) of clearance in front and behind the rack.

Getting Started Power requirements 23

Power requirements

To ensure proper grounding of the server and avoid a possible fire hazard, only use the power cable provided with the server.

The EPS-R power supply unit has a 10 amp over-current protective circuit. Before plugging the power cable into a wall outlet—particularly if the server is mounted in a rack—make sure the AC power source and the over-current protector (circuit breaker current rating) are sufficient to handle the requirements of the server and its connected peripheral devices.

The current rating of the server is 4 amps. To ensure a continuous supply of power to the server, Toshiba recommends the use of an uninterruptible power supply (UPS).

If you have questions about the wiring of your AC power source, consult an authorized electrician.

Front of the server

Power ( )

System status indicators

Front Panel Lock

Limited access

Upper door - The upper door allows access to the indicators, switches, device bay, CD-ROM drive, and floppy disk drive.

Disk ( )

Fan fault ( )

Power unit fault ( )

Full access

No access

Upper door

Front door panel

Front door panel - The front door panel allows access to the hard disk drives and the side panel lock.

Getting Started Front of the server 24

Front panel lock - Rotating the panel lock releases the access panel, allowing you to remove the panel and gain access to the server’s internal components. The Side Panel Lock is illustrated on the following page.

Limiting access to server controls

Pedestal model servers have an upper door and front door panel. The door and panel can be locked to provide the following three levels of security:

❖ No access - When the front panel lock is set to the “No access” position, the security

key is required to access the server’s front panel controls and internal components. To prohibit server access, close the upper and lower front doors, insert the key into the door lock and turn it to the No Access ( ) position.

❖ Limited access - Opening the upper door allows access to the power button, reset

button, device bay, CD-ROM drive, and floppy disk drive. To permit access only to these items, close the lower door panel, insert the security key into the door lock and turn it to the Limited Access ( ) position.

❖ Full access - Opening the upper and lower doors allows access to the server’s power

button, reset button, device bay, CD-ROM drive, floppy disk drive, and hard disk drives. To permit full access to the server controls and drives, insert the security key into the door lock and turn it to the Full Access ( ) position.

Getting Started Front of the server 25

Server controls, indicators and drives

Toshiba Magnia 3310 (pedestal)

Front door (upper)

Device bay

CD-ROM drive

System status indicators

Operation buttons

Floppy disk drive

Hard disk drive

Side panel lock

HDD status indicator

Removable door hinge

Toshiba Magnia 3310R (rack)

Front door (lower)

Getting Started Front of the server 26

Operation buttons

NMI button ( )

Reset button ( )

Sleep button ( )

Power button ( )

Operation buttons

NMI

NMI button - Provided exclusively for use by authorized Toshiba Magnia service

NMI

providers.

Reset button - Restarts the server.

To avoid data loss or corruption, never use the Reset button while the activity indicator on the floppy disk drive, CD-ROM drive, or hard disk drive(s) is on.

Sleep button - Not enabled.

Power button - Press this button to power-down the server. Placing the server in security mode disables the power button. To power-down the server while it is in security mode, the user must have shutdown rights. To reactivate the power button, enter your user or administrator password. For more information on security mode, see Security menu

page 111.

TECHNICAL NOTE: The procedure for shutting down the server depends on the operating system installed on the server. For more information on turning the server on and off, see Inside the server

on page 41.

Getting Started Front of the server 27

System indicators

Power indicator ( )

Disk indicator ( ) Fan fault indicator ( )

Power unit fault indicator ( )

System indicators

The following table describes the operation of the system indicators.

Indicator Status Description

Off AC power is not being supplied to the server.

Power

Amber AC power is being supplied but the server is turned off. Green Server is running normally Off Disk is out of operation

Hard Disk

Drive (HDD)

Flashing amber Disk array is being rebuilt (valid only when the RAID

controller is in use.)

Amber Disk failure has occurred (valid only when the RAID

controller is in use.)

Flashing green Disk drive in operation.

(For models without a RAID controller, this indicator also flashes when another SCSI device connected to the onboard SCSI controller is running.)

Fan Fault Off Indicates one of the following:

- Out of operation

- Cooling fan is operating normally.

Amber The Cooling fan has failed.

Power Fault Off Indicates one of the following:

- Out of operation

- The power supply is operating normally.

Amber The power supply unit has failed.

Getting Started Front of the server 28

Detachable door hinges (pedestal model only)

The hinges allow you to remove the server’s front door panels.

Device bay

The upper 5.25-inch device bay contains three slots (one occupied by the CD-ROM drive).

CD-ROM drive

CD-ROM drive status indicator

Stereo phone jack

Volume control

Eject button

Eject hole

Disc tray - Use to insert CDs in the CD-ROM drive.

HINT: The CD-ROM drive has a disc tray equipped with retainers to hold the CD in place on the tray. It is only necessary to use these retainers if the server is mounted in a rack.

Headphone jack - Use to connect headphones or an earphone.

Manual eject pinhole - Use to manually release the disc tray if it does not open when you press the eject button while the server is on. To release the disc tray, insert a slender object, such as a straightened paper clip, through the pinhole and press gently.

To avoid damaging the CD-ROM drive when manually ejecting a compact disc:

Turn off the server before manually opening the disc tray.

Never use fragile objects, such as the tip of a pencil, to eject the disc tray. The object may break and damage the CD-ROM drive. Remove any CDs from the CD-ROM, whenever the drive is not in use.

Volume control dial - Use to adjust the audio output level of the server.

Activity indicator - Illuminates when the CD-ROM is being accessed.

Getting Started Front of the server 29

Stop/Eject button - Use to open and close the disc tray.

To avoid damaging the CD-ROM drive, never press the eject button while the status indicator is on.

Floppy disk drive (FDD)

The floppy disk drive supports 3.5-inch double-density (720 KB) and high-density (1.44 MB) diskettes.

Activity indicator

Eject button

Activity indicator - Illuminates whenever the floppy disk drive reads or writes data.

Eject button - Releases the diskette from the drive.

To avoid losing or corrupting data stored on the diskette, never press the eject button while the FDD activity indicator is on.

Remove the diskette from the floppy disk drive whenever the drive is not in use.

Getting Started Removing and replacing the server panels 30

Removing and replacing the server panels

To remove the front panel:

1 Release the door lock and open the upper and lower doors as a single unit.

2 Lift the lower panel to unhook its hinges and remove it from the server.

Removing the front panel

To install optional devices inside the server, you need to remove the side panel if your server is a pedestal model, or the top panel, if your server is a rack model.

Removing the side panel (pedestal model)

When sliding off a server panel, be careful not to catch your finger between it and the server.

To remove the side panel:

1 Shut down the server, turn off the power, and unplug the power cable.

2 Turn the side panel lock counter-clockwise to release it.

Releasing the side panel lock

Getting Started Removing and replacing the server panels 31

3 Slide the side panel toward the rear of the server to remove it.

Removing the side panel

Replacing the side panel (pedestal model)

Follow these steps to replace the side panel:

1 Carefully slide the side panel onto the server.

2 Turn the side panel lock to the locking position.

3 Make sure all panels are locked, then close the front doors.

4 Plug in the power cable(cables, if you have a redundant power supply).

Removing the top panel (rack models)

Follow these steps to remove the top panel:

1 Shut down the server, turn off the power, and unplug the power cable.

2 Unplug the display cable, keyboard cable, and others as appropriate.

3 Loosen the 2 screws securing the server to the rack.

Getting Started Removing and replacing the server panels 32

4 Grasp the handles on the server’s front panel, and carefully slide the server from the

rack until the rail latches lock the server in its fully-extended position.

Pulling out the server (rack model)

5 Turn the side panel lock to release the lock.

6 Slide the top panel towards the rear of the server to remove it.

Replacing the top panel (rack models)

Follow these steps to replace the top panel:

1 Carefully slide the top panel onto the server.

2 Turn the side panel lock to the locking position.

3 Press the rail latches inward to release the server from its locked position, then slide

the server into the rack.

4 Tighten the two screws to secure it.

5 Plug in all cables.

6 Plug in the power cable.

Getting Started Rear view of the server 33

Rear view of the server

Redundant EPS-R module

I/O connectors

Expansion slots

Rear view of the server

AC receptacle

Power supply release (push down to release)

Standard EPS-R module

Power supply unit

Toshiba Magnia 3310/3310R servers have two EPS-R power supply modules—providing the server with power supply redundancy and load sharing capabilities.

Getting Started Isolating EPS-R cage and cooling fan unit failures 34

Securing power supply units

To prevent unauthorized removal of the power supply unit(s), you can install a security lock.

To secure the power supply unit(s), place a commercially available padlock (not provided) through the security lock tap between the two power supply units.

Power supply release (push down to release)

Placing the security lock

Isolating EPS-R cage and cooling fan unit failures

To regulate the temperature inside the server, the Toshiba Magnia 3310/3310R is equipped with:

❖ Intake fan module(s) - For redundancy, up to two intake fan modules can be installed

in tandem in the fan bays located in the forward lower section of the server chassis.

❖ Exhaust fan module(s) - The exhaust fan module (duct) contains a single fan, but can

be fitted with an additional exhaust fan module for redundancy.

When a 3.06 GHz CPU module is installed, the exhaust fan duct is not required.

❖ EPS-R cooling fans - The power supply units are housed in the EPS-R cage. Each

power supply comes with a fan.

Getting Started Isolating EPS-R cage and cooling fan unit failures 35

exhaust fan duct

EPS-R module

Standard

exhaust fan

Redundant exhaust fan

Location of system cooling fans (fan duct not installed on all models)

Indication of a failure

A power supply and cooling fan can be added to the EPS-R cage to make them redundant.

Standard and redundant fans operate at all times during regular operation.

A CPU fan is attached to the 3.06 GHz CPU module. This fan cannot be arranged in a redundant configuration.

The power unit fault indicator lights amber if the second power supply fails, while the fan fault indicator lights amber if any cooling fan fails.

If one of the redundant cooling fans fails, the server can be kept running in downgraded operation. If two or more modules fail, the server must be shut down immediately.

Standard intake fan

Redundant intake fan

Exhaust fan- The exhaust fan module comprises the primary exhaust fan and the

exhaust duct.

Getting Started Isolating EPS-R cage and cooling fan unit failures 36

Intake fan - The server has two intake fan bays. If one module is installed and the intake

fan on that module fails, the server can overheat, resulting in lost or corrupted data and/ or programs. In this case, shut down the server immediately and replace the failed fan. If two modules are installed and one module fails, the server will continue running in a “downgraded operational state”. Depending on the temperature and installation conditions, prolonged downgraded operation could shorten the service life of each system component. If both intake fans fail, shut down the server immediately and replace the failed fans.

HDD status indicators

The Toshiba Magnia 3310/3310R server can accommodate up to 6 hard disk drives. The status of each hard disk drive is indicated by both a DC power indicator and a status indicator under each drive bay.

Lamp Status Meaning

power

Status Off No data is being read or written.

Off No hard disk drive is installed.

No power is supplied to the hard disk drive.

Green Power is supplied to the hard disk drive.

Green Data is being read or written. Amber Failure condition has occurred (valid only when the RAID

controller is in use).

Flashing amber

The disk array is being rebuilt (valid only when the RAID controller is in use).

When the status indicator is amber, and your system has a built-in RAID controller the corresponding hard disk drive may be faulty. If the drive is defective, replace it. For more information on changing hard disk drives, see Replacing a hard disk drive on page 95.

Getting Started Isolating EPS-R cage and cooling fan unit failures 37

Identifying the AC power connector and I/O signal ports

This section provides a description of the server’s AC power connector and I/O port. It also provides information on connecting peripheral devices to the server.

TECHNICAL NOTE: The output voltages from the I/O connectors on the back of the server do not exceed 12V.

Mouse connector

Keyboard connector

Serial 1 connector

RGB connector

Ether1 connector

USB 1 connector

USB 2 connector

Ether2 connector

Serial 2 connector

Ether

Parallel

connector

Ether1 indicator(ACT)

Ether1 indicator(LNK)

Connecting peripheral devices

Icon Description

PS/2 Keyboard connector

PS/2 Mouse connector

Parallel printer connector

RGB display connector

USB 1 connector

USB 2 connector

Ether2 indicator(ACT)

Ether2 indicator(LNK)

Getting Started Isolating EPS-R cage and cooling fan unit failures 38

Icon Description

Ether

Ethernet LAN Connectors

Communication status indicator (ACT)

Flashing green - Data being transferred Off - No connection

Link communication status indicator (LINK)

Green - Connected, but waiting Off - Not operating

Ether1 Link (1000/100 Mbps) indicator

Green - 1000 Mbps Yellow - 100 Mbps

Ether2 Link (100/10 Mbps) indicator Green - 100 or 10 Mbps

Serial 1 connector, used to connect an RS-232C-compliant device.

USB ports 1 and 2. When connecting a USB device, be sure that the operating system supports USB devices.

Expansion slots

The motherboard has a total of six expansion slots. The PCI slots comply with PCI 2.2 standards. For more information, see Installing expansion cards on page 98.

Getting Started Connecting peripheral devices 39

Connecting peripheral devices

Use the I/O connectors on the back of the server to connect peripheral devices such as the keyboard, mouse, display and so on. Be sure the devices are properly connected before turning on the server.

To connect peripheral devices to the server:

1 Make sure that the server and all connected peripheral devices are turned off and

that their power cables are not plugged into an AC outlet.

2 Using the proper interface cable, connect each peripheral device to an appropriate

connector on the server. If the plug on the interface cable has thumbscrews, tighten the thumbscrews sufficiently to secure the cable.

Connecting peripheral devices

3 Tighten any connector screws.

4 Plug the power cables from the server and peripheral devices into AC outlets. Make

sure all peripheral devices are properly connected before turning on the server.

Getting Started Connecting AC power 40

Connecting AC power

Handling the cord on this product will expose you to lead, a chemical known to the State of California to cause birth defects or other reproductive harm. Wash hands after handling.

Before connecting the server to an AC outlet, make sure the power source has sufficient current capacity for the power requirements of the server system. If the system’s power consumption exceeds the capacity of the power source, the server can be damaged. Always connect the server to a grounded AC outlet.

Never connect the server to the same AC outlet as an appliance that has a high power consumption or that generates electrical noise, such as an air conditioner or photocopier.

HINT: Use an uninterruptible power supply (UPS) to avoid losing data when an unexpected power failure occurs.

To connect the server to an AC power source:

1 Plug the power cable(s) into the connector on the back of the server.

Securing the power cable

2 Plug the power cable into an AC outlet or, preferably, the power output connector of

an uninterruptible power supply (UPS).

Be sure to use the power cable supplied with the server. Using another power cable could create a fire hazard.

Getting Started Inside the server 41

Inside the server

Power supply module

Cooling fan (exhaust fan)

Internal

battery

Expansion

slots

Motherboard

Memory slots

CPU socket

5.25" Device bay

Hard disk drive

Hard disk backplane board

Cooling fan (intake fan)

Exhaust fan duct

When a 3.06 GHz CPU module is installed, the exhaust fan duct is not required.

Motherboard

The motherboard contains two CPU sockets, six memory module slots, and six PCI expansion card slots.

Cooling fans

The server contains cooling fans for its hard disk drives, power supply, and CPU. You can install an additional fan module for redundancy. Then, if one fan module fails, the remaining module will provide sufficient cool air to allow the server to continue running (downgraded operation).

If a cooling fan fails, the fault indicator flashes to indicate a failure condition. Replace or repair the failed cooling fan as soon as possible. Prolonged downgraded operation could shorten the service life of each system component. If the remaining cooling fan fails, important data and programs could be corrupted or lost. For more information on fault indications, see System indicators

A CPU fan is attached to the 3.06 GHz CPU module. This fan cannot be arranged in a redundant configuration.

on page 27.

Getting Started Turning on the server 42

CPU sockets

Use to install CPU modules. For instructions, see Before Installing and Removing a CPU

module on page 70.

Internal battery

The internal RTC (Real-Time Clock) battery supplies power to the server’s clock, which provides timing signals for system timesharing operations. The battery is located on the motherboard. For instructions on replacing the RTC battery, see Replacing the internal

battery on page 84.

Memory bank

The memory bank contains six slots, allowing you to install up to six memory modules in the server. For information on upgrading system memory, see Memory modules on page

60.

Expansion slots

The motherboard has six PCI expansion slots: two 64-bit/100 MHz slots, two 64-bit/66 MHz slots, and two 32-bit/33MHz slots.

Turning on the server

TECHNICAL NOTE: Always allow at least 10 seconds to elapse between turning the server off and turning it back on again. If the server is turned on before 10 seconds have elapsed, it may malfunction.

1 Check that all the peripheral devices, such as the monitor, keyboard, and mouse, are

properly connected to the server.

2 Check that all power cables are connected to grounded AC outlets or an

uninterruptible power supply (UPS).

3 Turn on the monitor.

4 Press the power button.

The power indicator ( ) lights green.

Getting Started Turning on the server 43

Using Wake-On-LAN

The Toshiba Magnia 3310/3310R server has Wake-On-LAN functionality. This feature allows a remote client computer to start the server by transmitting a server startup packet to the server network interface card.

The Wake ON LAN function is enabled after booting up the OS to an idle state when the Wake On LAN function is enabled through the BIOS.

The onboard network adapters on the Toshiba Magnia 3310/3310R (Ether1 and Ether2) support the Wake On LAN function. You can boot the server from a client machine over the network using Remote Wake On Tool. Use the following procedure to change the network driver configuration to enable the Wake On LAN function.

If installing Windows 2000 manually, perform this procedure after completing the steps described in Manually Installing Windows 2003 Server on page 154.

If using the Server Setup Tool to install Windows 2000 automatically, perform this procedure after completing the steps described in Post Installation (Windows

2000) on page 160.

To enable Wake On LAN function for Ether1:

1 Select Control Panel, Hardware, then Device Manager.

2 Within the Network Adapters, Intel(R) 82545EM Based Network Connection

Properties from the Details tab.

3 Set “Enable PME” to “Enabled”, and set “Wake on Settings” to “Wake on Magic

Packet”, then select “OK”.

4 Select the “Network Adapters”-“Antler) 82545EM Based Network Connection”-

”Properties”-“Power Management” Tab.

5 Set both the “Allow this device to…” check box and “Allow the computer to…” check

box on, then select “OK”.

To enable Wake On LAN function for Ether1:

1 Select “Control Panel”-“Hardware”-“Device Manager”.

2 Select the “Network Adapters”-“Intel(R) 8255x-based PCI Ethernet Adapter (10/

100)”-“Properties”-“Details” Tab.

Getting Started Power On Self Test (POST) 44

3 Set “Enable PME” to “Enabled”, and then select “OK”.

TECHNICAL NOTE: If the server is turned on through the Wake-On-LAN function and turned off again before the Windows LAN driver is loaded, a startup fault may occur the next time you attempt to start the server using the Wake-On-LAN function. If this occurs, disconnect, then reconnect, the power cable from the AC outlet.

Power On Self Test (POST)

Pressing the power button turns on the server and starts the Power On Self Test (POST). The POST is a self-diagnosing function that automatically executes each time the server starts. The motherboard, BIOS and BMC firmware revisions, microprocessor, memory, keyboard, and some peripheral devices connected to the server are automatically checked by the POST. During the memory test, the POST accesses and tests the server’s memory, and then displays the amount of system memory on the screen.

Depending on how the server is configured, following the POST a message similar to the following appears on the screen:

Press F2 to enter SETUP

Pressing the F2 key starts the BIOS setup utility. If you do not press F2, system startup continues.

If an error is detected by the POST (depending on the error condition) one of the following occurs:

❖ A beep sounds during testing

❖ An error code and message appear after the POST completes

Booting the server

You can boot the server from any of the following devices:

❖ Floppy disk drive

❖ Hard disk drive

❖ CD-ROM drive

Starting the server from the floppy disk drive

Getting Started Booting the server 45

1 Make sure that the CD-ROM drive is empty.

2 Insert the Startup Disk into the floppy drive.

3 Press the power button to start the server.

Starting the server from the hard disk drive

If an operating system is installed on the server, you can start the server from the hard disk drive. To start the server, check the floppy disk drive and the CD-ROM drive to make sure they are empty, then press the power button to start the server.

If a bootable CD is loaded in the CD-ROM drive and it is recognized by the system, the server will not recognize the hard disk drive as a boot device even if you eject the CD. Press Ctrl+Alt+Delete to restart the server

Starting the server from the CD-ROM drive

1 Make sure that the floppy disk drive is empty.

2 Press the power button to start the server.

3 Press <F2> to start the BIOS setup utility, then select “CD-ROM Drive” from the boot

menu.

+Removable Devices +Hard Drive CD-ROM Drive Network Boot

4 Press <+> to move the CD-ROM drive’s order up in the boot sequence.

To start the server using the CD-ROM drive, the startup CD-ROM must be inserted into the drive before the Onboard SCSI Controller BIOS setup menu appears after the power button is turned on. If the startup CD-ROM is placed in the drive too late, restart the server by pressing the <Ctrl>+<Alt>+<Delete> keys simultaneously. Once the startup CD-ROM is recognized, the hard disk drive is disabled from starting the server, even if the CD-ROM is ejected.

5 Press <F10>, then <Enter> to exit the BIOS setup.

When you press <F10>, any changes are saved, and the system restarts.

6 Immediately press the CD-ROM drive’s eject button and insert the CD-ROM for

booting the OS.

Getting Started BIOS setup 46

BIOS setup

The server’s system setup can be changed using the BIOS setup Utility. You can make changes to the BIOS setup even if an operating system has not been installed on the server. The system settings you enter are written in the CMOS and flash memory and take effect when you restart the server. BIOS settings are used for reference during the POST.

If the server hardware does not support the values you enter, an appropriate error message appears on the screen when the POST routine completes. If this occurs, change the setting using the BIOS Setup Utility.

Setting the system configuration

The system configuration for your Toshiba Magnia 3310/3310R server was set at the factory. However, if you install optional items after shipment, you may need to reconfigure the server. For detailed information on configuring the server, see Chapter 3, System

Configuration Setup on page 106.

BIOS Setup Utility

In addition to the Magnia 3310/3310R Software and Documentation CD, the BIOS Setup Utility allows you to configure the hardware installed in the server.

Onboard SCSI Utility

The Onboard SCSI Utility allows you to configure the server’s onboard SCSI devices and onboard SCSI controller.

Turning off the server

The procedure for turning off the server depends on the operating system installed on the server. Always perform either a normal or an automatic shutdown when turning off the server.

Performing a normal shutdown

To perform a normal shutdown under operating systems which do not support ACPI:

1 Shut down the operating system. For instructions, refer to the user’s guide that came

with your operating system.

2 Press the power switch Off. The system will immediately power-down.

Getting Started Turning off the server 47

Using the power switch to shutdown an ACPI-compliant system causes any running application software to abort before completing the normal termination process. This could result in data loss or damage any running applications.

The buzzer should sound a continuous tone about 4 seconds after you press the power button. Releasing the power button before the buzzer sounds terminates the power-down operation.

Performing an abnormal system shutdown

If an error occurs during system shutdown, the shutdown routine can be stopped by performing an abnormal system shutdown. Initiating an abnormal system shutdown causes all unsaved data in open files to be lost.

To initiate an abnormal system shutdown, press the reset button and power button simultaneously.

Chapter 2 Connecting Hardware

Devices

Installing optional devices

This chapter contains information and instructions on installing and removing optional devices.

Before you start

❖ Before installing an optional device, please read both the manufacturer’s instructions

and the installation instructions in this manual.

❖ The procedures described in this chapter require specific technical knowledge and

experience. If you have no experience installing/removing optional devices, or if the job seems difficult, please consult an authorized Toshiba Magnia service provider. Toshiba assumes no liability for damages if you install and/or remove optional devices yourself.

Never handle any electrical component that is not described in this manual. Some parts carry high voltages and are dangerous.To avoid electric shock, shut down the server and disconnect the power cable before performing any server maintenance.

To avoid electric shock, never operate the server with the access panel removed.

Connecting Hardware Devices Installing optional devices 49

Selecting a workplace

❖ Before performing server maintenance, select a workplace that is as free of dust as

possible.

❖ The ambient temperature and relative humidity should range between 50°F to 95°F

(10°C to 35°C) and 30% to 80%. Avoid exposing the server to drastic temperature fluctuations that could cause condensation.

❖ Never install or remove devices in a static-inducing environment (on a carpet, for

example). Electronic devices can fail if they are exposed to electrostatic discharge (ESD).

Working safely

❖ Make sure you read and understand the instructions and precautions in this guide

before performing server maintenance.

❖ Perform the steps in each procedure in the order written.

❖ Before disconnecting any cables, note their positions to make sure you can reconnect

them correctly.

❖ Check cable connectors for broken or bent pins. If a cable connector has screws,

tighten the screws when securing the cable.

❖ If a failure occurs, consult your authorized Toshiba Magnia service provider.

Internal server components can be seriously damaged by static electricity. Wear a wrist or heel ground cable to discharge static electricity carried on your body. If such equipment is not available, touch a grounded metal object to discharge static electricity before working on sensitive electronic components.

Once you remove a device from its antistatic package, place the antistatic package and the device on a flat, grounded surface. Store the antistatic package for future use.

To prevent static build-up, never drag the server when moving it.

Connecting Hardware Devices Maintenance overview 50

Maintenance overview

Never disassemble the server more than described in this manual. Failure to observe this precaution could result in electric shock, cause a system fault, or void your warranty.

When performing maintenance on the server, follow these general steps:

1 Carefully read the precautions mentioned previously in this chapter. See Installing

optional devices on page 48.

2 If the server is running, shut down the operating system, turn off all the peripheral

devices connected to the server, then press and hold the power button to turn off the server. For more information, see Turning off the server on page 46.

3 Unplug the power cable from the AC outlet or UPS (uninterruptible power supply),

then disconnect all signal cables connected to the I/O connectors on the back of the server.

4 Remove the server’s access panel.

❖ For pedestal models, see Removing the side panel (pedestal model) on page 30.

❖ For rack models, see Removing the top panel (rack models) on page 31.

5 Perform the required maintenance.

Make sure that components handled during system maintenance are properly installed and connections are securely seated. Also check that no tools or hardware items are left inside the server.

6 Reinstall the server’s access panel.

❖ For pedestal models, see Replacing the side panel (pedestal model)

❖ For rack models, see Replacing the top panel (rack models)

7 Reconnect all signal cables.

8 Plug the power cable into an AC outlet.

9 Press the power button to turn on the server, then run any required system checks.

on page 32.

on page 31.

Some optional devices require you to reconfigure the server’s software and change jumper, and/or DIP switch settings before the device can be used. For more information, see BIOS Setup Utility on page 106.

Connecting Hardware Devices Maintenance overview 51

In addition to the instructions in this chapter, refer to the manufacturer’s user manuals for the devices you are installing/removing.

Working on rack-mounted servers

Read the following warnings before performing maintenance on a rack-mounted server. Failure to adhere to these warnings can result in serious injury and/or damage to equipment.

❖ Never attempt to install or remove a server by yourself. At least two people are

required to install a server into a rack. Three people are required to install a server at a height greater than 31 units of vertical rack space (approximately 54 inches). Be particularly careful when installing a server near the top of a rack or in a location that requires you to lift the server higher than chest level.

❖ Never slide the server and another unit (such as an expansion disk unit) out of the

rack at the same time. Extending more than one device from the rack may cause it to become unstable.

❖ Never place additional weight or apply an excessive load to a server or other unit that

is extended from the rack. Such a load may damage the rack’s rails or cause the rack to become unstable.

❖ Never lean objects against the rack, and do not lean against it. The rack may become

unstable and cause serious injury.

❖ When working at high locations around the rack, never lean ladders directly against

the rack or against units installed in the rack. The installed units may be damaged, or the rack may become unstable and tip over, causing injury.

Sliding the server from the rack

If the rack contains additional servers that are currently in use, be careful not to touch any hard disk drive eject levers, AC switches, or other important buttons, levers or switches on those servers.

1 Make sure that the cables connected to the server are long enough to allow the

server to be extended from the rack. If the cables are too short, disconnect them to avoid damaging the cables or the server.

2 Loosen the two thumbscrews securing the server to the rack.

Connecting Hardware Devices Maintenance overview 52

3 Grasp the handles on the server’s front panel, and carefully slide the server from the

rack until the rail latches lock the server in its fully extended position.

Rail latch

Sliding the server from the rack

4 To ensure that the server is locked in position, using light pressure, try to slide the

server back into the rack.

Sliding the server into the rack

1 Press the rail latches inward to release the server from its locked position, then slide

the server into the rack.

2 Tighten the two thumbscrews on the front panel to secure the server to the rack.

3 Reconnect any cables that were disconnected from the server.

Toshiba-supplied hardware items

The following table lists the hardware items that Toshiba provides with your server.

Type Usag e

Screw A (metric)

Screw B (SAE)

Installing units except HDDs (or DAT) on the drive carrier or the rails.

Installing HDDs or SCSI devices in the 5.25-inch device bay. Installing the drive carrier on the server. When installing devices, use the accessories that came with the devices. Use

this screw to replace missing screws.

Connecting Hardware Devices Cooling fans 53

When performing server maintenance:

❖ Use the appropriate type and size of screwdriver. A screwdriver that is too small or

too large can damage the screw head. Check the screw type before use.

Screw head and screwdriver

❖ Be careful not to lose any removed screws or drop them inside the server.

❖ Use the same type of screws when installing devices.

Cooling fans

The server contains the following cooling fans:

❖ Intake fan module located in the bottom front section of the server.

❖ Exhaust fan module located at the rear of the server.

❖ EPS-R cage cooling fans.

To increase system reliability, secondary intake and exhaust fans can be installed, allowing you to create a redundant cooling configuration.

The primary intake fan module and the primary exhaust fan module comprise the primary fan configuration for this server, while the secondary intake fan module and secondary exhaust fan module comprise the redundant fan configuration.

Removing and installing an intake fan

This section provides instructions for removing and installing an intake fan.

Removing an intake fan

1 If the server is in operation, shut it down and remove the access panel. For

instructions, read Steps 1 through 4 in Maintenance overview

on page 50.

Removing a cooling fan while the server is on could result in electric shock, and shorten the service life of both the fan and the server.

Connecting Hardware Devices Cooling fans 54

2 Remove the screw securing the intake fan module in place, then slide the module

from the chassis.

Removing the intake fan module

3 Reinstall the access panel, reconnect all signal and power cables, then turn on the

server. For instructions, read Steps 6 through 9 in Maintenance overview on page

50.

Installing an intake fan

1 If the server is in operation, shut it down. Then remove the access panel. For

detailed instructions, read Steps 1 through 4 in Maintenance overview on page 50.

Installing a cooling fan while the server is on could result in electric shock and shorten the service life of both the fan and the server.

2 If installing a redundant fan, remove the screw securing the cover plate to the fan

bay, then remove the cover plate (there is no cover plate when installing a replacement fan).

Removing the fan cover plate (redundant fan only)

3 Position the intake fan module in the fan bay and replace the screw to hold it in

position.

Connecting Hardware Devices Cooling fans 55

4 Connect the fan cables to the motherboard.

FAN-2R side of motherboard

Redundant intake fan module side

Attaching the fan connectors

❖ If you are installing a primary intake fan module, attach the fan cables to the

J4 FAN 3 connector on the motherboard.

❖ If you are installing a secondary intake fan module, attach the fan cables to the

J5 FAN 3-R connector on the motherboard.

J4 FAN 3

J5 FAN 3-R

Fan connectors on the motherboard

5 Reinstall the access panel, reconnect all signal and power cables, then turn on the

server. For instructions, read Steps 6 through 9 in Maintenance overview

on page

50.

Connecting Hardware Devices Cooling fans 56

Removing and replacing a primary or redundant exhaust fan

This section provides instructions for removing and installing either the primary exhaust fan or a redundant exhaust fan for Toshiba Magnia 3310/3310R servers. If you remove a primary exhaust fan for any reason, you must replace it before operating the server; otherwise, the server will overheat and may be damaged.

If the server is in operation, shut it down, then remove the access panel. For detailed instructions, read Steps 1 through 4 in Maintenance overview on page 50.

Removing a cooling fan while the server is on could result in electric shock and shorten the service life of the fan and the server.

1 Disconnect the exhaust fan module cable from the motherboard. If the exhaust fan

module has a redundant exhaust fan installed, also disconnect the redundant fan cable from the motherboard.

Disconnecting the exhaust fan module cables

Connecting Hardware Devices Cooling fans 57

2 If you are installing a redundant fan, remove the thumb screw securing the exhaust

fan module cover to the server chassis, and remove the cover. If you are replacing an existing fan, skip this step and go to Step 3.

Removing the exhaust fan module cover

3 While lifting up on the exhaust fan module eject lever, pull the fan module from the

server.

Exhaust fan module eject lever

Removing the exhaust fan module

Connecting Hardware Devices Cooling fans 58

4 Turn down the guide sheet toward the CPU heat sink and position the new exhaust

fan module in the server.

Guide sheet

Removing the exhaust fan module

5 Slide the new exhaust fan module in the server until the eject lever for the exhaust

fan module clicks to indicate a locked position.

Installing the exhaust fan module

6 Connect the primary exhaust fan cable to the J49 FAN 1 connector, and the

redundant fan cable to the J51 FAN 1-R connector.

To avoid server damage due to overheating, never connect the exhaust fan module cable to the redundant exhaust fan connector on the motherboard.

Connecting Hardware Devices Cooling fans 59

Connecting the exhaust fan(s)

J49 FAN 1

J51 FAN 1-R

Fan connectors on the motherboard

7 Reinstall the access panel, reconnect all signal and power cables, then turn on the

server. For instructions, read Steps 6 through 9 in Maintenance overview

on page

50.

Connecting Hardware Devices Memory modules 60

Memory modules

The server contains six memory module slots arranged in three banks. You can install one registered SDRAM Dual In-line Memory Module (DIMM) with Error-Correcting Control (ECC) in each slot, allowing you to expand system memory to a maximum of 6 GB. Memory option kits are available which use 256 MB, 512 MB, and 1 GB modules. See the table below for valid module combinations.

Bank 1Bank 2Bank 3

Slot 1B Slot 1A Slot 2B Slot 2A Slot 3B Slot 3A Total Capacity

1024 1024 1024 1024 1024 1024 6144 1024 1024 1024 1024 - - 4096 10241024---- 2048

512 512 1024 1024 1024 1024 5120 512 512 1024 1024 - - 3072 512 512 512 512 1024 1024 4096 512 512 512 512 512 512 3072 512 512 512 512 - - 2048 512512---- 1024 256 256 1024 1024 1024 1024 4608 256 256 1024 1024 - - 2560 256 256 512 512 512 512 2560 256 256 512 512 - - 1536 256 256 256 256 1024 1024 3072 256 256 256 256 512 512 2048 256 256 256 256 256 256 1536 256 256 256 256 - - 1024 256256---- 512

Connecting Hardware Devices Memory modules 61

Installing memory modules

When upgrading system memory, place the first memory module in the lowest numbered memory slot—slot 1B through slot 3A. If the memory modules are of different capacities, place them in order of increasing capacity. Install the memory module with the smallest capacity in slot 1.

Bank 1, memory slot 1B Bank 1, memory slot 1A Bank 2, memory slot 2B Bank 2, memory slot 2A Bank 3, memory slot 3B Bank 3, memory slot 3A

Memory slots

1 If the server is in operation, shut it down, then remove the access panel. For detailed

instructions, read Steps 1 through 4 in Maintenance overview on page 50.

Never perform disassembly procedures that are not described in this manual. Failure to observe this precaution could result in electric shock, cause a system fault, or void your warranty.

Never install or remove memory modules immediately after turning off the server. To avoid burn injuries, wait for the heat around the memory modules to dissipate.

Installing a memory module while the server is on could cause damage to the server or the memory module.

Memory modules can be seriously damaged by static electricity. Wear a wrist or heel ground cable to discharge static electricity carried on your body. If such equipment is not available, touch a grounded metal object to discharge static electricity before working with sensitive electronic components.

Connecting Hardware Devices Memory modules 62

2 Turn the screws for securing the exhaust fan duct counterclockwise to release the

module.

When a 3.06 GHz CPU is installed, the exhaust fan duct is not attached and Steps 2 and 3 are not required.

Releasing the lock of exhaust fan duct (fan duct not installed on all models)

3 Slide the exhaust fan duct toward the rear of the server, and pull it from the server.

Removing the exhaust fan duct (fan duct not installed on all models)

4 Remove any expansion cards that might be installed. See Removing expansion

cards on page 100 for more information.

When removing expansion cards, make a note of which slot they came from so you can return them to their original slots.

Connecting Hardware Devices Memory modules 63

5 Remove the exhaust fan unit cables from the motherboard.

Removing the exhaust fan unit cable

6 Turn the screw for securing the exhaust fan unit counterclockwise to release the

module.

Be sure to support the exhaust fan unit with your hands to prevent the fan unit from dropping while you are loosening the screws.

Releasing the lock of the exhaust fan unit

7 Remove the exhaust fan unit.

Be sure to support the exhaust fan unit with your hands to prevent the fan unit from dropping.

Removing the exhaust fan unit

Connecting Hardware Devices Memory modules 64

8 Extend the hooks on both sides of the memory slot outwards and insert the memory

module in 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

Installing a memory module the wrong way could damage the memory module and/or the memory slot. Do not try to force a module into a slot.

9 Attach the exhaust fan unit so that the exhaust fan unit is aligned with the two

positioning pins on the enclosure, and secure it with a screw.

Be sure to turn the screws while holding the fan unit with your hands to prevent the exhaust fan unit from falling.

positioning pins

Attaching the exhaust fan unit

Connecting Hardware Devices Memory modules 65

10 Attach the cable from the exhaust fan unit that you attached to the motherboard.

Connect the standard exhaust fan module to J49 FAN 1 on the motherboard.

If installed, connect the redundant exhaust fan module to J51 FAN 1-R on the motherboard.

Attaching the exhaust fan cables

11 If expansion cards have been removed, install them according to the procedure. See

Installing expansion cards on page 98 for more information

12 Insert the exhaust fan duct and attach it in the server by sliding it toward the front of

the server.

When a 3.06 GHz CPU is installed, Steps 12 and 13 (installing the exhaust fan duct) are not required.

Attaching the exhaust fan duct (fan duct not installed on all models)

Connecting Hardware Devices Memory modules 66

13 Lock the exhaust fan duct by turning the screw clockwise.

Locking the exhaust fan duct (fan duct not installed on all models)

Removing a memory module

1 If the server is in operation, shut it down. Then remove the access panel. For

detailed instructions, read Steps 1 through 4 in Maintenance overview on page 50.

Removing a memory module while the server is on could cause damage to the server or the memory module.

2 Access the memory module as detailed in Installing memory modules

on page 61, press the levers securing the memory module away from the module, then lift the memory module from the connector.

HINT: Handle the module with care. Occasionally, the memory module may pop out when you open the latches.

Removing a memory module

Connecting Hardware Devices Memory modules 67

3 If necessary, rearrange the memory modules so that the first module is in the lowest

numbered memory slot—starting with slot 1B through slot 3A. If the memory modules are of different capacities, place them in order of increasing capacity. Install the memory module with the smallest capacity in slot 1B.

4 Attach the exhaust fan unit so that the exhaust fan unit is aligned with the two

positioning pins on the enclosure, and secure it with a screw.

Be sure to turn the screws while holding the fan unit with your hands to prevent the exhaust fan unit from falling.

positioning pins

Attaching the exhaust fan unit

5 Attach the cable from the exhaust fan unit that you attached to the motherboard.

Connect the standard exhaust fan module to J49 FAN 1 on the motherboard.

If installed, connect the redundant exhaust fan module to J51 FAN 1-R on the motherboard.

Attaching the exhaust fan cables

Connecting Hardware Devices Memory modules 68

6 If expansion cards have been removed, install them according to the procedure. See

Installing expansion cards on page 98 for more information

7 Insert the exhaust fan duct and attach it in the server by sliding it toward the front of

the server.

When a 3.06 GHz CPU is installed, Steps 7 and 8 (installing the exhaust fan duct) are not required.

Attaching the exhaust fan duct (fan duct not installed on all models)

8 Lock the exhaust fan duct by turning the screw clockwise.

Locking the exhaust fan duct (fan duct not installed on all models)

9 Replace the memory slot cover, if available.

10 Reinstall the access panel, reconnect all signal and power cables, then turn on the

server. For instructions, read Steps 6 through 9 in Maintenance overview

on page

50.

Connecting Hardware Devices CPU module 69

CPU module

The Toshiba Magnia 3310/3310R server supports dual-CPU configurations, allowing you to install an additional processor or replace existing processors to increase system performance.

The base Toshiba Magnia 3310/3310R server is configured with a single CPU module with a specified frequency (clock speed) and cache size. If your server has a dual-CPU configuration, or you are upgrading your server to a dual-CPU configuration, you must install CPU modules with the same speed, cache size, and connector technology.

For example, if you wish to upgrade a Toshiba Magnia 3310/3310R server configured with a single 2.40 GHz, 512 KB L2 cache CPU module to a dual-CPU configuration, you would install an additional 2.40 GHz, 512 KB L2 cache CPU module.

Continuing this example, if you were upgrading the server to run dual 3.06 GHz CPU modules, you would need to replace the CPU shipped with the server with a 3.06 GHz CPU module and install an additional 3.06 GHz module.

To avoid a system failure, never install CPU modules with different clock speeds or cache sizes.

When setting up the server with a single CPU configuration, install the CPU in CPU socket 1. Installing a CPU only in CPU socket 2 is not supported.

CPU sockets

CPU socket 1 (standard)

CPU socket 2

Connecting Hardware Devices CPU module 70

Before Installing and Removing a CPU module

Never disassemble the server beyond what is described in this manual. Failure to observe this precaution could result in electric shock, cause a system fault, or void your warranty.

Never install or remove CPU modules immediately after turning off the server. To avoid burn injuries, wait for the heat around the CPU modules to dissipate.

1 If the server is in operation, shut it down. Then remove the access panel. For

detailed instructions, read Steps 1 through 4 in Maintenance overview on page 50.

Installing a CPU module while the server is on could cause damage to the server or the CPU module.

CPU modules can be seriously damaged by static electricity. Wear a wrist or heel ground cable to discharge static electricity carried on your body. If such equipment is not available, touch a grounded metal object to discharge static electricity before working with sensitive electronic components.

If the system has been in operation, the CPU heat sink(s) may be hot.

The CPU fan is attached to the heat sink for the 3.06 GHz CPU.

2 Turn the screws for securing the exhaust fan duct counterclockwise to unlock the

duct.

When a 3.06 GHz CPU is installed, the exhaust fan duct is not attached and Steps 2 and 3 are not required.

Releasing the lock of exhaust fan duct (fan duct not installed on all models)

Connecting Hardware Devices CPU module 71

3 Slide the exhaust fan duct toward the rear of the server, and pull it to remove it from

the server.

Removing the exhaust fan duct (fan duct not installed on all models)

Replacing the Retention Clamp

When you add a 3.06GHz CPU module, or replace a 2.40 GHz CPU module with a

3.06 GHz module, use the following procedure to replace the retention clamps.

1 Push down the retention clamp lever of the left side, and then turn and remove the

screws.

Turning and removing screws

2 Use the screws to attach the retention clamp that comes with the 3.06 GHz CPU.

Attaching the retention clamp

Connecting Hardware Devices CPU module 72

3 Follow the procedure used in Steps 1 and 2 to replace the retention clamp on the

right side.

Do not replace both left and right retention clamps at the same time. The plates attached to the backside of the board for securing the retention clamps and the screw holes on the retention clamps may be displaced. Always replace only one at a time.

Removing the CPU Module

For a 2.40 GHz CPU module

1 While gently pressing the heat sink of the CPU you want to remove against the CPU

socket, simultaneously move both the left and right heat sink lock levers in the direction of the arrows, and unhook the levers from the claws to unlock the heat sink.

Removing the heat sink

Contact your Toshiba service station or sales representative if you have problems removing a heat sink. (Services will be provided for a fee.) Forcibly removing a heat sink may damage the CPU or CPU socket.

2 Remove the heat sink.

3 Raise the CPU lock levers of the CPU socket in which the CPU module you want to

move is installed.

Connecting Hardware Devices CPU module 73

Raising the CPU lock lever

4 Remove the CPU module.

Removing the CPU module

For a 3.06 GHz CPU module

1 Disconnect the fan cable from the fan connector (J6 for CPU1 and J7 for CPU2).

Disconnecting the fan cable (CPU1) Disconnecting the fan cable (CPU2)

Connecting Hardware Devices CPU module 74

2 Gently lift and release the left heat sink lock lever.

Releasing the heat sink lock levers

3 In the same way, lift and release the right heat sink lock lever.

4 While lightly pressing toward the inside of the retention clamp, remove the claws at

both ends of the fan from the holes to the left and right of the retention clamp.

Removing the heat sink claws

Do not pinch your fingers during the procedure.

Connecting Hardware Devices CPU module 75

5 Slightly tilt the heat sink and gently remove it.

Removing the heat sink (CPU1) Removing the heat sink (CPU2)

6 Raise the CPU lock levers of the CPU socket in which the CPU module you want to

remove is installed.

Raising the CPU lock lever

7 Remove the CPU module.

Removing the CPU module

Connecting Hardware Devices CPU module 76

Installing the CPU Module

A standard CPU module is installed in CPU socket 1. To add a CPU module, install it in CPU socket 2.

Installing a 2.40 GHz CPU Module

1 Flip the heat sink lock levers on the left and right of the CPU socket down in the

direction of the arrows, and remove from the claw to lift up.

Flipping the heat sync lock levers

2 Raise the CPU lock lever of the expansion CPU socket.

Raising the CPU lock lever

Before you install a CPU into a CPU socket, make sure that the lever of the CPU socket is fully opened (about 135 degrees).

If you insert the CPU without opening the lever of the CPU socket completely, it will not only cause the recognition failure of the CPU, but also damage the CPU or CPU socket, or generate short circuit inside the CPU socket, which may require repair.

Connecting Hardware Devices CPU module 77

3 Align the CPU pins correctly with the holes in the socket, and, with extreme caution,

allow the CPU to fall into the socket. If the CPU pins are properly aligned with the holes in the CPU socket, the CPU should fall into place without requiring any force on your part.

Press in the CPU module until both ends are even and flat. It should not require much, if any, manual assistance.

Inserting the CPU module

A standard CPU module is installed in CPU socket 1. To add a secondary CPU module, install it in CPU socket 2.

4 Push down the socket lock lever until it hooks on the socket claw and is locked in

place.

Pushing down the CPU lock lever

Connecting Hardware Devices CPU module 78

5 While gently pressing the heat sink of the expansion CPU against the CPU socket,

simultaneously move both the left and right heat sink lock levers right in the direction of the arrows, and hook the levers onto the claws to lock the heat sink in place.

Attaching and fixing the heat sink

Do not push the fin section of heat sink of the CPU module. This may cause the deformation of the heat sink.

Used heat sinks cannot be reattached. To replace a heat sink, contact your Toshiba service station or sales representative. (Services will be provided for a fee.)

Installing a 3.06 GHz CPU Module

For the following cases, the retention clamps (the parts attached to the heat sink) need to be replaced.

❖ When the CPU module is initially added while in default status

❖ When a 2.40 GHz CPU module is removed and changed to a 3.06 GHz CPU module

Refer to Replacing the Retention Clamp

on page 71 for details.

Installing and Removing Hardware

1 Connect the fan cable of the new heat sink to the fan connector (J6 for CPU1 and J7

for CPU2).

Connecting Hardware Devices CPU module 79

Attaching the fan cable (CPU1) Attaching the fan cable (CPU2)

2 Raise the CPU lock lever of the expansion CPU socket.

Raising the CPU lock lever

Before you install a CPU into a CPU socket, make sure that the lever of the CPU socket is fully opened (about 135 degrees).

If you insert the CPU without opening the lever of the CPU socket completely, it will not only cause the recognition failure of the CPU, but also damage the CPU of CPU socket, or generate short circuit inside the CPU socket, which may require repair.

Connecting Hardware Devices CPU module 80

3 Align the CPU pins correctly with the holes in the socket, and, with extreme caution,

allow the CPU to fall into the socket. Press in the CPU module until both ends are even and flat. It should not require much, if any, manual assistance.

Inserting the CPU module

A standard CPU module is installed in CPU socket 1. To add a secondary CPU module, install it in CPU socket 2.

4 Push down the socket lock lever until it hooks on the socket claw and is locked in

place.

Pushing down the CPU lock lever

5 For both CPU1 and CPU2, latch both ends of the claws of the heat sink in the left

and right retention clamp holes on the power supply side of the CPU(s).

Connecting Hardware Devices CPU module 81

Attaching the heat sink

Do not push the fin section of heat sink of the CPU module. This may cause the deformation of the heat sink.

Used heat sinks cannot be reattached. To replace a heat sink, contact your Toshiba service station or sales representative. (Services will be provided for a fee.)

6 Latch both ends of the claws of the heat sink on one side of the retention holes. At

this time, while lightly pressing the claws toward the inside of the retention clamp, insert the heat sink until the claws are completely secured.

Attaching the heat sink

7 While gently pressing the heat sink of the expansion CPU against the CPU socket,

simultaneously move both the left and right heat sink lock levers right in the direction of the arrows, and hook the levers onto the claws to lock the heat sink in place.

Do not pinch your fingers during the procedure.

Connecting Hardware Devices CPU module 82

Securing the lock lever

Post-Procedure After Installing/Removing the CPU Module

When a 3.06 GHz CPU module is installed, Steps 1 and 2 (installing the exhaust fan duct) are not required.

1 Insert the exhaust fan duct into the server by sliding it toward the front of the server.

Attaching the exhaust fan duct (fan duct not installed on all models)

2 Lock the exhaust fan duct by turning the screw clockwise.

Locking the exhaust fan duct (fan duct not installed on all models)

3 Reinstall the exhaust fan module. For instructions, see Removing and replacing a

primary or redundant exhaust fan on page 56.

Connecting Hardware Devices CPU module 83

4 Reinstall the access panel, reconnect all signal and power cables, then turn on the

server. For instructions, read Steps 6 through 8 in Maintenance overview on page

50.

5 Press the power button to turn on the server.

6 Follow the on-screen messages to confirm that the installed CPU module is

recognized. If the CPU module is properly recognized, the information on the CPU is displayed on one line.

The following sample screen shows a 2.40 GHz, dual-CPU configuration.

Phoenix BIOS 4.0 Release 6.0 Copyright 1985-2000 Phoenix Technologies Ltd., All Rights Reserved PUFFIN Server BIOS-Version X.XX BMC firmware Revision X.XX CPU-2 Xeon (TM) Processor 2.40 GHZ XXXK System RAM Passed XXXM Extended RAM Passed

7 If the processing speeds do not match, the following error message will appear:

8181: Mismatch among Processors Detected

8 Perform the CMOS Clear process using the information provided in Preset jumper

switch settings on page 290. Then, reset the Toshiba Factory CMOS settings. For

more information, refer to BIOS settings on page 108.

TECHNICAL NOTE: If the server is running Windows, you may need to reconfigure Windows to support a dual-processor configuration. For more information, refer to your operating system documentation.

Earlier Windows 2000 Service Packs display a higher than the actual operating frequency in the Control Panel due to lack of support for Xeon CPUs operating at 2.20GHz or higher, This is not a problem in the Toshiba Magnia 3310/3310R. The problem can be corrected by installing Windows 2000 Service Pack 3 or later. Refer to the Microsoft Corporation Web site for details. You can use HarnessEye/web to check the actual CPU operating frequency.

Connecting Hardware Devices Internal battery 84

Internal battery

The Toshiba Magnia 3310/3310R server has a built-in CR2032 lithium battery which provides the power necessary to retain the time and system configuration information. In normal use, the battery should last for about 5 years.

If you are unsure how to replace the battery, contact a Toshiba authorized service provider.

The server uses a lithium battery. Incorrect installation or use can cause damage by heat, fire, or explosion.

Observe the following guidelines when replacing the battery:

❖ Do not charge, disassemble, or remove the battery electrode.

❖ Do not incinerate the battery or expose it to excessive heat.

❖ Store the battery in a cool dry place.

❖ When disposing of the battery, adhere to company policy and local government rules

and regulations.

❖ Fit the battery with the electrodes (+/-) correctly oriented. Otherwise you risk causing

heat, an explosion, or a fire.

❖ To ensure proper system operation, replace the battery with one of the same type.

Replacing the internal battery

The battery can explode if it is not installed properly. Always replace the battery with an equivalent type recommended by the manufacturer. Dispose of used batteries according to the manufacturer’s instructions.

Removing the battery will cause the system’s configuration information to be lost. Before removing the battery, write down your server’s configuration data for later reentry.

1 If the server is in operation, shut it down.Then remove the access panel. For detailed

instructions, read Steps 1 through 4 in Maintenance overview on page 50.

2 If any expansion cards are obstructing access to the battery, remove the card(s)

according to the instructions in Removing expansion cards

on page 100.

Connecting Hardware Devices Internal battery 85

3 Check the battery position and push the eject lever in the direction of the arrow until

you can remove the battery.

Eject lever

Removing the battery

4 Install the new battery with the positive (+) electrode facing up.

Installing the battery

5 Reinstall any expansion cards you removed. For instructions, see Installing

expansion cards on page 98.

6 Reinstall the access panel, reconnect all signal and power cables, then turn on the

server. For instructions, read Steps 6 through 8 in Maintenance overview

on page

50.

7 Set up the server according to the system configuration information that you wrote

down in advance.

Connecting Hardware Devices SCSI devices 86

SCSI devices

Up to two SCSI-bus-compatible devices can be installed in the server’s available device bays. The SCSI adapter installed in the server is configured with a wide SCSI connector. To connect SCSI devices that have narrow connectors you must use an optional SCSI conversion connector. When connecting some SCSI devices to the server, you need to change the device settings. For instructions on changing the settings, refer to the user’s guide that came with the SCSI device.

Assigning SCSI IDs

You must set a unique SCSI ID for each SCSI device installed in the server. The channels and SCSI IDs of the preinstalled devices are as follows:

Channel A Ultra320 Wide (68

SCSI device

SCSI controller 7 7 SAF-TE controller 6 — HDD 0-5 —

To set the SCSI ID for devices controlled by the integrated onboard SCSI controller, see

Starting the SCSI Utility on page 114.

TECHNICAL NOTE: Optional SCSI devices that you may install in the server 5.25inch device bays and the server’s hot-swappable hard disk drives are connected to different SCSI controllers. Therefore, a SCSI device you install can have the same SCSI ID as one of the server’s internal hard disk drives. To avoid any possible conflict, assign the server’s hot-swappable hard disk drives to SCSI channel A and SCSI devices installed in the server’s 5.25-inch device bays to SCSI channel B.

Detecting SCSI Devices (SAF-TE)

SAF-TE communicates its status to a software agent resident in the server through the SCSI bus, and then sends out an appropriate notification. This notification includes:

pins)

Channel B Ultra320 Wide

(68 pins)

❖ Detection of device presence

❖ Status of a device bay slot

DEFINITION: SAF-TE (SCSI Accessed Fault-Tolerant Enclosure) is a standardized alert detection and status reporting system using SCSI as the underlying transport mechanism.

Connecting Hardware Devices SCSI devices 87

When installing Windows 2000 using the Server Setup Tool with a hard disk drive connected to the onboard SCSI controller, setup the SAF-TE controller after the Windows 2000 installation. Refer to Operating System Installation on page 125 in this guide for more information.

Terminating SCSI devices

The internal SCSI bus is terminated at the SCSI controller and at the end of the SCSI cable or the SCSI backplane. Set the terminator of the SCSI devices you install to disabled.

Removing device bay spacers

Device bay spacers are used to keep dust and dirt out of the server.

1 If the server is in operation, shut it down. Then remove the access panel.

For detailed instructions, read Steps 1 through 4 in Maintenance overview on page

50.

2 Press the rail latches inward, then remove the spacer from the device bay.

Removing the device bay spacer

3 Remove the rails attached to the device bay spacer. You will need these rails to

install a SCSI device in the 5.25-inch device bay.

HINT: Store the device bay spacer for possible future use.

Connecting Hardware Devices SCSI devices 88

Installing SCSI devices

Use only SCSI devices recommended by Toshiba. Other devices may be the wrong size and shape to fit in the device bay, or they may cause unstable operation or other problems. Toshiba assumes no responsibility for devices not specifically recommended.

1 If the server is in operation, shut it down. Then remove the access panel. For

detailed instructions, read Steps 1 through 4 in Maintenance overview on page 50.

Installing a SCSI device while the power is on may damage the server and the SCSI device.

SCSI devices can be seriously damaged by static electricity. Wear a wrist or heel ground cable to discharge static electricity carried on your body. If such equipment is not available, touch a grounded metal object to discharge static electricity before working with sensitive electronic components.

2 Remove the device bay spacer. For instructions, see Removing device bay spacers

on page 87.

3 Remove the rails attached to the device bay spacer.

Removing the rails from the device bay spacer

Connecting Hardware Devices SCSI devices 89

4 Position the rails on the SCSI device and secure them with two screws each.

HINT: There are three types of predrilled holes on each rail. In most cases you will use the round holes when attaching the rails to a SCSI device.

Attaching the rails to the SCSI device

5 Partially position the device in the empty device bay slot, and then connect the

power and signal cables.

Connecting the power and signal cables

Verify pin locations using the device’s documentation manual.

Connecting Hardware Devices SCSI devices 90

6 Slide the device into the device bay slot until the rail latches click, indicating that the

device is locked into position.

Locking the SCSI device into position

7 Reinstall the access panel, reconnect all signal and power cables, then turn on the

server. For instructions, read Steps 6 through 9 in Maintenance overview on page

50.

Removing SCSI devices

1 If the server is in operation, shut it down. Then remove the access panel. For

detailed instructions, read Steps 1 through 4 in Maintenance overview on page 50.

Removing a SCSI device while the power is on may damage the server and the SCSI device.

2 Depress the rail latches located on both sides of the SCSI device, then partially slide

the SCSI device out of the device bay slot.

3 Disconnect the power and signal cables.

Disconnecting the power and signal cables

4 Remove the SCSI device from the device bay.

5 Remove the rails from the SCSI device and attach them to the device bay spacer.

Connecting Hardware Devices Hard disk drives (HDDs) 91

6 Position the device bay spacer in the vacant device bay slot and slide it back until the

rail latches click, indicating that the spacer is locked into position.

Installing the device bay spacer

7 Reinstall the access panel, reconnect all signal and power cables, then turn on the

server. For instructions, read Steps 6 through 9 in Maintenance overview on page

50. For instructions on setting up the on-board SCSI controller, see Onboard SCSI

Utility on page 114.

Hard disk drives (HDDs)

The server drive carrier contains six drive bays. Each bay is assigned a unique SCSI address. Starting with the leftmost drive bay (for rack-mount models) or the bottom most bay (for pedestal models), the SCSI IDs are assigned as follows:

❖ Bay 0 = SCSI ID 0

❖ Bay 1 = SCSI ID 1

❖ Bay 2 = SCSI ID 2

❖ Bay 3 = SCSI ID 3

❖ Bay 4 = SCSI ID 4

❖ Bay 5 = SCSI ID 5

When adding a hard disk drive to the server, always position the drive(s) sequentially, beginning with the first vacant drive bay with the lowest available SCSI ID.

Downgraded server operation

If your server is equipped with a RAID controller for data redundancy and one of the hard disk drives in the array fails, the system will go into a “downgraded operational state” and continue to run.

Connecting Hardware Devices Hard disk drives (HDDs) 92

The MegaRAID® controller installed in Toshiba Magnia 3310/3310R servers supports the following standard RAID levels:

❖ RAID 0 (Striping)

❖ RAID 1 (Disk Mirroring)

❖ RAID 5 (Disk Striping with Distributed Parity)

RAID 0 - Disk Striping

Striping, also referred to as a Stripe set, chains multiple drives into a single logical storage unit. Striping partitions each drive’s storage space into stripes, or data chunks, which may be as small as one sector (512 bytes) or a large as several megabytes. The stripes are interleaved so that the combined storage space of the array comprises alternate stripes from each hard disk drive. The end result is an even distribution storage space across the entire set of drives in the array.

The type of operating system installed on the server determines whether large or small stripes are used in the array. Though disk striping utilizes full the I/O capability of the system and improves overall disk performance, it does not provide for data

redundancy.

RAID 1 - Disk Mirroring

Data written to one hard disk drive is simultaneously written to another hard disk drive. If one disk fails, the other disk can be used to run the system and reconstruct the failed disk. Since the disk is mirrored, it does not matter if one on them fails because both disks contain the same data at all times. Either disk can act as the operational disk. This level provides 100% redundancy because each drive in the system is duplicated. This type of array is used for read-intensive, fault tolerant required configurations. An even number of disks are required to configure this type of RAID level.

RAID 5 - Disk Striping with Distributed Parity

Uses parity to generate redundancy data from two or more parent data sets. Parity storage is rotated or distributed through the stripe of the disk array. This is an advantage in applications that require high read request rates with low write request rates such as transaction processing, office automation, and online customer service since parity generation can slow write operations down considerably. Three or more disks are required to configure this type of RAID level.

To enable automatic recovery of a faulty disk array, you must specify the spare device in the RAID configuration. If a drive fails, the RAID controller will automatically initiate a recovery sequence, bringing the spare device into service. For more information, refer to the user’s guide that came with your RAID controller.

Connecting Hardware Devices Installing a hard disk drive 93

RAID failures

This section describes how the RAID configuration responds when a component failure occurs.

Striping configuration failure (RAID 0)

A striping hard disk drive fault represents a critical RAID failure. To recover from a striping failure, replace the failed drive, then create a new RAID 0 and restore from offline backup.

Mirrored drive RAID configuration failure (RAID 1)

When a hard disk drive fails in a mirrored array, the sub-mirror that the drive is a part of is taken off-line. The system routes all data access to the remaining sub-mirror until the failed drive is either hot-swapped or repaired. The performance of a degraded mirrored RAID is equal to the performance rendered by the remaining hard disk drive.

Parity RAID configuration failure (RAID 5)

The data in a RAID 5 array is kept in an encoded format, distributed across the number of independent drives in the array. Consequently, write operations on a RAID 5 array are slower than a non-RAID configuration. This is true even if the parity RAID is functioning normally. When a hard disk drive in a parity RAID fails, every other hard disk drive in the array is needed to recover the failed hard disk drives data and to complete the repair operation.

Because write operations on a RAID 5 array are slow, careful planning should be taken when configuring a RAID 5 array. For example, if you install the maximum six hard disk drives in a Toshiba Magnia 3310/3310R server and a drive fails, the read operation from a failed disk would yield five physical I/O operations.

Installing a hard disk drive

1 If the server is in operation, shut it down, and unplug the power cable(s).

2 Open the upper and lower server doors.

Connecting Hardware Devices Installing a hard disk drive 94

3 Open the latch of the drive bay in which you are installing the hard disk drive.

The drive tray spacer partially extends from the bay.

Opening the drive bay latch

4 Remove the drive tray spacer from the drive bay.

5 Place the new HDD/drive tray assembly in the drive bay and slide it to the rear of the

bay.

Installing the HDD/drive tray assembly

6 Close the drive bay latch—applying a small amount of pressure to seat the HDD/

drive tray assembly into position.

Closing the drive bay latch

7 Close the server’s upper door and lower door panel.

8 Plug the power cable into an AC outlet (or UPS).

9 Press the power button to turn on the server, then run any required system checks.

Connecting Hardware Devices Installing a hard disk drive 95

You may need to change some operating system and/or application software settings after installing an additional hard disk drive.

Replacing a hard disk drive

This section provides information and instructions for replacing a hard disk drive in Toshiba Magnia 3310/3310R servers with and without RAID controllers.

If the server has a RAID controller

The number of hard disk drives that can fail without affecting system operation depends on RAID configuration of your server. If a hard disk drive fails, replace it as quickly as possible and rebuild the disk array.

❖ If your server is equipped with a RAID controller configured for data redundancy and

a hard disk drive fails, the system will go into a “downgraded operational state” and continue to run. However, if a second device fails, important programs or data may be destroyed or lost.

❖ If your server is equipped with a RAID controller with a specified spare hard disk drive

(hot spare) in reserve, the server can run in a “downgraded operational state” with up to two failed hard disk drives if the RAID array has had time to rebuild from the first failure. However, if a third device fails, important programs or data may be destroyed or lost.

TECHNICAL NOTE: If your server is equipped with a RAID controller, but Power Console (Windows) or MegaRAID Manager (NetWare) is not installed, you can replace a faulty hard disk drive while the server is running, but you will not be able to recover (rebuild) the disk array without rebooting the system.

If the server does not have a RAID controller

If the server is not configured with a RAID controller, check the status indicator of each hard disk drive to determine which drive is faulty.

The server’s six hard disk drive bays are hot-swappable, allowing you to remove any drive while the server is running.

Use extreme caution when removing a hard disk drive. To avoid a severe system failure, while the server is running never attempt to replace a critical system drive (i.e., the drive with on which the Windows Partition is stored) or data drive that is routinely accessed by the system, its applications and/or users.

Connecting Hardware Devices Installing a hard disk drive 96

Replacing a hard disk drive

1 Open the server’s upper and lower front doors.

2 Locate the faulty hard disk drive.

The status indicator of the faulty drive will be amber.

3 Open the latch of the drive bay in which you are replacing the faulty hard disk drive.

The hard disk drive partially extends from the drive bay.

Opening the drive bay latch

4 Wait five to ten seconds for the disk to spin down, then using both hands, remove the

HDD/drive tray assembly from the drive bay.

Hard disk drives generate heat when in use. To avoid burn injuries, use the disk tray when handling the hard disk drive.

Disk tray

Removing the hard disk drive tray

5 Place the new HDD/drive tray assembly in the drive bay, then slide it to the rear of

the drive cage.

Connecting Hardware Devices Expansion cards 97

6 Close the drive bay latch—applying a small amount of pressure to seat the HDD/

drive tray assembly into position. If the server is on, after a short time the DC power indicator illuminates. Continue with Step 8.

Closing the drive bay latch

7 If the server is off, plug the power cable into an AC outlet (or UPS), press the power

button to turn on the server, and run any required system checks.

8 Close and lock the server’s upper door and front door panel. For information on

limiting access to server controls, see Limiting access to server controls on page 24.

9 If a RAID controller is installed, rebuild the disk array. For information on rebuilding

the disk array, refer to the user’s guide that came with your RAID controller.

HINT: You may need to change some operating system and/or application software settings after replacing a hard disk drive.

Expansion cards

The server supports PCI expansion cards.The system board contains six PCI expansion slots.

PCI-1 PCI-2

PCI-3 PCI-4 PCI-5 PCI-6

Expansion card slots

Connecting Hardware Devices Expansion cards 98

Restrictions on PCI expansion cards

The four uppermost slots (PCI-1 through PCI-4) support 64 bit/100 MHz PCI-X, 64 bit/66 MHz, and 32 bit/33 MHz PCI cards. The PCI-5 and PCI-6 slots are intended for 32 bit/33 MHz PCI cards.

Setting IRQ levels

When setting the IRQ level for installed devices, use the BIOS Setup Utility. For information, see BIOS Setup Utility on page 106.

Refer to the user’s guide that came with the expansion card for detailed information on that device.

HINT: You must consider the configuration of the existing installed devices when setting the interrupt level for newly installed devices. Toshiba recommends that you use Appendix D, Device Log to record device settings.

Cautions when adding RAID controllers and SCSI host adapters

If a RAID controller or SCSI host adapter is added to the system, there may be more than one controller which controls hard disk drives and other start up devices. In this case, use the BIOS Setup Utility to specify the hard disk drive that will boot the OS (operating system).

Follow these steps to select the hard disk drive.

1 Start BIOS Setup Utilities and select “+Hard Drive” from the Boot menu.

The name of the hard disk drive or the name of the controller connected with it is displayed.

+Removable Devices

-Hard Drive Bootable Add-in Cards

PCI RAID Adapter (bus XX dev XX)

2 Use the <+> or <-> key to change priority to the desired priority level.

Installing expansion cards

Never touch any parts except those necessary for installing the device. There are many high-voltage parts that may cause an electric shock.

Connecting Hardware Devices Expansion cards 99

1 If the server is in operation, shut it down. Then remove the access panel. For

detailed instructions, read Steps 1 through 4 in Maintenance overview on page 50.

Installing an expansion card while the power is on may damage the server and the expansion card.

2 If necessary, change the jumper and/or DIP switch settings on the expansion card

you are installing. For more information on configuring the expansion card, refer to the user’s guide that came with the device.

3 Lift the card support and remove the expansion slot cover from the slot in which the

expansion card is being installed. Make sure that the expansion slot you select satisfies the conditions and restrictions of the expansion card you are installing.

Removing the expansion slot cover

4 Insert the expansion card in the slot, then lower the card support to hold the

expansion card in place.

Inserting the expansion card

5 Reinstall the access panel, reconnect all signal and power cables, then turn on the

server. For instructions, read Steps 6 through 9 in Maintenance overview on page

50.

Connecting Hardware Devices Expansion cards 100

Removing expansion cards

1 If the server is in operation, shut it down. Then remove the access panel. For

detailed instructions, read Steps 1 through 4 in Maintenance overview on page 50.

Removing an expansion card while the power is on may damage the server and the expansion card.

2 Lift the card support that holds the PCI expansion card in place, then remove the

expansion card from the slot.

Removing the PCI expansion card

3 Position the expansion slot cover in the slot, then lower the card support to hold the

cover in place.

Installing the expansion slot cover

4 Reinstall the access panel, reconnect all signal and power cables, then turn on the

server. For instructions, read Steps 6 through 9 in Maintenance overview

on page

50.

Toshiba Magnia 3310, Magnia 3310R User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual