Toshiba 7010 User Manual

Magnia™ 7010

User’s Guide

Model: Magnia7010

Copyright

2000 by Toshiba Corporation. All rights reserved. Under the copyright laws, this manual can-

©

not 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.

Toshiba Magnia7010 User's Guide

First edition March 2000

Disclaimer

This manual has been validated and reviewed for accuracy. The instructions and desriptions it
contains are accurate for the Toshiba Magnia7010 Server at the time of this manual's production.
However, succeeding computers and manuals are subject to change without notice. Toshiba
assumes no liability for damages incurred directly or indirectly from errors, omissions or discrep­ancies between the computer and the manual.

iii

Trademarks

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

Pentium and LANDesk are registered trademarks of Intel Corporation.

Xeon is a trademark of Intel.

PS/2 is a trademark of International Business Machines Corporation.

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

Ethernet is a registered trademark of Xerox, Inc.

Symbios Logic is a trademark of Symbios Logic, Inc.

NetWare is a registered trademark of Novell Corporation.

MegaRAID is a registered trademark of American Megatrends Corporation.

U.S. Robotics, Sportster, and V. Everything are registered trademarks of 3Com Corporation or its
subsidiaries.

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

iv

CE compliance

This product and the original options are designed to observe the related EMC (Electromagnetic
compatibility) and safety standards. However, Toshiba should not guarantee that this product still
observes these EMC standards if options or cables not produced by Toshiba are connected or
implemented. In this case the persons who have connected / implemented those options / cables
have to assure that the system (PC plus options / cables) still fulfils the required standards. To
avoid in general EMC problems following advice should be observed:

Only CE marked options should be connected / implemented



Only best shielded cables should be connected



Working environment

This product was designed to fulfil the EMC (electromagnetic compatibility) requirements to be
observed for so-called "Residential, commercial and light industry environments".

Toshiba do not approve the use of this product in working environments other than the above
mentioned "Residential, commercial and light industry environments".

For example, the following environments are not approved:

Industrial Environments (environments with a mains voltage >230V~)



Domestic Environments (environments where the use of broadcast and television receivers



may be expected within a distance of 10m of this present Toshiba product)

Medical Environments



Automotive Environments



Any consequences resulting from the use of this product in working environments that are not
approved are not the responsibility of Toshiba Europe GmbH.

The consequences of the use of this product in non-approved working environments may be:

Interference with other devices or machines in the near surrounding area



Malfunction of, or data loss from, this product caused by disturbances generated by other



devices or machines in the near surrounding area

Therefore Toshiba strongly recommend that the electromagnetic compatibility of this product
should be suitably tested in all non-approved working environments before use. In the case of
automobiles or aircraft, the manufacturer or airline respectively should be asked for permission
before use of this product.

Furthermore, for general safety reasons, the use of this product in environments with explosive
atmospheres is not permitted.

Class A warning

This product observes Class A radiation limits only. This means that if the product will be used in
a domestic environment, other devices in the near surrounding may suffer interference. Conse­quently, please do not use this product in such environments (for example a living room), other­wise you could be held responsible for any ensuing interference.

v

Notice to user of EN55022
Warning

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.

vi

Introduction

Congratulations on the purchase of your Magnia™ 7010 server, which com­bines high performance with great flexibility:

Up to four Xeon Pentium® III processors (550 MHz speeds available)



512 KB secondary cache memory per CPU



Expandable to 4 GB RAM



32x speed SCSI CD-ROM drive



Server setup support software



Up to 12 SCSI hot-swap hard disk drives (with optional hard disk drive



[HDD] cage) compatible with Ultra II (LVDS) Wide SCSI

Six dedicated PCI expansion slots and one shared PCI/ISA slot



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



Two hot-swap power supplies with up to two additional power supplies for



increased reliability

Memory devices and expansion cards are easy to install, making upgrades



simple

Compatible with Redundant Array of Independent Disks (RAID) 0, 1, 5, 10,



and 50 configurations

NOTE: The Magnia7010 meets the FCC regulations for a Class A digital
device, suitable for use in a business installation. There is a possibility of
radio interference when using the Magnia7010 in a home environment.

viii

About this guide

This guide introduces the Magnia7010’s features and explains how to set up,
configure, and maintain the server.

Please read through the guide to gain an overall understanding of operating pro­cedures and safety precautions before you use the Magnia7010 server.

Safety cautions

All safety instructions must be read carefully and must be fully understood,
before attempting to use your Toshiba Magnia Series Server Rack.

This manual contains the safety instructions that must be observed in order to
avoid potential hazards that could result in personal injuries or could damage
your rack or the units installed in them. The safety instructions have been classi­fied according to the seriousness of the risk, and the following icons highlight
these instructions as follows:

DANGER: This icon indicates the existence of a hazard that could result in
death or serious bodily injury if the safety instruction is not observed.

CAUTION: This icon indicates the existence of a hazard that could result in
damage to equipment or property if the safety instruction is not observed.

WARNING: This icon indicates the existence of a hazard that could result in
bodily injury if the safety instruction is not observed.

NOTE: This icon indicates information that relates to the safe operation of
the equipment or related items.

It is extremely important that basic safety practices be followed when installing
any unit or maintaining the system.

Other icons used

Additional icons highlight other helpful or educational information:

TECHNICAL NOTE: This icon provides technical information about the
server which, while not essential, may be of interest to you.

HINT: This icon denotes helpful hints and tips.

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

Other documentation

ix

The server comes with the following documentation:

™

The Magnia



how the server works.

The Toshiba Server Setup Tool User’s Guide contains instructions for set-



ting up and optimizing installation of Microsoft Windows
NetWare
drivers

.

Warranty information.



7010 User’s Guide contains the technical information about

®

. This also includes the installation of Toshiba-authorized option

Service options

Toshiba offers a full line of service options built around its warranty programs.
See the warranty and service material included with the server for registration
information.

Maintenance contracts

Periodic maintenance and inspection is essential for keeping the server fully
operational and assuring its safe use. Toshiba recommends taking out a mainte­nance contract for this purpose.

®

NT or Novell

x

Contents

Chapter 1: Getting Started ............................................................... 2

Make sure you have everything .................................................... 2

Environmental considerations ....................................................... 2

Both models—pedestal and rack.............................................. 2

Pedestal model.......................................................................... 3

Rack model................................................................................ 4

Power requirements....................................................................... 4

Front view....................................................................................... 5

Upper door lock status window................................................. 5

Key lock...................................................................................... 5

Casters....................................................................................... 5

Front with doors open.................................................................... 7

Door lock mechanism................................................................ 8

Upper door security ................................................................... 8

Removable door hinges............................................................ 8

Upper device bay....................................................................... 8

Floppy disk drive (FDD)............................................................. 8

Power and reset switches ......................................................... 8

LCD Display............................................................................... 9

Server status indicators (lamps).............................................. 11

Hard disk drive cage................................................................ 14

Second HDD cage................................................................... 16

Panel lock................................................................................. 16

Lower door security ................................................................. 16

Back of the Magnia7010.............................................................. 17

Power supply ........................................................................... 17

Security loops........................................................................... 18

I/O ports.................................................................................... 18

AC power cable receptacle and AC power button................. 18

Expansion slot covers.............................................................. 18

Power supply slots................................................................... 18

xii

Removing the front doors............................................................ 18

Removing and replacing the server panels................................ 19

Removing the panels on the pedestal model......................... 19

Removing the covers - rack model......................................... 19

Replacing the server covers on the pedestal model ............. 20

Replacing the covers on the rack model................................ 20

Setting up server security............................................................ 21

No access................................................................................ 21

Limited access......................................................................... 21

Full access............................................................................... 22

Rear access............................................................................. 22

Inside the server .......................................................................... 22

Motherboard............................................................................ 22

Cooling fans............................................................................. 23

CPU slots ................................................................................ 23

SMC board ............................................................................. 23

RTC battery ............................................................................. 23

Memory banks......................................................................... 23

Expansion slots ....................................................................... 24

Caring for your equipment........................................................... 24

Caring for your server ............................................................. 24

Caring for the keyboard........................................................... 24

Caring for the mouse............................................................... 25

Caring for the monitor ............................................................. 26

Connecting peripherals ............................................................... 26

Connecting the power cable ....................................................... 27

Switching on the server............................................................... 28

Using the Wake On LAN function........................................... 28

Power On Self Test ................................................................. 28

BIOS Setup.............................................................................. 28

Switching off the server............................................................... 29

Normal shutdown .................................................................... 29

Using the Automatic Shutdown function ................................ 29

Switching off power with the Shortcut switch ......................... 31

Abnormal system shutdown........................................................ 31

Chapter 2: Installing Hardware ....................................................... 34

Installing optional devices............................................................ 34

Before you start....................................................................... 34

Installation/removal overview.................................................. 36

Fan module installation/removal................................................. 37

Removing the fan module....................................................... 37

Installing the fan module ......................................................... 38

Adding memory............................................................................ 39

Installing a memory module.................................................... 41

Removing a memory module.................................................. 43

Adding a CPU .............................................................................. 43

Installing a CPU....................................................................... 43

Replacing the motherboard battery............................................. 48

Adding internal SCSI devices...................................................... 48

SCSI ID .................................................................................... 48

Detecting a SCSI drive (SAF-TE) ........................................... 49

SCSI termination...................................................................... 49

Removing a device bay spacer............................................... 49

Installing a SCSI device........................................................... 50

Removing an internal SCSI device......................................... 52

Installing the DDS auto-changer................................................. 54

Adding and removing a hard disk drive (HDD)........................... 56

Installing additional hard disk drives....................................... 57

Installing a second HDD cage..................................................... 61

Installing expansion cards ........................................................... 63

Restrictions on ISA expansion cards...................................... 63

IRQ setup................................................................................. 64

Cautions When Adding RAID Controllers and SCSI Host

Adapters................................................................................... 64

About BBS ............................................................................... 65

Installing a RAID controller board........................................... 66

Installing the EMC board......................................................... 68

Adding or removing a power supply............................................ 69

Removing a power supply....................................................... 72

Adding a power supply............................................................ 72

xiii

Chapter 3: System Configuration Setup ........................................ 75

System Setup Utility (SSU).......................................................... 75

Starting SSU............................................................................ 76

Setting a password.................................................................. 77

Assigning resources to expansion cards................................ 78

Installing a PCI expansion card .............................................. 79

Removing a PCI expansion card............................................ 80

Installing an ISA expansion card (without CFG file)............... 80

Removing an ISA expansion card (without CFG file) ............ 81

Installing an ISA expansion card (with CFG file).................... 81

Removing an ISA expansion card (with CFG File) ................ 81

Setting up the system board and I/O devices ........................ 82

xiv

Changing PCI/ISA device configuration settings................... 85

Creating and registering ISA expansion card information..... 87

Boot Device ............................................................................. 88

Verifying or changing the password ....................................... 89

SEL Viewer Add-in.................................................................. 92

CMOS Setup Utility...................................................................... 93

Starting the setup utility........................................................... 93

Menu screen............................................................................ 95

Setup utility operating procedures.......................................... 96

Details of setup items.............................................................. 96

Security menu........................................................................ 101

Using the Sensor Data and LCD Setup tool............................. 106

Setting the LCD display settings........................................... 106

Procedure After Removing a Redundant Power Supply and

Redundant FAN..................................................................... 108

When Redundant Power Supplies and Fans in the Expansion

HDD Are Removed ............................................................... 109

Built-in SCSI utility ..................................................................... 110

Starting the SCSI utility .......................................................... 111

Disk array setup (RAID) ............................................................ 114

Installing the right RAID utility for your operating system .... 114

Operating with extremely high loads .................................... 115

Auto rebuild with a Hot Spare............................................... 115

Chapter 4: Emergency Management Port................................... 117

Using the EMP function............................................................. 117

Setting up the server ................................................................. 117

Setting up the EMP console...................................................... 119

Running the EMP client............................................................. 119

Event Log status........................................................................ 120

Chapter 5: Troubleshooting Guide ............................................... 127

Troubleshooting ......................................................................... 127

Before calling for service....................................................... 128

Error check ............................................................................ 128

Initial startup........................................................................... 128

Application software problems.............................................. 129

Common problems................................................................ 130

Status LED indications.......................................................... 131

Forced shutdown................................................................... 131

Toshiba Technical Support ........................................................ 131

Appendix A: Specifications ........................................................... 133

Model specifications................................................................... 133

Interrupt levels............................................................................ 136

PCI slots and device numbers .................................................. 137

Appendix B: Interfaces.................................................................. 139

RGB interface............................................................................. 139

RGB interface synchronizing signals........................................ 140

Serial 1 and serial 2 interface .................................................... 141

Printer interface.......................................................................... 142

Keyboard/mouse interface ........................................................ 143

USB interface............................................................................. 144

Expansion slots (for ISA Cards)................................................ 145

Expansion slots (for PCI Cards) ............................................... 147

Appendix C: Switch Settings ........................................................ 153

Password.................................................................................... 153

Hardware setup information ...................................................... 153

xv

Appendix D: Device Log ............................................................... 157

Index.............................................................................................. 161

xvi

Chapter

Make sure you have everything . . . . . . . . . . . . . . . . . . . . . . . . . . . 2

Environmental considerations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2

Power requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

Front view . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Front with doors open . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

Back of the Magnia7010 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

Removing the front doors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

Removing and replacing the server panels . . . . . . . . . . . . . . . . . 19

Setting up server security . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

Inside the server . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22

Caring for your equipment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24

Connecting peripherals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

Connecting the power cable . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27

Switching on the server . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28

Switching off the server . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29

Abnormal system shutdown . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31

1

Getting Started

This chapter describes the server in detail and the environmental conditions for
which it is designed.

Make sure you have everything

Unpack the boxes and check the contents against an attached list of accessories
and your purchase order.

If any items are missing or damaged, notify your purchasing department
immediately.

Before plugging in the AC cable, remove the top and left covers and check for
correct seating of all installed components. For information on removing
covers, see “Removing and replacing the server panels” on page 19.

Environmental considerations

Both models—pedestal and rack

Install the server on a level surface in a clean, dust-free, and well ventilated
environment.

The area must be free from:

Direct sunlight.



Vibration.



Liquids and corrosive chemicals.



2

Getting Started

Environmental considerations

CAUTION: If you spill liquid into the server, turn it off, unplug it from the AC
power source, and let it dry out completely before turning it on again.

If the server does not operate correctly after you turn it back on, contact a
authorized Magnia service provider.

Harmonic-generating electronic equipment



Equipment that generates a strong electromagnetic field, such as large



motors or speaker phones.

Rapid changes in temperature or humidity, and sources of temperature



change such as air conditioner vents, fans, or heaters.

Extreme heat, cold, or humidity. Use the server within the range of rated



ambient conditions:

Temperature: 50° to 95°F (10° to 35°C)

3

Relative humidity: 30% to 80% RH noncondensing

If the ambient temperature is too high or too low, wait about an hour after the
temperature has returned to its operational range before using the server to
avoid condensation.

NOTE: Keep the server free from condensation during use and storage.

Pedestal model

Leave enough space around the server and other equipment for installation and
maintenance.

4

Getting Started

Power requirements

Rack model

2 inches (5 cm) or more

14 inches (35 cm) or more

Minimum safe distances

NOTE: Installing a rack model of the Magnia7010 requires special
techniques and knowledge. Toshiba recommends that you call an
authorized Magnia service provider.

In addition to the pedestal environmental considerations, if you are installing a
rack model, keep in mind these additional considerations:

Install the server or rack on a level surface.



8 inches (20 cm) or more

2 inches (5 cm) or more

The equipment rack must provide sufficient airflow to the front of the server



to maintain proper cooling. Keep the vent on the front and rear sides clear
about 24 inches (60 cm).

Power requirements

The server is supplied with an AC power cable with a rating of up to 15
amperes. When deciding how to connect the equipment to the power outlet,
consider the possible effect of overloading circuits.

The overall rating of a server configured with four power supplies is 800 watts.

To supply reliable grounding of the server, you must use the supplied power
cable.

NOTE: Toshiba recommends that you use a UPS for both pedestal and
rack models.

Front view

Power on/off

Disk activity

Auto Shutdown
Fault

Upper door lock
status window

Key lock

Getting Started

Front view

5

Front view with the doors closed

Upper door lock status window

The upper door may be secured (locked) to the lower door. The icon in the
upper door lock status window indicates if the upper door is locked or
unlocked.

Unlocked

Upper door lock window

Locked

Key lock

The key lock may be used to lock the security cover lower door.

When the lower door is locked, the side panels cannot be removed. See “Back
of the Magnia7010” on page 17.

Casters

Casters

The cabinet casters of the pedestal model allow you to easily position the server.

1 Lock the casters to prevent further movement.

6

Getting Started

Front view

Locking the casters

2 To unlock the casters, push the tabs upwards.

Unlocking the casters

Front with doors open

Door lock mechanism

Removable upper door security

Removable door hinges

LCD Display

Getting Started

Front with doors open

Upper device bay

Status indicators

NMI switch
Reset switch
Shortcut switch

Power On/Off
switch

Floppy disk drive
Spacer

HDD cage

7

Panel lock

Removable lower door security

Front of the Magnia7010

Thumb screw

Spacer

HDD device bays

Panel lock

The front of the server (rack model)

Optional
expansion HDD
cage location

Thumb screw

LCD Display

CD-ROM drive

Handle (2)

Floppy disk drive

Status indicators

NMI switch

Reset switch

Shortcut switch

Power On/Off

Getting Started

8

Front with doors open

Door lock mechanism

The upper and lower doors may be latched together for varying degrees of
server security. For more information, see “Setting up server security” on
page 21.

Upper door security

The upper door provides access to the operation switches, the 5.25-inch device
bays (including the CD-ROM) and the diskette drive. The upper door may be
locked with an internal latch. The locked door status is shown by the icon in the
window of the upper door.

Removable door hinges

The removable hinges allow the upper and lower doors to be removed.

Upper device bay

The upper device bay may hold up to three devices:

Three 5.25-inch devices (one of which contains the CD-ROM)



CD-ROM drive

This drive can read single-sided compact discs.



A headset or earphones can be connected to the stereo phone jack.



The volume control adjusts the audio output level provided the CD-ROM



disc supports this.

The CD-ROM lamp glows while the CD-ROM is being read.



If the drive tray does not slide out when you press the eject button, contact



your system administrator.

Floppy disk drive (FDD)

The drive reads both high-density and double-density 3.5-inch disks (1.44



MB/720 KB).

The FDD lamp glows while the disk is being accessed.



Pressing the eject button removes the diskette.



Power and reset switches

There are four switches on the front of the server:

NMI

The NMI switch is reserved for use by a authorized Magnia service provider.

The Reset button resets the system. Press to reset the system using a slender
object.

Getting Started

Front with doors open

9

APL

The Shortcut switch is a user-defined switch that enables predefined software.

See the “Server Setup Tool User’s Guide” for instructions on installing software
for the Shortcut switch.

The Power On/Off switch turns power on or off.

ON—Press until you hear an audible sound, then release it.

OFF—Press until the sound has changed to continuous one, then release it.
If you release the button before the sound has changed to continuous one,
the server will not shut down.

TECHNICAL NOTE: In security mode, the power on/off switch and reset
switch are disabled, so power cannot be switched off and the system
cannot be reset. To use these buttons, enter the user password.

If a floppy disk drive, CD-ROM, or a hard disk drive activity lamp is lit, do not
reset the system, or remove the side covers. Data could be lost or
destroyed.

The procedures for switching power on and off vary depending on the
system.

LCD Display

The LCD display shows the following information.

1 System configuration information

2 User settings

3 Fault information

The screen changes every few seconds automatically to show the next set of
information.

1 System configuration information

2 User settings

The CPU type, the CPU’s operating frequency, and the memory capacity
are displayed. If there are two 550MHz CPUs and the system memory is
2048MB, the following will be displayed:

PentiumIII Xeon
550MHzX2 2048MB

The system configuration information is updated during POST processing.

Getting Started

10

Messages Meaning Note

Front with doors open

Default settings are displayed as MAGNIA 7010. You can use a tool to
change what is displayed. Refer to “Using the Sensor Data and LCD Setup
tool” on page 106.

MAGNIA 7010

3 Fault information

The messages that may be displayed when a malfunction occurs are listed
below.
For the FAN number and power supply number designations, see the
diagram shown below.

SYS FAN Failure
FAN#n on Unit#1

SYS FAN Failure
FAN#n on Unit#2

CPU FAN Failure
CPU FAN#n

FAN Degraded to
Non-Redundant

Fan Unit
Degraded Non­Redundant

SYS FAN Failure
No FAN Unit

PS Failure Power
Supply #n

PS Degraded to
Non-Redundant

Failure of Standard FAN’s FAN n. n = FAN No

(1 ... 5)

Failure of Redundant FAN’s FAN n. n = FAN No

(1 ... 5)

Failure of CPU FAN n. n = FAN No

(1 ... 2)

Failure of redundant FAN which has
become non-redundant.

The quantity of FAN units decreased and
they have become non-redundant.

Without FAN Unit

Failure of power supply n. n = PS No

(1 ... 4)

Failure of redundant power supply which
has become non-redundant.

Excessive Number
of PS Installed

Insufficient #
of PS Installed

DC Short in
Drive Subsystem!

DC Short on
Motherboard!

The number of power supply units is
excessive.

The number of power supply units is
insufficient.

DC shorted in 5" device bay HDD.

DC shorted on system board.

Getting Started

Front with doors open

Messages Meaning Note

SMC_Diag_Err(xx) SMC board self-diagnostic error. xx =

error code

CPU

FAN

1

2

11

5

4

1

1

2

354

1

2

3

Redundant FANStandard FAN

2

Server status indicators (lamps)

Each lamp (LED) indicates a state of the server.

34

12

Getting Started

Front with doors open

Type of Lamp State Meaning

Power Off Not running, power off

(no AC input)

Flashing Amber Number of power supplies is wrong

Amber Not running, but power is on

(AC input)

Flashing Green Reserved

Green Running normally

Disk Off Not running

Amber Disk fault occurred

(Valid only with the RAID controller
option.)

Flashing Amber Disk array being rebuilt

(Valid only with the RAID controller
option.)

Automatic
shutdown

Flashing Green
or Green

Off One of these:

Amber Automatic Shutdown function is out of

Disk running normally
(On models with the RAID controller,
this lamp only flashes when other SCSI
devices located in the upper device bay
are being accessed.)

DC OFF



Auto Shutdown



function is properly
disabled

order

Automatic Shutdown is



not installed on
Windows NT

Windows NT is booting



An operating system



other than Windows
NT is running with
Automatic Shutdown
function enabled

Green Automatic Shutdown function is

enabled. Auto Shutdown function is
ready to start when power button is
turned off.

Getting Started

Front with doors open

Type of Lamp State Meaning

Fault Off DC OFF or normal operation

(AC OFF or all power supplies and fans
are OK)

Flashing Green One of the redundant FAN/Power

supply has failed.

(System operation can resume.)

Flashing Amber The non-redundant FAN/Power supply

has failed.

Or, the redundant FAN/Power supply
pair has failed.

(The system must be stopped
immediately.)

13

CAUTION: If a failure occurs, contact your authorized Magnia service
provider.

Lamp indicators for a faulty power supply or cooling fan

If a power supply or cooling fan fails, the Fault indicator flashes. Before
contacting your authorized Magnia service provider, check for the faulty part.
Look at the LCD and check the location of the malfunction. Check the “LCD
Display” on page 9.

CAUTION: If two or more power supplies or cooling fans fail, immediately
shut down the system and switch off power. If the system is kept in
operation, it could result in destruction and loss of important programs and
data.

NOTE: The lamp indicators only show a fault of the power supply or fans.

The HDD cage has separate fault indicators for each of the hard disk drive
units.

Additional power supplies may be installed to provide system redundancy. If a
power supply in a redundant configuration fails, the system can continue to run

Getting Started

14

Front with doors open

without shutdown until maintenance personnel arrive, unless the system is
already in a downgraded operation or failure mode.

A redundant fan module can be installed so that, if one unit fails, the system can
remain in operation.

NOTE: Even if one of the power supplies or cooling fans of a redundant
configuration fails, the system will remain running without shutting down
(downgraded operation). Toshiba recommends immediate repair.

Note that continued downgraded operation could shorten the service life of
various parts of the server depending on the temperature and installation
conditions.

Hard disk drive cage

The HDD (hard disk drive) chassis can hold up to six hot-swappable disk
drives. If you need more disk drives, you can install an expansion HDD cage.

Hard disk drive

Each hard disk drive has its own DC POWER and STATUS indicator LEDs.
The STATUS indicator flashes green while the disk drive is reading or writing
data, but glows amber if something goes wrong with the disk drive when using
the RAID controller (fault status).

HDD status indicators

A set of status lamps, located next to each drive, indicates its condition.

Getting Started

Front with doors open

LED State Meaning

STATUS Off HDD not installed

No power supplied to the HDD

Data not read or written—no activity

Amber Disk failure (RAID controller option only)

Flashing amber Disk array being rebuilt (RAID controller

option only)

Green Data being read or written

DC POWER Off HDD not installed

No power supplied to the HDD

15

Green Power supplied to the HDD

NOTE: If the STATUS indicator for a slot glows amber, the corresponding
hard disk must be replaced because it could be defective.

If a hard disk drive is subjected to shock or vibration, the disk could be
damaged and its data destroyed. Exercise care when handling it.

CAUTION: Toshiba recommends that, instead of replacing the hard disk
drive yourself, you ask one of our authorized Magnia service providers to
do it for you. If the system is running, an error in the installation or
replacement process could cause failures and destruction or loss of
important programs and data.

Do not expose the server to shock or vibration while power is on. Even if
the disk status lamp is off, the hard disk drive head stays in the data area.

Getting Started

16

Front with doors open

When the server is switched off, the hard disk drive head automatically retracts.
However, the hard disk drive takes about 30 seconds to stop.

WARNING: The HDD becomes hot when in use. Wait for it to cool when
removing.

For more information about the disk drive subsystem, see “Adding and
removing a hard disk drive (HDD)” on page 56.

Second HDD cage

This second optional cage allows installation of up to six more hard disk drives,
giving a total of 12 possible HDD units. Each disk drive has its own DC Power
and Status lamps similar to the standard chassis.

Panel lock

The panel lock allows you to remove the left panel of the server to access the
interior components.

Lower door security

The lower door provides access to the hard disk drive cage and the panel lock.

Back of the Magnia7010

Back of the Magnia7010

Power supply (#1)
Security loop

Power supply (#2)
USB port

Getting Started

17

Keyboard port

Mouse port

Serial port #1

Serial port #2

Printer port

Video port

Network port

AC power cable
receptacle

AC power
button

Rear view of the Magnia7010

Power supply

The server has two standard power supplies. The Magnia7010 can have a
maximum of four power supply units to provide system redundancy and load
sharing, thereby increasing efficiency. See “Adding or removing a power
supply” on page 69 for more information.

Expansion slot
covers

Power supply (#4) slot

Security loop

Power supply (#3) slot

Getting Started

18

Removing the front doors

Security loops

The security loops let you attach a locking device to the back of the server to
prevent theft and unauthorized removal of the power supplies. See “Rear
access” on page 22 for more information.

I/O ports

Connect the various server components to the appropriate I/O port. See
“Connecting peripherals” on page 26.

AC power cable receptacle and AC power button

The AC power cable plugs into the power receptacle, and the AC power button
enables AC power to the power supply modules.

Expansion slot covers

The Magnia7010 has seven expansion slots available for additional expansion
cards. There are six PCI slots and one shared PCI/ISA slot.

Power supply slots

These slots provide locations to install optional power supplies for redundancy
and load sharing.

Removing the front doors

1 Open the door.

2 Lift up on the door to disengage the hinge pins.

Removing the upper door

3 Pull the door away from the cabinet.

Remove bottom door the same way. (Unlock it first, if necessary.)

Getting Started

Removing and replacing the server panels

Removing and replacing the server panels

To service the components inside the server, you must remove the side and top
panels.

Removing the panels on the pedestal model

1 Switch off the server, turn off the AC power switch and unplug its power

cable.

2 To release the side panel, turn the lock on the left side of the front panel so

that its finger grip is horizontal.

3 Slide the left panel back until it stops (about 2.5 inches) and lift off the

panel.

19

Removing the side panel

4 Pull the top cover back about one inch and lift it away.

Removing the top panel

Removing the covers - rack model

1 Switch off the server, turn off the AC power switch and unplug its power

cable.

2 Disconnect any monitor and keyboard cables, as appropriate.

3 Loosen the two thumbscrews.

Panel lock

20

Getting Started

Removing and replacing the server panels

4 Use the handles to draw the server from the rack. Pull slowly until the server

will go no farther.

Panel lock

Thumbscrew

Extraction handle

Removing the covers on the rack version

5 Release the panel lock.

6 Remove the panels.

Thumbscrew

Extraction handle

Replacing the server covers on the pedestal model

NOTE: Before replacing the server covers, make sure that the server’s AC
switch is OFF and the power cable is unplugged.

1 Replace the top panel.

2 Replace the side panel, being careful not to trap or pinch any internal cables.

3 Turn the panel lock until the finger grip is vertical.

4 Check that the server panels are secure and locked, then reattach and close

the front door.

NOTE: Be sure to lock the side panels after you replace them. If you do not
lock the panels, they can be removed even if you lock the front door.

Replacing the covers on the rack model

1 Replace the panels.

2 Turn the panel lock on the front panel until the finger grip is horizontal.

3 Push the rail release switches and push the server back into the rack.

4 Tighten the thumbscrews.

5 Reconnect the monitor and keyboard cables.

6 Reconnect the power cable and switch on the server.

Setting up server security

The server door is divided into an upper door and a lower door to allow three
types of access: none, limited, or full.

Both upper and lower security cover doors are on removable hinges allowing
for complete removal of both doors. The door lock mechanism for the upper
door is accessible only with the bottom door open. Use the key to unlock and
open both doors.

No access

If both doors to the server are closed and locked, only a manager or authorized
personnel can access any of the server functions.

To limit general users’ access to the server:

1 Lock the upper door to the lower door by engaging the upper door lock.

Getting Started

Setting up server security

21

Locking the upper door

2 Lock the lower door with the key.

Limited access

If only the top door is open, general users can access the power on/off switch,
reset switch, CD-ROM drive, and floppy disk drive.

To permit access to the top portion of server:

1 Unlock the upper door by releasing the upper door lock.

Unlocking the upper door

2 Lock the lower door with the key.

22

Full access

If both doors are unlocked, all server functions are available to any user.

To permit full access to the server, unlock the lower door with the key.

Rear access

To prevent access to the rear of the server and unauthorized removal of the
power supplies, install the two security plates.

Security plates

These plates fit over the two security loops on the back of the server. You can
then place a security lock through the loops.

Getting Started

Inside the server

Inside the server

Motherboard

Expansion slots

Inside the server

Motherboard

The motherboard supports up to four CPU modules, the memory modules, six
PCI expansion card slots and one shared PCI/ISA expansion card slot. To
replace the onboard battery, see “Replacing the motherboard battery” on
page 48.

Cooling fansCPU slots

Memory banksRTC battery

SMC boardCooling fan

Cooling fans

The server contains several cooling fans for the HDDs, power supply, system
motherboard, and CPUs. The server may be fitted with a redundant fan module
so that, if one unit fails, the remaining fan module permits the system to remain
in operation.

A faulty cooling fan is indicated by a flashing FAULT indicator & LCD
Display. See “Server status indicators (lamps)” on page 11 for details.

Prompt repair of the failed unit is necessary. The failure of another cooling fan
could result in damage to components and the loss of important programs and
data.

To replace a cooling fan module, see “Fan module installation/removal” on
page 37.

Getting Started

Inside the server

CAUTION: Toshiba recommends that you call an authorized Magnia
service provider. Installing or replacing the fan drawer requires special
techniques and knowledge.

23

CPU slots

The CPU banks allow easy addition and replacement of the CPU modules. To
install or upgrade a CPU, see “Adding a CPU” on page 43.

SMC board

This is a secondary board. It controls the Power ON/OFF, monitors the power
supply units and FANs, and controls the LCD and LEDs.

RTC battery

The Real Time Clock (RTC) battery maintains the time of day. It may also
provide timing signals for timesharing operations. A RTC battery is on the
motherboard. To replace the battery, see “Replacing the motherboard battery”
on page 48.

Memory banks

There are four memory banks in the server. Each memory bank has four slots
for a total of sixteen memory slots that allow you to replace and upgrade the
server’s Random Access Memory (RAM). To replace or upgrade memory
modules, see “Adding memory” on page 39.

Getting Started

24

Caring for your equipment

Expansion slots

The system base board has seven expansion slots—six PCI slots and one PCI/
ISA shared slot.

An ISA expansion card that requires a -5V supply cannot be used in the slot
because -5V is not supplied to any slot.

To install an expansion card, see “Installing expansion cards” on page 63.

The following figure shows the slot numbers of the expansion slots:

Caring for your equipment

Caring for your server

If the server is dusty, wipe it clean with a soft cloth. If it is very dirty, wipe it



with a damp cloth.

Do not expose the server to chemicals such as benzine, paint thinner and



insecticide, which could cause deformation or discoloration.

Keep the packaging in case you need to ship the server to another site or



send it to be serviced.

Do not expose the server to shock or vibration, which could cause it to



malfunction.

Caring for the keyboard

If the keyboard is used for a long period of time, dust may get into the unit,
causing it to operate sporadically.

To clean the keyboard:

1 Switch off the server.

2 Use a vacuum cleaner to pick up bits of dirt and dust between the keys.

3 Remove any foreign matter adhering to the keys using a dry cloth.

CAUTION: Do not spill liquids into the keyboard.

Caring for the mouse

If the mouse is used for a long period of time, dust may adhere to the ball,
making the mouse pointer move sluggishly or remain still.

To clean the mouse:

1 Switch off the server.

2 Turn the ball cover on the bottom of the mouse in the arrow direction

(counterclockwise) to remove the cover. Then remove the ball.

Getting Started

Caring for your equipment

25

Disassembling a mouse

3 Remove any foreign matter adhering to the roller in the mouse using a dry

cloth.

Cleaning the mouse ball

4 Wash the ball with tap water or neutral detergent.

5 After drying the ball, insert it into the mouse.

6 Close the ball cover by turning it in the direction of the arrow (clockwise)

until it clicks into place.

WARNING: Never disassemble the mouse yourself except for the ball
cover. Failure to reassemble the mouse correctly could cause fire, electric
shock, or burns.

Getting Started

26

Connecting peripherals

Caring for the monitor

Static electricity will cause dust to adhere to the monitor screen. It can be wiped
clean with a soft cloth. Do not use a wet cloth on the screen.

Connecting peripherals

The server has sockets on the back for connecting the keyboard and mouse, a
monitor and other peripheral devices. To connect peripherals:

1 If the power cables of the server and peripherals are plugged into AC

outlets, disconnect them.

2 Check that the power switches on the server and peripherals are off.

3 Connect the interface cables to their corresponding sockets on the server

and the peripherals.

NOTE: To plug or unplug the interface cables, hold them securely by the
connector.

4 Tighten any screws on the connectors and check that all cables are secure.

5 Plug the power cables of the peripherals into AC outlets.

USB

Connecting peripherals

NOTE: Use Toshiba-recommended peripherals. Refer to the manuals
supplied with them.

Connecting the power cable

NOTE: Toshiba recommends that you connect the server to an
Uninterruptible Power Supply (UPS) to prevent loss of data during an
unexpected shutdown or power failure.

After connecting the peripherals, connect the power cable to the server.

1 Check that the AC power switch on the back of the server is off.

2 Connect one end of the power cable to the power socket on the back of the

server.

3 Use a clamp to keep the AC cable in place.

Getting Started

Connecting the power cable

Power cable

retention lock

27

Retention lock installed

4 Connect the other end of the cable to the UPS or an AC outlet.

DANGER: Use the supplied power cable and plug it into a grounded outlet.
Otherwise, you risk causing a fire or electric shock.

Check that the AC outlet has a capacity adequate for the power
consumption of the server. Overloading the circuitry may result in fire or
damage to the server.

Do not connect an air conditioner, copying machine, or other appliance that
has high power consumption or generates electrical noise to the same AC
outlets/circuits.

Getting Started

28

Switching on the server

Switching on the server

NOTE: Wait for at least 10 seconds prior to switching power back on with
the power on/off switch and AC switch. Failure to observe this interval could
cause operation errors or faults.

1 Check that the monitor, keyboard, mouse, and all peripherals are correctly

connected.

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

3 Switch on the monitor.

4 Set the AC power switch on the back of the server to the ON position.

5 Verify the power on/off indicator glows amber.

6 Press the power on/off switch.

7 Check that the power on/off indicator glows green.

Using the Wake On LAN function

This server supports the Wake On LAN function for the network interface card.
The Wake On LAN function turns on the server when the client PC sends the
necessary code. If you installed the Remote Wake On LAN Tool to the client
PC, you can use this function.

Power On Self Test

When you press the AC switch, the Power On Self Test (POST) is
automatically performed. It checks the system base board, microprocessor,
memory, keyboard, and some peripherals.

During the memory test, the amount of memory accessed is displayed.
Depending on the system setting, the POST displays a message such as this:

“Press F2 to enter SETUP”

When you press
continues.

If the POST is suspended before its completion, it warns you of a system error.

F2

, the BIOS setup utility starts. Otherwise the boot sequence

BIOS Setup

Use Setup to change the system configuration defaults. Setup can be run with
or without an operating system being present. Setup stores most of the
configuration values in the battery-backed CMOS and the rest in flash memory.

The entered values take effect when you restart the system. POST uses these
values to configure the hardware. If the values and the actual hardware do not
agree, POST generates an error message. You must then run Setup to specify
the correct configuration.

Switching off the server

The method for switching off power varies depending on the system used.

Check your system and use either the Automatic Shutdown function or the
normal method to switch off power. Be sure to use only one of these two
methods. If you use both methods, power will not be switched off normally.

Normal shutdown

Use this method if the operating system does have not automatic shutdown
function installed:

1 Shut down the operating system in the normal way (see the specific

operating system manual for details).

Getting Started

Switching off the server

29

2 Press the power on/off switch until the buzzer has changed to continuous

sound.

If you release the power on/off switch before the buzzer has changed to
continuous sound, the exit process is interrupted and power remains on.

Using the Automatic Shutdown function

The Automatic Shutdown function operates with Windows NT only. Other
systems will be switched off as soon as the power on/off switch is turned off. If
the special software is not installed in a Windows NT system, the Automatic
Shutdown function will not operate. When you are not using the Automatic
Shutdown function, be sure to terminate system operation before turning off the
server.

Before using this function, you need to install it. See “Server Setup Tool User’s
Guide”.

To switch off the server using the Automatic Shutdown (ASD) function:

30

Getting Started

Switching off the server

1 Terminate all application software operating on the operating system. Be

sure to save the data of the application software before exiting.

NOTE: When power is switched off using the Automatic Shutdown function,
the application software is forcibly terminated so that any unsaved data will
be lost. However, you do not need to manually shut down the operating
system (Windows NT) before shutting down the server. Programs that do
not shut down properly may log errors or Dr. Watson events.

2 Press the power on/off switch for about seven seconds until the buzzer

sounds.

If the power on/off switch is released before the buzzer gives a continuous
sound, the exit processing is interrupted and power remains on.

3 Check that the Power lamp turns off and the server has stopped normally.

If the exit process did not end normally, forcibly shut down the system. See
“Sever Setup Tool User’s Guide”“Abnormal system shutdown” on page 31.

Precautions when using Automatic Shutdown

There is a possibility of malfunction if the power on/off switch is operated
during startup or shutdown, or other than the normal way.

During startup, do not operate the power on/off switch until the Begin login



dialog appears on the screen.

During shutdown, do not operate the power on/off switch until the Safe to



Switch Power Off dialog appears on the screen.

If you elect to do a restart, do not operate the power on/off switch until the



system reboot begins.

Do not press the power on/off switch repeatedly at short time intervals.



Logon by a user without shutdown rights

If an unauthorized user attempts to shut down the system, the Automatic
Shutdown function disables the power on/off switch and the server remains on.

To reactivate the ASD function, log in as a user with shutdown rights
(administrator), then shut down the system and switch off the power by normal
manual operation. The Automatic Shutdown function is restored when you
restart the system.

If at all possible, avoid problems by using these options:

Abnormal system shutdown

Operate the power on/off switch after logoff.



Either inhibit any login by Guest, or give shutdown rights to all users,



including Guest.

Applications during system operation

When the system is shut down using the power on/off switch, all the running
applications are forcibly terminated. Current application data will be lost in this
instance.

System load

If the shutdown operation is performed by pressing the power on/off switch
when the system is processing large amounts of data, the shutdown might not
start immediately even if the power on/off switch is released after the buzzer
sounds.

Switching off power with the Shortcut switch

Getting Started

31

APL

The Shortcut switch may be used to enable a predefined software program that
includes a command to shut down the system.

Abnormal system shutdown

If the system fails to shut down normally, you can forcibly stop it, but data will
be lost. To forcibly shut down the system, press the power on/off switch while
keeping the reset switch depressed.

32

Getting Started

Abnormal system shutdown

Chapter

Installing optional devices . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

Fan module installation/removal . . . . . . . . . . . . . . . . . . . . . . . . . . 37

Adding memory . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39

Adding a CPU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

Replacing the motherboard battery . . . . . . . . . . . . . . . . . . . . . . . 48

Adding internal SCSI devices . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48

Installing the DDS auto-changer . . . . . . . . . . . . . . . . . . . . . . . . . 54

Adding and removing a hard disk drive (HDD) . . . . . . . . . . . . . 56

Installing a second HDD cage . . . . . . . . . . . . . . . . . . . . . . . . . . . 61

Installing expansion cards . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63

Adding or removing a power supply . . . . . . . . . . . . . . . . . . . . . . 69

2

Installing Hardware

If you purchased optional products in your server, install these before setting up

the server.

Installing optional devices

Before you start

NOTE: Consult your authorized Magnia service provider, sales office, for
details concerning available options.

Before installing an optional device, read the instructions provided with it



and the installation instructions in this manual.

Choose a place that does not have high humidity and is as free of dust and



direct sunlight as possible to install or remove optional devices.

The ambient temperature and humidity ranges are 50º to 90ºF (10º to 35ºC)



and 30% to 80% RH. Do not subject optional devices to sharp temperature
fluctuations, which could cause condensation.

Do not install or remove devices in a static-inducing environment (on a



carpet, for example). Electronic parts can fail if they are exposed to
electrostatic discharge (ESD).

Follow the instructions in the correct order.



34

Installing Hardware

Installing optional devices

DANGER: Be sure to disconnect the AC power cables prior to removing
any optional devices. Some parts carry high voltages and are dangerous to
touch.

When installing or removing optional devices, protect your hands from
injury from sharp edges or hot components. Wait for the components to
cool.

Use the appropriate size of screwdriver for each screw. A screwdriver that is



too small or too large can damage the screw head.

Be careful not to lose any screws or drop them inside the equipment.



Before disconnecting any cables, check their positions to make sure you



reconnect them correctly.

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



screws, tighten them to fasten the cable securely.

35

WARNING: Do not operate the server without the side or top panels in
place. Replace the panels before switching on power.

To avoid damage from static electricity, when handling a device that has an
exposed board, do not touch the board’s ICs or other components.

Once you remove a device from an antistatic package, if necessary, place it
with its IC side up on a flat, grounded surface. Store the antistatic package.
Never slide the server when you move it.

NOTE: Installing optional devices and equipment in the rack model requires
special knowledge and techniques. If you have no experience installing
such equipment, or if the job seems difficult, Toshiba recommends that you
consult your authorized Magnia service provider.

Installing Hardware

36

Installing optional devices

Installation/removal overview

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

When removing or installing optional devices, follow these steps:

1 If the server is in use, shut it down, switch off all its peripherals, press the

AC switch to turn off the server, and unplug the power cable from the AC
outlet or UPS.

2 Disconnect all cables connected to the back of the server.

3 Remove the server covers.

For the rack model, loosen the thumbscrews and draw the server from the
rack, then remove the server covers.

4 Install or remove the optional devices.

5 Check that no tools or parts are left inside the server.

6 Replace the server covers.

For the rack model, replace the server covers and push the server back into
the rack. Tighten the thumbscrews.

7 Reconnect the peripherals and switch them on.

8 Plug the server’s power cable into the AC outlet and switch on the server.

Some optional devices require setup before you can use them. See “System
Setup Utility (SSU)” on page 75 and the manuals for those devices.

Additional considerations for rack models

In addition to the preceding steps, for the rack model:

Check the power cable at the rear when pulling the server unit out of the



rack.

Pull out the server until the locking hook engages.



While the server is pulled out of the rack, do not place your weight on the



server or place heavy weights upon it. The additional weight may damage
the rail mechanism, or the server rack may tip over.

If you are working on a high location in the rack, do not set a ladder against



the rack. There is a danger of the rack tipping over.

Fan module installation/removal

Do not stand on a rolling chair or other unsecured objects to gain access to a



high location in the rack. You may lose your footing.

If there is another system installed in the rack, do not touch its power switch



or power supply units.

Installing the rack server

1 Hold down the front end of the rail lock to free the slide rail.

2 Slide the server fully into the rack.

3 Secure the thumbscrews.

4 Connect the AC cable.

Fan module installation/removal

The server uses several fans to cool the system. Should one of these fans fail,
temperatures inside the server may rise to unacceptable levels and trigger an
alarm.

Installing Hardware

37

Removing the fan module

1 If the server is in use, shut it down, set the AC switch on the back of the

server to OFF and unplug the power cable.

CAUTION: Removing a fan module while the power is on could damage
the module and/or the server.

2 Remove the server panels. See “Removing and replacing the server panels”

on page 19.

3 Unplug the fan cables.

38

Installing Hardware

Fan module installation/removal

Spring lock

Main fan cable

Fan unit

Spring lock

Fan module and chassis

4 Press the two latches on the upper and lower corners of the unit and pull out

the module.

NOTE: If removing fan modules, you should use the Sensor Data and LCD
Setup tool to update the information in the server’s internal files about this
device. Refer to “Using the Sensor Data and LCD Setup tool” on page 106
for additional details.

Installing the fan module

1 If the server is in use, shut it down, set the AC switch on the back of the

server to OFF and unplug the power cable.

CAUTION: Installing a fan module while the power is on could damage the
module and/or the server.

2 Remove the server panels.

See “Removing and replacing the server panels” on page 19.

3 Insert the fan module and push it in until the spring lock is secured.

4 Connect the fan cables.

The standard fan module connects to PJ25.

The Redundant fan module connects to PJ27.

5 Replace the server panels.

6 Plug in the power cable and switch on the server.

NOTE: If you are installing a DDS Auto Loader, you cannot install a second
fan module.

Adding memory

The server has 16 memory slots divided into four groups: A, B, C, and D,
divided into four slots each group.

You can install a Dual In-line Memory Module (DIMM) with Error Correction
Control (ECC) in each slot. Four module sizes are available: —, 64 MB,
128 MB, and 256 MB. See “Specifications” on page 133 for more information.

The system supports up to 4 GB of memory. The memory controller supports
EDO DRAM. Install memory beginning with Group A to Group D as indicated
below.

Installing Hardware

Adding memory

39

40

Installing Hardware

Adding memory

J16
J15
J12
J11
J8
J7
J4
J3

D
C
B
A

J14
J13
J10
J9
J6
J5
J2
J1

Memory board

TECHNICAL NOTE: The memory controller only recognizes installed
memory when the memory banks are filled sequentially, starting with Bank
A. In addition, every memory expansion slot in the bank must contain a
memory module for the bank to be recognized.

WARNING: Do not install or remove memory modules immediately after
switching off the power. To protect yourself from burns, wait for the heat
around the memory sockets to dissipate.

Memory Configuration Table

Bank A Bank B Bank C Bank D Total memory(MB)

1024 1024 1024 1024 4096

512 1024 1024 1024 3584

512 1024 1024 2560

512 1024 1536

512 512 512 512 2048

512 512 512 256 1792

512 512 512 1536

Installing Hardware

Adding memory

Memory Configuration Table

Bank A Bank B Bank C Bank D Total memory(MB)

512 512 256 1280

512 512 1024

512 256 768

512 512

Highlighted row represents standard system configuration.

Fill the memory slots using the following memory module combinations:

Memory Combination

41

256MB Four 64MB EDO DIMMs

512MB Four 128MB EDO DIMMs

1024MB Four 256MB EDO DIMMs

Installing a memory module

CAUTION: Memory modules can be seriously damaged by static electricity.
It is best to 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.

When installing memory:

1 If the server is in use, shut it down, set the AC switch on the back of the

server to OFF and unplug the power cable.

CAUTION: Installing a memory module while the power is on could
damage the module and/or the server.

2 Remove the server covers. See “Removing and replacing the server panels”

on page 19.

42

Installing Hardware

Adding memory

3 Release the screw and remove the memory board bracket.

Removing the memory board bracket

4 Pull out the memory board.

Removing the memory board

5 Release the two latches on either side of the slot and pull out the dummy

cover.

Dummy cover removal

6 Insert the memory module and secure the latches.

Inserting the memory module

7 Attach the memory board.

8 Seat the memory board bracket and secure the thumbscrews.

9 Replace the server covers.

10 Plug in the power cable and switch on the server.

Removing a memory module

1 Perform step 1 through step 4 in “Installing a memory module” on page 41.

2 Release the two latches on either side of the slot and pull out the module.

3 Attach the memory board.

4 Seat the memory board bracket and secure the thumbscrew.

5 Replace the server covers.

6 Plug in the power cable and switch on the server.

Adding a CPU

Installing Hardware

Adding a CPU

43

You can add up to three CPU modules to the server to create a multiple-CPU
configuration. All CPUs must be the same cache size. You cannot install a 550
MHz CPU with 512 kB cache together with a 1 MB cache processor.

NOTE: The number of power supplies required depends on the number of
CPUs installed. Before a CPU is added, an additional power supply may be
necessary. Otherwise, the system may not be able to receive power.

To check the number of power supplies required, See “Adding or removing
a power supply” on page 69.

Installing a CPU

CAUTION: CPUs can be seriously damaged by static electricity. It is best to
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.

When installing a CPU:

44

Installing Hardware

Adding a CPU

1 If the server is in use, shut it down, set the AC switch on the back of the

server to OFF and unplug the power cable.

CAUTION: Installing a CPU with the power on could damage the CPU and/
or the server.

2 Remove the server covers. See “Removing and replacing the server panels”

on page 19.

WARNING: Do not install an additional CPU or replace a CPU immediately
after switching off power. To protect yourself from burns, wait until the heat
around the CPU slot dissipates.

3 Open the latch to a CPU slot.

Opening the CPU slot

4 Disconnect the sub fan cable and release the two thumbscrews securing the

CPU fan unit.

5 Pull out the CPU fan unit.

Installing Hardware

Adding a CPU

Pulling out the CPU fan unit

NOTE: The first CPU module is installed in the higher slot. CPU add-in
modules should be installed from the next bottom vacant slot. VRMs should
also be installed from the up bottom.

45

6 Voltage Regulator Module (VRM) slots are located behind the CPU fan

unit. Remove the VRM dummy cover from its slot.

Removing the VRM dummy cover

7 Insert the VRM and close the latches so that they fit into slots on either side

of the power supply.

VRM installation

NOTE: When installing VRMs, follow the table below for the number of
VRMs needed vs. the number of CPUs installed. CPU slots must have a
terminator if the CPU is not installed.

46

Installing Hardware

Adding a CPU

.

# of Processors Required Hardware

1 3 Termination Modules

3 VRMs

2 2 Termination Modules

4 VRMs

3 1 Termination Modules

5 VRMs

4 0 Termination Modules

6 VRMs

8 Pull out the latches of the CPU slot and pull out the terminator module.

Removing the terminator module

9 Insert the CPU add-in module into the slot.

10 When the CPU add-in module is securely connected, push the latches

closed to lock the module.

Locking the module

11 Seat the CPU fan unit and secure the thumbscrews.

12 Connect the CPU fan cable.

Installing Hardware

Adding a CPU

Connecting the fan cable

13 Replace the server covers.

14 Plug in the power cable and switch on the server.

47

15 Start the BIOS setup utility by pressing

setting of Processor Retest on the server menu to Ye s .

16 Save the changed setting and restart the Setup utility.

17 Check the screen and confirm that the CPU has been correctly recognized.

F2

during boot up, and change the

Installing Hardware

48

Replacing the motherboard battery

Replacing the motherboard battery

This section shows how to replace the battery on the motherboard.

Removing the battery from the motherboard

Inserting the battery on the motherboard

WARNING: If the battery is incorrectly replaced, there is the danger of
explosion.

Use only replacement batteries of the same or equivalent type
recommended by the manufacturer. Dispose of used batteries according to
the manufacturer’s instructions.

Adding internal SCSI devices

NOTE: If you have no experience installing 5.25-inch SCSI devices, or if
the job seems difficult, consult your authorized Magnia service provider.

Up to three 5.25-inch internal SCSI devices can be installed in the 5.25-inch
device bays. (A CD-ROM drive is preinstalled in one of the bays.)

SCSI ID

Set a unique SCSI ID for each newly installed device. The Symbios™ dual­channel SCSI IDs of the devices already installed are:

SCSI Device Channel 0 Narrow Channel 1/2 Wide

SCSI controller 7 7

CD-ROM drive 6

SAF-TE controller 6

HDD 0 - 5

To set the ID for each device, see “Built-in SCSI utility” on page 110.

Detecting a SCSI drive (SAF-TE)

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

Installing Hardware

Adding internal SCSI devices

49

The SAF-TE specification allows for the enclosure to communicate its status
through the SCSI bus to a software agent resident in the server, which can then
send out an appropriate notification. These notifications include:

Detection of drive presence, and



Conditioning of a drive slot for insertion/removal.



SCSI termination

The built-in SCSI bus is terminated at the SCSI controller and CD-ROM drive.
When installing 5.25-inch internal devices, set their terminators to disabled.
The CD-ROM drive should be the last device connected on the SCSI chain.

Removing a device bay spacer

Spacers are used to keep dust and dirt out of the server. To remove a spacer:

1 Remove the device bay bezel by depressing the tab on the left side and

removing the bezel.

50

Installing Hardware

Adding internal SCSI devices

Removing the upper device bay bezel

2 Remove the spacer unit by depressing the tabs and pulling it out.

Removing the spacer

To insert a new device, remove the server’s side panel to access the cabling
connections. For more information on removing the side panel, see “Removing
and replacing the server panels” on page 19.

NOTE: The mounting rails on the spacers should be used when installing
devices in the drive bay.

Installing a SCSI device

1 If the server is running, shut it down, set the AC switch on the back of the

server to OFF and unplug the power cable.

CAUTION: Installing an internal SCSI device while the power is on could
damage the device and/or the server.

Installing Hardware

Adding internal SCSI devices

2 Remove the server covers. For more information, see “Removing and

replacing the server panels” on page 19.

3 Remove the device bay bezel and spacer. For more information, see

“Removing a device bay spacer” on page 49.

4 Remove the mounting rails from the spacer.

5 Fasten a mounting rail to each side of the SCSI device and secure the rails

with two screws each.

Installing mounting rails on a SCSI device

51

NOTE: There are three predrilled holes on each guide rail. Use the square
holes.

6 Remove the FAN module. See “Fan module installation/removal” on

page 37.

7 Remove the device bay's rear cover.

8 Insert the device partially into an empty slot, then connect the power and

signal cables.

52

Installing Hardware

Adding internal SCSI devices

Access area

SMC board

Connecting the SCSI device cables

9 Firmly push the device in until the latches click into place.

Inserting a SCSI device

10 Replace the device bay's rear cover and Fan module.

11 Replace the device bay bezel.

12 Replace the server covers.

13 Plug in the server’s power cable and switch on the server.

Removing an internal SCSI device

1 Set the AC switch on the back of the server to OFF and unplug the power

cable.

CAUTION: Removing an internal SCSI device while the power is on could
damage the device and/or the server.

2 Remove the server covers. See “Removing and replacing the server panels”

on page 19.

Installing Hardware

Adding internal SCSI devices

3 Remove the device bay bezel. For more information, see “Removing a

device bay spacer” on page 49.

4 Put your fingers into the slots on either side of the module and press to

release the latches.

5 Partially pull the device out.

6 Remove the FAN module. See “Fan module installation/removal” on

page 37.

7 Remove the device bay's rear cover. See “Installing a SCSI device” on

page 50.

8 Then disconnect the power cable and signal cable.

53

Power cable

Signal cable

Removing a SCSI device cable (Top view)

9 Pull the SCSI device out completely.

10 Replace the device bay’s rear cover and Fan module.

11 Replace the device bay bezel.

12 Replace the server covers.

13 Plug in the power cable and switch on the server.

For the configuration setup procedures, see “Built-in SCSI utility” on
page 110.

NOTE: Use only SCSI devices that Toshiba recommends. Other devices
may not be installable due to differences in dimensions and shape. Toshiba
assumes no responsibility for devices not specifically recommended.

Installing Hardware

54

Installing the DDS auto-changer

Installing the DDS auto-changer

NOTE: When a DDS auto-changer is installed, you cannot install the
redundant fan unit.

The Magnia7010 offers a Digital Data Storage (DDS) auto-changer unit. To
install the DDS auto-changer:

1 If the server is running, shut it down, set the AC switch on the back of the

server to OFF and unplug the power cable.

2 Remove the server cover. For more information, see “Removing and

replacing the server panels” on page 19.

3 Remove the device bay bezel and spacer as shown in “Removing a device

bay spacer” on page 49.

4 Remove the FAN module. See “Fan module installation/removal” on

page 37.

5 Remove the device bay’s rear cover. See “Installing a SCSI device” on

page 50.

6 Disconnect the power and signal cables for the CD-ROM drive.

7 Remove the CD-ROM drive.

8 Remove the LCD module.

9 Remove the six screws securing the 5.25-inch drive chassis and remove the

chassis.

Installing Hardware

Installing the DDS auto-changer

Removing the 5.25-inch drive chassis

10 Select the chassis for the DDS auto-changer.

55

DDS chassis Regular chassis

DDS chassis

11 Insert the chassis for the DDS auto-changer and secure it with six screws.

Installing the chassis

12 Secure the mounting rails to the DDS auto-changer. The mounting rails

should be removed from the spacer.

Securing the rails

13 Insert the DDS auto-changer underneath the 5.25-inch drive chassis area,

and connect the power and SCSI signal cable.

56

Installing Hardware

Adding and removing a hard disk drive (HDD)

Installing the DDS auto-changer

NOTE: The SCSI cable has three connectors. The DDS auto-changer must
be connected to the middle connector.

Be careful not to pinch any cables.

14 Replace the CD-ROM drive and connect its power and signal cables.

15 Replace the LCD Module and connect its signal cables.

16 Replace the Fan module.

17 Replace the device bay bezel.

18 Replace the server cover.

19 Plug in the power cable and switch on the server.

Adding and removing a hard disk drive (HDD)

The server has six hard disk drive slots with ID numbers 0 to 5, and the
capability to add another six slots by installing an additional chassis. When you
are adding hard disk drives, be sure to install them in the numerical order shown
on the unit, starting with slot 0 (located at the bottom).

NOTE: If the new total number of disk drives is greater than 3 or 6, you will
also need to add an additional power supply unit. See the table “Power
supply requirements” on page 71.

Add the new power supply unit before installing the additional disk drives.

Adding and removing a hard disk drive (HDD)

Installing additional hard disk drives

NOTE: Toshiba recommends that you ask your authorized Magnia service
provider to install or replace HDDs.

1 If the server is running, shut it down, set the AC switch on the back of the

server to OFF, and unplug the power cable.

2 Open both doors.

3 Remove the HDD EMI cover.

Installing Hardware

57

4 Remove the HDD Slot spacer.

5 Slide the new HDD unit completely into the device bay.

58

Installing Hardware

Adding and removing a hard disk drive (HDD)

Inserting the HDD unit

6 Fold the release lever back in until the latch clicks.

7 Lock the drive into place by ensuring that the lever locking latch is engaged.

Closing the locking lever

8 Attach the HDD EMI cover.

9 Close the doors.

10 Plug the power cable back into the server, turn on the power and reboot the

machine.

NOTE: If an additional hard disk drive is installed, the settings of the
operating system and application software may have to be changed.

Installing Hardware

Adding and removing a hard disk drive (HDD)

59

Replacing the hard disk drive

If the server uses a RAID controller, a faulty hard disk drive can be replaced
(hot swapped) without stopping the system, provided a spare device is
available.

NOTE: Take care when replacing a hard disk drive while the system is in
operation. An error in the installation procedures could damage the server
or destroy programs and data. Toshiba recommends that you ask your
authorized Magnia service provider to replace the HDD.

To replace a hard disk drive:

1 Open the front door.

2 Identify which disk drive is to be replaced.

3 If the RAID controller is not installed, shut down the server, switch it off

and unplug the power cable.

WARNING: The HDD generates heat when in use. Take care when
removing a HDD to avoid burns. Do not touch it until it cools.

4 Remove the HDD EMI cover.

See “Installing additional hard disk drives” on page 57.

5 Pull on the tab to disengage the disk’s locking lever.

Disengaging the disk’s locking tab

6 Pull on the release lever to free the disk drive from the connector plug.

60

Installing Hardware

Adding and removing a hard disk drive (HDD)

Pulling the release lever

7 When the disk drive is fully released, carefully pull the drive module out of

the disk bay.

Pulling the disk drive out of the bay

NOTE: Before removing the HDD, make sure that it is faulty. The STATUS
lamp under a faulty HDD glows amber to indicate a malfunction. If an
operational HDD is removed by mistake, it could cause a failure or destroy
programs and data.

8 Insert a new hard disk as described in the additional hard disk installation

procedures. For more information, see “Installing additional hard disk
drives” on page 57.

9 Check that the drive’s DC POWER indicator glows green.

10 Attach the HDD EMI cover.

11 Close the front door.

Installing a second HDD cage

12 Rebuild the disk array (if the RAID controller is installed). For details, refer

to the appropriate RAID manual.

NOTE: The disk array cannot be rebuilt if Power Console (for Windows NT)
or MegaRAID® Manager (for NetWare®) is not installed.

Installing a second HDD cage

The Magnia7010 server comes with a HDD cage capable of holding up to six
disk devices. A second HDD cage may be installed to provide slots for an
additional six HDD devices.

NOTE: This procedure only installs the cage. You also need to install disk
drive units.

Installing Hardware

61

1 If the server is running, shut it down, set the AC switch on the back of the

server to OFF, and unplug the power cable.

2 Remove the server cover. For more information, see “Removing and

replacing the server panels” on page 19.

3 Remove the six screws securing the front frame and remove the frame.

Front frame

4 Remove the four screws securing the dust cover plate and remove it.

62

Installing Hardware

Installing a second HDD cage

Dust cover

Removing the front frame and dust cover

5 Slide the HDD cage into the server and secure the cage with 8 screws.

Installing the HDD cage

6 Remove the fan module(s). For more information, see “Fan module

installation/removal” on page 37.

7 Remove two screws securing the fan unit’s rail base and lift out the rail base.

Installing Hardware

Installing expansion cards

63

Fan unit rail base

Removing the fan module rail

8 Cable A in the illustration above is the power cable. Connect it from the

power supply back panel to the HDD cage.

9 Cable B in the illustration above is the signal cable. Connect it from the

SMC board to the HDD cage.

10 Connect the SCSI cable to the expansion HDD cage and lay the cable along

the floor of the server.

11 Connect the other end of the cable to the on board SCSI Controller or RAID

board.

12 Seat the fan rail base and secure it with two screws.

13 Install the fan unit as described in “Fan module installation/removal” on

page 37.

cable A (Power)

cable B (Signal)

SCSI cable

14 Secure the Front frame with six screws.

NOTE: If you have no experience installing such equipment, or if the job
seems difficult, consult your authorized Magnia service provider.

Installing expansion cards

ISA and PCI expansion cards can be installed in the server. There are six PCI
slots and one shared PCI/ISA slot. For more information on ISA and PCI card
specifications, see “Expansion slots (for ISA Cards)” on page 145, or see “” on
page 147.

Restrictions on ISA expansion cards

An ISA expansion card requiring a power supply of -5V cannot be used in the
shared PCI/ISA slot because -5V is not supplied to the slot.

Installing Hardware

64

Installing expansion cards

IRQ setup

Set an appropriate IRQ level for the expansion card. See “Interrupt levels” on
page 136.

For the interrupt setup procedures, see “System Setup Utility (SSU)” on
page 75 and the manuals for the individual expansion cards. Toshiba
recommends that you record the settings in the Device Log in case you need to
change them when you install other devices. For more information, see “Device
Log” on page 157.

Cautions When Adding RAID Controllers and SCSI Host Adapters

The system’s System BIOS is compliant to the BIOS Boot Specification
(BBS). By adding a BBS-compliant RAID controller or SCSI host adapter,
you can use the System BIOS to select the magnetic disk device that will boot
the system. (Regarding the BBS, see “About BBS” below.)

Setting the Hard Disk Bootup Priority When Using the BBS

Boot up the CMOS Setup Utility, and change BIOS Boot Spec Support under
the Boot menu to “Enabled”. Then, save the settings and reboot the unit. (The
factory setting is “Limited” and the BBS function is disabled.) As shown below,
the name of the controller or disk device connected to the magnetic disk device
will be displayed. Use the <+> or <-> key to change it to the desired order.

All magnetic disk devices connected to a controller not compliant to BBS will
be “Bootable Add-in Card.”

(The example below shows that the magnetic disk device is connected to a
RAID Controller C2/C2H.)

1. [Bootable Add-in Card]

2. [PCI RAID Adapter (bus 00 dev 07)]

Bootup Priority When the BBS is not supported or BBS Is
Disabled

Magnetic disk devices connected to a non-BBS-compatible controller will
treated as “Bootable Add-in Card”. If multiple non-BBS-compatible
controllers are connected, the startup order will be determined by the PCI slot
the controller is connected to. Also, if the setup utility’s Boot Menu is used to
set the “BIOS Boot Spec Support” to “Limited,” the BBS settings will be
disabled. The startup priority order will then be determined by the position of
the PCI slot the controller is connected to, as with non-BBS-compatible
controllers.

The startup priority order for multiple none-BBS-compatible controllers will be
as follows:

About BBS

Installing Hardware

Installing expansion cards

PCI Slot No. Boot Order

Onboard SCSI Controller (Wide) 3

PCI Slot A1 1

PCI Slot A2 2

PCI Slot A3 4

PCI Slot B1 5

PCI Slot B2 6

PCI Slot B3 7

PCI Slot B4 8

65

“BBS” stands for BIOS Boot Specification. If both the System BIOS and SCSI
controller are BBS-compliant, you can use the System BIOS to select the
magnetic disk device which boots the system, regardless of the slot position the
SCSI controller is connected to.

Both onboard SCSI Controller and RAID Controller are compatible to BBS.

Installing the expansion card

WARNING: When installing or removing expansion cards, protect your
hands from possible injuries caused by sharp projections on the boards and
the server.

Do not touch any parts except those necessary for installing the device.
There are many high-voltage parts that are dangerous to touch. Be sure to
unplug the AC power cable before you start.

1 If the server is running, shut it down, set the AC switch on the back of the

server to OFF and unplug the power cable.

2 Remove the server covers.

3 Rotate the I/O lockdown bracket down at the slot where you intend to install

the card.

66

Installing Hardware

Installing expansion cards

Rotating the I/O lockdown bracket

4 Partially unlock the I/O lockdown bracket of the card or slot cover above the

slot in which you are installing the card. Pull the I/O lockdown bracket up a
little past 90 degrees, so that the bottom of the lock does not obstruct access
to the target slot. Do not unlock it fully, because the card or slot cover could
drop down.

5 Install the expansion card level with the server. Be careful not to catch the

card on the slot’s top and bottom tabs.

6 Secure the I/O lockdown bracket for the installed card by pulling it away

from the card and rotating it forward and down. Return the I/O lockdown
bracket to the slot above it to the fully locked position.

Securing the I/O lockdown bracket

7 Replace the server covers.

8 Plug in the power cable and switch on the server.

NOTE: The settings of the jumper switches on the card and DIP switches
may have to be changed. Some expansion cards also need to be set up
using the System Setup Utility (SSU).

Installing a RAID controller board

1 If the server is running, shut it down, set the AC switch on the back of the

server to OFF and unplug the power cable.

2 Remove the server covers.

Installing Hardware

Installing expansion cards

3 Remove the fan module.

4 Disconnect the SCSI cable from the main board. Do not pull the cable.

Grasp the connector and pull straight out. Free the cable from a plastic clasp
on the floor of the server.

Removing the SCSI cable

67

5 Install the fan module.

6 Partially unlock the I/O lockdown bracket of the card or slot cover above the

slot in which you are installing the card as shown in step 3 in “Installing the
expansion card” on page 65. Pull the I/O lockdown bracket up a little past
90 degrees, so that the bottom of the lock does not obstruct access to the
target slot. Do not unlock it fully, because the card or slot cover could drop
down.

NOTE: If installing optional memory in the RAID controller, do so before
installing the card. The standard 16 MB memory can be upgraded to 64
MB. See your RAID memory module installation guide.

To remove a memory module, push the two pins to the outside. Grasp the
edges of the card and pull it out. To install a memory module, press it into
place and push down carefully until it is secured by the pins.

7 Install the RAID card into an available PCI slot. Place the slot cover on the

inside of the slot and fit the plastic support at the other end into the
appropriate rail level with the server. Push the card forward until its
connection is secure. Be careful not to catch the card on the slot’s top and
bottom tabs.

68

Installing Hardware

Installing expansion cards

Installing the RAID card

NOTE: If you are going to put the RAID card into the second slot, first
release the memory board. See “Removing a memory module” on page 43

8 Connect the HDD cable to the RAID controller.

Connecting the RAID SCSI cable

9 Replace the server covers.

10 Plug the power cable in, turn on AC power, and start the server.

11 Check RAID controller’s BIOS version and memory in the setup

configuration.

To set up the disk array (RAID) or install the software, refer to the RAID
controller’s manual.

Installing the EMC board

After installing the EMC, the battery pack must charge in the server for three
hours before you can rely on it as a backup power source for the EMC. If the
battery pack is not fully charged before you use it, the batteries will not hold a
full charge.

To install the Emergency Management Card:

Installing Hardware

Adding or removing a power supply

1 Turn off your monitor and your system, and disconnect the power cable and

all external cables. Make sure all indicators are out.

2 Remove the server covers as explained in “Removing and replacing the

server panels” on page 19.

3 Rotate down the I/O lockdown bracket at the slot where you intend to install

the card.

Expansion Slot Cover

4 Hold the EMC by its top edge or upper corners, and press it firmly into an

expansion slot on the motherboard. The tapered foot of the EMC retaining
bracket must fit into the mating slot in the expansion slot frame.

69

5 Align the rounded notch in the retaining bracket with the threaded hole in

the expansion slot frame. The retaining bracket fits into the space that was
occupied by the expansion slot cover.

6 Secure the I/O lockdown bracket for the installed card by pulling it away

from the card and rotating it forward and down. Return the I/O lockdown
bracket to the slot above it to the fully locked position.

7 If you connected a remote temperature probe to J10 on the EMC, attach the

sensor end of the cable to whatever you want to monitor. For example, you
might want to monitor the temperature of the server’s power supply, in
which case you would attach the sensor to that. If you want to monitor the
ambient air temperature, mount the sensor where it touches only air.

8 If you connected a feature connector cable to J9 on the EMC, connect the

other end of the cable to the J8H1 connector on the moterboad.

9 Replace the panel covers and turn on the server.

Adding or removing a power supply

Each power supply module is self-contained and hot-swappable, meaning that
the power supply may be removed while the server is running without
disrupting operation. The Magnia7010 can have up to four supplies.

If one of the power supplies fails, the remaining power supply units continue
running the server, preventing any service interruption ONLY if a redundant

70

Installing Hardware

Adding or removing a power supply

supply is installed. A power unit failure is indicated by a flashing FAULT light
on the front panel of the server, and by an ALARM light on the power supply.
For more information on the front panel lights, see “Server status indicators
(lamps)” on page 11.

Installing Hardware

Adding or removing a power supply

Type of LED State Meaning

AC on Off Power is off (no AC input)

Green Power is on (normal operation)

Alarm Off Normal operation

Red Power supply fault

Unit has failed.

CAUTION: Do not use the power supply handles to lift the entire server.
Using them in this manner may damage the power supply.

Normally, you need to turn off the machine and remove the AC cable before
replacing a power supply, but the Magnia7010 has hot-swappable power supply
units, enabling you to replace a power supply without having to shut down the
system.

71

Power supply requirements

Minimum

No. of

Condition

*

A

B N/A 7 to 12 3 1 4

C 3 to 4 N/A 3 1 4

*If you are in condition A, you cannot have four power supplies

*

If you are in condition B, or C, you cannot have four power supplies

NOTE: The Magnia7010 requires at least two power supplies to permit hot
swapping.

If the server has fewer than two CPUs or fewer than six disk drives, it requires a
minimum of two power supplies and may have one additional redundant power
supply.

If the server has seven or more disk drives, it requires a minimum of three
power supplies and may have one additional redundant power supply.

If the server has three or more CPUs, it requires a minimum of three power
supplies and may have one additional redundant power supply.

CPUs

1 to 2 0 to 6 2 1 3

No. of

HDDs

supplies
required

Redundant

supplies

Total

supplies

Installing Hardware

72

Adding or removing a power supply

Removing a power supply

1 Unscrew the power supply from the server chassis.

Locking screw

Handle

Release lever

Removing the power supply

2 Disengage the power supply by pulling the release lever.

3 Use the handle to pull the power supply out of the server cabinet.

Adding a power supply

1 Turn off the power. Make sure all indicators are out.

2 Disconnect all cables, including the power cable.

3 Hold the power supply in both hands and insert it into the slot.

NOTE: The power supply in the bottom power supply bay installs upside
down from the two on the top.

4 Press to ensure a firm connection and push up the release lever.

5 Turn the thumbscrew clockwise to secure it. For the minimum and

maximum power supply information, see “Power supply requirements” on
page 71.

Installing Hardware

Adding or removing a power supply

73

Chapter

System Setup Utility (SSU) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75

CMOS Setup Utility . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93

Using the Sensor Data and LCD Setup tool . . . . . . . . . . . . . . . 106

Built-in SCSI utility . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 110

Disk array setup (RAID) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 114

3

System
Configuration Setup

The server is set up before it leaves the factory. However, you need to

reconfigure the system if you change its setting by adding optional devices.

NOTE: The screens shown in this chapter are examples. Your screens may
look slightly different.

System Setup Utility (SSU)

The System Setup Utility (SSU) is a menu-type utility to manage the hardware

resources of system boards and expansion cards. Use the SSU to prevent

conflicts among the resources (DMA channels, interrupt levels, I/O port

addresses, memory addresses, etc. of the system boards and expansion cards).

Use the SSU in the following cases:

Change system board settings.



Install or remove expansion cards and change their settings.



Verify the settings.



Some of the ISA expansion cards have a configuration file (CFG file) as an
accessory for hardware setup.

The CFG file is necessary to setup the hardware using the SSU.

NOTE: If you make changes to the system configuration or settings using
the SSU, save the changes. The server only recognizes a saved
configuration.

75

76

Starting SSU

The SSU program is included in the three diskettes (1.44 MB). Use copies of
these diskettes to start the SSU and to copy the CFG file.

To start the SSU:

1 Insert the SSU Disk1 into the floppy disk drive and switch on the server.

2 When this message appears on the screen, the SSU disk2, insert it into the

3 When the same message appears on the screen, set write-enable on SSU

Starting SSU from the Toshiba Server Setup Tool

System Configuration Setup

System Setup Utility (SSU)

floppy disk drive, and press

Please insert “System Setup (SSU)“ disk 2.

Press any key to continue...

disk 3 and insert again into the floppy disk drive, and press

Enter

.

Enter

.

When you install an operating system using the Toshiba Server Setup Tool, you
can start the SSU from the Toshiba Server Setup Tool main screen.

SSU Main Menu

SSU Menu

The main menu has four steps. To execute any of these steps, use the mouse and
move the cursor to the desired step with the arrow keys <↑>, <↓>, <←>, <→>,
and press

Enter

. Execute steps as necessary. The role of each step is:

System Configuration Setup

System Setup Utility (SSU)

Group Step Definition

RCA Resources Provides support to configure system

resources, and allows the reservation of
resources for legacy ISA adapters and
interrupt configuration PCI adapters

MBA Boot Device Selecting priority levels in the bootable

devices

PWA Security Setting the password (Admin/User) and

security options

SEL SEL Manager Users can View and Clear the System

Event Log from here

FRU FRU Manager Users can view FRU Inventory Area from

here.

SDR SDR Manager Users can view Sensor Data Records from

here.

77

Setting a password

If you have set a password, it is necessary to use the password when you are
booting the SSU. If you have forgotten the password, switch off the server, and
clear the password. To clear the password, refer to “Switch Settings” on
page 153.

If you set a password

If you have set the User password in your system, the User password
registration menu appears on the screen.

Password

78

System Configuration Setup

System Setup Utility (SSU)

If you have already set the Admin and User password in your system, the User
password registration menu appears on the screen.

NOTE: If you select BIOS User, you can only confirm the setup data. You
cannot save the setup data.

Select Privilege

If you enter the wrong password, this menu appears on the screen.

Invalid password box

Press

Enter

or return to the password input menu, and enter the password again.

If a password input error is repeated three times, the Setup System Utility
displays the main menu.

Assigning resources to expansion cards

Select Resources to verify or change system board or expansion card
information.

The Resource configuration dialog box appears on the screen. This screen
shows the information about system board and PCI and ISA device to the
system board.

System Configuration Setup

System Setup Utility (SSU)

Resource configuration

When you select Resource, the Confirmation dialog boxappears on the screen.
If you have a backup file of system resource, you can restore the system
resources when you click Ye s .

79

Confirmation dialog box

NOTE: If you change the configuration, you must save the configuration
when you exit the SSU program.

Installing a PCI expansion card

1 Switch off the server and remove the top and side panels as shown in

“Removing and replacing the server panels” on page 19.

2 Insert the expansion card in an empty PCI slot.

3 Switch on the server and start the SSU.

4 Select Resources in the Task section.

5 Open the new PCI card.

6 Call Resource Use on the screen and verify the resource. Change the

resource if necessary and select OK.

7 Select Save and save the system configuration.

System Configuration Setup

80

System Setup Utility (SSU)

8 Replace the server covers.

9 Restart the server and check for error messages.

The PCI expansion card’s resources are automatically set up, so it is not
necessary to restart the SSU. However, execute Resources, whenever
necessary, to verify or change the resource.

If an ISA expansion card (without CFG file) is installed, there may be a conflict
between the PCI and ISA resources, possibly preventing normal system
operation.

If necessary, remove the ISA expansion card, then change the resource
according the procedures for ISA expansion card (without CFG file)
installation and removal.

Removing a PCI expansion card

1 Remove the server panels. See“Removing and replacing the server panels”

on page 19 for details.

2 Switch off the server and remove the expansion card from the PCI slot.

3 Replace the server panels.

4 Switch on the server and check that no error message appears.

Installing an ISA expansion card (without CFG file)

1 Switch on the server and start the SSU.

2 Select Resources in the Tasks section.

3 Open Baseboard:System Board.

4 Call Resource Use on the screen and verify the available resources. Change

the resources if necessary.

5 Secure the resources for the expansion card using Define ISA, and select

Add ISA Card to add the ISA resource to the system resources.

6 Select SAVE to save the system configuration.

7 Switch off the server, remove the panel covers, and change the expansion

card switch and jumper settings to suit the resource set by Define ISA.

8 Insert the expansion card into the ISA slot.

9 Replace the cover panels.

10 Switch on the server and check for error messages.

System Configuration Setup

System Setup Utility (SSU)

Removing an ISA expansion card (without CFG file)

1 Switch on the server and start the SSU.

2 Select Resources in the Tasks section.

3 Select ISA Card.

4 Select Remove ISA Card to remove the ISA resources from the system

resources.

5 Select SAVE to save the system configuration. Switch off the server.

6 Remove the server panel covers and remove the expansion card from the

ISA slot.

7 Replace the server panel covers and switch on the server and check for error

messages.

Installing an ISA expansion card (with CFG file)

81

1 Copy the CFG file to the SSU floppy disk 1.

2 Switch on the server and start the SSU.

3 Select Add ISA Card in the resource section.

4 Open Baseboard:System Board.

5 Select Resource use and verify or change the registration.

6 Select Save to save the system configuration.

7 Switch off the server and remove the server panel covers.

8 Change the expansion card switch and jumper settings if there was a

conflict.

9 Insert the expansion card into the ISA slot specified in Step 3.

10 Replace the server panel covers.

11 Switch on the server and check for error messages.

Removing an ISA expansion card (with CFG File)

1 Switch on the server and start the SSU.

2 Select Remove ISA Card in the Resource section and delete the expansion

card to be removed.

3 Select SAVE to save the system configuration.

4 Switch off the server and remove the panel covers.

5 Remove the expansion card from the ISA slot.

6 Replace the panels and switch on the server and check for error messages.

System Configuration Setup

82

System Setup Utility (SSU)

Setting up the system board and I/O devices

The Server Setup Utility shows the Baseboard and PCI/ISA device information
list. If you select those devices, you can change the system resources on each of
the devices.

NOTE: Use care when changing any of the following settings. If they are
set wrong, the system will not operate properly.

Base board: System Board



Confirm or change the resources on the Base board.

PCI Card: Bus 00 Dev 06 - Ethernet® Controller



You can configure/confirm the resource assignment for the standard
network adapter.

PCI Card: Bus 00 Dev 08 - SCSI Controller



You can configure/confirm the resource assignment for the onboard SCSI
controller (Narrow).

PCI Card: Bus 00 Dev 0A- VGA Controller



Do not change these settings.

PCI Card: Bus 00 Dev 0B- Interrupt Controller



Do not change these settings.

PCI Card: Bus 00 Dev 0C- Multifunction Controller



You can configure/confirm the resource assignment for the onboard
multifunction controller.

PCI Card: Bus 00 Dev 10- Host Processor Bridge



Do not change these settings.

PCI Card: Bus 00 Dev 12- Host Processor Bridge



Do not change these settings.

PCI Card: Bus 00 Dev 13- Host Processor Bridge



Do not change these settings.

PCI Card: Bus 01 Dev 03- Multifunction Controller



You can configure/confirm the resource assignment for the onboard SCSI
controller (Wide).

System Configuration Setup

System Setup Utility (SSU)

83

System board information

If you select Base Board: System Board, the Baseboard dialog box appears
on the screen.

Baseboard dialog box

Each of the function settings is shown with the subheadings. The values are the
default settings for each.

Option: System Group

Settings: System Identification and Version information

SSU Configuration File Versionx.xx R S450NX

Usage: The SSU version is shown.

Settings: MP Spec Version:MP Spec 1.4

The display refers to the multiprocessor system specifications. Set to MP Spec
V1.4.

Option: BIOS Multiboot Group

Settings: BIOS Boot Spec Support: Limited

Usage: To select whether or not to enable (Enabled) or disable (Limited) the BBS.

For details on the BBS, see “Cautions When Adding RAID Controllers and
SCSI Host Adapters” on page 64.

Option: Memory Subsystem Group

Settings: The SSU cannot set this item.

System Configuration Setup

84

Option: Onboard Disk Controllers

Settings: Onboard Floppy Controller:Enable-Primary

Usage: Enable or Disable the IDE controller. The default setting is Enable-Primary.

Settings: Onboard IDE Controller: Disable Primary channel

Usage: Enable or Disable the IDE controller. The default setting is Disable- Primary

Option: Onboard Communication Devices Group

System Setup Utility (SSU)

and Secondary channels.

NOTE: When installing an expansion card having a diskette controller (in
the case of some SCSI cards), make the floppy diskette control function on
the card invalid. For its setting method, refer to the operation manual for the
corresponding card.

Settings: Serial Port 1 Configuration 3F8 - IRQ4

Usage: I/O port address and interrupt level of Serial Port 1 can be set.

Settings: Serial Port 2 Configuration2F8 - IRQ3

Usage: I/O port address and interrupt level of Serial Port 2 can be set.

Settings: Parallel Port Configuration378h - IRQ7 : Output Only Mode

Usage: I/O port address and interrupt level and Operation mode of Printer Port can be

set.

All settings are recommended values.

Option: Floppy Drive Subsystem Group

Settings: Floppy Drive A Options3.5-inch 1.44/1.25 MB drive

Usage: Do not change this setting

Settings: Floppy Drive B Options Disable or Not Installed

Usage: The type of connected FDD is set. The standard FDD mounted is Drive A. Do

not change these settings. All settings are recommended values.

Option: IDE Subsystem Group

These settings are for the IDE hard disk and are disabled in the server.

Option: Keyboard Group

Settings: NumLock OFF

Usage: NumLock function automatically is set or disabled when you boot up.

Settings: Key ClickDisable

Usage: Do not change this setting.