Intergraph TDZ-400 Deskside Setup And Maintenance Manual

TDZ-400 Deskside

Setup and Maintenance Guide

March 1996

Warranties and Liabilities

The information and the software discussed in this document are subject to change without
notice and should not be considered commitments by Intergraph Corporation. Intergraph
Corporation assumes no responsibility for any errors in this document.

The software discussed in this document is furnished under a license and may be used or
copied only in accordance with the terms of the license. No responsibility is assumed by
Intergraph for the use or reliability of software on equipment that is not supplied by Intergraph
or its affiliated companies.

All warranties given by Intergraph Corporation about equipment or software are set forth in
your purchase contract, and nothing stated in, or implied by, this document or its contents
shall be considered or deemed a modification or amendment of such warranties.

Copyright

 1996, Intergraph Corporation including this documentation, and any software and its file
formats and audio-visual displays described herein; all rights reserved; may only be used
pursuant to the applicable software license agreement; contains confidential and proprietary
information of Intergraph and/or other third parties which is protected by copyright, trade
secret and trademark law and may not be provided or otherwise made available without prior
written authorization.

Restricted Rights Legend

Use, duplication, or disclosure by the United States Government is subject to restrictions as
set forth in subdivision (c)(1)(ii) of the rights in technical data and computer software clause
at DFARS 252.227-7013.

Intergraph Corporation
Huntsville AL 35894-0001

Trademarks

Intergraph

Microsoft



and the Intergraph logo are registered trademarks of Intergraph Corporation.



, Windows, and the Microsoft logo are registered trademarks of Microsoft

Corporation. Windows NT is a trademark of Microsoft Corporation.
Other brands and product names are trademarks of their respective owners.

Power Input Rating

The product ID information is located on the back of the base unit. The unit rating is listed in

Appendix B, “Hardware Information.”

Power Cord Specifications

For units operating at 115 V: Use a UL listed cord set consisting of a minimum 18 AWG,
type SJT three conductor cord, a maximum of 15-feet in length with a parallel blade, and a
grounding type attachment plug rated 15 A, 125 V.

For units operating at 230 V (domestic use): Use a UL listed cord set consisting of a
minimum 18 AWG, type SJT three conductor cord, a maximum of 15-feet in length with a
tandem blade, and a grounding type attachment plug rated 15 A, 250 V.

For units operating at 230 V (outside of U.S.): Use a cord set consisting of a minimum 18
AWG cord and grounding type attachment plug rated 15 A, 250 V. The cord set should have
the appropriate safety approvals for the country in which the equipment will be installed and
marked HAR.

FCC Statement

This equipment has been tested and found to comply with the limits for a Class A digital
device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable
protection against harmful interference when the equipment is operated in a commercial
environment. This equipment generates, uses, and can radiate radio frequency energy. If the
equipment is not installed and used in accordance with the instruction manual, it may cause
harmful interference to radio communications.

Operation of this equipment in a residential area is likely to cause harmful interference in
which case the user will be required to correct the interference at his own expense.

CDC Statement

This digital apparatus does not exceed the Class A limits for radio noise emissions from
digital apparatus set out in the Radio Interference Regulations of the Canadian Department of
Communications.

Cautions

Changes or modifications made to the system that are not approved by the party responsible
for compliance could void the user’s authority to operate the equipment.

THIS PRODUCT CONFORMS TO THE APPLICABLE REQUIREMENTS OF 21 CFR
SUBCHAPTER J AT DATE OF MANUFACTURE.

Read all safety and operating instructions before using the equipment. Keep these instructions
for future reference. Follow all warnings on the equipment or in the operating instructions.

Warnings

To reduce the risk of electrical shock, do not attempt to open the equipment unless instructed.
Do not use a tool for purposes other than instructed.

There are no user serviceable parts in the power supply. Refer all servicing of the power
supply to qualified service personnel.

Contents

Preface........................................................................................................... ix

About This Document....................................................................................ix

Document Conventions................................................................................... x

Finding Operating System Information .......................................................... x

Getting Documentation and Training ............................................................ xi

Getting Telephone Support............................................................................xi

Using the Intergraph Bulletin Board Service................................................xii

Using the Intergraph FAXLink....................................................................xiii

Finding Intergraph on the Internet...............................................................xiii

Learning About System Ergonomics...........................................................xiv

Chapter 1 Getting Started.......................................................................... 1

Unpacking.......................................................................................................1

Setting Up ....................................................................................................... 2

Connecting the Video Cables.......................................................................... 4

Starting the System ......................................................................................... 8

Observing System Precautions...................................................................... 10

Replacing the Faceplate Door....................................................................... 10

Using the Online Reference..........................................................................11

Obtaining Windows NT Updates.................................................................. 12

Ensuring PC Card Support............................................................................ 13

v

Chapter 2 Configuring the System.......................................................... 15

Before You Begin ......................................................................................... 15

About the System’s Video Display............................................................... 16

Configuring the Video Display..................................................................... 17

Starting and Stopping Video Configuration.......................................... 17

Changing GL Video Display Configuration......................................... 19

Changing the Default Video Display Driver......................................... 21

Correcting Video Display Problems ..................................................... 22

Configuring TCP/IP Networking.................................................................. 23

Chapter 3 Opening and Closing the Base Unit ...................................... 25

Removing Covers and Panels........................................................................25

Removing the Option Board Bracket............................................................ 27

Avoiding Electrostatic Discharge ................................................................. 29

Attaching an Antistatic Wrist Strap.............................................................. 30

Closing the Base Unit ................................................................................... 31

vi Preface

Chapter 4 Maintaining the System..........................................................33

Cleaning the System......................................................................................33

Replacing Parts..............................................................................................34

Reprogramming the Flash EPROM...............................................................51

Changing the System Boot Sequence............................................................53

Exterior Surfaces ...................................................................................33

Mouse ....................................................................................................33

Keyboard................................................................................................33

CD-ROM Drive.....................................................................................35

Combo Drive..........................................................................................36

System Hard Disk Drive........................................................................38

Auxiliary Hard Disk Drive ....................................................................40

Riser Card..............................................................................................42

System Board.........................................................................................43

Option Board Fans.................................................................................46

System Hard Disk Drive Fan.................................................................48

Replacing the Power Supply..................................................................50

Chapter 5 Upgrading the System.............................................................55

Adding Main Memory...................................................................................55

Adding Internal SCSI Devices.......................................................................58

Adding External SCSI Drives........................................................................60

Adding Option Boards...................................................................................61

PCI Boards.............................................................................................61

ISA and PnP Option Boards..................................................................63

Using the System Configuration Utility........................................................66

ISA Boards with a Configuration File...................................................67

ISA Boards without a Configuration File..............................................68

Chapter 6 GLZ Graphics..........................................................................71

Replacing the Graphics Boards .....................................................................71

GLZ1 and GLZ3....................................................................................72

GLZ1T and GLZ5..................................................................................73

GLZ2 and GLZ4....................................................................................74

Geometry Accelerator............................................................................75

Dual-Screen Upgrade ....................................................................................77

Chapter 7 Using AMIBIOS Setup............................................................81

Starting AMIBIOS Setup...............................................................................82

Setup Menu....................................................................................................83

Standard Setup.......................................................................................83

Advanced Setup.....................................................................................84

Chipset Setup.........................................................................................85

Preface vii

Peripheral Setup.................................................................................... 86

Security Menu............................................................................................... 88

Password ............................................................................................... 88

Anti-Virus ............................................................................................. 89

Default Menu ................................................................................................ 89

Original ................................................................................................. 89

Optimal.................................................................................................. 90

Fail-safe................................................................................................. 90

Chapter 8 Troubleshooting...................................................................... 91

System Power Errors..................................................................................... 91

System Boot Errors.......................................................................................92

Sound Errors ................................................................................................. 95

Video Errors.................................................................................................. 96

Other Hardware Errors.................................................................................. 96

Network Errors.............................................................................................. 97

Appendix A Installing System Software................................................. 99

Appendix B Hardware Information...................................................... 105

External Port Pinouts .................................................................................. 105

MIDI/Game......................................................................................... 105

Ethernet AUI....................................................................................... 106

SCSI .................................................................................................... 107

Serial (COM)....................................................................................... 108

Ethernet 10Base-T............................................................................... 108

Parallel ................................................................................................ 109

Video................................................................................................... 110

Mouse and Keyboard .......................................................................... 110

System Board Connector Pinouts ............................................................... 111

Floppy ................................................................................................. 112

ISA Bus J3........................................................................................... 112

ISA Bus J6........................................................................................... 113

Audio................................................................................................... 113

System Board Jumper Connectors..............................................................114

CPU Frequency................................................................................... 114

G95 VGA Mode Disable/Enable ........................................................ 115

Vibra 16S Sound Disable/Enable........................................................ 116

Power Supply Information.......................................................................... 116

DC Output Specifications ................................................................... 116

Cable Connectors................................................................................ 117

P1 Riser Card Connector Pinout......................................................... 118

P2 - P8 Connector Pinout.................................................................... 118

viii Preface

P9 Connector Pinout............................................................................118

Returned Goods Authorization (RGA) Form
Warranty Procedure
Repair Depot Address Labels

Preface

The TDZ-400 Deskside Setup and Maintenance Guide contains information
for setting up, configuring, and servicing your desktop workstation.

About This Document

The TDZ-400 Deskside Setup and Maintenance Guide is organized as
follows:

♦ Chapter 1, “Getting Started,” describes how to set up the system

hardware and start the system.

♦ Chapter 2, “Configuring the System,” describes how to configure the

video display and the TCP/IP networking software.

♦ Chapter 3, “Opening and Closing the Base Unit,” describes how to open

and close the system for maintenance and upgrades.

♦ Chapter 4, “Maintaining the System,” describes how to maintain the

system and replace its major components, and how to reprogram the
system’s flash EPROM.

♦ Chapter 5, “Upgrading the System,” describes how to upgrade the

system with new components.

♦ Chapter 6, “GLZ Graphics,” describes how to replace graphics boards

and install a dual-screen graphics upgrade.

♦ Chapter 7, “Using AMBIOS Setup,” describes how to configure the

system’s Basic Input/Output System (BIOS).

♦ Chapter 8, “Troubleshooting,” describes how to resolve common system

problems.

Preface ix

x Preface

♦ Appendix A, “Installing System Software,” describes how to install the

operating system and associated system software.

♦ Appendix B, “Hardware Information,” provides information for external

ports, system board connectors, system board jumper connectors, and the
power supply.

Document Conventions

Bold Commands, words, or characters that you key in literally.

Italic Variable values that you supply, or cross-references.

Monospace Output displayed on the screen.

UPPERCASE Names of files and directories. You can type filenames

and directory names in the dialog boxes or the command
line in lowercase unless directed otherwise.

SMALL CAPS Key names on the keyboard, such as D, ALT or F3.

CTRL+D Press a key while simultaneously pressing another key;

for example, press

CTRL and D simultaneously.

Finding Operating System Information

For more information on using the Windows NT operating system, refer to
the printed and online Windows NT documentation from Microsoft:

♦ For detailed information on installing and configuring Windows NT

Server, refer to the Windows NT Workstation Installation Guide.

♦ For detailed information on using the Windows NT Server operating

system, refer to the online Windows NT Workstation System Guide,
delivered on CD-ROM with the operating system, and to Windows NT
Help. You can purchase a printed copy of the System Guide from
Intergraph.

Getting Documentation and Training

You can purchase additional system or software product documentation from
Intergraph.

♦ In the United States, contact your sales account representative, call the

Intergraph Order Desk at 1-800-543-1054, or send a fax to
1-800-548-3318 to place an order. If you call or fax the Order Desk,
have the document numbers ready for the items you wish to purchase.

♦ At international locations, contact the Intergraph subsidiary or

distributor from which you purchased your Intergraph system or
software to place an order.

To find information on training for Intergraph systems and products, or to
enroll in an available class, contact Intergraph Education Services at
1-800-240-3000.

Preface xi

Getting Telephone Support

If you experience problems with your Intergraph system or software, or have
questions about the information in this document, you can contact Intergraph
for help.

♦ In the United States, call the Customer Response Center at

1-800-633-7248 between the hours of 7:00 a.m. and 7:00 p.m. Central
Time, Monday through Friday (except holidays).

♦ At international locations, contact the Intergraph subsidiary or

distributor from which you purchased your Intergraph system or
software.

Have the following information readily available when you call:

♦ Workstation model number:
♦ Workstation serial number:
♦ Your name and telephone number.
♦ A brief description of the problem.

xii Preface

Locate the model and serial numbers on a label on the base unit carton, or on
a label on the back of the base unit. Write these numbers in the spaces
provided above.

Using the Intergraph Bulletin Board Service

Available 24 hours a day, 7 days a week, the Intergraph Bulletin Board
Service (IBBS) is an electronic forum for Intergraph customers to exchange
information with Intergraph’s technical and marketing staff, and with other
Intergraph customers. You can use the IBBS to get technical support
information, documentation and training information, programs, and
software updates and fixes. The IBBS is also available for you to give
suggestions, make inquiries, and report problems.

To connect to the IBBS:

➤

1. Set your communications protocol for eight (8) data bits, no parity,
one (1) stop bit, and any baud rate up to 14,400.

2. Using a modem, dial the IBBS number, 1-205-730-8786. You can dial
1-205-730-6504 if you are using a 2,400 baud connection.

3. Mirror sites are maintained for international locations. Information on

these sites is available on Intergraph Online, Intergraph’s World Wide
Web server. Refer to “Finding Intergraph on the Internet” for more
information.

4. When connected, respond to the login request by keying in your user
ID. If you have not connected before, key in new to create a user ID.

Follow the menus to find what you need. If you are new to computer
bulletin boards, the IBBS provides clear choices and plenty of online help.
A text file that explains IBBS commands and organization is available for
you to download.

If you have trouble connecting to or using the IBBS, call the System
Operator (Sysop) at 1-205-730-1413, or send a fax to 1-205-730-1110.

Using the Intergraph FAXLink

You can use the Intergraph FAXLink to get technical support information by
fax 24 hours a day, 7 days a week. To use FAXLink from a touch-tone
phone or fax machine phone:

♦ Call 1-800-240-4300 to get new user instructions, an index listing of

available documents, and an overview of the categories of available
information.

♦ Call 1-205-730-9000 to order the documents (up to 5 per call).

Follow the prompts provided to locate and deliver the information you need.

Finding Intergraph on the Internet

Preface xiii

You can find Intergraph on the Internet in the following ways:
♦ If you have a World Wide Web browser, connect to Intergraph Online,

Intergraph’s Web server, at http://www.intergraph.com.

♦ If you have an application that allows you to transfer files to and from a

system using File Transfer Protocol (FTP), connect to Intergraph’s
anonymous FTP site at ftp.intergraph.com.

♦ If you have an application that allows you to search and retrieve files

using Gopher, connect to Intergraph’s Gopher site at
gopher.intergraph.com.

♦ You can get information from Intergraph’s email server at

[e-mail]. Put HELP in the body of the message (the
subject line is ignored) to get information on such subjects as
Intergraph’s online services and where to get World Wide Web
browsers.

xiv Preface

Learning About System Ergonomics

Please read the Ergonomics Guide included with your Intergraph system.
This document provides valuable information on ways to minimize repetitive
stress injuries for persons working with a computer.

Chapter 1

Getting Started

The TDZ-400 deskside workstation is easy to set up and use. Follow the
instructions in this chapter to set up and start your system.

Unpacking

If you have not removed everything from the shipping cartons, do so now
and verify you have the following equipment. The workstation carton
contains the following items:

1

♦ Workstation base unit
♦ Keyboard
♦ Mouse
♦ Footstands
♦ Base unit power cord
♦ Operating system and system software carton

The carton for the operating system and system software contains the
following items.

♦ Windows NT Workstation software (CD-ROM and setup diskettes)
♦ Intergraph GL video display driver diskette
♦ Intergraph Quick-Fix Engineering (QFE) diskette
♦ Intergraph System Utilities (SYSUTIL) diskette
♦ Intergraph TDZ-400 Deskside Online Reference diskette

Note: The workstation is delivered with the operating system and

associated system software installed on the system’s hard disk drive.

2 Chapter 1 - Getting Started

If you ordered a monitor from Intergraph, its carton contains the following
items.

♦ Monitor
♦ Monitor power cord
♦ Video cable
♦ Documentation

Note: If any of the base unit or monitor parts were not delivered, call the

Customer Response Center immediately at 1-800-633-7248

Retain all packaging materials. If you return equipment for repair, you must
return it in the original packaging to obtain warranty service (if provided
under your contract agreement).

Setting Up

Before you begin setting up your workstation, determine where you want to
place the system. Keep these guidelines in mind:

♦ Place the base unit in an area where air can circulate freely around it.

The front and back of the base unit should have at least a three-inch
clearance.

♦ Do not expose the system to high levels of dust, smoke, or moisture.
♦ Place the system in an area where the temperature range stays between

10 °C and 26 °C (50 °F to 80 °F). The optimum operating temperature is
21 °C (70 °F).

♦ Place the system in an area where the humidity stays between 20% and

80% (non-condensing). The optimum operating humidity is 50% (non­condensing).

To set up the workstation:

➤

1. Set the footstands on the bottom of the base unit.

2. Connect the keyboard cable to the Keyboard port on the back of the
base unit. Refer to the following figure.

Chapter 1 - Getting Started 3

y

3. Connect the audio cables (bundled with the keyboard cable) to the
audio jacks. The cable labeled Mic connects to the Microphone jack,
and the cable labeled Audio connects to the Line Out jack. Refer to
the following figure.

4. Connect the mouse cable to the Mouse port on the back of the base
unit. Refer to the following figure.

5. Connect the remaining cables, such as Ethernet (AUI or 10Base-T),
printer (parallel port), and modem cables (serial ports) to their ports
on the back of the base unit. Refer to the following figure.

WARNING

Do not connect a MIDI or game cable to the Ethernet AUI port. This
will short out the local area network on which the workstation resides.

MIDI Port

Microphone
Line Out

10Base-T
Port

Ke

board Port

Mouse Port

Serial Ports

Parallel Port

Ethernet AUI
Port

Fast SCSI-2
Port

4 Chapter 1 - Getting Started

Note: The ports on the back on the system are labeled using PC 95

compliant icons.

If you are using cables not supplied by Intergraph, you must use
shielded cables to prevent excessive electromagnetic interference
(EMI). Intergraph cables are designed to reduce the amount of EMI
produced by the system.

6. Connect the power cords for the monitor and the base unit to an
Uninterruptible Power Supply or a grounded three-prong wall outlet.
Then connect the power cords to the base unit and monitor.

7. Connect the video cables as described in “Connecting the Video

Cables.”

WARNING

8. Start the system as described in “Starting the System.”

Connecting the Video Cables

This section describes the video cable hookups for GLZ1, GLZ1T, GLZ2,
GLZ3, GLZ4, and GLZ5 graphics. For a workstation with GLZ6 graphics,
refer to the GLZ6 Setup and Maintenance Guide.

Chapter 1 - Getting Started 5

For GLZ1 or GLZ3 (single- and dual-screen):

➤

1. Connect a video cable for each monitor to a Video port on the back of
the base unit and to the monitor. Refer to the following figure.

2. Connect the VGA loopback cable to the VGA Loopback ports on the
back of the base unit. Refer to the following figure.

Video Port
(Primary
Monitor)

Video Port
(Secondary
Monitor)

VGA Loopback
Ports

WARNING

Do not connect the video cables for the monitors to either VGA
Loopback port. If you do, the system will boot up to the blue screen
and stop, or video will not display at all.

6 Chapter 1 - Getting Started

For GLZ1T or GLZ5 (single- and dual-screen):

➤

1. Connect a video cable for each monitor to a Video port on the back of
the base unit and to the monitor. Refer to the following figure.

2. Connect the VGA loopback cable to the VGA Loopback ports on the
back of the base unit. Refer to the following figure.

Video Port
(Primary
Monitor)

Video Port
(Secondary
Monitor)

VGA Loopback
Ports

WARNING

Do not connect the video cables for the monitors to either VGA
Loopback port. If you do, the system will boot up to the blue screen
and stop, or video will not display at all.

Chapter 1 - Getting Started 7

For GLZ2 or GLZ4 (single-screen):

➤

Connect the video cable for the monitor to the Video port on the back of the
base unit and to the monitor. Refer to the following figure.

Video Port

For GLZ2 or GLZ4 (dual-screen):

➤

Connect a video cable for each monitor to a Video port on the back of the
base unit and to the monitor. Refer to the following figure.

Video Port
(Primary
Monitor)

Video Port
(Secondary
Monitor)

8 Chapter 1 - Getting Started

Starting the System

The workstation is delivered with the operating system installed on the

system’s hard disk drive. After setting up the system, you can start it and
begin using it.

Note: If you need to re-install the operating system, refer to Appendix A,

“Installing System Software.”

The following figure shows the front of the base unit.

Disk Access
LED

Power On
LED

CD-ROM
Drive LED

Power Switch

Chapter 1 - Getting Started 9

To start the system:

➤

1. Press the power switch on the base unit and the power switch on the
monitor to turn on power to the system. The following events occur:

♦ The power on LED lights green.
♦ The CD-ROM drive LED blinks green and amber.
♦ The BIOS boot screen displays the American Megatrends logo.
♦ The boot screen displays.

2. At the initial Windows NT boot screen, select the following option:

Windows NT Workstation 3.51 [VGA Mode]

After additional messages display, Windows NT Workstation starts in

VGA mode, allowing you to log on and configure your system’s date,
time, and video display.

3. Press

CTRL+ALT+DELETE to display the Windows NT Workstation

logon dialog. The first time the logon dialog displays,

Administrator displays in the Username box. The From and

Password boxes are blank.

4. Select OK or press

ENTER to log on to Windows NT Workstation. For

instructions to create a user account and join a workgroup or domain,
refer to the online Windows NT Workstation System Guide.

5. Use the Date/Time application in the Windows NT Control Panel to
set the system date and time. Refer to the online Windows NT
Workstation System Guide for instructions on using the applications in
the Control Panel.

6. Configure the video display and TCP/IP networking software as
described in Chapter 2, “Configuring the System.”

10 Chapter 1 - Getting Started

7. Create an Emergency Repair Disk for your system using the Windows
NT Repair Disk utility (RDISK.EXE). The files on the Emergency
Repair Disk can restore the original contents of a damaged Windows
NT Registry (that is, at the time Windows NT was installed), along
with the standard Windows NT drivers. Refer to Windows NT Help
for information on creating an Emergency Repair Disk, and to the
Windows NT Workstation Installation Guide for information on using
it.

Note: If your system came pre-configured from Intergraph, you can run the

Repair Disk utility from an icon in the Startup group of Program
Manager.

Observing System Precautions

Observe the following precautions when using the system.
♦ When restarting the system, use the operating system controls instead of

turning the power switch off and on. Use the power switch only when
instructed, or as the last alternative.

♦ Never turn the base unit off when the disk access LED is on.
♦ After powering off the base unit, wait at least 30 seconds before

powering on again to allow the system to power cycle.

♦ Periodically run virus scan software to ensure your system files are not

corrupted.

Replacing the Faceplate Door

The TDZ-400 deskside workstation uses a removeable faceplate door. If you
open the door beyond 120 degrees, it disengages from the faceplate hinges.
To replace the door, snap it back into the faceplate hinges.

Using the Online Reference

Detailed technical information about your workstation is delivered in an
Online Reference doument. This Windows Help-based document is

Chapter 1 - Getting Started 11

delivered on diskette in the form of a self-extracting archive file named
TDZ4DSOR.EXE.

To install and display your system’s Online Reference:

➤

1. Insert the diskette containing the Online Reference into the floppy
disk slot of the combo drive.

2. Copy the TDZ4DSOR.EXE and README.TXT files from the

diskette to a directory on your system’s hard disk drive; then remove
the diskette from the combo drive.

3. Open TDZ4DSOR.EXE. The following files are extracted:

GLZX.CNT
GLZX.HLP
SUPPORT.CNT
SUPPORT.HLP
TDZ4DSOR.CNT
TDZ4DSOR.HLP

4. Ensure the extracted files remain in the same directory for the Online
Reference to work properly. After the files have been extracted, you
can delete TDZ4DSOR.EXE from the system’s hard disk drive.

5. Open TDZ4DSOR.HLP to display the Online Reference.

You can obtain the latest version of your system’s Online Reference from the
Intergraph Bulletin Board Service (IBBS) or Intergraph’s FTP site.

To receive Online Reference updates:

➤

1. From the IBBS login, go to Intergraph Product Centers → Systems
and Networking → File Libraries → Technical Notes. From the FTP
login, go to /bbs/ssd/note.

2. Look for self-executing (.EXE) archive files whose names start with
TD and end in OR (such as TDZDTOR.EXE or TDZ4DSOR.EXE).
The file descriptions in the IBBS or the FTP index should note the
title and part number of each Online Reference.

3. Download the file to your system.

12 Chapter 1 - Getting Started

4. Open the .EXE file and review the README.TXT file. Follow the
instructions in the README.TXT file to properly install the new

Online Reference.

Obtaining Windows NT Updates

Microsoft Service Packs contain the latest improvements and system fixes
that have been requested for the Windows NT operating system. Service
Packs are created by Microsoft approximately every three months. You may
obtain Service Packs from the following sources:

♦ Intergraph Bulletin Board Service (IBBS)
♦ Microsoft Inside Sales
♦ CompuServe
♦ Microsoft FTP locations

The service packs are for post-release support only. The product media for
Windows NT will not include improvements or fixes in a given Service Pack
until the next major Windows NT release.

CAUTION

If Intergraph provides a Service Pack through the IBBS, it has been
certified against Intergraph hardware as described with the
announcement of its availability. If you obtain a Service Pack from any
other source, be aware that it may not have been certified with your
Intergraph hardware.

Ensuring PC Card Support

Your system may have a PC Card slot for use with devices based on
standards developed by the Personal Computer Memory Card International
Association (PCMCIA). Windows NT Workstation 3.51 provides support
for PC Card devices.

Chapter 1 - Getting Started 13

Note: Windows NT 3.51 provides basic support for PC Card devices, and

not all PC Card devices are supported. You must shut down a
system running Windows NT 3.51 before inserting or removing a PC
Card device.

14 Chapter 1 - Getting Started

Chapter 2

Configuring the System

After setting up the system hardware and starting the system for the first
time, you can configure it for your use. Follow the instructions in this

chapter to configure the system’s video display and TCP/IP networking
software.

Before You Begin

Before you begin configuring the system, get and record the following
TCP/IP networking information from your network administrator:

15

♦ Internet Protocol (IP) address for

your system:

♦ IP subnet mask for your system:

♦ IP domain name for your network:

♦ IP address for your network’s

default gateway:

♦ IP addresses for your network’s

Domain Name System (DNS)
servers, if any:

The Windows NT delivery media contain software and drivers for both
Reduced Instruction Set Computing (RISC)- and Intel-based systems. When
installing Windows NT distribution files, make sure to install them from the
\I386 directory (the Intel software directory) on the delivery media. For
example, if you are installing a device driver from the Windows NT
CD-ROM, key in the following when asked for the path to the file, where

drive is the drive letter for the CD-ROM drive:

drive:\i386

16 Chapter 2 - Configuring the System

About the System’s Video Display

When you start your system for the first time, it uses the Windows NT
Workstation VGA display driver to run the video display. To enable your
system to use its installed GLZ video display adapter, you must configure the
video display to use the Intergraph GL video display driver. This driver is

installed on the system’s hard disk, and is also delivered on a backup
diskette.

The Intergraph GLZ video display adapter is a 3D graphics accelerator.
GLZ provides a number of advanced graphics features, including hardware
acceleration of OpenGL and Windows NT graphics operations. GLZ is
available in several configurations, as follows:

♦ GLZ1 -- 12 MB of frame buffer memory, resolutions up to 1 megapixel

(1152 x 864).

♦ GLZ1T -- same features as GLZ1, with support for texture mapping.

♦ GLZ2 -- 24 MB of frame buffer memory, resolutions up to 1600 x 1280.

♦ GLZ3 -- same features as GLZ1, with support for geometry acceleration.

♦ GLZ4 -- same features as GLZ2, with support for geometry acceleration.

♦ GLZ5 -- same features as GLZ3, with support for texture mapping.

♦ GLZ6 -- 34 MB of frame buffer memory, hardware-accelerated support

for texture mapping and geometry acceleration, resolutions up to 1600 x

1280.

If your system is set up for dual-screen display, the video display driver
treats the combined display area of the dual screens as a single canvas that
covers both screens. In this Full Canvas style, windows centered on the
canvas are split between the two screens. This includes most system dialog
boxes.

When the system is running Windows NT Workstation 3.5 (or later), the
video display driver can treat the left or top monitor as the primary screen,
while the full desktop extends across both screens. This Primary Left/Top
style results in different windowing behaviors than those displayed by
default, including the following:

Chapter 2 - Configuring the System 17

♦ Dialogs display fully and applications maximize on the primary screen.

♦ Most centered windows center on the primary screen.

♦ Testing a dual-screen mode from the Display Properties application

actually tests only the corresponding single-screen mode.

♦ Toolbars may not use the whole desktop.

♦ Screen savers may work only on the primary screen.

To select a dual-screen style, refer to the configuration instructions for the
GL video display driver later in this chapter.

Configuring the Video Display

Use Intergraph’s Video Configuration application in the Windows NT
Control Panel to change the configuration of the GL video display driver.
The Video Configuration application controls basic and advanced display
attributes of the GL video display driver.

Note: Windows NT provides a Display application in the Control Panel for

changing the video display. Use the Video Configuration
application instead of the Windows NT Display application to
configure the GL display driver on your system.

Starting and Stopping Video Configuration

To start Video Configuration:

➤

Open Video Config in the Windows NT Control Panel. The Video
Configuration dialog displays.

18 Chapter 2 - Configuring the System

To stop Video Configuration:

➤

Select OK to close Video Configuration using the new settings, or select
Cancel to close Video Configuration without changing the settings. If you
changed settings other than contrast or gamma correction, restart the system.

Note: If you have not changed the default video display driver, ensure that

you select the Windows NT Workstation option (not the

VGA option) on the boot menu. Refer to “Changing the Default
Video Display Driver” later for more information.

Note the following about the operation of Video Configuration:

♦ Supported options display in black; unsupported options display in gray.

♦ If a video display driver is not running, the main dialog of Video

Configuration tells you that certain options may not be supported.

♦ Any changes you make using Video Configuration are updated in the

Windows NT Display application after you restart the system.

The options provided by Video Configuration vary, depending on the
specific GLZ display adapter in use. For more information, see the online
Help available in Video Configuration, as well as your system’s Online
Reference.

Chapter 2 - Configuring the System 19

Changing GL Video Display Configuration

To change GL video display configuration:

➤

1. Start Video Configuration.

2. Move the Desktop Area scroll bar to set the display resolution. Some
options may not be supported.

3. Select the number of colors from the Color Palette list.

4. Select the refresh rate from the Refresh Frequency list.

5. Select the monitor type from the Monitor Type list (GLZ1, GLZ3, and
GLZ5 only support multi-sync monitors, and this option is unavailable
for selection).

Note: By default, the GL video display driver should determine the type of

monitor connected to the system by querying the monitor if an
InterVue monitor is connected to the system.

6. Select Dual, if applicable. This enables Orientation and Style.

7. Select the screen display orientation, if applicable.

8. Select the screen display style, if applicable.

9. Select Stereo, if applicable.

10. Select the Preferences button, if applicable. The Preferences dialog
displays, letting you configure switching buffers during OpenGL
double-buffering operations.

20 Chapter 2 - Configuring the System

Check the Synchronize Buffer Swap to Vertical Sync check box (the
default) to make the GL display driver wait for a vertical retrace of the
monitor to occur before switching the displayed buffer. Clear the
check box to make the GL display driver switch the displayed buffer
without waiting. Select OK to return to the Video Configuration
dialog.

11. Select Color Calibration to display the Color Calibration dialog and
set the contrast and gamma correction value(s).

12. Select the screen to modify, if applicable.

13. Move the Contrast scroll bar to set the contrast value. The default
contrast value is 100%.

14. Select a Gamma Correction option, and choose the value or specify a
gamma correction file.

15. If you selected Gamma File, select Test to verify the effect of the
specified gamma correction file. The system displays a color
reference graphic for 5 seconds.

Chapter 2 - Configuring the System 21

16. Select OK to return to the Video Configuration dialog with the

modified gamma correction/contrast values in effect, or select Cancel
to return to the Video Configuration dialog without updating the
gamma correction/contrast.

17. Stop Video Configuration.

If you use 3D applications with the GL driver, the video display may update
slowly when you drag objects across it. To avoid this inconvenience, turn
off full drag before using 3D applications with the GL driver.

To turn off full drag:

➤

1. Open Desktop in the Windows NT Control Panel. The Desktop
Settings dialog displays.

2. Under Applications, clear the Full Drag check box.

3. Select OK.

Windows NT lets you use software cursors, such as decorated or animated
cursors, in place of the standard cursor. If you use a software cursor while
running an OpenGL application, the performance of that application will

drop sharply whenever you position the software cursor in that application’s
window. For optimum performance of OpenGL applications, Intergraph
recommends that you use only the standard cursor.

Changing the Default Video Display Driver

After configuring the video display and restarting the system, you can
configure the system to use the Intergraph GL video display driver by
default.

To change the default video display driver:

➤

1. Open System in the Windows NT Control Panel. The System dialog
displays.

2. Under Operating System, select
from the Startup list.

Windows NT Workstation 3.51

3. Select OK.

22 Chapter 2 - Configuring the System

Correcting Video Display Problems

If the system’s video display is black, not synchronized, or distorted after
you restart the system, you may have a video configuration problem. Do not
press

CTRL+ALT+DEL to log on to the Windows NT operating system.

Instead, try to correct the problem by using the Last Known Good option to
return the system to the last know good configuration recorded by Windows
NT:

To use the Last Known Good option:

➤

1. Press the Reset button on the front panel of the base unit to restart the
system.

2. Press the space bar at the following prompt:

Press space bar NOW to invoke the Last Known Good Menu

If using the Last Known Good option fails to correct the video display
problems, you can obtain a functional video resolution by restarting the
system in VGA mode.

To restart the system in VGA mode:

➤

1. Press the Reset button on the front panel of the base unit to restart the
system.

2. At the boot screen, select the following option:

Windows NT Workstation 3.51 [VGA mode]

After logging on to Windows NT in VGA mode, check for the following
common configuration problems and solutions:

♦ A multi-sync monitor type is selected in Video Configuration, but an

InterVue monitor is connected to the system. Select the InterVue
monitor type.

♦ A multi-sync monitor is connected to the system, but a multi-sync

monitor type is not selected in Video Configuration, and the display
driver cannot determine this by querying the monitor. Select an
appropriate multi-sync monitor type.

Chapter 2 - Configuring the System 23

♦ A selected resolution, depth, or refresh rate is not supported by the

multi-sync monitor. Try different settings in Video Configuration.

♦ The Dual Screen option is selected in Video Configuration, but only one

video board is detected. Clear the Dual Screen option.

Restart the system and select
reconfigured video display driver. If problems persist, contact the Intergraph
Customer Response Center for help.

Windows NT Workstation 3.51 to use the

Configuring TCP/IP Networking

Configure the TCP/IP networking software using the networking information
you recorded at the beginning of this chapter.

To configure the TCP/IP networking software:

➤

1. Open Network in the Windows NT Control Panel. The Network
Settings dialog displays.

2. Select Change next to the Computer Name field. The Computer Name
dialog displays.

3. Type a name for the computer and select OK.

4. If appropriate, select Change next to the Workgroup field. The
Domain/Workgroup Settings dialog displays.

5. Type a new workgroup name and select OK.

6. Select TCP/IP Protocol from the Installed Network Software list, and
then select Configure. The TCP/IP Configuration dialog displays.

7. Type your system’s Internet Protocol (IP) address and IP subnet mask,

and the IP address of your network’s default gateway.

8. If your network uses the Domain Name System (DNS), select DNS.
The DNS Configuration dialog displays.

9. Type your network’s IP domain name and the addresses of your
network’s DNS servers, and then select OK.

10. In the TCP/IP Configuration dialog, select OK.

24 Chapter 2 - Configuring the System

11. Restart the system.

Chapter 3

Opening and Closing the Base
Unit

This chapter describes opening the system’s base unit, avoiding electrostatic
discharge, attaching an antistatic wrist strap, and closing the base unit.

Removing Covers and Panels

Use a quarter-inch nutdriver to remove all screws.

25

Note: The left and right side panels are identified as if you are facing the

front of the base unit.

WARNING

Before opening the base unit, shut the system down; then, turn the
system power off. Use caution when removing the covers and panels to
avoid injury. Allow the system to cool and attach an antistatic wrist
strap before servicing any parts.

To remove the top cover and side panels:

➤

1. Remove the footstands.

2. Remove the screw on the back of the top cover. Pull the top cover
back an inch and lift it off the base unit. Refer to the following figure.

26 Chapter 3 - Opening and Closing the Base Unit

3. Remove the two screws on the left side panel. Then pull the panel up
and out to remove it. Refer to the following figure.

4. If servicing the CD-ROM drive, combo drive, or power supply,
remove the right side panel also.

Top
Cover

Right Side
Panel

Back Cover

Left Side
Panel

Chapter 3- Opening and Closing the Base Unit 27

To remove the PCI access panel:

➤

1. Power off the base unit and remove the top cover and side panel. Lay
the base unit on the right side.

2. Remove the two screws at the bottom of the unit and the screw behind
the PCI access panel as shown in the following figure.

3. Slide the cover to the back of the base unit and remove it.

Screw
(Behind Panel)

Screws

Removing the Option Board Bracket

To remove the option board bracket:

➤

1. Remove the PCI access panel as described previously.

2. Remove the graphics boards and other installed PCI option boards.

PCI Access
Panel

28 Chapter 3 - Opening and Closing the Base Unit

3. If ISA option boards are installed, disconnect the SCSI cable and
power cables from the top of the riser card. Also remove the ISA I/O
lock bracket.

ISA I/O Lock
Bracket

SCSI Cable
Connector

Power Cable
Connector

4. Remove the screw on the pivoting ISA board guide as shown in the
following figure.

5. Remove the installed ISA boards. Note the position of each ISA
board, for they must be replaced in the same slots from which they
were removed.

6. Remove the four screws for the option board bracket as shown in the
following figure. Slide the option board bracket to the back of the
base unit and remove.

Chapter 3- Opening and Closing the Base Unit 29

7. Remove the screw for the air baffle as shown in the following figure;
then, remove the air baffle.

Screw

Screw

Screw

ISA Board
Guide

Option Board
Bracket

Riser
Card

Air Baffle

Screws

Avoiding Electrostatic Discharge

Some of the sensitive components inside the base unit can be damaged by
static electricity. To minimize this possibility, take the following precautions
when working with the internal components of the system to avoid
electrostatic discharge.

♦ Touch the bare metal of the base unit to discharge any accumulated

electrostatic charge.

♦ Do not service the system on surfaces known to have high electrostatic

buildup, such as rugs and carpets. Work on a static-safe surface instead.

30 Chapter 3 - Opening and Closing the Base Unit

♦ Handle all printed circuit boards as little as possible and by the edges

only. Leave new parts in their protective packaging until you install
them.

♦ To maintain ground, do not unplug the power cord from the base unit,

AC outlet, or UPS.

♦ After opening the base unit, attach the antistatic wrist strap described in

the next section.

Attaching an Antistatic Wrist Strap

Use a disposable or reusable antistatic wrist strap when servicing or
upgrading the workstation.

Note: There is no increased risk of electrical shock when using the wrist

strap. If the wrist strap does not snugly contact bare skin, static
protection will not be effective.

To attach a disposable antistatic wrist strap:

➤

1. Remove the wrist strap from the envelope.

2. Unfold the wrist strap and wrap the exposed adhesive side firmly
around your bare wrist.

3. Peel the liner from the wrist strap copper foil. Attach the adhesive
side of the copper foil to a bare flat metal surface (electrical ground)
inside the base unit.

Note: After using the disposable wrist strap once, it cannot be reused.

Chapter 3- Opening and Closing the Base Unit 31

To attach a reusable antistatic wrist strap:

➤

1. Attach an antistatic wrist strap to the ground loop as shown in the
following figure.

Ground
Loop

2. Slip the elastic end of the wrist strap snugly around your bare wrist.

Note: The metal conductor bead in the elastic must contact bare skin.

Closing the Base Unit

After performing the maintenance or system upgrade, follow these steps.
When securing panels with screws, ensure the screws are tight, but do not
strip the screw heads.

To close the base unit:

➤

1. Remove the antistatic wrist strap from the chassis.

2. Replace the PCI access panel if removed.

32 Chapter 3 - Opening and Closing the Base Unit

3. Set the base unit in the upright position.

4. Replace the left or right side panel if removed.

5. Replace the top cover. Ensure the top cover is completely installed so
the safety interlock switch engages. If the cover is not properly
installed, the system will not start.

6. Replace the footstands.

CAUTION

After servicing or upgrading the system, always replace all panels and
covers. The panels and covers ensure the system maintains proper air
flow, so internal components do not overheat. Overheated components
may fail prematurely and may be dangerous to touch.

The panels and covers also ensure electromagnetic interference (EMI)
emissions are kept to levels below the standard requirements.

Chapter 4

Maintaining the System

This chapter describes cleaning the system’s exterior surfaces, replacing
system parts, and reprogramming the flash EPROM with a new Basic
Input/Output System (BIOS).

Cleaning the System

Follow these guidelines for cleaning the workstation.

CAUTION

33

Power off the workstation before cleaning the exterior surfaces, mouse,
and keyboard. Do not clean the CD-ROM drive.

Exterior Surfaces

Use mild cleaning detergent and a clean cloth to clean the monitor screen
and the exterior surfaces of the base unit.

Mouse

On the bottom of the mouse, a retaining ring holds the tracking ball in place.
To clean the mouse, remove the retaining ring and turn the mouse over; the
tracking ball will fall out. Blow gently into the opening. Clean the tracking
ball and rollers with a cotton swab and alcohol. Replace the tracking ball
and the retaining ring.

Keyboard

Dust the keyboard with a dry cloth. Aerosol cleaners are commercially
available to remove the dust between the keys of the keyboard. Never allow
moisture on the keyboard or the surface beneath the keys.

34 Chapter 4 - Maintaining the System

Replacing Parts

This section describes replacing the following parts of the system:

♦ CD-ROM drive
♦ Combo drive
♦ System hard disk drive
♦ Auxiliary hard disk drive
♦ Riser card
♦ System board
♦ Option board fans
♦ System hard disk drive fan
♦ Power supply

You will need the following tools to service the system:

♦ Quarter-inch nutdriver
♦ No. 1 Phillips screwdriver
♦ No. 2 Phillips screwdriver
♦ Three-sixteenth-inch nutdriver
♦ Five-sixteenth-inch or 8 mm nutdriver
♦ Small single-slot screwdriver

Open the base unit, take antistatic precautions, and attach an antistatic wrist

strap as described in Chapter 3, “Opening and Closing the Base Unit,”
before replacing any parts.

CAUTION

The parts inside the base unit are designed to fit within very tight
tolerances. Some force is required to remove or insert parts. However,
if you cannot remove or install a part properly, ensure that there are no
obstructions hindering the part.

Chapter 4 - Maintaining the System 35

CD-ROM Drive

Use a No. 1 Phillips screw driver for removing and installing the CD-ROM
drive.

To remove the CD-ROM drive:

➤

1. Disconnect the power cable, SCSI cable, and audio cable from the
CD-ROM drive, as shown in the following figure.

CD-ROM
Drive

Audio
Cable

Power Cable

SCSI Cable

2. Remove the screws from both sides of the CD-ROM drive.

3. Slide the CD-ROM drive out of the front of the base unit.

To install the new CD-ROM drive:

➤

Screws

1. Disable SCSI termination and set the SCSI ID to 4. Refer to the
documentation delivered with the CD-ROM drive for instructions.

2. Insert the new CD-ROM drive through the front panel.

3. Secure the CD-ROM drive using the four screws removed previously.

36 Chapter 4 - Maintaining the System

4. Connect the SCSI cable, power cable, and audio cable to the CD­ROM drive. The SCSI cable red stripe (pin 1) must be adjacent to the
power connector.

Note: If installing a non-Intergraph CD-ROM drive, use the audio cable

delivered with the new CD-ROM drive.

5. Close the base unit.

Combo Drive

Use a quarter-inch nutdriver and a No. 1 Phillips screwdriver to remove and
install the combo drive.

To remove the combo drive:

➤

1. Remove the top cover, and the left and right side panels.

2. Remove the CD-ROM drive as described in “Replacing the CD-ROM

Drive.”

3. Disconnect the floppy cable, ISA bus cables, and power cable from
the combo drive as shown in the following figure. Note the position
of the red stripe on the floppy cable.

Chapter 4 - Maintaining the System 37

4. Using a quarter-inch nutdriver, remove the screws from both sides of
the combo drive. Then, slide the drive out of the base unit.

Screws

Floppy Cable

Red Stripe

ISA Bus
Cables

Power Cable

5. Using a No. 1 Phillips screwdriver, remove the four screws from the
combo drive support bracket as shown in the following figure.

Support
Bracket

Screws

38 Chapter 4 - Maintaining the System

To install the new combo drive:

➤

1. Secure the replacement combo drive to the support bracket using the
screws removed previously.

2. Install the combo drive into the base unit, and secure the drive using
the screws removed previously.

3. Connect the ISA bus cables, power cable, and floppy cable to the
combo drive.

4. Replace the CD-ROM drive and secure it to the chassis. Connect the
audio, SCSI, and power cables.

5. Close the base unit.

System Hard Disk Drive

This section describes replacing the system hard disk drive, located under
the
power supply.

To remove the system hard disk drive:

➤

1. Power off the base unit. Remove the top cover, left side panel, and
back cover.

2. Disconnect the SCSI cable and the power cable from the hard disk
drive as shown in the following figure. The power supply is omitted
for clarity.

Chapter 4 - Maintaining the System 39

3. Using a quarter-inch nutdriver, remove the screw as shown in the
following figure.

Power
CableScrew

SCSI
Cable

4. Push the disk drive into the base unit; then, lift up and pull it out.

5. Using a No. 2 Phillips screwdriver, remove the four screws that secure
the disk drive to the bracket.

Screw

Bracket

40 Chapter 4 - Maintaining the System

To install the new system hard disk drive:

➤

1. Disable SCSI termination and set the SCSI ID to the same SCSI ID as
the previous hard disk drive. Refer to the documentation delivered
with the hard disk drive for details.

2. Secure the new disk drive to the bracket. Slide the disk drive
assembly into the base unit. Ensure the bracket tabs fit into the slots.

3. Secure the drive to the chassis by installing the screw.

4. Attach the power cable and SCSI cable to the hard disk drive. The
SCSI cable is keyed to ensure proper insertion. The red stripe (pin 1)
must be adjacent to the power connector.

5. Close the base unit.

6. Restart the workstation.

7. Partition and format the hard disk drive as described in the operating
system documentation.

8. Load the operating system onto the new hard disk drive as described
in the operating system documentation.

Auxiliary Hard Disk Drive

Auxiliary hard disk drives are located in the drive bays above the CD-ROM
drive.

To remove the auxiliary hard disk drive:

➤

1. Disconnect the SCSI cable and power cable from the hard disk drive
as shown in the following figure.

2. Using a quarter-inch nutdriver, remove the two screws from the side
of the hard disk drive.

SCSI
Cable

Chapter 4 - Maintaining the System 41

Screws

Power
Cable

3. Slide the disk drive assembly out of the base unit.

4. Using a No. 2 Phillips screwdriver, remove the screws attaching the
hard disk drive to the bracket.

Screw

To install the new auxiliary hard disk drive:

➤

Bracket

1. Disable SCSI termination and set the SCSI ID to the same SCSI ID as
the previous hard disk drive. Refer to the documentation delivered
with the hard disk drive for details.

42 Chapter 4 - Maintaining the System

2. Secure the new disk drive to the bracket using the screws removed
previously.

3. Slide the disk drive assembly into the chassis. Secure the disk drive to
the chassis with the screws removed previously.

4. Attach the power cable and SCSI cable to the new disk drive. The
SCSI cable is keyed to ensure proper insertion. The red stripe (pin 1)
must be adjacent to the power connector.

5. Close the base unit.

6. Restart the workstation.

7. Partition and format the auxiliary hard disk drive as described in the
operating system documentation.

Riser Card

To replace the riser card:

➤

1. Remove the option board bracket as described in Chapter 3.

2. Disengage the riser card from the system board, and remove the card
from the base unit.

3. Insert the riser card into the system board slot, pushing firmly over the
center of the PCI connectors.

CAUTION

Do not rock the riser card back and forth; pins inside the connector may
be damaged as a result. Press firmly so the card connector slides evenly
into the slot.

4. Replace the option board bracket. Do not tighten the pivoting ISA
board guide until the ISA boards have been installed.

5. Replace the option boards connected to the riser card. Connect any
external cables attached to the boards. ISA boards must be installed in
the same slots from which they were removed.

Chapter 4 - Maintaining the System 43

6. Replace the ISA I/O lock bracket and PCI access panel.

7. Connect the SCSI and power cables to the riser card.

8. Close the base unit.

System Board

CAUTION

The system board is extremely sensitive to static electricity. To prevent
serious damage to the system board, wear the antistatic wrist strap while
performing the following steps. Do not open the antistatic bag
containing the system board until instructed.

To remove the system board:

➤

1. Power off the base unit. Remove the top cover and left side panel.

2. Remove the PCI access panel and option board bracket as described in
Chapter 3.

3. Remove the riser card as described in “Replacing the Riser Card.”

4. Remove the option board fan assembly as described in “Replacing the
Option Board Fans.”

44 Chapter 4 - Maintaining the System

5. Disconnect the disk activity LED and power on LED cables from the
system board. Note the orientation of the LED cables.

Disk Activity LED - Black

Orange

Power On LED - Black

White

6. Disconnect all other cables attached to the system board. Refer to the
following figure for cable connector locations.

SCSI Cable
Connector

Power Cable
Connectors

Audio Cable
Connector

Power Switch
Cable
Connector

MIDI/Game
Cable
Connector

AUI Cable
Connector

ISA Bus Cable
Connectors

Floppy Cable
Connector

Fan Power
Cable Connector

7. Disconnect the cables from the external ports.

Chapter 4 - Maintaining the System 45

8. Using a three-sixteenth-inch nutdriver, remove the jackscrews from
the video, parallel, and serial ports.

9. Using an 8 mm or five-sixteenth-inch nutdriver, remove the hex nuts
from the line out, line in, and microphone jacks.

10. Using a quarter-inch nutdriver, remove the eight grounding screws
from the system board.

11. Slide the system board to the front of the base unit.

12. Lift the board and remove it from the base unit. Set the board on a flat
antistatic surface.

13. Remove the new system board from the antistatic bag and place it on a
flat antistatic surface.

14. Remove the SIMMs from the old system board and install them onto
the new one in the same configuration.

To install the new system board:

➤

The new system board should have the SIMMs installed before placing the
board into the base unit.

1. Lower the system board into the base unit. Ensure the standoffs line
up with the holes in the chassis. Slide the system board so the
external ports fit into the back panel.

2. Install the jackscrews onto the video, parallel, and serial ports.

3. Install the hex nuts onto the line out, line in, and microphone ports.

4. Install the eight ground screws.

5. Replace the option board fan assembly.

6. Connect the game, audio, and Ethernet AUI cables to the system
board.

46 Chapter 4 - Maintaining the System

Do not connect the MIDI or game cable to the Ethernet AUI port. This
could short out the local area network on which the system resides.

7. Connect the system power cables to the P1 through P5 connectors.
The power cable connectors are labeled with the corresponding
system board connector.

8. Connect the disk activity LED, fan power, and power on LED cables
to the system board.

Note: The fan power cable is keyed to ensure proper insertion.

9. Install the riser card, option board bracket, option boards, and SCSI
and power cables.

CAUTION

10. Replace the PCI access panel.

11. Connect the external system cables to the external ports.

12. Close the base unit.

Option Board Fans

To replace the option board fans:

➤

1. Power off the base unit. Remove the top cover and left side panel.
Lay the base unit on the right side.

2. Remove the PCI access panel and the option board bracket.

3. Remove the fan assembly screws and disconnect the fan power cable
from the system board as shown in the following figure.

Chapter 4 - Maintaining the System 47

Screw

Fan Power
Cable

Screw

4. Disconnect the inline connector for the power cable of the defective
fan as shown in the following figure.

Inline Connectors

48 Chapter 4 - Maintaining the System

5. Using a No. 1 Phillips screwdriver, remove the fan from the assembly.

6. Install the new fan to the assembly and connect the power cable.

7. Install the fan assembly into the chassis and connect the fan power
cable to the system board.

8. Replace the option board bracket.

9. Close the base unit.

System Hard Disk Drive Fan

To replace the system hard disk drive fan:

➤

1. Remove the top cover and left side panel. The fan is secured to the
back cover.

2. Remove the seven screws from the back cover as shown in the
following figure. Pull on the side of the cover opposite the AC
receptacle to disengage the back cover.

Screws

Chapter 4 - Maintaining the System 49

AC Receptacle

Screws

CAUTION

Do not remove the two screws at the top of the chassis. The power
supply will fall down, damaging the system hard disk drive.

4. Using a No. 1 Phillips screwdriver, remove the screws on the fan.

5. Disconnect the fan power cable at the inline connector.

6. Connect the power cable for the new fan to the incline connector.

7. Secure the fan to the back cover using the screws removed previously.

8. Close the base unit.

50 Chapter 4 - Maintaining the System

Replacing the Power Supply

Use a quarter-inch nutdriver to remove the screws in this section.

Replacement power supplies should be purchased from Intergraph to
ensure proper specifications are met and to guarantee safety.

To replace the power supply:

➤

1. Remove the AC power cord from the back of the base unit.

2. Remove the top cover and both side panels.

CAUTION

3. Remove the three screws as shown in the following figure.

4. Disconnect the power cable from the riser card, hard disk drives, CD­ROM drive, and combo drive.

5. Remove the screws securing the power supply to the back of the base
unit. Refer to the following figure.

Screws

Chapter 4 - Maintaining the System 51

CAUTION

Support the power supply with your hand as you remove the screws.
Otherwise, the power supply will fall onto the system hard disk drive.

6. Slide the power supply out the side of the base unit.

7. Place the new power supply in the base unit and slide the power cable
bundle through the opening. Connect the main power cable to the
riser card.

8. Connect the remaining power cables to the hard disk drives, CD-ROM
drive, and combo drive.

9. Secure the power supply to the base unit using the screws removed
previously.

10. Connect the AC power cord.

11. Close the base unit.

Reprogramming the Flash EPROM

You can use the Flash Programming Utility (FPU) to reprogram the system
board flash EPROM with a new BIOS. When run, the FPU first looks on the
diskette in the floppy disk drive for a valid BIOS. Therefore it is best to save
the BIOS file and the FPU (available on the IBBS) to the System Utilities
(SYSUTIL) diskette.

Note: The desktop workstations use the 741XX.ROM BIOS, where XX is

the version number.

The FPU is an MS-DOS utility that will not run in the Windows NT
environment. Use the SYSUTIL diskette delivered with your system to boot
the system into MS-DOS. The system must be set to boot from the floppy
disk drive (normally drive A) to use these utilities. If necessary, refer to

“Changing the System Boot Sequence” later in this chapter.

52 Chapter 4 - Maintaining the System

To reprogram the flash EPROM:

➤

1. Connect to the Intergraph Bulletin Board Service (IBBS) via modem.

Refer to the “Preface” for instructions.

2. From the TOP menu, go to Intergraph Product Centers, Systems and
Networking, File Libraries, and Delivered Drivers; then, select the
appropriate operating system and hardware platform.

3. Choose Find File to search for the FLASHPROG product; then,
download FLASHPROG to your system.

4. Several files are bundled in the FLASHPROG product, and must be
extracted using an unzip utility. The following files are extracted:

741XX.ROM
AUTOEXEC.BAT
FLASH.EXE
FLASH.TXT
MANIFEST.TXT
README.TXT

5. Insert the SYSUTIL diskette into the floppy diskette slot of the combo
drive; then, copy FLASH.EXE and 741XX.ROM to the diskette.

6 Confirm that you want to replace the existing FLASH.EXE with the

new FLASH.EXE.

7. Shut down and power off the system.

8. Restart the system. When the MS-DOS Startup menu displays, select
the Intergraph Flash Utility. The following message displays.

Intergraph flash programming utility
Reading 741
Erasing flash EPROM
Programming flash EPROM
Flash EPROM updated, reboot the system

XX

.ROM .

9. Remove the diskette from the combo drive.

10. Power off and restart the system.

Chapter 4 - Maintaining the System 53

11. Press DEL when the following message displays.

Hit DEL if you want to run Setup

12. In the Default menu, click on the Optimal icon. Select Yes to load the
values.

13. Exit AMIBIOS Setup. The system will restart automatically with the
new values in effect.

Changing the System Boot Sequence

To change the workstation boot sequence:

➤

1. Restart the workstation. The American Megatrends banner screen
displays with the following message:

Press DEL if you want to run Setup

2. Press DELETE. The AMIBIOS Setup Main Menu displays.

3. Click on the Advanced icon. A list of parameters displays.

4. Click on the System Boot Up Sequence parameter. The Options menu
displays with a choice of boot sequences. The default is C:, A:, which
designates the system hard disk drive (C:) is the initial device,
followed by the floppy disk drive (A:).

5. Click on the A:, C: parameter to change the boot sequence; then, press

ENTER.

6. Select the Exit and Save option to exit the AMIBIOS Setup program.

7. Insert an MS-DOS-bootable diskette into the floppy disk drive; then,
restart the system.

For more information about the AMIBIOS Setup program, refer to Chapter

7, “Using AMIBIOS Setup.”

54 Chapter 4 - Maintaining the System

Chapter 5

Upgrading the System

You can upgrade your system by adding more memory, additional internal or
external SCSI devices, and option boards.

Open the base unit, avoid electrostatic discharge, and attach an antistatic

wrist strap as described in Chapter 3, “Opening and Closing the Base Unit,”
before upgrading the system. For information about dual screen upgrades,
refer to Chapter 6, “GLZ Graphics.”

Adding Main Memory

55

Intergraph’s memory upgrade kit contains two Single Inline Memory
Modules (SIMMs) and a disposable antistatic wrist strap. If you obtain
memory from a source other than Intergraph, it must meet the following
specifications:

Height: no more than 1.4 inches high
Type: 72-pin, single- or double-sided, DRAM SIMMs
Specifications: 5 volt, 70 ns, fast-page mode, 36 bit

To avoid damaging the SIMMs and voiding the warranty, take the following
precautions.

♦ Do not bend, twist, drop, or otherwise handle the SIMMs carelessly.
♦ Do not expose the SIMMs to moisture or extreme temperatures.
♦ Do not remove the SIMMs from the antistatic bag until installation.

56 Chapter 5 - Upgrading the System

Follow these SIMM population rules to correctly install the SIMMs.

♦ All SIMMs in the sockets must be the same memory size.
♦ Two, four, or eight SIMMs must be installed in the sockets. The system

will not configure itself if only three, five, six, or seven sockets are
populated.

To install the memory upgrade:

➤

1. Using a quarter-inch nutdriver, remove the graphics boards and other
installed PCI option boards. The following figure shows the memory
socket location.

2. Remove the existing SIMMs from their sockets before adding new
ones.

Memory
Sockets

Chapter 5 - Upgrading the System 57

3. Remove the SIMMs from the static bag and install them in this order:

♦ If the total number of installed SIMMs will be two, install the

SIMMs in the Bank 0 sockets.

♦ If the total number of installed SIMMs will be four, install the

SIMMs in the Bank 1 sockets first, then in the Bank 0 sockets.

♦ If the total number of installed SIMMs will be eight, install the

first SIMM in Bank 3 socket J58. Install the remaining SIMMs in
the next empty socket until Bank 0 socket J51 is the last socket
populated.

Bank 0
(socket J51)

Bank 1

Bank 2

Bank 3 (socket J58)

Bank 2

Bank 1

Bank 0

Bank 3

4. Position the SIMM in the next available socket so that the notch faces
the back of the base unit.

5. Insert the SIMM at a 60 degree angle, pressing it firmly into the
socket.

58 Chapter 5 - Upgrading the System

6. Push on the top edge of the SIMM until it snaps into the metal clips.
The socket tabs must fit inside the mounting holes of the SIMM.

7. Repeat steps 4 through 6 for each additional SIMM.

8. Replace the graphics and PCI option boards and close the base unit.

9. Restart the system. The new memory is recognized automatically.

Adding Internal SCSI Devices

You can install internal SCSI devices such as hard disk drives, tape drives,
and CD-ROM drives in the auxiliary drive bays of the deskside workstation.
However, a bracket must be removed from the destination bay prior to
installation. Also, if the device is more than one inch high, then the bay
underneath must be empty since the bays are designed to accommodate one­inch high devices.

Note: If purchasing SCSI devices from another vendor, carefully follow

the vendor’s instructions for setting the SCSI ID and disabling the
SCSI termination before installing the devices.

To install an internal device in the auxiliary drive bay:

➤

1. Select a bay to install the device and remove the blanking plate or
other device from the destination bay.

2. Remove the screw that secures the disk drive slide bracket from the
destination bay, and remove the bracket. Refer to the following
figure.

Slide
Bracket

Chapter 5 - Upgrading the System 59

Screw

3. Disable the device’s SCSI termination, and set the device’s SCSI ID to
an unused number.

4. If installing a hard disk drive, mount the disk drive into the slide
bracket using four screws.

Screw

Slide
Bracket

Note: Do not mount tape drives or CD-ROM drives to the slide bracket.

5. Slide the device into the drive bay and secure it to the metal chassis.

60 Chapter 5 - Upgrading the System

6. Connect the power cable and SCSI cable to the device.

7. Close the base unit and restart the system.

8. If necessary, install the device’s drivers and configure the device

according to the vendor’s instructions.

Adding External SCSI Drives

You can add up to seven external SCSI devices to the deskside workstation.
The total length of the external SCSI cables must not exceed 19.2 feet.

Note: The last device on the SCSI cable chain must supply active

termination. All other external devices must have SCSI termination
disabled or removed.

To install an external SCSI device:

➤

1. Set device’s SCSI ID to an unused number and enable or disable the
device’s SCSI termination according to the note above and the
vendor’s instructions.

2. Connect one end of the SCSI cable to the Fast SCSI-2 port on the back
of the base unit. If external devices are already installed, connect the
SCSI cable to the available SCSI port on the last device on the SCSI
cable chain.

3. Connect the device to the other end of the SCSI cable.

4. If necessary, install the device drivers and configure the device
according to the vendor’s instructions.

Adding Option Boards

This section briefly describes the differences between Peripheral Component
Interconnect (PCI), Industry Standard Architecture (ISA), and Plug-n-Play
(PnP) option boards. Instructions are also provided for installing option
boards into a deskside 3D Graphics Workstation.

Option boards are installed on the riser card. PCI boards connect to side one
of the riser card, while ISA and PnP boards can be installed on both sides.
Only one ISA or PnP board can be installed on side one, if a PCI board is not
installed in the bottom PCI slot. The following figure shows the slots on the
riser card.

Chapter 5 - Upgrading the System 61

PCI 1
PCI 2
PCI 3

PCI 4
PCI 5

PCI 6

ISA 1
ISA 2
ISA 3
ISA 4

Side One

Side Two

PCI Boards

PCI boards do not require manual system configuration when installing the

board. The system BIOS detects the board’s presence during startup and
reads information from the board’s configuration registers to assign the
necessary system resources.

62 Chapter 5 - Upgrading the System

To install PCI option boards:

➤

1. Using a quarter-inch nutdriver, remove the blanking plate from an
available PCI slot. Refer to the following figure.

Blanking

Screw

Plate

2. Install the PCI board. Press firmly to ensure the board seats
completely into the riser card slot.

3. Mount the board to the chassis using the screw removed previously.

4. Close the base unit.

5. Restart the system. The new PCI board is recognized and configured
automatically during boot up.

Chapter 5 - Upgrading the System 63

ISA and PnP Option Boards

ISA boards are not designed with internal registers that define the board
configuration to the system during startup. Therefore, you must run the
System Configuration Utility (SCU) to define the board to the system. Run
the SCU before installing an ISA board to reserve system resources for the
board and to prevent conflicts with option boards already installed. Refer to

“Using the System Configuration Utility” in this chapter.

PnP boards are ISA boards that contain configuration registers like PCI
boards. You do not have to run the SCU to define a PnP board. During
startup, the system BIOS automatically detects the installed board and
assigns the necessary system resources. Since PnP boards are ISA-based
boards, they can be installed in the same slots as ISA boards.

To install ISA and PnP boards:

➤

1. Disconnect the power cable and SCSI cable from the riser card. Refer
to the following figure.

SCSI Cable

ISA I/O
Panel

Power Cable

Riser Card

64 Chapter 5 - Upgrading the System

2. Remove the screw securing the ISA I/O lock bracket as shown below.
Pull up the bracket to remove it. The internal cables have been
omitted for clarity.

ISA I/O
Panel

ISA I/O Lock
Bracket

Chapter 5 - Upgrading the System 65

3. Loosen the screw to allow the pivoting ISA board guide to swing
toward the system fans. Refer to the following figure.

Screw

ISA Board
Guide

4. Install the option board into the first available slot from the system
board. Press firmly to ensure the board seats completely in the slot.

5. Slide the pivoting board bracket over the edge of the ISA board; then,
tighten the screws.

6. Secure the ISA board to the chassis by installing the I/O lock bracket,
which installs in only one orientation. Mount the bracket to the
chassis using the screw removed previously.

7. Close the base unit.

66 Chapter 5 - Upgrading the System

8. Restart the system. If you installed an ISA board, the installation is
complete. If you installed a PnP board, notice when the following
message displays.

Hit DEL if you want to run SETUP

9. Press DELETE to run AMIBIOS Setup.

10. When the main menu displays, select the Advanced Setup icon. Click
on the Boot to PnP Operating System parameter and select Enable in
the Options menu. Press

11. Exit AMIBIOS Setup and restart the system.

ENTER.

Using the System Configuration Utility

The SCU is an MS-DOS utility that will not run in the Windows NT
environment. Use the System Utilities (SYSUTIL) diskette delivered with
your system to boot the system into MS-DOS. The system must be set to
boot from the floppy disk drive (normally drive A) to use the SCU. If
necessary, follow this procedure to change the workstation boot sequence.

To change the workstation boot sequence:

➤

1. Restart the workstation. The American Megatrends banner screen
displays with the following message:

Press DEL if you want to run Setup

2. Press DELETE. The AMIBIOS Setup Main Menu displays.

3. Click on the Advanced icon. A list of parameters displays.

4. Click on the System Boot Up Sequence parameter. The Options menu
displays with a choice of boot sequences. The default is C:, A:, which
designates the system hard disk drive (C:) is the initial device,
followed by the floppy disk drive (A:).

5. Click on the A:, C: parameter to change the boot sequence; then, press

ENTER.

Chapter 5 - Upgrading the System 67

6. Select the Exit and Save option to exit the AMIBIOS Setup program.

7. Insert an MS-DOS-bootable diskette into the floppy disk drive and
restart the system.

For more information about the AMIBIOS Setup program, refer to Chapter

7, “Using AMIBIOS Setup.”

ISA Boards with a Configuration File

Some ISA boards are shipped with a diskette containing a configuration file.
The configuration file can be loaded to the system so that the BIOS reads
this file to assign resources during startup. If you install ISA boards that are
shipped with a configuration diskette, follow the procedure below.

Note: If a configuration diskette is not delivered with the option board,

refer to “ISA Boards without a Configuration File” in this chapter.

To define ISA boards with a configuration file:

➤

1. Shut down and power off the system.

2. Insert the SYSUTIL diskette into the floppy diskette slot of the combo
drive; then, restart the system.

3. When the MS-DOS Startup menu displays, select the System
Configuration Utility option.

4. Use the arrow keys or the mouse to select Step 2 from the SCU Main
Menu. Then press
not been installed yet.

A prompt displays requesting you to copy the configuration files
needed to configure the system. The configuration file is on a diskette
provided by the ISA board manufacturer.

5. Press

ENTER to accept A:\ as the path to the configuration file.

INSERT to add a board that was not detected or has

6. Select the slot where the board will be installed. Only slots 1 through
4 are valid for the deskside workstation.

68 Chapter 5 - Upgrading the System

7. When prompted to insert the source disk, insert the diskette containing
the configuration file and press

8. When prompted to insert the destination disk, insert the SYSUTIL
diskette and press
board manufacturer will be installed to the system and to the
SYSUTIL diskette.

ENTER. The configuration file from the option

ENTER.

9. Press

10. Select Step 4 to save the configuration, and then select Step 6 to exit
the SCU.

11. Remove the diskette from the combo drive and restart the system.

ESC to return to the SCU Main Menu.

ISA Boards without a Configuration File

Some ISA board vendors do not include configuration files with their boards.
For these boards, you must use the SCU to define the ISA board to the
system (that is, manually create a configuration file) by following this
procedure:

To define ISA boards without a configuration file:

➤

1. Shut down and power off the system.

2. Insert the SYSUTIL diskette into the floppy diskette slot of the combo
drive; then restart the system.

3. When the MS-DOS Startup menu displays, select the System
Configuration Utility option.

Chapter 5 - Upgrading the System 69

4. From the SCU Main Menu, select Step 2, then press F6. The ISA
Board Definition Menu displays as shown in the following figure.

5. Enter the data specified in the manufacturer’s configuration

instructions.

Note: Use the

TAB and arrow keys to move the cursor from field to field.

Once inside the DMA, IRQ, and Ports fields, press ENTER to display
the sub-fields for entering the information.

6. Press F10 to save the data to the system.

7. Press

8. Press

ENTER to return to the ISA Board Definition Menu.

ESC to return to the SCU Main Menu.

9. Select Step 2. The Add and Remove Boards Menu displays.

10. Select the required slot number and press

11. Select

INSERT to add the board. The ISA Board Database Menu

INSERT.

displays.

12. Select the correct board name and press

ENTER.

70 Chapter 5 - Upgrading the System

13. When the Slot Selection Menu displays, select the required slot and
press

ENTER.

14. Press

ESC to return to the SCU Main Menu.

15. Select Step 4 to save the configuration.

16. Select Step 6 to exit the SCU.

17. Remove the diskette from the combo drive; then, restart the system.

Chapter 6

GLZ Graphics

This chapter provides instructions for replacing graphics boards in the
deskside workstation, and installing dual-screen upgrades.

Open the base unit, take static precautions, and attach an antistatic wrist

strap as described in Chapter 3, “Opening and Closing the Base Unit,”
before replacing graphics boards or installing dual-screen upgrades.

Note: Refer to GLZ6 Setup and Maintenance Guide for board replacement

and dual-screen upgrade instructions for GLZ6 graphics.

71

Replacing the Graphics Boards

The following table shows the graphics boards for each GLZ option installed
in the system’s PCI slots, including single screen (SS) and dual-screen (DS)
configurations, and the Geometry Accelerator board (GA).

Graphics Slot 1 Slot 2 Slot 3 Slot 4 Slot 5

GLZ1 SS GLZ1
GLZ1 DS GLZ1 GLZ1

GLZ1T SS GLZ1T
GLZ1T DS GLZ1T GLZ1T

GLZ2 SS GLZ2
GLZ2 DS GLZ2 GLZ2

GLZ3 GA GLZ3
GLZ3 DS GA GLZ3 GLZ3

GLZ4 GA GLZ4
GLZ4 DS GLZ4 GLZ4 GA

GLZ5 GA GLZ5
GLZ5 DS GA GLZ5 GLZ5

72 Chapter 6 - GLZ Graphics

Note: The figures in this section depict dual-screen options to show the

placement of the clock sync cable, which is required for dual­screens. If your system does not have the dual-screen option, the
clock sync cable will not be installed.

GLZ1 and GLZ3

Refer to the following figure when replacing GLZ1 or GLZ3 boards.

Screw

Clock Sync
Cable (Dual­screen only)

GLZ
Board

To replace a GLZ1 or GLZ3 graphics board:

➤

1. If a dual-screen option is installed, disconnect the clock sync cable.

2. Using a quarter-inch nutdriver, remove the screw securing the board to
the workstation. Retain the screw.

3. Remove the board from the workstation.

4. Install the new board into the same slot from which the other board
was removed.

Chapter 6 - GLZ Graphics 73

5. Secure the board to the workstation using the screw removed
previously.

6. For dual-screen options, reconnect the clock sync cable.

Note: The clock sync cable is keyed so that it can be installed in only one

orientation.

GLZ1T and GLZ5

GLZ1T and GLZ5 consist of two boards permanently joined into one
module, which must be removed as one unit. Refer to the following figure.

Screw

Clock Sync
Cable (Dual­screen only)

GLZ1T
Module

To replace a GLZ1T or GLZ5 module:

➤

1. If a dual-screen option is installed, disconnect the clock sync cable.

2. Using a quarter-inch nutdriver, remove the screws securing the
module to the workstation. Retain the screws.

74 Chapter 6 - GLZ Graphics

3. Remove the module from the workstation.

4. Install the new module into the same slots from which the other one
was removed.

5. Secure the module to the workstation using the screws removed
previously.

6. For dual-screen options, reconnect the clock sync cable.

Note: The clock sync cable is keyed so that it can be installed in only one

orientation.

GLZ2 and GLZ4

GLZ2 and GLZ4 consist of two boards permanently joined into one module,
which must be removed as one unit. Refer to the following figure.

Clock Sync
Cable (Dual­screen only)

Screw

GLZ2
Module

Chapter 6 - GLZ Graphics 75

To replace a GLZ2 or GLZ4 module:

➤

1. If a dual-screen option is installed, disconnect the clock sync cable.

2. Using a quarter-inch nutdriver, remove the screws securing the
module to the workstation. Retain the screw.

3. Remove the module from the workstation.

4. Install the new module into the same slots from which the other
module was removed.

5. Secure the module to the workstation using the screws removed
previously.

6. For dual-screen options, reconnect the clock sync cable.

Note: The clock sync cable is keyed so that it can be installed in only one

orientation.

Geometry Accelerator

Follow these steps to remove the Geometry Accelerator board, which is
installed with GLZ3, GLZ4 and GLZ5 options. If your system has GLZ3,
GLZ4 single-screen, or GLZ5 graphics, the Geometry Accelerator board is
installed in PCI slot 1. The Geometry Accelerator board in GLZ4 dual­screen graphics is installed in PCI slot 5, as shown in the following figure.

To replace a Geometry Accelerator board:

➤

1. Disconnect the FIFO status cable as shown in the following figure. If
your system has dual-screen graphics, disconnect both FIFO status
cables.

Note: Take note of the pins to which the FIFO status cable connects on

each board. The cable must be reconnected in the manner after
installing the new Geometry Accelerator board.

76 Chapter 6 - GLZ Graphics

FIFO Status
Cables

GLZ4 Dual-Screen
Graphics Modules

Geometry Accelerator
Board (PCI Slot 5)

2. Using a quarter-inch nutdriver, remove the screw securing the board to
the workstation. Retain the screw.

3. Remove the board from the workstation.

4. Install the new board into the same slot from which the other board
was removed.

5. Secure the board to the workstation using the screw removed
previously.

6. Connect the FIFO status cable(s). The connector of the FIFO status
cable can be installed in any orientation.

Dual-Screen Upgrade

You can upgrade a deskside workstation to a dual-screen configuration. The
following table shows the PCI slots where you must install the appropriate
graphics boards.

Graphics Slot 1 Slot 2 Slot 3 Slot 4 Slot 5

GLZ1 DS GLZ1 GLZ1
GLZ1T DS GLZ1T GLZ1T
GLZ2 DS GLZ2 GLZ2
GLZ3 DS GA GLZ3 GLZ3
GLZ4 DS GLZ4 GLZ4 GA
GLZ5 DS GA GLZ5 GLZ5

To install a dual-screen upgrade:

➤

Chapter 6 - GLZ Graphics 77

1. Using the previous table, determine in which slot(s) the graphics
board(s) of the dual-screen upgrade kit should be installed.

2. Using a quarter-inch nutdriver, remove the screw securing the
blanking plate from the PCI slots.

3. Install the board(s) and secure them using the screw removed
previously.

4. Connect the clock sync cable between the two GLZ boards as shown
in the following figure.

Note: The clock sync cable is keyed so that it can be installed in only one

orientation.

5. If the Geometry Accelerator option is installed, connect the FIFO
status cable to the second GLZ board.

78 Chapter 6 - GLZ Graphics

Clock Sync
Cable

FIFO Status
Cables

GLZ4 Dual-Screen
Graphics Modules

Geometry Accelerator
Board (PCI Slot 5)

6. Close the base unit.

7. If your system has dual-screen GLZ1 or GLZ3 graphics, disconnect
the VGA loopback cable from the VGA Loopback port in PCI slot 3,
and reconnect it to the VGA Loopback port in PCI slot 2. Refer to the
following figure.

Chapter 6 - GLZ Graphics 79

8. Connect the video cable for the second monitor to the Video port in
PCI slot 3 and to the monitor. Refer to the following figure.

PCI Slot 3 PCI Slot 2

Video Port
(Primary
Monitor)

Video Port
(Secondary
Monitor)

VGA Loopback
Ports

9. If your system has dual-screen GLZ1T or GLZ5, connect the video
cable for second monitor to the Video port in PCI slot 4 and to the
monitor. Refer to the following figure.

PCI Slot 4

Video Port
(Primary
Monitor)

Video Port
(Secondary
Monitor)

VGA Loopback
Ports

80 Chapter 6 - GLZ Graphics

10. If your system has dual-screen GLZ2 or GLZ4, connect the video
cable for the second monitor to the Video port in PCI slot 4 and to the
monitor. Refer to the following figure.

PCI Slot 4

Video Port
(Primary
Monitor)

Video Port
(Secondary
Monitor)

11. Restart the workstation and configure the GL video display driver to

use dual screens. Refer to Chapter 2, “Configuring the Video
Display.”

Chapter 7

Using AMIBIOS Setup

The Basic Input Output System (BIOS) records the system operating
parameters, such as the amount of memory, boot sequence, and the type of
video display. The system parameters are set before shipment. The BIOS,
which is stored in the flash EPROM on the system board, reads the system
parameters in Complementary Metal-Oxide Semiconductor (CMOS) RAM.
When you power off the system, the lithium source on the Real Time Clock
chip provides power to CMOS RAM, which retains the system parameters.
Each time the system is powered on, the BIOS uses the stored system
parameters to configure the system.

Note: The flash EPROM can be reprogrammed with a new BIOS using the

Flash Programming Utility (FPU). Refer to Chapter 4, “Maintaining
the System,” for instructions to reprogram the flash EPROM.

81

The AMIBIOS Setup program allows you to manually change the system
operating parameters. This chapter provides the details of using the
AMIBIOS Setup program, which is also stored in the flash EPROM on the
system board.

The AMIBIOS Setup menus and options discussed in this chapter are for
BIOS 741XX.ROM, where XX is the version. The BIOS version number is
displayed during the American Megatrends, Inc., banner message during
boot up. The banner message is similar to the following:

AMIBIOS (C) 1994 American Megatrends Inc.,
(C) 1995 Intergraph Corporation (741XX)

82 Chapter 7 - Using AMIBIOS Setup

Starting AMIBIOS Setup

To start AMIBIOS Setup:

➤

1. Restart the system. The American Megatrends banner screen displays
with the following message:

Press DEL to enter Setup

2. Press DELETE. The AMIBIOS Setup Main Menu displays.

This screen allows access to menus for configuring the BIOS to suit your
own needs or perform maintenance as needed. The following sections
describe in detail the parameters you can access through each menu.

Note: You can set a password to prevent unauthorized users from

accessing AMIBIOS Setup. Refer to the section, “Security Menu,”
later in this chapter for instructions.

While using AMIBIOS Setup, remember these tips:
♦ To access Help, press

list displays, which explains how to select Setup menu items with
the mouse pointer and with keys. Press any key to close the list and
return to AMIBIOS Setup.

ALT+H. The Keystroke/Mouse Convention

Chapter 7 - Using AMIBIOS Setup 83

♦ To change a parameter’s value, move the pointer to a parameter and

click the mouse button. An Options menu displays allowing you to
select one of the choices.

♦ When you are at the main menu in AMIBIOS Setup, press

exit. The Save Changes and Exit option is highlighted, press
to exit. Any changes you made while in the program will be saved.
If you select the Continue option, then you will return to AMIBIOS
Setup.

Setup Menu

The Setup Menu allows you to change most of the BIOS settings. This
section describes the parameters grouped in the Setup Menu.

Standard Setup

The Standard Setup menu allows you to set the system date and time, and
define floppy disk drive parameters.

Date/Time -- Select the Date/Time icon to display the current system date

and time values.

ESC to

ENTER

To change the system date and time:

➤

1. Click on the incorrect value with the mouse pointer or press the TAB
key until the value highlights.

2. Click on the + or - buttons to change the value, or enter the correct
value from the keyboard.

Note: The time displays in the 24-hour clock format.

3. Press ESC to save the new values and return to Standard Setup.

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Floppy A, Floppy B -- The Floppy A and Floppy B icons allow you to

specify the type of floppy disk drive installed in the workstation.

To change the floppy drive parameters:

➤

Note: The floppy disk drive A parameter is preset to 1.44 MB 3.5-inch.

Do not change the parameter unless you replace floppy drive A with
a different capacity disk drive.

Note: The floppy disk drive B parameter is preset to Not Installed, unless

an optional drive has been installed prior to shipment. Do not
change the parameter unless you install an optional floppy disk
drive.

1. Select the Floppy A or Floppy B icon.

2. Press the up and down arrow keys or click in a box to select the
correct parameter for the floppy disk drive.

3. Press
upper left corner of the floppy disk drive configuration menu.

ENTER to accept the change, or click on the close icon in the

Master Disk, Slave Disk -- The Master Disk and Slave Disk icons

represent parameters for Integrated Device Electronic (IDE) drives, which
are not used in the deskside workstations. Since the workstation uses high
performance SCSI-2 hard disk drives, the Master Disk and Slave Disk
parameters should not be changed. Both entries are set to Not Installed.

Advanced Setup

The Advanced icon in the AMIBIOS Main Menu allows you to change

details of the system’s operation. Each parameter included in the Advanced
Setup menu is described below.

System Boot Up Sequence -- This parameter specifies the device sequence

for system boot up. The default is C:, A:, which means the system attempts
to boot from drive C first. If unsuccessful, it will attempt to boot drive A.
By default, C: is the system hard disk drive and A: is the floppy disk drive.
Change this parameter to A:, C: to boot the system from the floppy disk
drive. Refer also to Operating System Boot Device parameter in “Chipset
Setup.”

Chapter 7 - Using AMIBIOS Setup 85

Password Checking -- This parameter prevents unauthorized system boot

up or use of AMIBIOS Setup. The default value is Setup, enabling the
system to prompt for a password before allowing you to enter AMIBIOS
Setup. If you chose the value Always, the password prompt appears each
time the workstation is powered on. The Change Password value enables
you to press

ENTER at the password prompt to disable this parameter.

ISA Video ROM C000, 32K -- ROM shadowing is a procedure in which

BIOS code is copied from ROM to RAM when the system boots. When set
to Enabled (default) the BIOS then executes from RAM, providing faster
access time and improving system performance.

ISA Adapter ROM XXXX, 16K -- For ISA boards that contain a BIOS on

ROM, this parameter (when set to Enabled) allows you to tell the ISA board
BIOS to be copied from the ISA board ROM to system board RAM. An ISA
board BIOS executes faster from system board RAM than from the ISA
board ROM. All of the ISA Adapter ROM parameters are set to Disabled by
default.

Chipset Setup

The Chipset Setup menu contains the parameters that affect the functionality
of some hardware components.

Sound, IO Port Select -- This parameter allows you to select the I/O base

and MP-401 addresses used by the sound subsystem. The default is 220/330.
The other choices are 240/300 and Disabled. When set to Disabled, the
DMA and IRQ addresses for the next three sound parameters are no longer
reserved. These DMA and IRQ addresses can then be used for other
resources.

Sound, 8-bit DMA Select -- This parameter allows you to select the 8-bit

DMA used by the sound subsystem. The default is DMA1. The other
choice is DMA3.

Sound, 16-bit DMA Select -- This parameter allows you to select the

16-bit DMA used by the sound subsystem. The default is DMA5. The other
choice is DMA7.

Sound, IRQ Select -- This parameter allows you to select the IRQ used by

the sound subsystem. The default is IRQ10. Other choices are IRQ5 and
IRQ7.

86 Chapter 7 - Using AMIBIOS Setup

PCI VGA Buffering -- The PCI VGA Buffering parameter allows you to

implement the read prefetch support in the linear buffer of the workstation
graphics hardware. System performance increases when set to Enabled
(default). If you install a graphics card that does not support read prefetch,
this parameter must be set to Disabled for proper display.

PCI VGA Palette Snooping -- This parameter allows palette data from an

installed PCI graphics board to be shared with an installed ISA graphics
board. Since the graphics delivered with the workstation are PCI-based, this
option is set to Disabled by default.

Primary PCI SCSI -- This parameter activates the PCI-based SCSI

controller on the system board when set to Enabled (default). The SCSI
controllers can be disabled by changing the value to Disabled.

Secondary PCI SCSI -- This parameter activates the PCI-based SCSI

controller on the riser card when set to Enabled (default). The SCSI
controllers can be disabled by changing the value to Disabled.

Operating System Boot Device -- This parameter specifies which

controller the BIOS will attempt to boot from first. The device that you
specify to be the boot device will be assigned to drive C. By default, drive C
is the system hard disk drive. Refer also to the System Boot Up Sequence

parameter in “Advanced Setup.”

Boot to PnP Operating System -- When this parameter is set to No

(default), the BIOS will initialize all devices during boot up. When set to
Yes, the BIOS only performs the amount of initialization required to load the
operating system. Any other device initialization must then be performed by
the operating system.

Installed Memory Speed -- The workstations use 70 ns memory SIMMs,

so this parameter is set to 70 ns by default. The other choice is 60 ns, which
should not be used. The system will not boot if you set this parameter to 60
ns.

Peripheral Setup

The Peripheral Setup menu has parameters that affect option boards, serial
ports, and parallel port functionality.