Point 1600 Technical Reference Guide Fujitsu Personal Systems, Inc., Has Made Every Effort to Ensure the Accuracy and Completeness of This Document

Point 1600

Technical Reference Guide

Point 1600 Technical Reference Guide Fujitsu Personal Systems, Inc., has made every effort to ensure the accuracy and completeness of this document. However, because ongoing development efforts are continually improving the capabilities of our products, we cannot guarantee the accuracy of the contents of this document. We disclaim liability for errors, omissions, or future changes that impact data herein.

Point 1600 and Point 510 are trademarks of Fujitsu Personal Systems, Inc.

The following are registered trademarks of IBM Corporation: IBM, IBM PC AT, IBM PS/2.

The following are registered trademarks of Microsoft Corporation: MS, MS-DOS, Microsoft, Windows.

PCMCIA is a trademark of the Personal Computer Memory Card International Association.

Notebook MicroSaver is a registered trademark of Kensington Technology Group of ACCO Brands, Inc.

Phoenix is a registered trademark of Phoenix Technologies, Ltd.

Advanced Power Management is a registered trademark of Intel Corporation and Microsoft Corporation.

All other products are trademarks or registered trademarks of their respective companies.

No part of this publication may be copied, reproduced, translated, stored, or transmitted to third parties without the express written consent of Fujitsu Personal Systems, Inc. Table of Contents

About This Guide ...... xi Revision History ...... xi Organization...... xi Related Documentation...... xiii Technical Support...... xv

Chapter 1 Pen Tablet Hardware Features ...... 1-1 Pen Tablet Features...... 1-1 Connectivity Peripherals...... 1-1

Chapter 2 System Software ...... 2-1 Supported Operating Systems...... 2-1 Pen Support for Windows 95 and Windows 98...... 2-1 PC Card Support ...... 2-2 Windows 95 and Windows 98 PC Card Support...... 2-2 Embedded PC Card Support...... 2-2 Wireless LAN Support...... 2-2 Modem Support ...... 2-2 Overview of System Configuration Tools and Utilities ...... 2-3

Chapter 3 Configuring the Point 1600 Pen Tablet System ...... 3-1 Windows Audit Mode...... 3-1 About BIOS Settings ...... 3-2 BIOS Setup ...... 3-2 Starting BIOS Setup...... 3-2 Using BIOS Setup...... 3-3 Exiting BIOS Setup ...... 3-4 BIOS Setup Main Menu Options...... 3-5 IDE Hard Disk Drive Submenu Options ...... 3-6 Advanced Menu Options ...... 3-8 Integrated Peripherals Submenu Options (Accessed Through The Advanced Menu) ...... 3-9 Audio/Video Submenu Options (Accessed Through the Advanced Menu)...... 3-11 IRQ Reservation Submenu (Accessed Through The Advanced Menu)...... 3-12 ...... 3-13 DMI Event Logging Submenu (Accessed Through The Advanced Menu) ...... 3-13 Hotpad Submenu (Accessed Through The Advanced Menu) ...... 3-14 Security Menu Options ...... 3-15 Power Savings Menu Options...... 3-17 Power Savings Options Submenu (Accessed Through The Power Savings Menu)...... 3-19 Options for the Power Savings Options submenu are described in Table 3-12...... 3-19 Boot Menu Options...... 3-20 Boot Sequence Submenu (Accessed Through The Boot Menu) ...... 3-20 Info Menu ...... 3-21 Exit Menu ...... 3-22 Using Point 1600 Setup ...... 3-23 Using PM Setup...... 3-23 Using Pen Configuration Setup ...... 3-25 Running MFG1600...... 3-26

iii Chapter 4 Installing System Components ...... 4-1 Installing a User-Accessible PC Card...... 4-1 Removing a User-Accessible PC Card ...... 4-2 Installing DIMM Cards...... 4-2 Removing DIMM Cards ...... 4-4 Replacing the Hard Disk Drive...... 4-4 Replacing Embedded PC Cards...... 4-6 Installing a Floppy Disk Drive...... 4-10

Chapter 5 System Specifications ...... 5-1 Main System Logic Specifications ...... 5-1 Display Specifications ...... 5-2 External Video Capabilities...... 5-2 Digitizer Specifications ...... 5-3 Wireless LAN Adapter Specifications...... 5-3 Modem Specifications ...... 5-4 Hard Disk Drive Specifications ...... 5-4 Pen Tablet Peripheral Interface Specifications...... 5-6 Connectivity Peripherals Interface Specifications...... 5-7 System Power Specifications...... 5-8 Environmental Specifications...... 5-9 Physical Specifications ...... 5-9 Agency Approval Specifications ...... 5-10

Chapter 6 Peripheral Interfaces ...... 6-1 Mouse Port...... 6-1 Keyboard Port...... 6-2 DC Power Input ...... 6-2 Serial Ports...... 6-3 Floppy Disk Drive Port...... 6-4 Parallel Port...... 6-5 Video Port...... 6-5 High-Usage Contacts ...... 6-6 Universal Serial Bus Specification ...... 6-7 USB Implementation on the Point 1600 Pen Tablet System...... 6-8 System Interface Port...... 6-9

Chapter 7 System Power ...... 7-1 System Power Controls...... 7-1 System Power Overview...... 7-2 External DC Power ...... 7-2 Power Management ...... 7-2 Advanced Power Management ...... 7-2 System Power States...... 7-3 Power Management States and BIOS Configuration Options...... 7-5 Timeouts ...... 7-5 Full On State ...... 7-6 CPU Activity in Idle Mode and APM Enabled Mode...... 7-6 Standby Mode...... 7-6 Suspend Mode...... 7-7 Off State...... 7-7 Advanced Configuration and Power Interface (ACPI)...... 7-7 Other Power Management Issues ...... 7-8 System Temperature and Power Management ...... 7-8 Battery Charge and Power Management ...... 7-8

iv Chapter 8 BIOS Configuration Application Programming Interfaces ...... 8-1 Version Information...... 8-1 Summary of Functions...... 8-2 BiosSetupStart ...... 8-2 BiosSetupEnd...... 8-2 BiosSetupGet ...... 8-3 BiosSetupSet...... 8-3 BiosSetupGetResumeTime...... 8-3 BiosSetupSetResumeTime...... 8-4 Error Codes...... 8-5 Option and Setting Parameters ...... 8-5 Advanced Settings ...... 8-10

Appendix A Enabling ACPI ...... A-1

Appendix B Memory Space for Hardware Identification ...... B-1

Appendix C Recovering the Disk Image ...... C-1

Appendix D Agency Notices ...... D-1 FCC Notices...... D-1 Notice to Users of Radios and Television ...... D-1 Notice to Users of the US Telephone Network ...... D-1 DOC (Industry Canada) Compliance Notices ...... D-2 Notice to Users of Radios and Television ...... D-2 Notice to Users of the Canadian Telephone Network ...... D-3 Avis Aux Utilisateurs Du Réseau Téléphonique Canadien...... D-3

Appendix E Glossary ...... E-1

v vi List of Figures

Figure Page 0

Figure 3-1 BIOS Setup Screen ...... 3-3 Figure 4-1 PC Card Slot ...... 4-1 Figure 4-2 DIMM Cover Plate ...... 4-3 Figure 4-3 Installing a DIMM Card ...... 4-3 Figure 4-4 Hard Disk Drive Cover Plate ...... 4-5 Figure 4-5 Hard Disk Drive Latch ...... 4-5 Figure 4-6 Removing Hard Disk Drive ...... 4-6 Figure 4-7 Location of Internal PC Card ...... 4-7 Figure 4-8 Exploded View of Internal Modem Tray ...... 4-7 Figure 4-9 Exploded View of Internal LAN Adapter Tray ...... 4-8 Figure 4-10 Removing a PC Card from Peripheral Tray ...... 4-9 Figure 4-11 Location of Floppy Disk Drive Connector ...... 4-10 Figure 6-1 High-Usage Contacts ...... 6-7 Figure 6-2 System Interface Connector Pin Assignments ...... 6-9 Figure 7-1 Power and Power-Off Buttons ...... 7-1 Figure 7-2 Power Management State Transitions ...... 7-4

vii viii List of Tables

Table Page 0 Table 3-1 Main Menu Options ...... 3-5 Table 3-2 IDE Hard Disk Drive Configuration Options ...... 3-6 Table 3-3 Advanced Menu Options ...... 3-8 Table 3-4 Integrated Peripherals Submenu Options ...... 3-9 Table 3-5 Audio/Video Options ...... 3-11 Table 3-6 IRQ Reservation Submenu...... 3-12 Table 3-7 DMI Event Submenu...... 3-13 Table 3-8 Hotpad Submenu Options ...... 3-14 Table 3-9 Security Menu Options ...... 3-15 Table 3-10 Power Savings Options ...... 3-17 Table 3-11 Preset Values for Power Saving Modes ...... 3-18 Table 3-12 Power Savings Options Submenu ...... 3-19 Table 3-14 Boot Device Priority Submenu ...... 3-20 Table 3-13 Boot Menu Options...... 3-20 Table 3-15 Info Menu Options ...... 3-21 Table 3-16 Exit Menu Options ...... 3-22 Table 3-17 MFG1600 Parameters ...... 3-26 Table 4-1 DIMM Configurations ...... 4-2 Table 4-2 Peripheral Tray Components...... 4-6 Table 5-1 System Logic Specifications ...... 5-1 Table 5-2 Display Specifications ...... 5-2 Table 5-3 Video Modes for External Monitor...... 5-2 Table 5-4 Digitizer Specifications...... 5-3 Table 5-5 Wireless LAN Adapter Specifications ...... 5-3 Table 5-6 Modem Specifications...... 5-4 Table 5-7 Hard Disk Drive Specifications ...... 5-4 Table 5-8 Pen Tablet Peripheral Interface Specifications ...... 5-6 Table 5-9 Connectivity Peripherals Interface Specifications ...... 5-7 Table 5-10 Power System Specifications ...... 5-8 Table 5-11 Environmental Specifications ...... 5-9 Table 5-12 Point 1600 Pen Tablet Specifications ...... 5-9 Table 5-13 Agency Approval Specifications ...... 5-10 Table 6-1 Index to Pin Assignment Tables ...... 6-1 Table 6-2 Mouse Port Connector Pin Assignments...... 6-1 Table 6-3 Keyboard Port Connector Pin Assignments...... 6-2 Table 6-4 DC Power Input Connector Pin Assignments...... 6-2 Table 6-5 Serial Port Connector Pin Assignments ...... 6-3 Table 6-6 Floppy Disk Drive Connector Pin Assignments ...... 6-4 Table 6-7 Parallel Port Connector Pin Assignments ...... 6-5 Table 6-8 Video Port Connector Pin Assignments...... 6-5 Table 6-9 High-Usage Contacts Signal Assignments...... 6-6 Table 6-10 Universal Serial Bus Connector Contact Pin Assignments...... 6-8 Table 6-11 System Interface Port Connector Specifications...... 6-9 Table 6-12 System Interface Port Connector Pin Assignments ...... 6-10 Table 7-1 Power Button Operation...... 7-1 Table 7-2 System Power States ...... 7-5 Table 7-3 CPU Activity in Idle Mode and APM Enabled Mode ...... 7-6 Table 7-4 CPU Activity in Standby Mode ...... 7-7 Table 7-5 Thermal System Modes...... 7-8 Table 7-6 Low Battery Modes (System Running on Battery Power)...... 7-8 Table 8-1 BIOS Configuration API Error Codes ...... 8-5 Table 8-2 Option and Setting Parameters and Return Values ...... 8-5 Table 8-3 Discrete BIOS Settings ...... 8-10

ix x About This Guide

This guide provides technical information on the Point 1600 pen tablet system hardware and software. Revision History 0

This manual is updated whenever necessary to document changes to hardware and software associated with the Point 1600 pen tablet system. The following revision history briefly describes the product changes reflected in the revisions.

Revision/ Document Part Number Changes Release Date

Revision A 58-0589-00A Original issue of the document. 1/06/99

Revision B 58-0589-00B Revision B (this revision) incorporates several changes 3/17/99 designed to clarify and expand the following topics: • Chapter 2: Details are added to address the automatic installation of the modem drivers by the Update Device Driver Wizard. • Chapter 8: Correction is made to the Advanced Settings/ BIOS_VIDEO_CONTRAST parameters. • Chapter 7 and Index: The references to the “Reset Button” have been changed to “Power-Off Button”.

Revision C 58-0589-00C Revision C makes changes to the I/O currents for the PS/2 (5 V), 4/14/99 and the Port Replicator (3.3 V and 5 V) connectors in Chapter 6.

Organization 0

This guide is organized as follows:

• Chapter 1: Pen Tablet Hardware Features This chapter gives an overview of the Point 1600 pen tablet system and discusses the system’s features and technology. • Chapter 2: System Software This chapter gives an overview of software and utilities preinstalled on the Point 1600 pen tablet. • Chapter 3: Configuring the Point 1600 Pen Tablet System This chapter provides details on using configuration utilities to configure the Point 1600 pen tablet. • Chapter 4: Installing System Components This chapter gives detailed instructions on installing PC Cards, adding memory, replacing the hard disk drive, and installing the optional modem or wireless LAN. • Chapter 5: System Specifications This chapter gives specifications on the pen tablet system’s components and interfaces. Industry standards supported by the Point 1600 pen tablet are also covered. • Chapter 6: Peripheral Interfaces This chapter provides details on peripheral interfaces provided by the Point 1600 pen tablet, port replicator, and portable port expander. • Chapter 7: System Power

xi This chapter gives details on the pen tablet’s power system. Power management and implementation of the Advanced Power Management standard is discussed. • Chapter 8: BIOS Configuration Application Programming Interfaces This chapter gives details on using DLLs which allow your application to configure the Point 1600 BIOS. • Appendix A: Enabling ACPI This appendix provides instructions for enabling the Advanced Configuration and Power Interface feature on the pen tablet. • Appendix B: Memory Space for Hardware Identification This appendix gives details on some of the pen tablet’s programmable I/O registers. • Appendix C: Recovering the Disk Image This appendix provides instructions for use of the Product Recovery CD in order to restore the system to its original shipped configuration. • Appendix D: Agency Notices This appendix provides notices that are required by regulatory agencies in the United States and Canada that apply to the Point 1600. • Appendix E: Glossary The Glossary contains a comprehensive list of acronyms that are used throughout this guide.

xii About This Guide Related Documentation 0

The following documents contain information on using the Point 1600 pen tablet and Point 1600 connectivity peripherals.

Point 1600 User’s Guide (Fujitsu order number FMW27UG01) This manual provides instruction on the operation of the Point 1600 pen tablet for the end user.

Point 1600 Connectivity Peripherals Installation Guide (Fujitsu order number FMW26TRG6) This manual provides instruction on assembling and installing Point 1600 connectivity peripherals such as the high-usage cradle and wall-mount cradle.

Point 1600 Connectivity Peripherals User’s Guide (Fujitsu order number FMW26TRG5) This manual provides instruction on using Point 1600 connectivity peripherals.

The following documents provide additional information about software preinstalled on the Point 1600 pen tablet. These documents are operating system-specific:

Inside the Registry for Microsoft Windows 95 (ISBN: 1-57231-424-9) This manual provides information on the Windows 95 registry and is published by Microsoft Press, or call 1-800-MSPRESS in the U.S.

Inside the Microsoft Windows 98 Registry (ISBN: 1-57231-824-4) This manual provides information on the Windows 98 registry and is published by Microsoft Press, or call 1-800-MSPRESS in the U.S.

Microsoft Windows 95 Resource Kit (ISBN: 1-55615-867-X) This manual is a technical guide for installing, configuring, and supporting Windows 95 and is published by Microsoft Press, or call 1-800-MSPRESS in the U.S.

Microsoft Windows 98 Resource Kit (ISBN: 1-57231-644-6) This manual is a technical guide for installing, configuring, and supporting Windows 98 and is published by Microsoft Press, or call 1-800-MSPRESS in the U.S.

Windows 95 Registry Troubleshooting (ISBN: 1-56205-556-9) This manual provides information on the Windows 95 registry and is published by New Riders Publishing.

The following resources contain information on software development tools for Windows:

Microsoft Developers Network The Microsoft Developers Network web site provides links to information on application programming interfaces (APIs) used with Microsoft Windows 95 and Windows 98. The site address is .

Programmers Guide to Pen Services for Microsoft Windows 95 This manual is currently out of print, however the on-line version of this manual is included with the on-line documentation for Microsoft Visual C++ (version 4). This manual provides details on pen support for Microsoft Windows 95. Note that Microsoft Windows 95 and Windows 98 use the same API to provide pen support, so you can refer to this manual for details on application design for Windows 95 as well as Windows 98.

Related Documentation xiii The following documents are industry-standard specifications supported by the Point 1600 pen tablet system.

Advanced Configuration and Power Interface (ACPI) Support ACPI was developed by Microsoft, Intel, and Toshiba to manage device control in order to conserve power. The ACPI specification and additional detailed information is available at the ACPI web site, .

Advanced Power Management (APM) BIOS Interface Specification Revision 1.2 The Point 1600 pen tablet is an APM 1.2-compliant system as defined in this specification. Application developers should refer to this specification for details on designing APM-compliant software. This specification is available as a free download from the Intel Corporation web site,

Integrated Circuit Specifications The following information can be used for contacting the manufacturers of the specified ICs. In most cases, the specifications can be downloaded from the manufacturer’s web site. For IC part numbers, reference Table 5-1 of this document.

VGA Controller NeoMagic Corporation 3260 Jay Street, Santa Clara, CA 95054

Super I/O Controller National Semiconductor Corporation 2900 Semiconductor Drive, Santa Clara, CA 95051

Audio Controller ESS Technology, Inc. 48401 Fremont Blvd., Fremont, CA 94538

PCMCIA Controller Texas Instruments Incorporated

IrDA Standards The IrDA port on the Point 1600 pen tablet is compliant with IrDA (Infrared Data Association) Standard Version 1.1 published by: Infrared Data Association, , telephone: (510) 943-6546.

PC Card Standards The Point 1600 pen tablet and supporting system software comply with the PC Card standards specifications up to and including PC Card Standard, Feb 95 Release (commonly known as Ver. 3.0). PC Card standards are published by: Personal Computer Memory Card International Association, 2635 North First Street, Suite 209, San Jose, CA 95131 (408) 433-CARD (2273). The PCMCIA web site is: .

Universal Serial Bus Specification The Universal Serial Bus (USB) port on the Point 1600 is compliant with the Universal Serial Bus Specification Version 1.0. Refer to this specification for USB details including: cable requirements, topology, and USB power distribution. This specification and other technical documents regarding USB are available on the Universal Serial Bus Implementer’s Forum home page at .

xiv About This Guide Desktop Management Interface Specification The Point 1600 supports the DMI 2.0 specification. Details on the specification can be obtained from the Desktop Management Task Force web site . Technical Support 0

The individual you contact for technical support on the Point 1600 pen tablet system is determined by whether you are a reseller or an end user/customer.

End users/customers: contact your Fujitsu reseller, or visit the FPSI Customer Support Web Site at .

Fujitsu resellers (VARs): contact your assigned FPSI Systems Engineer or contact Fujitsu Personal Systems Technical Support at 408-764-9388 during normal business days from 7:30 to 5:00 Pacific Time. (Voice mail is available at this number during nonbusiness hours.) Technical support can also be reached by Fax at 408-764-9418. Alternately, the information you seek may be available at the FPSI Customer Support Web Site at .

Technical Support xv xvi About This Guide Chapter 1 Pen Tablet Hardware Features

This chapter provides an introduction to the Point 1600 pen tablet system hardware and gives an overview of some of the pen tablet system’s features. For detailed information on the features introduced in this chapter, refer to the other chapters of this guide. Pen Tablet Features 1

The Point 1600 pen tablet computer is designed for the Windows 95 and Windows 98 operating systems using IBM-PC/AT compatible architecture. Some hardware features of the pen tablet system include:

• Resistive digitizer • 10.4” SVGA DSTN color display • Simultaneous or individual LCD and CRT display support • 128-bit video controller • Lithium ion battery pack • Removable hard disk drive • Optional embedded wireless LAN adapter or modem • Universal Serial Bus (USB) port • One Type II/III PC Card slot which supports the PC Card Standard Feb 95 Release (known as V 3.0). • SoundBlaster Pro compatible audio with built-in microphone and speaker • Infrared port, with data rate up to 4 Mbps Connectivity Peripherals 1

A number of peripherals are available for use with the Point 1600 pen tablet system. Peripherals designed for the Point 1600 pen tablet are grouped under the term “connectivity peripherals”. The following list describes each connectivity peripheral available for use with the Point 1600 pen tablet. Components that comprise connectivity peripherals are shipped unassembled. Refer to the Connectivity Peripherals Installation Guide for directions on assembling and installing these components.

Note: Several of the peripherals listed below are available in both locking and non-locking configurations (as noted). Refer to the user documentation delivered with each peripheral for instructions on their use. The Point 1600 pen tablet is completely compatible with connectivity peripherals designed for use with the Point 510 pen tablet.

• Portable Port Expander (FMW26CR5) The Portable Port Expander (PPE) is best suited for mobile computing tasks when a quick, temporary connection to peripheral computer equipment is needed and the pen tablet alone does not provide the necessary connectivity. This connectivity peripheral provides the following ports: floppy disk drive port, video port, parallel port, serial port A, serial port B (Rx/Tx only), and PS/2-style mouse port. • Port Replicator (Locking: FMW26CR3 / Non-Locking: FMW26CR23) The port replicator is best suited for use on a desktop. The port replicator provides connectivity that is not built in to the pen tablet. Typically, the port replicator is connected to peripheral equipment and the pen tablet is inserted into the port replicator when the peripherals are needed. The port replicator provides the following ports: floppy disk drive port, video port, parallel port, serial port A, serial port B (Rx/Tx only), PS/2-style mouse port, PS/2-style keyboard port, and DC power input. Note that a mounting device, such as a portable desk stand, is required for use with the port replicator.

1-1 • Wall-Mount Cradle (Locking: FMW26CR4 / Non-Locking: FMW26CR24) The wall-mount cradle provides a convenient place to store the pen tablet on a wall while it is being charged. This cradle also allows you to input data with a keyboard. This cradle provides a PS/2-style keyboard port and DC power. • High-Usage Cradle (Locking: FMW26CR1 / Non-Locking: FMW26CR21) This cradle is designed for environments in which the pen tablet is inserted into and removed from the cradle frequently. The cradle is equipped with special “high-usage” contacts that are designed to withstand a very high number of insertion and removal operations. The cradle is best suited for a desktop or countertop installation where it remains stationary. The high-usage cradle provides the following ports: PS/2-style keyboard port, PS/2-style mouse port, and DC power input. • High-Connectivity Cradle (Locking: FMW26CR2 / Non-Locking: FMW26CR22) The high-connectivity cradle provides several additional peripheral interfaces that neither the high-usage cradle or the pen tablet offer. The cradle is designed for use on a desk or countertop and provides the following ports: PS/2-style keyboard port, PS/2-style mouse port, DC power input, floppy disk drive port, video port, parallel port, serial port A, serial port B (Rx/Tx only). • Charge-Only Cradle (FMW26CR10) This connectivity peripheral is a desktop cradle that provides external DC power via the pen tablet’s high-usage contacts. This peripheral is convenient for storing and charging the Point 1600 between uses.

1-2 Pen Tablet Hardware Features Chapter 2 System Software

This chapter outlines system software supported on the Point 1600 pen tablet including operating system software, drivers, and utilities. Supported Operating Systems 2

The Point 1600 pen tablet is distributed with one of the following operating systems preinstalled:

• Windows 95 (Service Release 2.5) • Windows 98 (Version 4.10.1998)

Licensing and user documentation for the operating system installed on your system is also included with the pen tablet. For details on the operating system, refer to the documentation provided, or refer to the documents listed in “Related Documentation” in the About This Manual section of this guide. Pen Support for Windows 95 and Windows 98 2

Pen applications can use either 16-bit or 32-bit architectures. The Point 1600 supports both, but only one can be selected at a time. Windows 95 and Windows 98 are capable of switching between Microsoft Pen Services 2.0 with Communication Intelligence Corporation (CIC) Handwriting Recognition System (HRS) 16-bit version 5.05, CIC PenX 1.6 (with HRS 32-bit version 6), and Mouse Emulation. Pen Services and PenX share the same preinstalled FPSI-developed pen driver. Along with Microsoft Pen Services 2.0, the following files are included to support the Point 1600 pen tablet.

•VPEND.VXD A virtual device driver for the pen (32-bit) •PENPNP.VXD A pen device driver loader (32-bit) • PEN32.DRV A driver which provides support to the 16-bit Windows-installable pen driver (32-bit) • PEN.DRV A Windows-installable driver (16-bit) • PENCFG.CPL A program for the pen control interface panel (16-bit) •PENCFG.HLP Pen configuration Help file. • PENUI.DLL A pen user interface DLL called by PENCFG.CPL (16-bit) • PENCAL.DLL A pen calibration DLL (16-bit) • PENSAFE.DRV A Windows-installable Safe Mode pen driver (16-bit) • FPSIPEN.INF A Windows information file used by the Windows Hardware Wizard to automatically install the pen driver files.

2-1 The following HRS software is preinstalled on the Point 1600 pen tablet.

• CIC HRS version 5.05 (16-bit) • CIC PenX 1.6 suite, including CIC HRS version 6 (32-bit) PC Card Support 2

PC Cards are supported up to PCMCIA Standard Feb 95 Release (commonly known as Ver. 3.0, or CardBus release) for use with the Point 1600 pen tablet. The CardBus feature is supported on the user-accessible PC Card slot only on the Point 1600 pen tablet. This feature allows the system to support a 32-bit bus and 3.3 V cards. The embedded PC Card slot supports PCMCIA Standard Release 2.1.

Windows 95 and Windows 98 PC Card Support 2

System resources for PC Cards used in the PC Card slots are automatically configured by Windows 95 and Windows 98. Embedded PC Card Support 2

The Point 1600 pen tablet can accommodate an optional Type II PC Card (V 2.1) in an embedded PC Card slot. FPSI offers two options: a fax/data modem or a wireless local area network (LAN) adapter.

Note: Although FPSI offers two PC Card options for the internal slot, any Type II PCMCIA Ver. 2.1 Card can be installed in the slot. Refer to Chapter 4, “Installing System Components”, for instructions on installing PC Cards.

The LAN adapter allows you to send and receive data over a wireless network at your work site. The fax/data modem allows you to send and receive data over existing telephone lines. Either option can be used in your pen tablet, but only one can be installed at a time. Refer to Chapter 4 of this document for information on removing and installing embedded PC Cards.

Wireless LAN Support 2

Note: In order to implement wireless LAN support, you must be a certified RF VAR.

Point 1600 pen tablet systems equipped with an optional embedded wireless LAN adapter can be used in a wireless LAN. Drivers and utilities required to support the wireless LAN adapter in the Point 1600 are shipped from the factory on the pen tablet hard disk drive. The files are contained in the C:\FPSI1600\INSTALL\RADIO\PROXIM\ subdirectory.

Before you can use your LAN, you must install the appropriate drivers. To do so,

1. Open the following subdirectory on your hard disk: C:\FPSI1600\INSTALL\RADIO\PROXIM\

2. Double click on SETUP.EXE. Respond to the instructions as they appear during the brief installation process. Modem Support 2

Drivers and utilities required to support the optional embedded modem in the Point 1600 are shipped from the factory on the pen tablet hard disk drive. The files are contained in the C:\FPSI1600\INSTALL\MODEM\ subdirectory.

Before you can use your modem, you must install the modem drivers. The first time you run your system with the modem installed, Windows recognizes new hardware and starts the Update Device Driver

2-2 System Software Wizard for installation of the modem. The Wizard identifies the modem as “Standard PCMCIA Modem”. Correct this information by performing the following steps.

1. When the Update Device Driver Wizard appears containing the “Standard PCMCIA Modem” message, click on the Next button. Windows then searches for an updated diver for the device. Upon completion of the search, a screen is displayed showing the location of the driver.

2. Click on Other Locations. When prompted for a location, browse to the following: C:\FPSI1600\Install\Modem\Installation Disk.

3. Click the OK button. The device wizard identifies the device as “Megahertz 3CCM156 B 56K Modem”, with the location of the driver appearing as “Installation Disk”.

4. Click the Finish button. You are prompted to enter your area code. Enter your area code. If you dial a number to access an outside line, enter it in the appropriate space.

5. Click the OK button. The installation completes and the setup continues.

Note: If you move from country to country, you must change the selected country in the modem country selection software. Select Start->Programs->3Com Utilities to change countries. Overview of System Configuration Tools and Utilities 2

The following list provides an overview of the configuration tools and utilities available for configuring the Point 1600. Unless otherwise noted, all of these utilities are preinstalled on the Point 1600 pen tablet. Instructions on using most of these programs are given later in this manual. (Related documentation is referenced for utilities that are beyond the scope of this manual.)

• BIOS Setup A BIOS configuration utility stored in the system’s ROM. • Point 1600 Setup A Windows control panel application that allows you to configure BIOS options. • PM Setup A power management configuration utility program for Windows (Windows 95 only). • Pen Configuration Setup A Windows control panel application that allows you to configure the pen driver. • Handwriter Settings Windows control panel applications that allow you to configure the handwriting recognition properties. Two different icons appear on the control panel; one is for 16-bit, the other is for 32-bit. • MFG1600 A configuration utility that runs under MS-DOS with a command line interface. This utility is often run as part of a batch file to configure the system automatically using preselected parameters. This allows resellers to mass-configure pen tablets to ensure consistent, predictable installations. • FPSI Driver for Windows A driver for enhancing Microsoft Pen Services.

Overview of System Configuration Tools and Utilities 2-3 2-4 System Software Chapter 3 Configuring the Point 1600 Pen Tablet System

This chapter provides instructions on how to use various configuration utilities developed to support the Point 1600 pen tablet. Windows Audit Mode 3

Windows 95 and Windows 98 (as preinstalled on the Point 1600 pen tablet) are preconfigured for the pen tablet system. Typically, the first time the system is started, a User Information screen is displayed along with a series of “first-run” screens for the end-user to perform such tasks as entering User/Company name, Certificate of Authenticity, and End User License Acceptance information. After this information is entered and the system is shut down, the User Information and first-run screens are not displayed when the system is started in subsequent sessions. Windows 95 and 98 allow you to bypass the first-run screens and run the system in audit mode. In audit mode, a reseller can change system configuration settings, perform additional system checks and tests, and install hardware and software without altering the Windows license agreement and registration process that is performed only once when the system is started for the first time by the end user.

To invoke audit mode, attach a keyboard to your system and perform the following steps:

1. Boot the system. When the User Information screen is displayed, press the key combination CTRL-SHIFT-F3 on the keyboard. This displays a License screen.

2. Read the License Agreement and choose Accept to continue. After you accept the license, a menu of auditing options appears. The following auditing modes are available:

• Non-Restorative Auditing In this mode, any changes you make to Windows during your audit session are retained after you end your audit session. (Key system files such as the registry and AUTOEXEC.BAT are not restored to their pre-audit state.) This is the auditing mode that a reseller will most commonly use to preconfigure the system before it reaches the end user.

• Partial Restorative Auditing In this mode, key system files such as the registry and AUTOEXEC.BAT are restored to their pre-audit state after you end your audit session. New files that you copy to the system remain on the system after you end your audit session. This mode is useful for demonstration and test purposes.

Note: Your system must have an AUTOEXEC.BAT file in the C:\ (root) directory on the hard disk drive to use Partial Restorative auditing mode. If this file does not exist on your system, an error message indicating “The disk labeled root directory is now required...” will be displayed when you attempt to use Partial Restorative auditing mode. If this occurs, you can shut down and restart your system, perform this procedure again, and choose Nonrestorative Auditing. Once you are in Non-Restorative auditing mode, you can create an AUTOEXEC.BAT file if desired to allow partial restorative auditing in your next audit session. (The AUTOEXEC.BAT file can be an empty file.)

• Full Restorative Auditing This auditing mode simulates the end-user experience. In this mode, the entire system is fully restored to its pre-audit state after you end your audit session. Any changes that you make to

3-1 system files and any new files copied to the system are not retained. This mode is most useful for performing extensive system checks including testing software and hardware installation procedures.

3. Choose the desired auditing mode and tap OK.

4. When the Enter Windows Password screen is displayed, press the Esc key on your keyboard. (Do not enter a password.)

5. The system is now in audit mode. You can now make any desired changes to the system configuration, preinstall hardware or software, and perform system tests.

6. Windows 98 only: If desired, choose Audit Boot to restart the system in audit mode. If you do so, go back to step 4 in this procedure to continue. (This allows you to restart the system if necessary when preinstalling software or testing the system.)

7. When you have finished auditing the system, tap the Shutdown button in the OEM Reset Reminder dialog box.

The system is now shut down and Windows 95 or Windows 98 software licensing screens will appear in their first-run state when the system is started. Note that you can invoke audit mode as many times as desired, however, once the Certificate of Authenticity information is entered, you can no longer invoke audit mode. For further details on configuring Windows 95 and Windows 98, refer to the documents listed in “Related Documentation” in the About This Guide section of this manual. About BIOS Settings 3

Some BIOS configuration utilities allow you to select permanent and/or current settings when configuring BIOS options. When you change a permanent setting, BIOS parameters stored in nonvolatile RAM (NVRAM, sometimes called “CMOS memory”) are changed and the new setting is applied after the system is restarted. When you change a current setting, BIOS parameters stored in dynamic memory are changed and the new setting is applied for the current session. Note that a change to the current setting only remains in affect until the system is restarted or shut down.

BIOS code resides in the system’s flash ROM; BIOS parameters are stored in the system’s NVRAM. When the system is powered on, BIOS code and parameters are copied or ‘shadowed’ into the system’s dynamic memory and the system runs using the copy of the BIOS code and parameters stored in dynamic memory. BIOS Setup 3

BIOS Setup is a configuration utility that you can use to change your system’s permanent BIOS settings. The BIOS Setup application is stored in flash ROM. Instructions for starting and running BIOS Setup are given in the following discussions.

Starting BIOS Setup 3

To start BIOS Setup, restart your system and double-tap on the display screen or press F2 on an external keyboard when the following message is displayed:

Double tap the pen (or press ) to enter SETUP

The system starts BIOS Setup and the BIOS Setup main menu is displayed.

3-2 Configuring the Point 1600 Pen Tablet System Note: In certain situations, a reseller may not want the end-user to access the BIOS. Improper modification of the BIOS could adversely affect system operation. The system can be configured to start without displaying the messages described above. If this is the case, the user can still double tap the pen or press F2 on the keyboard to enter BIOS Setup.

Options and settings for menus in BIOS Setup are described in detailed tables appearing later in this chapter.

Using BIOS Setup 3

Once BIOS Setup is started, you can use BIOS Setup to change your system’s BIOS settings. The BIOS Setup screen consists of a menu bar, menu items, a command bar, and a window for item-specific help as shown in Figure 3-1.

BIOS Configuration Options BIOS Configuration Settings Item-Specific Help Window

PhoenixBIOS Setup Utility Menu Bar Main Advanced Security Power Savings Boot Info Exit Item Specific Help System Time: [15:10:21] System Date: [10/10/1998]

Diskette A: [1.44 MB, 3½”]

Triangle IDE HARD DISK SUBMENU [TOSHIBA MK4006MAV] symbol indicates a submenu External (L2) Cache: [Enabled] is available

Command F1 Help ↑↓ Select Item -/+ Change Values F9 Setup Defaults Bar ↔ ESC Exit Select Menu Press Enter SelectSub-M F10 Save and Exit

Highlighted text indicates an equivalent keyboard command, and is associated with the title to its right.

Figure 3-1 BIOS Setup Screen

Instructions for selecting and changing BIOS options and navigating BIOS Setup menus using the pen or an external keyboard are given below:

• To select a BIOS Setup menu from the menu bar, tap on the right or left side of the arrow adjacent to the Select Menu field in the command bar, tap on the menu name in the menu bar, or use the right or left arrow keys on an external keyboard to highlight the menu and display a list of menu options. • To select a BIOS option, tap on the up or down arrows adjacent to the Select Item field in the command bar, tap on the field for the BIOS setting (directly to the right of the BIOS configuration option name), or use the up and down arrow keys on an external keyboard to highlight the option in the list of items for a given menu. • To change the setting of a selected BIOS option, tap on the plus (+) or minus (-) signs adjacent to the Change Value field in the command bar or tap directly on the setting field. You can also use the minus

BIOS Setup 3-3 (-), plus (+), or space key on an external keyboard (as indicated by highlighted text in the command bar) to cycle through the list of possible settings when the option is selected. A third way to change settings is by clicking the right mouse button (or by tapping the right mouse button hotpad), then selecting the BIOS field you want to change. A dropdown menu of all available options for the selected field appears. Tap or click on the new selection in the menu. • To select and enter a submenu, tap twice on the submenu name, or select the submenu by using the up and down arrow keys on an external keyboard and pressing Enter. (The Main, Advanced, Power Savings, and Boot menus contain submenus.) • To exit submenus, tap Exit Submenu or press ESC on an external keyboard attached to your system. • To view Item-Specific Help for a BIOS option, select the option (as described previously) from the options listed. Option-specific help is displayed in the Item-Specific Help window on the right-hand side of the display screen. • To view the BIOS Setup Help screen, tap on F1 in the command bar or press F1 on your external keyboard. The BIOS Setup help screen is displayed with general instructions for using BIOS Setup. • To exit BIOS Setup, tap on Exit in the command bar or menu bar, or press the Esc key on an external keyboard to select the Exit menu. From the Exit menu, choose the appropriate option. See “Exiting BIOS Setup” later in this chapter for details. • To load default settings for the BIOS, tap on F9 in the command bar (adjacent to Setup Defaults), press F9 on an external keyboard, or select Load All Default Values in the Exit menu. • To load the last settings saved for all BIOS options, select Load All Previous Values in the Exit menu. Exiting BIOS Setup 3

Once you have finished making changes in BIOS Setup, you must save your changes and exit BIOS Setup to apply your configuration changes. After you exit BIOS Setup, the system will restart using your new BIOS settings.

Note: Allow the system to finish booting after exiting BIOS Setup. If you turn the system off before the system finishes booting, your BIOS changes will not be loaded and you will need to run BIOS Setup again and reconfigure the system.

To exit BIOS Setup, exit any submenu you are currently in, then select the Exit menu and choose the appropriate option. The Exit menu includes options that allow you to load default BIOS settings, previously saved BIOS settings, discard your changes, save your changes, and exit BIOS Setup. For details on Exit menu options, see “BIOS Setup Exit Menu Options” later in this section.

3-4 Configuring the Point 1600 Pen Tablet System BIOS Setup Main Menu Options 3

BIOS Setup Main menu options are given in Table 3-1. (Options and settings for other BIOS Setup menus are described in the tables that follow. The default setting for each option is listed in bold face, when applicable.)

Table 3-1 Main Menu Options

Option Settings Description

System Time 00:00:00 to 23:59:59 Use this option to set the time of day on the system’s real time clock (RTC). Enter the time in hours, minutes, and seconds [HH:MM:SS]. Use Tab, Shift-Tab, or Enter to select fields. Note that the system uses a 24-hour clock.

System Date 01/01/1980 to 12/31/2099 Use this option to set the date on the system’s real time clock (RTC). Enter the date in month, day, and year [MM:DD:YYYY] format. Use Tab, Shift-Tab, or Enter to select fields.

Diskette A: 1.44 MB, 3-1/2” Select the drive type for floppy diskette drive A:. Note that selecting Disabled will disable the floppy disk Disabled drive when one is connected to your Point 1600 system.

IDE HARD DISK DRIVE (See “IDE Hard Disk Drive This option configures the IDE hard disk drive in the SUBMENU Options” later in this section.) system. Press Enter on this option to display the hard disk drive configuration parameters. The setting also displays the size of the hard disk.

External (L2) Cache Disabled Use this option to enable or disable the external (L2) cache. Cache memory external to CPU cache Enabled memory is used when Enabled is selected. Note that the cache memory internal to the CPU is always enabled.

BIOS Setup 3-5 IDE Hard Disk Drive Submenu Options 3

Options and settings for the IDE Hard Disk Drive submenu are outlined in Table 3-2.

Table 3-2 IDE Hard Disk Drive Configuration Options

Option Settings Description

HDD Configuration Auto Detect If Auto Detect is selected, the type of hard disk drive is automatically identified at Power On Self-Test Disable HDD (POST) by the BIOS. When Auto Detect is selected, User Defined the Cylinders, Heads, Sectors per Track, Multisector Transfers, LBA Mode Control, Transfer Mode, and Ultra DMA Mode settings become non-changeable. If Disable HDD is selected, none of the setup items appear. When User Defined is selected, you can specify Cylinders, Heads, and Sectors. Note that Auto Detect is the recommended setting. Entering incorrect parameters in this menu could cause data loss.

Size XXXX MB Displays the maximum capacity calculated from parameters of the hard disk when Auto Detect is selected and the type is identified as a hard disk, or User Defined is selected.

Cylinders 0 to 65535 This option appears when Auto Detect is selected and the type is identified as a hard disk, or when User Defined is selected. When User Defined is selected, the value becomes changeable. Specify the number of cylinders by tapping on the setting and entering the desired number using the number pad that pops up on the screen.

Heads 1 to 16 Appears when Auto Detect is selected and the type is identified as a hard disk, or when User Defined is selected. When User Defined is selected, the value becomes changeable. Specify the number of heads by tapping on the setting and entering the desired number using the number pad that pops up on the screen.

Sectors Per Track 0 to 63 Appears when Auto Detect is selected and the type is identified as a hard disk, or when User Defined is selected. When User Defined is selected, the value becomes changeable. Specify the number of sectors per track by tapping on the setting and entering the desired number using the number pad that pops up on the screen.

3-6 Configuring the Point 1600 Pen Tablet System Table 3-2 IDE Hard Disk Drive Configuration Options (Continued)

Option Settings Description

Multisector Transfers Disabled Select the number of sectors per block for multiple sector transfers. 2 Sectors This option cannot be changed when Auto Detect is 4 Sectors selected. 8 Sectors 16 Sectors MAX 32 MAX 64 MAX 128

LBA Mode Control Disabled This option enables the LBA Mode Control to cause Logical Block Addressing to be used in place of Enabled Cylinders, Heads, and Sectors. This option cannot be changed when Auto Detect is selected.

Transfer Mode Standard Select the setting that provides the optimum transfer mode for the hard disk drive. This option cannot be Fast PIO 1 changed when Auto Detect is selected. Multi-word Fast PIO 2 DMA is automatically set to mode 1 for Fast PIO 1, Fast PIO 2, and Fast PIO 3, and is set to mode 2 for Fast PIO 3 Fast PIO 4. Fast PIO 4 Fast PIO 3 / DMA Fast PIO 4 / DMA

Ultra DMA Mode Disabled Use this option to select the Ultra Direct Memory Access (DMA) mode used for moving data to or from Mode 0 the drive. Configure the hard disk drive to select the Mode 1 optimum transfer mode. Mode 2

BIOS Setup 3-7 Advanced Menu Options 3

Configuration options for the Advanced Menu are given in Table 3-3.

Table 3-3 Advanced Menu Options

Option Settings Description

Plug and Play O/S Yes This option determines whether the system is Plug and Play-capable. No Select Yes if you are using a Plug and Play-capable operating system (Windows 95 or 98). Select No if you want the BIOS to configure non-boot devices.

Secured Setup Configurations Yes This option prevents a Plug and Play OS from changing system settings. No Select Yes to prevent a Plug and Play Operating System from changing system settings. Select No to allow a Plug and Play OS to change system settings.

INTEGRATED Select this submenu (by pressing Enter) to configure peripheral interfaces on the system unit (and port PERIPHERALS replicator, if used). SUBMENU

AUDIO/VIDEO Select this submenu (by pressing Enter) to enable and configure system resources for the audio and SUBMENU video controllers.

IRQ RESERVATION Select this submenu (by pressing Enter) for additional setup menus for configuring PCI devices. SUBMENU

DMI EVENT LOGGING Select this submenu (by pressing Enter) to configure DMI event logging. SUBMENU

HOTPAD SUBMENU Select this submenu (by pressing Enter) to configure the hotpads.

3-8 Configuring the Point 1600 Pen Tablet System Integrated Peripherals Submenu Options (Accessed Through The Advanced Menu) 3

The Integrated Peripherals submenu is accessed through the Advanced menu. Configuration options for the Integrated Peripherals submenu are given in Table 3-4. Note that some peripheral interfaces are only available when using Point 1600 connectivity peripherals.

Table 3-4 Integrated Peripherals Submenu Options

Option Settings Description

Serial Port A Disabled Use this option to configure Serial Port A using one of the following settings: Enabled Auto [Disabled] Selecting this setting disables the port. [Enabled] Selecting this setting allows you to enter a new configuration. [Auto] When Auto is selected, the BIOS or OS chooses the port configuration.

Base I/O Address 3F8/IRQ4 Use this option to select the setting for the Serial Port A base I/O address and interrupt request. This option is only 2F8/IRQ3 available when Serial Port A is enabled. 3E8/IRQ4 2E8/IRQ3 3F8/IRQ11 2F8/IRQ10 3E8/IRQ11 2E8/IRQ10

Serial Port B Disabled Determine the configuration of Serial Port B by using one of the following settings: Enabled Auto [Disabled] Selecting this setting disables the port. [Enabled] Selecting this setting allows you to enter a new configuration. [Auto] When Auto is selected, the BIOS or OS chooses the port configuration.

Device IrDA Serial port B can be assigned to either the IrDA port on the pen tablet or 9-pin RS-232C serial port B connector (Rx/Tx FIR only) on the port replicator. System Interface Port Determine the interface mode used by Serial Port B by selecting one of these options. Note that IrDA is the same as SIR (115kbps), FIR is 4 Mbps, and choosing the interface port allows use of the Rx/Tx serial port. IrDA (Infrared Device) FIR (Fast Infrared) System Interface Port (Port Replicator) This option is available only when Enabled or Auto are selected for Serial Port B. If FIR is not selected, the 2nd FIR Base I/O Address and FIR DMA Channel options disappear.

BIOS Setup 3-9 Table 3-4 Integrated Peripherals Submenu Options (Continued)

Option Settings Description

Base I/O Address 3F8/IRQ11 Set the base I/O address and interrupt request for Serial Port B with this option. 2F8/IRQ10 3E8/IRQ11 2E8/IRQ10 3F8/IRQ4 2F8/IRQ3 3E8/IRQ4 2E8/IRQ3

FIR DMA Channel DMA 0 Select the Fast Infrared DMA channel to be used for Serial Port B when configured for FIR. This option is only DMA 1 available when Mode for Serial B is set to FIR. DMA3

Parallel Port Disabled Use this option to enable or disable the parallel port, or allow the BIOS or OS to choose the configuration. Enabled Auto Select one of these settings to configure the Parallel Port: [Disabled] Select this setting to disable the parallel port. [Enabled] Select this setting to enter a new configuration for the parallel port. [Auto] When Auto is selected the BIOS or OS chooses the parallel port configuration. When Disabled is selected, the Mode, Base I/O Address, Interrupt, and ECP DMA Channel options disappear. When Auto is selected, the Base I/O Address, Interrupt, and ECP DMA Channel options disappear.

Mode Output Only Use this option to determine the I/O mode for the parallel port. This option is only available when Enabled or Auto Bidirectional are selected for the Parallel Port. ECP Output Only allows data to flow from the unit only. Bidirectional allows both input and output. ECP (Extended Capabilities Port) is also bidirectional, but it uses a DMA channel to move data.

Base I/O Address 378/IRQ7 Select the base I/O address and interrupt request for the parallel port with this option. 378/IRQ5 278/IRQ7 This option can only be selected when the Parallel Port is Enabled. 278/IRQ5 3BC/IRQ7 3BC/IRQ5

ECP DMA Channel DMA 0 Use this option to select the Direct Memory Access (DMA) channel to be used by the Extended Capabilities Port DMA 1 (ECP). This option is only available when Mode for Parallel DMA 3 Port is set to ECP.

3-10 Configuring the Point 1600 Pen Tablet System Table 3-4 Integrated Peripherals Submenu Options (Continued)

Option Settings Description

Keyboard/Mouse Hot Plug Disabled Select Enabled to allow connection or disconnection of a keyboard without powering down the system. Enabled Select Disabled if you do not want the Hot Plug capability. Note that peripherals such as barcode scanners and magnetic stripe readers that interface with the system through the keyboard port may require that this setting be disabled to function correctly.

Audio/Video Submenu Options (Accessed Through the Advanced Menu) 3

The Audio/Video submenu is accessed through the Advanced menu in BIOS Setup. Options for the Audio Features submenu are given in Table 3-5.

Table 3-5 Audio/Video Options

Option Settings Description

Audio Disabled Use this option to turn the system’s audio controller on or off. When disabled, “beep” functions are still Enabled supported. Auto [Disabled] Select if you do not want audio capabilities. [Enabled] Select to enter a new audio configuration using the five options below. [Auto] When selected, the BIOS or OS chooses the audio configuration.

I/O Address 220-22F Select the I/O port address for the interface between the audio controller and the CPU. This option can 240-24F only be selected when Audio is Enabled. 260-26F 280-28F

FM I/O Address 388-38B Select the I/O port address for interface between the FM synthesizer and the CPU. This option can only be 38C-38F selected when Audio is Enabled. 390-393 394-397

Interrupt IRQ 5 Select an interrupt request level for the audio controller. This option can only be selected when IRQ 7 Audio is Enabled. IRQ 9 IRQ 10 IRQ 11

DMA Channel 1 DMA 0 Select the Direct Memory Access (DMA) channel for the audio device. This option can only be selected DMA 1 when Audio is Enabled. DMA 3

BIOS Setup 3-11 Table 3-5 Audio/Video Options (Continued)

Option Settings Description

DMA Channel 2 DMA 0 Select the second Direct Memory Access (DMA) channel for the audio device. This option can only be DMA 1 selected when Audio is Enabled. DMA 3

Speaker On Select On to turn on the system unit speaker, or Mute to turn it off. Using Speaker Mute from the Mute hotpad also toggles this option.

Display LCD Select the display terminal type(s). You can select the unit LCD, an external monitor, or both. The External Monitor display selection can also be changed using the LCD & External Monitor hotpads or other configuration utilities.

Expand VGA Screen Disabled Select Enabled to expand VGA screens to fill the viewing area. Select Disabled to return it to its default Enabled size.

IRQ Reservation Submenu (Accessed Through The Advanced Menu) 3

The Interrupt Request (IRQ) reservation submenu is accessed though the Advanced menu in BIOS Setup. Options for the IRQ Reservations submenu are presented in Table 3-6.

Table 3-6 IRQ Reservation Submenu.

Option Settings Description

IRQ 3 Available Select Reserved to reserve IRQ 3 for use by legacy ISA devices. When Reserved is selected, you cannot Reserved use IRQ 3 for embedded ISA or PCI devices. IRQ 3 is removed from the IRQ bitmap in the PCI IRQ routing table.

IRQ 4 Available Select Reserved to reserve IRQ 4 for use by legacy ISA devices. When Reserved is selected, you cannot Reserved use IRQ 4 for embedded ISA or PCI devices. IRQ 4 is removed from the IRQ bitmap in the PCI IRQ routing table.

IRQ 5 Available Select Reserved to reserve IRQ 5 for use by legacy ISA devices. When Reserved is selected, you cannot Reserved use IRQ 5 for embedded ISA or PCI devices. IRQ 5 is removed from the IRQ bitmap in the PCI IRQ routing table.

IRQ 7 Available Select Reserved to reserve IRQ 7 for use by legacy ISA devices. When Reserved is selected, you cannot Reserved use IRQ 7 for embedded ISA or PCI devices. IRQ 7 is removed from the IRQ bitmap in the PCI IRQ routing table.

3-12 Configuring the Point 1600 Pen Tablet System Option Settings Description

IRQ 9 Available Select Reserved to reserve IRQ 9 for use by legacy ISA devices. When Reserved is selected, you cannot Reserved use IRQ 9 for embedded ISA or PCI devices. IRQ 9 is removed from the IRQ bitmap in the PCI IRQ routing table.

IRQ 10 Available Select Reserved to reserve IRQ 10 for use by legacy ISA devices. When Reserved is selected, you cannot Reserved use IRQ 10 for embedded ISA or PCI devices. IRQ 10 is removed from the IRQ bitmap in the PCI IRQ routing table.

IRQ 11 Available Select Reserved to reserve IRQ 11 for use by legacy ISA devices. When Reserved is selected, you cannot Reserved use IRQ 11 for embedded ISA or PCI devices. IRQ 11 is removed from the IRQ bitmap in the PCI IRQ routing table.

3 DMI Event Logging Submenu (Accessed Through The Advanced Menu) 3

The DMI (Desktop Management Interface) Event Logging submenu is accessed though the Advanced menu in BIOS Setup. The Point 1600 supports the DMI 2.0 specification. Details on the specification can be obtained from the Desktop Management Task Force web site .

Options for the DMI Event submenu are presented in Table 3-7.

Table 3-7 DMI Event Submenu

Option Settings Description

Event log capacity Displays the capacity of the event log. This setting is always informational.

Event log validity Displays the validity of the event log. This setting is always informational.

Clear all DMI event logs No Select Yes to clear all DMI event logs upon occurrence of the next boot. This option is reset to Ye s No after the event logs have been cleared.

Event Logging Disabled Select Enabled to allow DMI event logging. Enabled If Disabled is selected, the System Boot Event option disappears.

System Boot Event Disabled Select Enabled to allow logging of the System Boot events in the Event Log. Enabled Select Disabled if you do not want the System Boot events to be logged. This item can be selected only when Event Logging is Enabled.

BIOS Setup 3-13 Hotpad Submenu (Accessed Through The Advanced Menu) 3

The Hotpad submenu is accessed though the Advanced menu in BIOS Setup. Options for the Hotpad submenu are presented in Table 3-8.

Table 3-8 Hotpad Submenu Options

Option Settings Description

Speaker Volume Hotpad Disabled Select Enabled to enable the Speaker Volume hotpad. Enabled Select Disabled to disable the Speaker Volume hotpad.

Display Device Hotpad Disabled Select Enabled to enable the Display Device hotpad. Enabled Select Disabled to disable the Display Device hotpad.

Right Mouse Button Hotpad Disabled Select Enabled to enable the Right Mouse Button hotpad. Enabled Select Disabled to disable the Right Mouse Button hotpad.

Contrast Hotpad Disabled Select Enabled to enable the Contrast hotpad. Enabled Select Disabled to disable the Contrast hotpad.

Backlight Brightness Hotpad Disabled Select Enabled to enable the Backlight Brightness hotpad. Enabled Select Disabled to disable the Backlight Brightness hotpad.

3-14 Configuring the Point 1600 Pen Tablet System Security Menu Options 3

Security menu options for the Point 1600 pen tablet are described in Table 3-9. Note that settings for some security options determine whether other options are available.

Table 3-9 Security Menu Options

Option Settings Description

Set Supervisor Password This option allows you to specify or change the supervisor password. Using the supervisor password to enter BIOSSetup allows you to change all configurable settings, including User Password, Password On Boot, Password Protect HDD and Diskette Access settings.

Supervisor Password is Enabled This option displays the status of the Supervisor Disabled Password, and is always informational.

Set User Password Using a user password to enter BIOSSetup allows you to configure all user-accessible features in the Security menu The user password can only be set after the supervisor password has been set. This password is used for entering Setup, Power Management Security, and boot access. This field is Not Applicable if the supervisor’s password has not been set.

User Password is Enabled This option displays the status of the User Password, Disabled and is always informational.

Password On Boot Disabled When this option is enabled, a password is required Enabled before the system gives you access. This option is changeable only when the supervisor’s password is enabled. If Enabled is selected, you will be required to enter a password when you start the system. (When in use, either a supervisor or user password grants system access when you start the system.) If Disabled is selected, a password is not required to access the system.

Password Protect HDD Disabled This option protects the data on the hard disk with the password lock feature of the drive. Enabled Select Enabled to prevent access to the hard disk drive if it is installed in another system. If the drive is installed in another system, the hard drive can only be accessed if the two systems have the same Supervisor and User Passwords. If Disabled is selected, the hard disk can be installed and accessed in any system.

BIOS Setup 3-15 Table 3-9 Security Menu Options (Continued)

Option Settings Description

Diskette Access Supervisor Only Prevents diskette access if Supervisor Password is enabled and the Supervisor password was not All entered at boot time. This option determines who has access to an external floppy drive. Select Supervisor Only to allow diskette access only after the system is started by entering a supervisor password when the Password On Boot option is enabled. If Password On Boot option is disabled, the floppy drive is not accessible.

Fixed Disk Boot Sector Normal This option write protects the boot sector on hard Write Protect disk, to protect against viruses. Select Write Protect to grant read-only access to the hard disk drive’s boot sector. Select Normal to allow read and write access to the boot sector. Caution

It is not advisable to select Write Protect on systems running Windows 95 or Windows 98, since those operating systems must occasionally write to the boot sector. Select Normal if your system runs Windows 95 or Windows 98.

3-16 Configuring the Point 1600 Pen Tablet System Power Savings Menu Options 3

Power management is an important consideration with your pen tablet. Tuning the power management settings properly results not only in longer battery life, but also reduces the amount of heat generated by the system, thereby lowering the internal operating temperature.

Options for the Power Savings menu are described in Table 3-10. Default settings for most options in this menu differ depending on the setting selected for the Power Savings option.

Windows 95 users: Activity generated by disk drive timeout settings in the control panel Power Properties applet may be detected by the BIOS as system activity and prevent the Suspend Timeout from working properly. For this reason, disk drive timeout settings in Power Properties must be disabled (factory default setting). To confirm that this is the case, open Power in Control Panel, select the Disk Drives tab in the Power Properties window, and ensure that all disk drive low power mode options are disabled (unchecked). When Windows 95 is configured this way, disk drive timeout settings in the BIOS are used.

Windows 98 users: Along with APM, Windows 98 can control power management through the Advanced Configuration and Power Interface (ACPI). ACPI and APM are mutually exclusive; only one can be selected at a time. Devices controlled through the ACPI will not use power management settings configured in BIOS Setup. The recommended -- and default -- selection is APM. For more information on enabling ACPI, go to Appendix B of this guide.

Table 3-10 Power Savings Options

Option Settings Description

APM Power Savings Max Performance This option selects an APM Power Management mode for the system. Max Battery Life Off The following seven options are informational unless Customize Customize is selected. See Table 3-11 below for the settings for different profiles. When Customize is selected, the remaining fields become changeable. Select Max Battery Life to use preconfigured, low power usage settings. Select Max Performance to use greater performance (and higher power usage) settings. Select Customize to edit settings directly. Select Off to use no power management (all devices remain fully on).

HDD Spin-down Timeout Off Use this option to determine the amount of time for the hard 5 Seconds disk to be inactive before it is turned off automatically. If this value is larger than the standby mode timeout, the standby 10 Seconds timeout will be used instead. 30 Seconds Select the amount of inactive time to elapse before the hard 1 Minute disk drive spins down. 2 Minutes Select Off to keep the drive fully powered while the system is 4 Minutes running. 6 Minutes Note that keeping the HDD running while it is not being 8 Minutes accessed uses power unnecessarily. This results in shorter 10 Minutes battery life. 15 Minutes 20 Minutes

BIOS Setup 3-17 Table 3-10 Power Savings Options (Continued)

Option Settings Description

Video Timeout Off Use this option to determine the amount of time the user 30 Seconds input devices are inactive before the screen and backlight are turned off automatically. 2 Minutes 4 Minutes This setting affects the pen tablet display screen and any external video monitor. 6 Minutes 8 Minutes Select Off to keep the video system fully powered while the system is running. 10 Minutes 15 Minutes 20 Minutes

Idle Mode Timeout 1/2 second Idle Mode slows down the CPU during brief periods when Off the system is not busy. This can result in power savings. These settings determine the amount of time elapsed with no system activity before the CPU enters idle mode. Select Off to disable the idle mode. When in idle mode, the CPU speed drops to a lower speed.

Standby Mode Timeout Off Standby Mode turns off various devices in the system, 1 Minute including the screen and the CPU until you start using the computer again. 2 Minutes 4 Minutes Select how long the system should be inactive before it automatically enters standby mode. When in standby mode, 6 Minutes some system components, including the display, are turned 8 Minutes off to conserve battery power. 12 Minutes Select Off to disable the Standby Mode Timeout feature. 16 Minutes

Suspend Mode Timeout Off In Suspend Mode, power is maintained to the DRAM and 5 Minutes video RAM only. 10 Minutes Select how long the system should be inactive before it 15 Minutes automatically enters the Suspend mode. 20 Minutes Select Off to disable the automatic suspend feature. 30 Minutes 40 Minutes 60 Minutes

POWER SAVINGS OPTIONS Select this submenu to further refine the power management SUBMENU options.

Table 3-11 Preset Values for Power Saving Modes

Power Saving Mode Customize Max Performance Max Battery Life Off

HDD Spin-Down Timeout 30 Seconds 30 Seconds 30 Seconds Off

Video Timeout 30 Seconds Off 30 Seconds Off

Idle Mode Timeout 1/2 Second Off 1/2 Second Off

Standby Mode Timeout 1 Minute Off 1 Minute Off

Suspend Mode Timeout 5 Minutes 30 Minutes 5 Minutes Off

3-18 Configuring the Point 1600 Pen Tablet System Power Savings Options Submenu (Accessed Through The Power Savings Menu) 3 Options for the Power Savings Options submenu are described in Table 3-12. 3 Table 3-12 Power Savings Options Submenu

Option Settings Description

Resume On Modem Ring Off This option wakes the system up when an incoming call is detected on the modem in Suspend Mode. On Note that this option only works with modems that support the Resume on Modem Ring function, but it works whether the modem is in the embedded PC Card slot or in the user-accessible slot. Select On to configure the system to resume operation when an incoming call is detected on your modem.

Resume On Time Off Use this option to turn the resume time feature on and off. On Select On to configure your system to resume operation at the time of day specified in the Resume Time field.

Resume Time 00:00:00 to 23:59:59 This option determines the time of day at which the system will resume. Enter the time of day in HH:MM:SS format. Note that the system uses a 24-hour clock.

Suspend Button Normal Select Normal to allow Suspend/Resume button to be used to suspend/resume system operation. Resume Only Select Resume Only to allow Suspend/Resume Power On/Off button to be used only to resume operation from suspended mode.When Resume Only is selected in this field, pressing the suspend button to suspend is ignored. Auto Suspend Timeout, suspend by software (using the Windows Start Menu or an APM-aware application), and thermal suspend are still active. Pressing the suspend button to resume from suspend is active while Resume Only is selected for this option. Select Power On/Off to allow the suspend button to act as an On/Off switch. If this setting is selected, active data may be lost if Suspend button is used.

LCD Backlight Level Adjustable This option determines whether the display backlight level can be changed using the Brightness hotpads. Minimum Only Choose Adjustable to allow the backlight level to be changed. Choose Minimum Only to disable the Brightness hotpads and set the backlight level to minimum at all times.

Video Resume On Serial Disabled This option determines whether the video system Activity resumes when activity is detected on Serial Port A. Enabled Select Enabled to resume video system operation when a device (such as a serial mouse) connected to Serial Port A is active.

BIOS Setup 3-19 Boot Menu Options 3

Boot menu options are described in Table 3-13.

Table 3-13 Boot Menu Options

Option Settings Description

QuickBoot Mode Disabled QuickBoot mode allows the system to skip certain tests Enabled while booting. Select Enabled to allow the system to skip certain tests while booting. This will decrease the amount of time needed to boot the system. Select Disabled to force the system to run the entire set of boot tests.

Boot-Time Diagnostic Enabled This option controls the display of all Boot-Time Messages Disabled Diagnostics messages (with the exception of the setup prompt.) Select Enabled to display status messages while POST is performed. If you select Disabled, the logo screen is displayed, but the messages are not. (If POST errors occur, POST messages are displayed regardless of this setting.)

Setup Prompt Enabled This option determines whether the BIOSSetup prompt Disabled is displayed when the system starts up. Select Enabled to cause the BIOSSetup prompt to appear on the Fujitsu logo screen when the system is first powered up. This prompt provides brief instructions for accessing the BIOS setup. Select Disabled if you do not want the setup prompt to appear at start-up.

BOOT SEQUENCE Select this submenu to configure the order in which SUBMENU drives are searched for a bootable image.

Numlock Auto This option determines the initial state of the keyboard On Numlock. Select Auto to turn on Numlock automatically if a keyboard is connected when you start the system. Off

Boot Sequence Submenu (Accessed Through The Boot Menu) 3

Boot access priority options are described in Table 3-14.

Table 3-14 Boot Device Priority Submenu

Setup Item Description

(Bootable devices available are listed. The following When item 2 is tapped, the order of these two items is devices will appear depending on the hardware reversed. Use the Up/Down arrows to select a device, then configuration). press <+> or Space to move it up the list, or <-> to move it 1. [Diskette Drive] down the list. Press Escape to exit this menu. 2. [Hard Drive] Tap on Item 2 to change the boot sequence shown above.

3-20 Configuring the Point 1600 Pen Tablet System Info Menu 3

The Info menu displays information about the pen tablet hardware and BIOS software installed on the system as described in Table 3-15. The information displayed on this screen is for information only, and cannot be modified.

Table 3-15 Info Menu Options

Option Settings Description

BIOS Version n.nn The version of BIOS installed on the pen tablet.

BIOS Date MM/DD/YY The date of the installed version of BIOS.

BIOS Area xxxxh - FFFFh This area cannot be used as an upper memory block (UMB).

CPU Type Pentium with MMX (TM) The type of processor used in the pen tablet.

CPU Speed 166 MHz The speed of the processor used in the pen tablet.

L1 Cache 32 KB The size of the Level 1 memory cache.

L2 Cache 512 KB The size of the Level 2 memory cache.

Total Memory 32 MB to 96 MB The total amount of memory installed in the pen tablet.

On Board 32 MB SDRAM The amount of on-board memory.

DIMM Not Installed The amount of RAM installed in the system. 8 MB EDO 16 MB EDO 32 MB SDRAM 64 MB SDRAM

Asset Tracking No. None, or Asset Tag Number System-unique tracking number.

System Temp Normal Displays the thermal condition of the pen tablet. High

BIOS Setup 3-21 Exit Menu 3

Exit menu options are described in Table 3-16.

Table 3-16 Exit Menu Options

Option Description

Save Changes & Exit Select this option to exit after writing all changed BIOSSetup settings to nonvolatile memory (NVRAM).

Discard Changes & Exit Select this option to exit without saving changes to BIOSSetup settings to nonvolatile memory (NVRAM).

Load All Default Values Select this option to load default settings for all BIOSSetup options.

Load All Previous Values Select this option to read previous settings from nonvolatile memory and load in all BIOSSetup options. This is the equivalent of selecting Discard Changes, without exiting

Save Changes Select this option to write all BIOSSetup settings to nonvolatile memory.

3-22 Configuring the Point 1600 Pen Tablet System Using Point 1600 Setup 3

Point 1600 Setup is a control panel application that allows you to configure several BIOS options. To run Point 1600 Setup,

1. Open the Control Panel and double-tap on the Point 1600 BIOS Setup icon shown here.

Point 1600 BIOS Setup

A series of tab property sheets listing options that you can configure is displayed.

2. Configure options on each property sheet as desired. For details on options and settings on each property sheet, tap the Help button on the property sheet. Settings for these options are the same as the corresponding options in BIOS Setup.

Note: Some options can be configured for permanent or current settings, or both.

3. Tap the OK button to apply your changes and exit Point 1600 Setup when you are finished making changes. (You can also tap the Apply button to apply your changes without exiting Point 1600 Setup.)

4. Shut down and restart the system to activate any changes you have made to permanent BIOS settings.

The system is now configured using changes you made with Point 1600 Setup. Using PM Setup 3

Note: The PM Setup application is used with Windows 95 only, and is not installed in Windows 98. Windows 98 uses the Windows Control Panel Power Management utility to implement power management profiles.

PM Setup is a power management application that runs under Windows 95. You use PM Setup to create power management “profiles” that the system will use under different power conditions. You can create a separate profile for each of the following power conditions:

• AC Mode The system is connected to an external power source such as the AC adapter or auto adapter. This setting is only used when PM Setup is on screen. • Normal Battery Mode The system is operating on battery power with greater than 10%* battery charge remaining. This setting is whether PM Setup is on screen or not. • Low Battery Mode The system is operating on battery power with 10%* or lower battery charge remaining. This setting is only used when PM Setup is on screen.

* The actual threshold (in terms of a percentage of battery charge) at which the system changes from Normal to Low Battery mode may vary slightly.

Notes: • The initialization file for PM Setup is PMSETUP.INI. This file contains the initialization strings for settings used in low battery mode and AC mode.

• If you create power management profiles using PM Setup, the profiles you create are used only while PM Setup is running.

Using Point 1600 Setup 3-23 To use PM Setup,

1. Start PM Setup. To do so, double-tap the PM Setup icon (shown below) on your system desktop. .

Power Management

This runs the PM Setup program file PMSETUP.EXE.

When PM Setup is running, the PM Setup program bar is displayed. The PM Setup program bar (shown here) is displayed as a Gauge icon that indicates the battery pack charge level remaining. The colors represented on the bar reflect the battery charge state. If the icon is in the green area, the battery is sufficiently charged. The yellow area indicates that the battery charge has dropped to a low level and that it should be recharged. The red area on the Gauge indicates that system power is at a dangerously low level, and that you should either replace the battery with a charged one, plug in an alternate power source, or power down the system. A Power Plug icon is displayed in the PM Setup program bar to indicate when the system is connected to AC power. The “X” button is used to stop PM Setup, and the “-” button is used to minimize PM Setup to the taskbar. Charge Remaining Less More

Gauge Icon Power Plug Icon

2. To see a numerical representation of full battery charge remaining, position the cursor over the program bar and tap the Gauge icon; a Remain: XX% message appears telling you the charge status of the system. Hidden below the program bar are buttons that you can tap to perform various functions. To see the buttons, position the cursor just below the program bar. The buttons appear as shown here.

Help PM Setup Low Battery Mode PM Setup AC Mode PM Setup Save to Disk (inactive) Suspend

From left to right, these buttons perform the following functions and commands.

• Suspend Tap on this button to suspend system operation. (This is the equivalent of pressing the Suspend button).

• Save to Disk This button is inactive in this configuration.

• AC Mode PM Setup Tap on this button to display the AC Power Savings window. This window allows you to define the power management profile used when an external power source is connected to the system.

3-24 Configuring the Point 1600 Pen Tablet System • Low Battery Mode PM Setup Tap on this button to display the Low Battery Power Savings window. This window allows you to define the power management profile used when the system is running on battery power (no external power is connected) and the battery charge is below 10%.

• PM Setup Tap on this button to display the Power Management window. This window allows you to define the power management profile used when the system is running on battery power (no external power is connected) and the battery charge is 10% or higher.

• Help Opens the PM Setup Help window.

3. Tap on the appropriate PM Setup button to perform the desired function or configure power management settings.

For more details on how to use these functions and commands, see the appropriate topic in the PM Setup Help window or tap the Help button in the PM Setup window that is currently displayed. Using Pen Configuration Setup 3

Windows 95 and Windows 98 systems include a pen configuration control panel applet which allows you to select the pen subsystem, configure pen buttons, and calibrate the pen. To use this applet, open Pen Configuration in Control Panel and select the desired tab as follows:

• Pen Subsystem Allows you to choose the active pen subsystem and apply your changes “on the fly”. • Calibration Allows you to calibrate the pen digitizer system in 800 by 600 mode. • Sampling Allows you to select the digitizer sampling rate in points per second. • About Allows you to view file information about the installed pen drivers.

For details on each of these features, tap the Help button associated with each tab.

Using Pen Configuration Setup 3-25 Running MFG1600 3

MFG1600 is a BIOS configuration program for the Point 1600 pen tablet that runs from the MS-DOS command line. You run MFG1600 by executing commands at the MS-DOS prompt. Using MFG1600 allows the reseller to mass-configure identical systems using a batch file containing MFG1600 commands that configure the BIOS settings. MFG1600 can also be used to force the system to boot a pre-determined configuration, regardless of configuration changes the end-user may have made.

To run MFG1600,

1. Start your system from an MS-DOS bootable diskette.

2. From the DOS prompt, follow the following path to the MFG1600 file,

C:\FPSI1600\INSTALL\MFG1600

3. Type the command MFG1600 followed by the desired parameters using the following syntax,

MFG1600 [option=setting]

where option and setting are the mnemonic symbols for the desired MFG1600 parameters listed in Table 3-17. (Brackets indicate that the parameter is optional.) You can specify several parameters on the same command line. To do so, place a comma between each parameter. (Do not exceed the maximum MS-DOS command line length of 127 characters, including spaces.) For example, the following command sets the display device to LCD and turns the speaker off.

MFG1600 DISP=L, SPK=N

4. When all desired options and settings are typed on the command line, press Enter to run MFG1600. When the MFG1600 command is complete, the following message is displayed:

Configuration complete.

Table 3-17 lists MFG1600 parameters and the BIOS settings that they configure. To see a list of MFG1600 parameters displayed on your system, type the command MFG1600 and press Return (without specifying any parameters). These BIOS options are the same as those described earlier for BIOS Setup. Refer to “BIOS Setup” earlier in this chapter for detailed descriptions of corresponding BIOS options listed in this table. These listing reflect the order that the options appear on the MFG1600 screen, rather than the order that they appear in BIOS Setup. Note that the MFG1600 utility contains additional features that are not available in the BIOS.

Note: Some settings are linked into groups in MFG1600. In order to change the items in a particular group, the highlighted keyword in the top setting must be called first. The following keywords (and their required settings) are the top settings in their respective groups: PSM: C, LPTP: ON, SERA: ON, SERB: ON, and AUD: ON.

Table 3-17 MFG1600 Parameters

Option Setting Function Description

QKBT N Disabled QuickBoot Mode Y Enabled

DIAG N Disabled Boot-time Diagnostics Messages Y Enabled

PRMT N Disabled Setup Prompt Y Enabled

3-26 Configuring the Point 1600 Pen Tablet System Table 3-17 MFG1600 Parameters (Continued)

Option Setting Function Description

NLOK A Auto NumLock Y On N Off

I3 N No Reserve IRQ 3 Y Yes

I4 N No Reserve IRQ 4 Y Yes

I5 N No Reserve IRQ 5 Y Yes

I7 N No Reserve IRQ 7 Y Yes

I9 N No Reserve IRQ 9 Y Yes

I10 N No Reserve IRQ 10 Y Yes

I11 N No Reserve IRQ 11 Y Yes

MPL N Allow Access Main Page Lock: Y Lock This option allows you to write protect (lock) settings in the Main menu in the BIOS Setup.

APL N Allow Access Advanced Page Lock: Y Lock This option allows you to write protect (lock) settings in the Advanced menu in the BIOS Setup.

SPL N Allow Access Security Page Lock: Y Lock This option allows you to write protect (lock) settings in the Security menu in the BIOS Setup.

PPL N Allow Access Power Page Lock: Y Lock This option allows you to write protect (lock) settings in the Power menu in the BIOS Setup.

BPL N Allow Access Boot Page Lock: Y Lock This option allows you to write protect (lock) settings in the Main menu in the BIOS Setup.

EPL N Allow Access Exit Page Lock: Y Lock This option allows you to write protect (lock) settings in the Exit menu in the BIOS Setup.

Running MFG1600 3-27 Table 3-17 MFG1600 Parameters (Continued)

Option Setting Function Description

EC N Disabled External Level 2 Cache Y Enabled

DML N Disabled DMI Event Logging Y Enabled

DMB N Disabled DMI System Boot Event Y Enabled

VEXP N Disabled Expand VGA Screen Y Enabled

BLL ADJ Adjustable LCD Backlight Level MIN Minimum Only

DISP LCD LCD Display Select BOTH Both

LPTP OFF Disabled Parallel Port ON Enabled AUTO Auto

LPTM 0 Output Only Parallel Port Mode B Bidirectional E Extended Capabilities

LPTD DMA1 DMA Channel 1 Parallel Port ECP DMA Channel DMA3 DMA Channel 3

LPTA 377 I/O Address/IRQ: 378/IRQ7 Parallel Port Address and Interrupt 375 I/O Address/IRQ: 378/IRQ5 Request Line 277 I/O Address/IRQ: 278/IRQ7 275 I/O Address/IRQ: 278/IRQ5 3B7 I/O Address/IRQ: 3BC/IRQ7 3B5 I/O Address/IRQ: 3BC/IRQ5

SPK ON Speaker On Speaker MUTE Speaker Mute

AUD OFF Disabled Audio ON Enabled AUTO Auto

ABA 220 I/O Address 220 Audio I/O Address 240 I/O Address 240 260 I/O Address 260 280 I/O Address 280

AFMA 388 I/O Address 388 Audio FM I/O Address 38C I/O Address 38C 390 I/O Address 390 394 I/O Address 394

3-28 Configuring the Point 1600 Pen Tablet System Table 3-17 MFG1600 Parameters (Continued)

Option Setting Function Description

AIRQ 5 IRQ 5 Audio Interrupt Request 7 IRQ 7 9 IRQ 9 10 IRQ 10 11 IRQ 11

ADM1 0 DMA Channel 0 Audio DMA Channel 1 1 DMA Channel 1 3 DMA Channel 3

ADM2 0 DMA Channel 0 Audio DMA Channel 2 1 DMA Channel 1 3 DMA Channel 3

CPAD N Disabled Contrast Hotpad Enable Y Enabled

VPAD N Disabled Volume Hotpad Enable Y Enabled

DPAD N Disabled Display Hotpad Enable Y Enabled

MPAD N Disabled Right Mouse Hotpad Enable Y Enabled

BPAD N Disabled Brightness Hotpad Enable Y Enabled

SERA OFF Disabled Serial Port A ON Enabled AUTO Auto

SEAA 3F4 I/O Address/IRQ: 3F8/IRQ4 Serial Port A Base I/O Address and 2F3 I/O Address/IRQ: 2F8/IRQ3 Interrupt Request Line 3E4 I/O Address/IRQ: 3E8/IRQ4 2E3 I/O Address/IRQ: 2E8/IRQ3 3F11 I/O Address/IRQ: 3F8/IRQ11 2F10 I/O Address/IRQ: 2F8/IRQ10 3E11 I/O Address/IRQ: 3E8/IRQ11 2E10 I/O Address/IRQ: 2E8/IRQ10

SERB OFF Disabled Serial Port B ON Enabled AUTO Auto

SEBP S System Interface Port Serial Port B Device I IrDA F FIR

Running MFG1600 3-29 Table 3-17 MFG1600 Parameters (Continued)

Option Setting Function Description

SEBD DMA1 DMA Channel 1 Serial Port B FIR DMA Channel DMA3 DMA Channel 3

SEBA 3F4 I/O Address/IRQ: 3F8/IRQ4 Serial Port B Base I/O Address and 2F3 I/O Address/IRQ: 2F8/IRQ3 Interrupt Request Line 3E4 I/O Address/IRQ: 3E8/IRQ4 2E3 I/O Address/IRQ: 2E8/IRQ3 3F11 I/O Address/IRQ: 3F8/IRQ11 2F10 I/O Address/IRQ: 2F8/IRQ10 3E11 I/O Address/IRQ: 3E8/IRQ11 2E10 I/O Address/IRQ: 2E8/IRQ10

DSKA OFF Disabled Diskette A: 144 1.44MB, 3.5” disk drive enabled

BOOT AC A: then C: Boot Sequence CA C: then A:

PNP N Disabled Plug and Play Operating System Y Enabled

SECU N Disabled Secured Setup Configuration Y Enabled

KBM N Disabled Keyboard/Mouse Hot Plug Y Enabled

WPRT N Normal Fixed Disk Boot Sector W Write-Protect

RMRI N Off Resume On Modem Ring Y On

RVS N Disabled Resume Video on Serial Activity Y Enabled

TIME OFF Resume On Time Off Resume Time HH:MM:SS Resume On Time On (Hours:Minutes:Seconds)

SUSB N Normal Suspend Button RO Resume Only PWR Power On/Off

PSM OFF Off Power Savings Mode C Customize B Max Battery Life P Max Performance

IDLE N Off Idle Timeout Y 1/2 Second

3-30 Configuring the Point 1600 Pen Tablet System Table 3-17 MFG1600 Parameters (Continued)

Option Setting Function Description

VDT N Off Video Display Timeout 30S 30 Seconds 2 2 Minutes 4 4 Minutes 6 6 Minutes 8 8 Minutes 10 10 Minutes 15 15 Minutes 20 20 Minutes

HDT N Off Hard Disk Drive Timeout 5S 5 Seconds 10S 10 Seconds 30S 30 Seconds 1 1 Minute 2 2 Minutes 4 4 Minutes 6 6 Minutes 8 8 Minutes 10 10 Minutes 15 15 Minutes 20 20 Minutes

SDY N Off Standby Mode Timeout 1 1 Minute 2 2 Minutes 4 4 Minutes 6 6 Minutes 8 8 Minutes 12 12 Minutes 16 16 Minutes

SUST N Off Suspend Mode Timeout 5 5 Minutes 10 10 Minutes 15 15 Minutes 20 20 Minutes 30 30 Minutes 40 40 Minutes 60 60 Minutes

Running MFG1600 3-31 3-32 Configuring the Point 1600 Pen Tablet System Chapter 4 Installing System Components

This chapter provides procedures on installing PC Cards and DIMM cards, and replacing the system’s hard disk drive. Installing a User-Accessible PC Card 4

The Point 1600 pen tablet has a user-accessible PC Card slot that allows you to install a Type II or a Type III PC Card. You can install a PC Card while the system is running, when the system is off, or when system operation is suspended.

To install a PC Card, choose one of the following methods:

• If your PC Card has external connectors, cables, or antennas (and you are confident that pulling on the external attachment to remove the card will not damage either the card or the attachment), close the PC Card door and insert the PC card into the slot by inserting it through the shutters in the PC Card door.

• If your PC Card does not have an external attachment, or you are not confident that the external attachment is sturdy enough to remove the card, open the PC Card door and insert the PC Card into the PC Card slot. Figure 4-1 shows the location of the PC Card slot and PC Card Door.

PC Card Slot Eject Button

Shutters PC Card Door

Figure 4-1 PC Card Slot

5. Push the PC Card into the slot until it is seated. The PC Card is recognized by the system when (or if) the system is running.

6. If necessary, close the PC Card door.

7. If necessary, install any driver or application software necessary to use your PC Card. Do not, however, install any Card Services or Socket Services software provided with your PC Card. Card and Socket Services software is part of the operating system, and is preinstalled on the pen tablet system.

The PC Card is now installed and you should be able to use the PC Card with your system.

4-1 Removing a User-Accessible PC Card 4

To remove a PC Card,

1. Stop the PC Card using the appropriate features of your operating system (unless your system is already off).

2. Choose one of the following:

• If your PC Card does not have any external attachments, or such attachments can be removed, remove any external cables or other attachments from the PC Card, open the PC Card door and press the Eject button for the PC Card slot.

Note: Use care when removing a PC Card in the following manner. If too much force is used, the external attachment could be damaged when you remove the card.

• If your PC Card has an external attachment such as a connector, cable, or antenna that cannot be removed and prevents you from opening the PC Card door, remove the PC Card by pulling the card out by whatever external attachment is available.

3. Pull the PC Card all the way out of the slot.

4. If necessary, close the PC Card door. Installing DIMM Cards 4

The Point 1600 pen tablet has one DIMM slot that allows you to install up to 64 MB of additional memory for a total of 96 MB (including 32 MB built-in memory on the system board). Table 4-1 shows the possible configurations for system memory.

Note: Only the first 64 MB of RAM is cached in the external (L2) cache. If a 64 MB DIMM is installed, there will be a total of 96 MB of RAM, but the upper 32 MB will not be cached.

Table 4-1 DIMM Configurations

System Board DIMM Slot Total Memory (Built In)

32 MB Not used 32 MB

32 MB 32 MB 64 MB

32 MB 64 MB 96 MB

To install DIMMs in the Point 1600 pen tablet,

1. Shut down the pen tablet. To do so, choose Shut Down from the Start menu and carry out the Shut Down command.

Caution

Follow Electrostatic Discharge (ESD) handling precautions when performing this procedure.

• Handle DIMM cards by the edges.

• Avoid touching components or connectors on the DIMM card or the pen tablet’s circuit board.

4-2 Installing System Components 2. Remove the screws from the cover plate on the back of the pen tablet and remove the cover plate shown in Figure 4-2.

Screws DIMM Cover Plate

Figure 4-2 DIMM Cover Plate

3. Insert your DIMM card in the DIMM slot. To do so, insert the DIMM at an angle and push it down until it locks into place. Note that the DIMM card is keyed to prevent it from being inserted upside down. Figure 4-3 shows the location of the DIMM slot.

Figure 4-3 Installing a DIMM Card

4. Reinstall the cover and screws that you removed in step 2 of this procedure.

5. Confirm that the additional memory is recognized by the system by performing one of the following:

• Run BIOS Setup and go to the Info menu. The Info menu displays the onboard and expansion RAM sizes. • Once Windows is running, tap the right mouse hot pad, then tap the My Computer icon on your desktop. Select Properties. Verify on the General tab that the correct amount of RAM is indicated.

You can now use the system.

Installing DIMM Cards 4-3 Removing DIMM Cards 4

To remove a DIMM card,

1. Shut down the pen tablet. To do so, choose Shut Down from the Start menu and carry out the Shut Down command.

Caution

Follow Electrostatic Discharge (ESD) handling precautions when performing this procedure.

• Handle DIMM cards by the edges.

• Avoid touching components or connectors on the DIMM card or the pen tablet’s circuit board.

2. Remove the screws from the cover plate on the back of the pen tablet and remove the cover plate as shown in Figure 4-2.

3. Spread the fingers on the socket that lock the DIMM card in place until the DIMM card is loose.

4. Remove the DIMM card from the slot.

5. Reinstall the cover plate and screw. (See “Installing DIMM Cards” earlier in this chapter if you are installing a new DIMM card.) Replacing the Hard Disk Drive 4

The hard disk drive in the Point 1600 pen tablet can be removed and replaced, if necessary. The connector into which it plugs has been shown to withstand up to 100 insertion/removal cycles. The following instructions provide details on removing and installing the hard disk drive assembly in the Point 1600 pen tablet.

Caution

The hard disk drive is enclosed in the hard disk drive assembly. Do not attempt to disassemble the hard disk drive assembly. Doing so voids the warranty and may damage sensitive components in the assembly.

1. Shut down the pen tablet. To do so, choose Shut Down from the Start menu and carry out the Shut Down command.

2. Remove the screw from the hard disk drive cover plate as shown in Figure 4-4. Remove the hard disk drive cover plate by sliding the cover up as shown in Figure 4-5.

4-4 Installing System Components Screw

Hard Disk Drive Cover Plate

Figure 4-4 Hard Disk Drive Cover Plate

3. Open the latch lever on the hard disk drive assembly in the pen tablet by unsnapping it and folding it perpendicular to the hard disk drive assembly as shown in Figure 4-5. (The latch lever is designed to snap into the closed or detained position to prevent the HDD tray from vibrating.)

Latch Lever

Slide latch to lock or unlock hard disk drive assembly. Unlock

Lock

Latch

Figure 4-5 Hard Disk Drive Latch

4. Using the latch lever, slide the latch towards the battery pack to the unlocked position.

5. Grasp the latch lever and pull the hard disk drive out of the pen tablet as shown in Figure 4-6.

Replacing the Hard Disk Drive 4-5

Figure 4-6 Removing Hard Disk Drive

To install the new hard disk drive assembly, ensure that the latch on the new assembly is in the unlocked position, and perform this procedure in reverse. (Note that the metal cover on the hard disk drive assembly must be facing towards the display. Also, the latch must be in the locked position to install the cover plate.) Replacing Embedded PC Cards 4

In addition to the user-accessible PC Card slot, the Point 1600 pen tablet has an embedded PC Card slot that can accommodate an optional PC Card. Fujitsu Personal Systems, Inc. (FPSI) offers two options (a fax/data modem and a wireless LAN adapter), although any Type II Version 2.1 PC Card can be used in the slot. The fax/data modem allows you to send and receive data over existing telephone lines. The LAN adapter allows you to send and receive data over a wireless network at your work site. For exploded views of the two optional configurations, refer to Figure 4-8 (modem) and Figure 4-9 (LAN adapter).

Figure 4-7 shows the location of the cover for the embedded PC Card peripheral tray. One of three tray assembly configurations can be used in the embedded PC Card slot. If your system is not equipped with either a modem or a LAN adapter, the only hole in the blank PC Card peripheral tray cover is the cover screw hole.

Table 4-2 Peripheral Tray Components

Part Number/ Tray Type Purpose/Use FMW Number

Modem Tray 90-0503-00/ For installation of a modem card. FMW27MT

LAN Tray N/A* For installation of a LAN adapter.

Blank Tray 90-0502-00/ For use when no PC Card is used, when the FMW27BT PC Card does not require external access, or in customized applications.

PC Card Bracket CA02956-2217 For securing a PC Card within the tray.

* Not a separately orderable part.

4-6 Installing System Components

PC Card Tray Cover Plate

Cover Plate Screw

Figure 4-7 Location of Internal PC Card

Modem

Modem Jack (RJ-11)

Retaining Bracket

PC Card Bracket (CA02956-2217) Locator Pins

Double-sided Tape Flex Cable

PC Card Connector

Grounding Strap

PC Card Tray

Locator Pin Holes

Figure 4-8 Exploded View of Internal Modem Tray

Replacing Embedded PC Cards 4-7 Antenna

LAN Adapter Card

Antenna Retaining Bracket

PC Card Bracket (CA02956-2217) Locator Pins

Double-sided Tape

Grounding Strap PC Card Tray

Locator Pin Holes

Figure 4-9 Exploded View of Internal LAN Adapter Tray

To replace or remove an internal PC Card,

1. Ensure that the system has been shut down.

2. Remove the screw that secures the internal peripheral tray, as illustrated in Figure 4-7. Removal of the screw requires a size T7 Torx-type wrench.

3. Pull the tray out of the slot in the pen tablet.

4. Gently pry one of the vertical sides of the tray away from the locator pins until the pins are free of the locator pin holes. Figure 4-10 shows the rear of the tray, with a locator pin in its installed position, then with the locator pin freed from the locator pin hole.

4-8 Installing System Components

Normal installed position, with locator pin set into locator hole.

To remove the PC Card, gently press against the side of the tray to free the locator pins...

...then lift the PC Card from the tray

Figure 4-10 Removing a PC Card from Peripheral Tray

5. Disconnect any cables that are connected to the PC Card.

6. Remove the PC Card from the PC Card bracket. Note that the PC Card may be secured with double-sided tape at the bottom of the bracket. Use care when removing the card. If the bracket is damaged, a replacement can be obtained from Fujitsu (part number CA02956-2216).

7. To replace the PC Card, perform the above steps in reverse order.

Note: The holes in the modem and LAN adapter peripheral tray configurations are not the same. You cannot install a modem into a LAN adapter tray, or a LAN adapter into a modem tray.

Replacing Embedded PC Cards 4-9 Installing a Floppy Disk Drive 4

The Point 1600 pen tablet has a floppy disk drive port that is compatible with the Fujitsu FMWFD2 floppy disk drive connector. The port is located at the bottom of the pen tablet, in the middle, as indicated in Figure 4-11.

Note: The floppy disk drive connector cover should not be removed repeatedly since it is designed for a limited number of removal-installation cycles. Under normal circumstances, it is not necessary to replace the cover after every use of the floppy disk drive, unless there is a danger of connector contamination.

To remove the cover from the floppy disk drive connector, use a small flat screwdriver at the recessed area to gently pry it off.

To replace the cover, slide the two alignment pieces into the slots, and snap the cover on using thumb pressure.

Floppy Disk Drive Connector Cover

Recessed Area

Figure 4-11 Location of Floppy Disk Drive Connector

4-10 Installing System Components Chapter 5 System Specifications

Specifications for the Point 1600 pen tablet are given in this chapter. Note that several of the features listed in this chapter are described in further detail elsewhere in this manual. Main System Logic Specifications 5

Specifications for the core system and logic components are given in Table 5-1.

Table 5-1 System Logic Specifications

Feature Specification Comments

Microprocessor Intel Pentium MMX - 166 MHz Located on Multi-Chip Module (MCM)

Chipset Intel 430TX PCIset Optimized for Pentium MMX technology. Enhanced support for Ultra DMA protocol, SDRAM, USB. Partially located on MCM.

Cache • Level 1 (L1) Cache: 32 KB on-chip L2 located on MCM • Level 2 (L2) Cache: 512 KB

Formatting FAT-16 File System The Point 1600 is shipped from the factory formatted in a 16-bit file system, which is compatible with legacy applications as well as contemporary applications.

ROM 512 KB Flash BIOS

RAM 32 MB SDRAM (expandable to 64 or 96 MB) 3.3-Volt operation

DIMM Slots (1) 144-pin SO-DIMM slot

VGA Controller* NeoMagic 2160 (with Integrated 2 MB Video Controls the following interfaces: RAM) • CRT Interface • LCD Interface

Super I/O Controller* PC97338 (National Semiconductor) Controls the following interfaces: • Floppy Disk Controller • Serial Port Interface • IrDA Interface • Parallel Port Interface

PC Card Controller* PCI1220A (Texas Instruments) Controls the following: • PCMCIA Card Control • Card Bus Card Control Supports PC Card Standard 2/95 Release (V. 3.0)

5-1 Table 5-1 System Logic Specifications (Continued)

Feature Specification Comments

Audio Controller* ES1869 (ESS Technology, Inc.) Controls the following functions: • 16-bit codec • FM Synthesizer • Microphone input port (mono) • Headphone output port (stereo)

* To obtain specifications on ICs used in the Point 1600 pen tablet, contact the manufacturer of the specific IC. See “Related Specifications” in the “About This Guide” section of this manual for a list of IC manufacturers and their web site addresses. Display Specifications 5

Specifications for the Point 1600 pen tablet display are given in Table 5-2.

Table 5-2 Display Specifications

Feature Specification Comments

Display Type SVGA DSTN color LCD Backlit, with 2-level brightness control

Size 10.4-inch (264 mm) diagonal

Resolution • 0.26 mm dot pitch Up to 1024 x 768 resolution possible when • 1:1 aspect ratio using an external CRT. • 800 x 600 SVGA resolution • Up to 64K colors (panel and video controller)

External Video Capabilities 5

The Point 1600 pen tablet can drive an external video monitor (with the use of a connectivity peripheral that provides a video port). You can select an external monitor or the pen tablet display screen as the active video display. Simultaneous external monitor operation with the pen tablet display is also supported by the Point 1600.

The pen tablet supports VGA, SVGA, and XGA video modes with external monitors. Screen resolutions supported for external video monitors are given in Table 5-3. For pin assignments on the video port connector, see “Video Port” in Chapter 6 of this manual.

Table 5-3 Video Modes for External Monitor

Resolution Colors

640 x 480 (VGA) Up to 16M

800 x 600 (SVGA) Up to 16M

1024 x 768 (XGA) Up to 64K

The video controller supports fixed frequency and variable frequency analog monitors in interlaced and non-interlaced modes of operation.

5-2 System Specifications Note: The pen digitizer does not map to resolutions higher than 800 x 600. If the system’s display resolution has been changed to use an external monitor and you now want to use the pen as an input device, you must change the resolution back to 800 x 600 (or 640 x 480 for VGA mode) for proper operation. A mouse can be used as an alternate input device at any selected display resolution. Digitizer Specifications 5

The Point 1600 pen tablet uses a resistive digitizer. When the pen touches the screen, a conductive membrane contacts another conductive plane and determines the location of the pen. Table 5-4 shows the digitizer specifications.

Note: The digitizer system is designed for use with the pen. Although you can use your fingernail in the same manner as a pen, the digitizer system is not intended to be used as a “touch screen”. Use of any tool other than the pen designed for this system may cause damage to the screen.

Table 5-4 Digitizer Specifications

Feature Description

Surface Non-glare

Resolution • 493 dots per inch, horizontal resolution • 657 dots per inch, vertical resolution

Sampling Rate 100 points per second

Wireless LAN Adapter Specifications 5

Specifications for the optional wireless LAN adapter (Proxim Model 6400) in the Point 1600 pen tablet are shown in Table 5-5.

Table 5-5 Wireless LAN Adapter Specifications

Feature Description

Radio Module Internal Proxim RangeLAN2TM (frequency-hopping, spread-spectrum)

System Range* • 200 to 500 feet indoor range • Up to 1000 feet outdoor range

Frequency Range 2.4000 to 2.4835 GHz

Data Rate • 1.6 Mbps maximum data rate • 800 Kbps in backoff mode

Antenna 1.9” (48 mm) flexible rubber. Overall length: 2.13” (54 mm)

LAN Software Compatibility • Novell NetWare 2.x, 3.x, or 4.x • Personal NetWare • Microsoft Peer-to-Peer and Client/Server

Drivers ODI, NDIS (including support for Windows 95 and Windows 98)

* Range will vary depending on the physical characteristics of the environment.

Digitizer Specifications 5-3 Modem Specifications 5

Specifications for the optional fax/data modem in the Point 1600 pen tablet are shown in Table 5-6.

Table 5-6 Modem Specifications

Feature Description

Global Modem 3ComTM 3CCM156B

Protocols Supported V.90 data, X2 data, V.34 data, V.17 FAX

Maximum Receive Rate 56 Kbps (due to FCC restrictions, actual rates are limited to 53 Kbps)

Maximum Send Rate 33.6 Kbps

Maximum FAX Rate 14.4 Kbps

Physical Interface Integrated RJ-11 Jack

Compatibility Global Data Access Arrangement (DAA) allows international compatibility in 25+ countries.

Hard Disk Drive Specifications 5

Specifications for the hard disk drive used in the Point 1600 pen tablet are shown in Table 5-7.

Table 5-7 Hard Disk Drive Specifications

Feature Description

Model MK-4006MAV Toshiba hard disk drive

Data Storage Physical:

Capacity per drive (formatted) 4.09 GB

Data Heads 6

Logical Configuration:

Heads 16

Cylinders 7,944

User Sectors/Track at Zone 0 63

Rotational Speed 4200 RPM

Data Transfer Rates:

Buffer to Host - PIO 16.6 MB/sec

Buffer-to-Host - DMA 33.3 MB/sec

Maximum Internal 91.9 Mb/sec

Track-to-Track 3 ms

Average 13 ms

Maximum 25 ms

Average Latency 7.14 ms

5-4 System Specifications Table 5-7 Hard Disk Drive Specifications

Feature Description

Interface:

Type ATA

Buffer 512 KB

Nominal Power Requirements:

Logic +5 V (+5%, -8%)

Sleep 0.15 W

Idle 0.9 W

Standby 0.3 W

Reading/Writing 2.3 W

Seeking 2.7 W

Spin Up 3.5 W

Dimensions - Inches (mm):

Height 0.5 in. (12.7 mm)

Width 2.75 in. (70 mm)

Depth 3.94 in. (100 mm)

Media:

Weight - oz. (g) 5.29 oz. (150 g)

Ambient Temperature:

Operating 5o to 55o C

Non-operating -20o to 60o C

Vibration and Shock:

Operating Vibration 0.5 G (5 - 500 Hz)

Operating Shock 100 G/2 ms

Non-operating shock 500 G/2 ms

Hard Disk Drive Specifications 5-5 Pen Tablet Peripheral Interface Specifications 5

Specifications for peripheral interfaces on the Point 1600 pen tablet are given in Table 5-8.

Note: For pin assignments on these connectors refer to Chapter 6. (Connectors on the pen tablet have the same pin assignments as corresponding connectors on connectivity peripherals.)

Table 5-8 Pen Tablet Peripheral Interface Specifications

Feature Specification Comments

User-Accessible • One PC Card slot System accepts one Type II or III PC Card in PC Card Slot • Compliant with PC Card Standard Feb 95 user-accessible slot. Release (V 3.0)

Embedded PC One embedded PC Card slot (PC Card System accepts one Type II PC Card in Card Slot Standard V 2.1) embedded slot.

Hard Disk Drive Supports one 2.5-inch IDE hard disk drive with The shock-mounted hard disk drive is Slot Ultra Direct Memory Access (DMA) function. enclosed in a removable module.

Keyboard/Mouse 6-pin PS/2 style Supports most PS/2-style keyboards and Port mouse devices.

Serial Port A RS-232C, male 9-pin D-connector NS 16C550-compatible, fully functional RS-232C serial port

IrDA Port • Infrared LED built into pen tablet. Serial port B can be assigned to either the • Compliant with IrDA standard 1.1. IrDA port on the pen tablet or 9-pin RS-232C serial port B connector (Rx/Tx only) on the • Data rate: up to 4 Mbps port replicator. The IrDA port is disabled when the 9-pin connector is selected for the serial port B device.

USB Port Standard, Universal Serial Bus-compliant port. • Allows hot insertion and removal of USB-compliant devices • Allows simultaneous connection of up to 127 USB-compliant peripherals.

DC power input • 16 VDC + 10%, 2.7 A For use with AC Adapters FMWAC4A, • Connector Type: EIAJ RC-5320A Type 5 FMWAC4B, and FMWAC4C (AC Adapter module CA01007-0520) or FMWCB2 Auto • Connector Vendor: Hosiden (part number Adapter (CA01007-0360). HEC3900-01-010)

Headphone Jack 3.5 mm 3-pole miniature jack for stereo For use with headphones meeting the headphones following specifications: • Impedance: 16 ohms and over • Power Rating: 100 mW and over • Plug: 3.5 mm mini stereo

Floppy Disk Drive 26-pin floppy disk drive connector For use with Fujitsu FMWFD2 floppy disk Port drive

Microphone Jack 3.5 mm 2-pole miniature jack for mono For use with microphones meeting the microphone following specifications: • Type: Dynamic or electret condenser • Sensitivity: -60 dB per octave and over • Impedance: 600 ohm and over • Plug: 3.5 mm miniature monaural

5-6 System Specifications Table 5-8 Pen Tablet Peripheral Interface Specifications (Continued)

Feature Specification Comments

High-Usage Eleven metal surface contacts provide: For use with connectivity peripherals. Contacts • DC power input • PS/2-style keyboard port signals • PS/2-style mouse port signals • System and peripheral sensing

System Interface • 120-pin, 4 row, shielded plug Mates with connector (Molex P/N Port • Connector: Molex P/N 52755-1200 52758-1200) on connectivity peripherals. (Port Replicator/ Port Expander)

Connectivity Peripherals Interface Specifications 5

Specifications for interfaces on connectivity peripherals designed for use with the Point 1600 pen tablet are given in Table 5-9. For pin assignments on peripheral interfaces provided by Point 1600 connectivity peripherals, refer to Chapter 6. Note that not all connectivity peripherals are equipped with all of these interfaces. Refer to the Point 1600 Connectivity Peripherals Installation Guide for details as to which interfaces your connectivity peripheral provides.

Table 5-9 Connectivity Peripherals Interface Specifications

Feature Specification Comments

Keyboard Port 6-pin PS/2-style keyboard port Supports most PS/2-style keyboards

Mouse Port* 6-pin PS/2-style mouse port

Serial Port A RS-232C, male 9-pin D-connector NS 16C550-compatible, fully functional RS-232C serial port

Serial Port B* RS-232C, male 9-pin D connector The Serial Port B Device option must be set (Rx/Tx only) to System Interface Port and the Serial Port B option must be enabled in BIOS Setup to use Serial Port B on connectivity peripherals.

Floppy Disk Drive 26-pin floppy disk drive connector For use with Fujitsu FMWFD2 floppy disk Port drive

Parallel Port* 25-pin D female connector Operational Modes: ECP, output only, or bidirectional

Video Port* Standard 15-pin video connector for use with External monitor and pen tablet LCD can be external monitor used simultaneously.

* These ports are not built into the pen tablet.

Connectivity Peripherals Interface Specifications 5-7 System Power Specifications 5

Power specifications for the Point 1600 pen tablet power system are given in Table 5-10. The power system and power management characteristics are further described in Chapter 7.

Table 5-10 Power System Specifications

Feature Specification Comments

Power management Supports Intel and Microsoft Advanced Power ACPI requires Windows 98. Management (APM) Revision 1.2 and ACPI 1.0

Battery pack • Type: Lithium-ion Battery life will vary depending upon usage FMW26BP1 • Capacity: 2700mAh and the power management habits employed by the user. • Number of Cells: 6 (3 series x 2 parallel) • Nominal Operating Voltage: 10.8V • Battery Life: 3 to 4 hours (when running most applications, a battery life of approximately 3 hours would be more typical)

Charge Time (with battery pack installed in pen tablet and AC Adapter connected):

• Suspend or Off mode: 90% in 90 minutes • System running: 90% in 90 minutes (This is the optimal rate, with minimal system loading. Actual charge time depends upon the amount of power available, as determined by the system load. “System load” consists of two parts: the CPU/HDD loading, and the peripherals connected to the system.

Bridge battery • Type: Nickel metal hydride Bridge battery is not field-replaceable. • Capacity: 70mAh The bridge battery is charged when external • Number of Cells: 3 cells power is supplied to the system or when the • Battery Voltage: 3.6V (1.2V/cell) system is running on battery power. The bridge battery is not charged when the • Battery Life: A system in suspend mode system is suspended and external power is can be maintained for a minimum of 3 not supplied. minutes by the bridge battery. • Battery Charge Time: Approximately 5 hours

CMOS battery • Type: Lithium button battery Powers the CMOS and the real-time clock. • Capacity: 12mAh The CMOS battery is not field-replaceable • Voltage: 3V • Rated Life: 5 years

AC adapter • Input Voltage: Autosensing 100 - 240 VAC Power cables are available for North • Input Frequency: 50-60 Hz American, United Kingdom, and European power standards. • Output Voltage: 16 VDC + 10% • Output Current: 2.7 A • Fujitsu Order Number: FMWAC4A, FMWAC4B, and FMWAC4C (AC Adapter Module CA01007-0520)

5-8 System Specifications Environmental Specifications 5

Environmental specifications for the Point 1600 pen tablet are given in Table 5-11.

Table 5-11 Environmental Specifications

Feature Specification

Temperature • Operating: 0o to 40o C (32o to 104o F) • Non-Operating: -20o to 60o C (-4o to 140o F)

Humidity • Operating: 20 to 80% non-condensing • Non-Operating: 20 to 89% non-condensing

Altitude • Operating: -200 ft. to 10,000 ft. (-61 m to 3,047 m) • Non-Operating: 40,000 ft. maximum (12,189 m)

Physical Specifications 5

Physical specifications for the Point 1600 pen tablet are given in Table 5-12.

Table 5-12 Point 1600 Pen Tablet Specifications

Feature Specification

Dimensions 11.7 x 8.7 x 1.4 inches (296 x 222 x 36 mm)

Pen Tablet Weight 1.8 Kg (4 pounds) with battery pack

Environmental Specifications 5-9 Agency Approval Specifications 5

Specifications for government agency approvals are given in Table 5-13.

Table 5-13 Agency Approval Specifications

Feature Specification

Emissions • FCC Part 15, Subpart J, Class B (without optional modem or • EN55022, Class B wireless LAN adapter) •DOC Class B

Emissions • FCC Part 68 (USA) (with optional modem) • CS 03 (Canada) • BAPT 223 ZV5 (Germany) • B11-23A edition 1 (France) • NTR 3 (UK)

Emissions • FCC Class B Intentional Radiator and Digital Computing Device (with optional wireless LAN • DOC Class B Intentional Radiator and Digital Computing Device adapter) • ETSI 300 328 European regulations covering spread spectrum devices operating at 2.4 GHz

Immunity • EN61000-4-2 (ESD, Level 2) • ENV50140 (Radiated RF Field, Level 2) • CN61000-4-4 (EFT, Level 2)

Safety • UL 1950 • CSA 950 • EN60950

5-10 System Specifications Chapter 6 Peripheral Interfaces

This chapter provides pin assignments for peripheral connectors found on the Point 1600 pen tablet and Point 1600 connectivity peripherals. Note that some of these connectors are not built into the pen tablet and your connectivity peripheral may not provide all of these connectors. Refer to the Point 1600 Connectivity Peripherals Installation Guide to determine which peripheral interfaces your specific Point 1600 connectivity peripheral provides. Table 6-1 provides an index to the different connector types contained within this chapter.

Table 6-1 Index to Pin Assignment Tables

Connector Type Table Number Mouse Port Connector Table 6-2

Keyboard Port Connector Table 6-3

DC Power Input Connector Table 6-4

Serial Port Connector Table 6-5

Floppy Disk Drive Connector Table 6-6

Parallel Port Connector Table 6-7

Video Port Connector Table 6-8

High-Usage Contacts Table 6-9

Universal Serial Bus Connector Table 6-10

System Interface Port Connector Table 6-11, Table 6-12

Mouse Port 6

The mouse port is a PS/2-style mouse connector. Pin assignments are shown in Table 6-2. Note that the keyboard and mouse ports on the connectivity peripherals are not interchangeable. The icons adjacent to each port indicate whether it is for a mouse or keyboard.

Table 6-2 Mouse Port Connector Pin Assignments

Connector Pin Locations Pin Signal

1 Serial data

2 No connection

3 Ground

4 +5-volt power (Maximum current draw for keyboard and mouse +5-Volt power is 150 mA.)

5Clock

6 No connection

Sleeve Ground

6-1 Keyboard Port 6

The keyboard port is a PS/2-style keyboard connector. This keyboard port is compatible with most PS/2-style keyboards. Note however, that the signal on pin 6 is not used by standard PS/2-style keyboards. Pin 6 is used to provide 3.3 Volts for the Fujitsu low-power keyboards. Conventional PS/ 2-style keyboards are powered by 5 Volts on pin 4. Keyboard port pin assignments are shown in Table 6-3.

Table 6-3 Keyboard Port Connector Pin Assignments

Connector Pin Locations Pin Signal

1 Serial data

2 No connection

3 Ground

4 +5-Volt power (Maximum current draw for keyboard and mouse +5-Volt power is 150 mA.)

5Clock

6 +3.3-Volt power (maximum current draw = 150 mA)

Sleeve Ground

DC Power Input 6

The DC power input connector connects to the AC adapter or auto adapter to power the pen tablet. The DC power input connector is a two-conductor connector with a center pin and sleeve. The DC power input connector on the pen tablet and port replicator is manufactured by Hosiden (Hosiden part number HEC3900-01-010). Pin assignments for this connector are given in Table 6-4.

Table 6-4 DC Power Input Connector Pin Assignments

Conductor Description

Center Pin +16 Volts DC + 10% / - 5% (AC Adapter)

Center Pin 16 Volts DC + 10% (Auto Adapter)

Sleeve GND

When a DC power source is connected to the port replicator or cradle module, the port replicator filters DC power. A fuse built into the port replicator provides circuit overload protection. This fuse is not user serviceable.

6-2 Peripheral Interfaces Serial Ports 6

Serial port A is a fully functional RS-232-C serial port. Serial port B provides receive and transmit (Rx/Tx) functionality only. Note the following with respect to using the serial ports:

• The serial port A connector on the pen tablet is duplicated by the serial port A connector on connectivity peripherals. Do not use the connector on the pen tablet while using the connector on your connectivity peripheral. • To enable the serial port B connector, the Serial Port B Device option in BIOS Setup must be set to System Interface Port and the Serial Port B option must be enabled.

Both serial port connectors are male 9-pin D connectors. Pin assignments for the serial port connectors are shown in Table 6-5.

Table 6-5 Serial Port Connector Pin Assignments

Connector Pin Locations Pin Signal

1 Carrier detect

2 Receive data*

3 Transmit data*

4 Data terminal ready

5 Ground*

6 Data set ready

7 Request to send

8 Clear to send

9 Ring indicator

* Serial port B provides only these signals.

Serial Ports 6-3 Floppy Disk Drive Port 6

The floppy disk drive port is compatible with the Fujitsu FMWFD2 floppy disk drive. Pin assignments for the floppy disk drive connector are given in Table 6-6.

Table 6-6 Floppy Disk Drive Connector Pin Assignments

Connector Pin Locations Pin Signal Name

1 Ground

2 Ground

25 23 21 19 17 15 13 11 9 7 5 3 1 3 Head select 26 24 22 20 18 16 14 12 10 8 6 4 2 4 Read disk data

5 Floppy disk drive attached

6 Write data

7 Mode select

8 No connection

9 Drive select

10 +5-Volt power

11 +5-Volt power

12 +5-Volt power

13 Index

14 Write protected

15 Track 00

16 Ground

17 Write gate

18 Ground

19 No connection

20 Step pulse

21 Direction control

22 Motor on

23 No connection

24 Disk change

25 GND

26 No connection

6-4 Peripheral Interfaces Parallel Port 6

The parallel port connector is a 25-pin female D connector. This connector provides a fully functional parallel port. Pin assignments are shown in Table 6-7.

Table 6-7 Parallel Port Connector Pin Assignments

Connector Pin Locations Pin Signal Name

1 Strobe

2 – 9 Data bits 0 – 7, respectively

10 Acknowledge

11 Busy

12 Paper out

13 Select

14 Auto feed

15 Error

16 Initialize

17 Select input

18 – 25 Ground

Video Port 6

The video port provides a standard VGA connector that allows you to use the system with an external monitor. Pin assignments for the video port connector are shown in Table 6-8.

Table 6-8 Video Port Connector Pin Assignments

Connector Pin Locations Pin Signal

1 Red analog video output

2 Green analog video output

3 Blue analog video output

4 Not used

5 – 8 Ground

9 Not used

10 Ground

11 Not used

12 Not used

13 Horizontal sync

14 Vertical sync

15 Not used

Parallel Port 6-5 High-Usage Contacts 6

The Point 1600 has a row of high-usage contacts on the bottom edge that provide signals for the mouse port, keyboard port, and DC input. Figure 6-1 shows the position locations for the high-usage contacts. Table 6-9 shows the signal assignments for the contacts. Note the following with respect to this table:

• Signal names given are not industry standard names, but are included in this table as an aid for cross-referencing when they appear elsewhere. • Signal names designated with the “pound” (#) symbol are active low. • This table indicates which signals are outputs from the pen tablet (Out) and which signals are inputs to the pen tablet (In).

Table 6-9 High-Usage Contacts Signal Assignments

Position Signal Name Input/Output Signal Description

1 V16SMETAL In +16 VDC power input

2 V5SMETAL Out +5 VDC power supply for keyboard and mouse. (Maximum current draw: 500 mA.)

3 V3SMETAL Out +3.3 VDC power supply for low-power 3.3-Volt keyboard (maximum current draw = 150 mA)

4 MSDATA In/Out Mouse data

5 MSCLK In/Out Mouse clock

6 METALDET# In Device detect

This signal must be driven low (grounded) by any peripheral that connects to the high-usage contacts to indicate to the pen tablet that the peripheral device is connected. When the pen tablet detects this signal, the following high usage contact signals are activated by the pen tablet: V5SMETAL, V3SMETAL, MSDATA, MSCLK, KBDATA, and KBCLK.

7 MAINDET# Out Main unit detect. This signal is grounded inside the pen tablet to inform a peripheral device connected to the high-usage contacts that the pen tablet is connected.

8 KBDATA In Keyboard data

9 KBCLK Out Keyboard clock

10 Reserved

11 GND NA Ground

6-6 Peripheral Interfaces Position 1 Position 11

High-Usage Contacts

Figure 6-1 High-Usage Contacts Universal Serial Bus Specification 6

The Point 1600 provides a Type A USB port that is designed to the Universal Serial Bus Specification Revision 1.0. The USB specification is a peripheral bus standard for connecting external devices. The USB standard was developed by the USB Implementer’s Forum (USB-IF). Some features of the USB standard include the following:

• Support for up to 127 USB devices: Following the tiered topology of the USB, up to 127 USB devices (counting USB hubs) can be connected to a single USB host controller. • Dynamic insertion and removal of devices, “plug and play”: USB devices can be attached or removed from the USB while the device and pen tablet system are fully powered. • Concurrent operation of devices • Self-identifying peripheral configuration • Transfer of multiple data message streams between host and devices • Supports isochronous as well as asynchronous transfer types • Supports full speed (12 Mbps) and low speed (1.5 Mbps) signaling modes • Power management: The Universal Serial Bus Specification provides for suspend and resume signaling over the USB. Refer to the documentation for your USB device driver to determine whether suspend and resume signaling is supported for your USB device.

The complete USB standard specification can be downloaded from the USB website at .

Universal Serial Bus Specification 6-7 USB Implementation on the Point 1600 Pen Tablet System 6

The USB connector on the pen tablet can be connected to either a USB node device or a USB hub. A USB hub allows you to connect more USB devices to the USB system. Several USB hubs can be connected to a USB system in a tiered star configuration to support a maximum of 127 USB devices in the USB system. Refer to the Universal Serial Bus Specification for details on USB system topology.

Contact pin assignments for the Type A USB receptacle are shown in Table 6-10.

Table 6-10 Universal Serial Bus Connector Contact Pin Assignments

Contact Contact Pin Locations Signal Name Comments Number

1 VBUS Cable power (+5 volts DC) Position 3 Position 2 Maximum current: 500 mA Position 4 Position 1 2D -Data

3D +Data

4 Ground Cable ground

The pen tablet system can supply a maximum of 500 mA at 5 volts (or a 5-unit load as defined by the USB specification) on the USB connector. Ensure that your USB system does not exceed this maximum load. Note that the conductor gauge and length of your USB cabling will affect the voltage drop and signal propagation between USB devices. Refer to the Universal Serial Bus Specification for details on cable requirements or contact your cable vendor. Also note that some USB devices are self-powered and do not draw power over the USB cable.

6-8 Peripheral Interfaces System Interface Port 6

The system interface port on the Point 1600 pen tablet allows you to attach a variety of connectivity peripherals. Table 6-11 shows the vendor and part number for the system interface port connector used in the Point 1600.

Table 6-11 System Interface Port Connector Specifications

Feature Specification

Connector vendor Molex Incorporated 2222 Wellington Court Lisle, Illinois 60532-1682 U.S.A. (In US) Tel: 1-800-78MOLEX (1-800-786-6539) (Outside US) Tel: 1-630-969-4550 Fax: 1-630-968-8356 E-mail: [email protected]

Vendor part number Connector on pen tablet: 52755-1200

(Mating connector used on connectivity peripherals: 52758-1200)

Description 120-pin connector

Figure 6-2 shows the pin locations for the system interface connector.

Position 59 Position 1 Position 60 Position 2

Position 119 Position 61

Position 120 Position 62

Figure 6-2 System Interface Connector Pin Assignments

The pin assignments for the system interface port connector on the pen tablet are given in Table 6-12. Note the following with respect to this table:

Also note that the system interface port connector is not a “hot pluggable” connector. You must power down the pen tablet or put it in suspend mode before connecting peripherals to the system interface port. The system interface port is disabled when system operation is suspended.

System Interface Port 6-9

Table 6-12 System Interface Port Connector Pin Assignments

Input/ Pin Signal Name Level Description Port or Connector Output

1-6, VOUT In +16 +16 VDC power input for external DC power input 61-66 VDC power. (External power source must supply Note: The MAINDET# 16 VDC ± 5%, 2.7 A.) signal allows you to determine whether the Note to peripheral designer: To pen tablet is attached. prevent shock hazard and damage to See the signal equipment, power to these pins on description for your peripheral must be turned off MAINDET# in this when the pen tablet is not attached. table for details.

69-72 V5SPORT Out +5 +5 VDC power output from pen tablet. Pin 96 (PORTDET#) VDC (Turned off in suspend and fully off must be driven low modes.) (grounded) by the peripheral device These outputs supply +5 VDC attached to this port to ± 5%, 1000 mA (maximum for pins enable this output. 69-72 combined). These outputs must not be connected to other power supply lines on the system interface port.)

73, 74 V3SPORT Out +3.3 +3.3 VDC power output from pen Pin 96 (PORTDET#) VDC tablet for low-power keyboard power. must be driven low (Turned off in suspend and fully off (grounded) by the modes.) peripheral device attached to this port to These outputs supply 3.3 VDC enable this output. ± 5%, 150 mA (maximum for pins 73 and 74 combined). These outputs must not be connected to other power supply lines on the system interface port.)

105 VDDAPORT Out +5 +5 V power output for analog Pin 96 (PORTDET#) VDC components, such as an audio must be driven low headphone amp. (grounded) by the (Turned off in suspend and fully off peripheral device modes.) attached to this port to enable this output. This output can supply 5 VDC ± 10%, 40 mA (maximum). This output must not be connected to other power supply lines on the system interface port.)

9-16 LPT_D0-7 In/Out +5 V Data bits 0 through 7 respectively Parallel port

18 LPT_ERROR# In +5 V Error Parallel port

19 LPT_SLCT Out +5 V Select Parallel port

20 LPT_PE In +5 V Paper out Parallel port

21 LPT_ACK# In +5 V Acknowledge Parallel port

22 LPT_BUSY In +5 V Busy Parallel port

6-10 Peripheral Interfaces Table 6-12 System Interface Port Connector Pin Assignments (Continued)

Input/ Pin Signal Name Level Description Port or Connector Output

23 LPT_STROBE# Out +5 V Strobe Parallel port

24 LPT_AUTOFD# Out +5 V Auto feed Parallel port

25 LPT_INIT# Out +5 V Initialize Parallel port

26 LPT_SLCTIN# Out +5 V Select input Parallel port

28 FD_INDEX# +5 V Index Floppy disk drive port

29 FD_DSEL# +5 V Drive select Floppy disk drive port

30 FD_DSKCHG# +5 V Disk change Floppy disk drive port

31 FD_MEDIA +5 V Media Floppy disk drive port

32 FD_MTR# +5 V Motor select 0 Floppy disk drive port

33 FD_DENSEL +5 V Density select Floppy disk drive port

34 FD_DIR# +5 V Direction control Floppy disk drive port

36 FD_STEP# +5 V Step pulse Floppy disk drive port

38 FD_WDATA# +5 V Write data Floppy disk drive port

40 FD_WGATE# +5 V Write gate Floppy disk drive port

42 FD_TRK0# +5 V Track 0 Floppy disk drive port

44 FD_WP# +5 V Write protect Floppy disk drive port

46 FD_RDATA# +5 V Read data Floppy disk drive port

48 FD_SIDE# +5 V Head select Floppy disk drive port

97 FD_ATCH# +5 V Drive attached Floppy disk drive port This signal is pulled low (grounded at the floppy disk drive) when the floppy drive is attached.

51 CRT_HSYNC Out Analog Horizontal sync Video port

52 CRT_VSYNC Out Analog Vertical sync Video port

54 CRT_RED Out Analog Red analog video out Video port

56 CRT_GRN Out Analog Green analog video out Video port

120 CRT_BLUE Out Analog Blue analog video out Video port

76 MSDATA In +5 V Data Mouse port

77 MSCLK Out +5 V Clock Mouse port

78 KBDATA In +5 V Data Keyboard

79 KBCLK Out +5 V Clock Keyboard

80 No connection

83 COM1_RI In +5 V Ring indicator Serial port A

84 COM1_DCD In +5 V Data carrier detect Serial port A

System Interface Port 6-11 Table 6-12 System Interface Port Connector Pin Assignments (Continued)

Input/ Pin Signal Name Level Description Port or Connector Output

85 COM1_DSR In +5 V Data set ready Serial port A

86 COM1_CTS In +5 V Clear to send Serial port A

87 COM1_RXD# In +5 V Receive data Serial port A

88 COM1_DTR Out +5 V Data terminal ready Serial port A

89 COM1_TXD# Out +5 V Transmit data Serial port A

90 COM1_RTS Out +5 V Request to send Serial port A

93 COM2_RXD# In +5 V Receive data Serial port B

94 COM2_TXD# Out +5 V Transmit data Serial port B

112 L_PORT Out Analog Left channel audio output signal. Headphone

For use with headphones meeting the See “Pen Tablet following specifications: Peripheral Interface Specifications” • Impedance: 16 ohms (Chapter 5) for headphone output • Power rating: 100mW (or higher) specifications on the pen tablet.

114 R_PORT Out Analog Right channel audio output signal. Headphone

For use with headphones meeting the following specifications:

• Impedance: 16 ohms

Power rating: 100mW (or higher)

110 PORTMIC In Analog Microphone audio input Microphone

For use with microphone meeting the See “Pen Tablet following recommended specifications: Peripheral Interface Specifications” • Type: dynamic or electret Chapter 5 for condenser recommended microphone input • Sensitivity: -60 dB per octave specifications on the • Impedance: 600 ohm or higher pen tablet.

107 SPKMUTE# In +5 V Speaker mute

This signal is pulled low (grounded) when headphones are plugged into the headphone jack on the port replicator.

When this input is pulled low (grounded), the speaker on the pen tablet is turned off.

6-12 Peripheral Interfaces Table 6-12 System Interface Port Connector Pin Assignments (Continued)

Input/ Pin Signal Name Level Description Port or Connector Output

108 PORTMICEN# In +5 V Port replicator microphone enable

This signal is pulled low (grounded) when a microphone is plugged into the microphone jack on the port replicator.

When this input is pulled low (grounded), the microphone on the pen tablet is turned off.

75 MAINDET# Out GND Main unit detect

This line is tied to ground inside the pen tablet. This line indicates to a peripheral device connected to the system interface port that the system is attached.

98 PORTONLY# In +5 V Port replicator (with no high-usage System Interface contacts) detect. See “High-Usage This signal is driven low (grounded) to Contacts” earlier in this indicate to the pen tablet that a device, chapter for details on which does not use the high-usage related signals for the contacts, is connected to the system high-usage contacts. interface port. This signal is tied to When the pen tablet detects this ground inside signal, the following signals on the connectivity system interface port are activated by peripherals that the pen tablet: MSDATA, MSCLK, connect to the system KBDATA, and KBCLK. interface port.

96 PORTDET# In +5 V Port replicator detect. This signal is tied to ground inside This signal is driven low (grounded) to connectivity indicate to the pen tablet that a device peripherals that is connected to the system interface connect to the system port. interface port.

When the pen tablet detects this signal, the following outputs (from the pen tablet) are turned on: V5SPORT, V3SPORT, and VDDAPORT.

17, 27, GND GND Ground 35, 37, 39, 41, 43, 45, 47, 49, 50, 53, 55, 57, 58, 59, 60, 109, 111, 113, 115, 116, 117, 118, 119

System Interface Port 6-13 Table 6-12 System Interface Port Connector Pin Assignments (Continued)

Input/ Pin Signal Name Level Description Port or Connector Output

7, 8, 67, NC No Connection 68, 81, 82, 91, 92, 95, 99, 100, 101, 102, 103, 104, 106

6-14 Peripheral Interfaces Chapter 7 System Power

This chapter covers the Point 1600 pen tablet power system hardware, power management states, and state transitions. System Power Controls 7

The Power button on the pen tablet allows the user to suspend and resume system operation or turn the system on and off depending on the Suspend Button setting in BIOS Setup (Power Savings menu/Power Savings Options submenu. Refer to Chapter 2 of this document for instructions on accessing the BIOS Setup). Table 7-1 shows the system power state changes caused by pressing the Power button for each BIOS setting.

Table 7-1 Power Button Operation

BIOS Power System Power State Before System Power State After Pressing Button Setting Pressing Power Button Power Button

Normal* Off Full On (system boots) (Suspend/ Resume) Full On Suspend mode Suspend mode Full On (system operation resumes)

Resume Only Off Full On (system boots)

Full On (No effect)

Suspend Mode Full On (system operation resumes)

Power On/Off Off Full On

Full On Off

Suspend mode Full On (system operation resumes)

* Default setting (recommended).

The Power-Off button on the Point 1600 pen tablet is located inside the PC Card door next to the Eject button. Pressing the Power-Off button reboots the system.

Power-Off Button

Power Button

Figure 7-1 Power and Power-Off Buttons

7-1 System Power Overview 7

The Point 1600 pen tablet can be powered by the system’s battery pack or by an external DC power source such as the AC adapter. When the system is not connected to external power, system power is provided by the battery pack. Refer to the Point 1600 User’s Guide for details on charging the battery pack and battery charge status as indicated by the Status lights on the pen tablet.

In Suspend mode, an internal bridge battery maintains power to RAM if the battery pack is removed. Note that the bridge battery can only provide power in suspend mode. The bridge battery is charged when external power is supplied to the system or when the system is running on battery power. (The bridge battery is not charged when the system is suspended and external power is not supplied.) External DC Power 7

External DC power can be supplied to the pen tablet via the following locations:

• The DC power connector on the pen tablet • The high-usage contacts on the pen tablet • An FPSI or third-party peripheral which supplies DC power via the system interface port

A DC power source connected to any of these inputs must provide a minimum of 2.7 amps and a continuous DC voltage of 16 volts +5%. Power Management 7

Power management features relating to system hardware are discussed in the following sections. For details on using BIOS Setup and other system configuration utilities, refer to Chapter 2.

Advanced Power Management 7

The Point 1600 pen tablet is compliant with the Advanced Power Management (APM) BIOS Interface Specification Revision 1.2. The following discussions describe the implementation of this specification on the Point 1600 pen tablet system and assumes some familiarity with this specification. Refer to the APM BIOS Interface Specification for details on the specification not covered here. This specification is available as a free download from the Intel Corporation web site,

The system manages power consumption by performing transitions between different system power states or modes. State transitions can be triggered by timeouts and other types of system activity. Figure 7-2 shows system power states, transition paths and events that trigger a transition from one state to the next. You can configure the Point 1600 pen tablet to utilize some or all of these states by setting power management options in BIOS Setup or by changing your Windows system power settings.

7-2 System Power System Power States 7

At any given time, the system operates in one of the following five system power states:

• Full On or APM Enabled The CPU is fully on and all devices are working. The video display and hard disk can be power-managed independently. • Idle or APM Enabled The CPU is clock throttled and all devices are working. The video display and hard disk can be power-managed independently. CPU clock throttling is disabled when APM is connected and engaged. • Standby or APM Standby The CPU is in Stop Grant. The Video display is in Display Power Management System (DPMS) Standby mode and the hard disk is spun down. • Suspend or APM Suspend The CPU is off and the video controller is in a controller-specific suspend state. Refer to Table 7-2 for the state of all other devices during Suspend mode. Before entering Suspend state, the BIOS reprograms the Global Standby Timer so that it expires after 300 ms to confirm that the system can safely go into that state. The system goes into Suspend state after the timer expires. •Off The system is powered off.

State transitions and power managed devices are controlled by either the BIOS or the APM driver. Power management features that are not controlled by the APM driver remain under the control of the BIOS. Also, note that power usage for individual devices, such as the hard disk drive, can vary within these general states depending on timeout settings for the device.

System operation in Standby and APM Standby states is essentially the same (as is system operation in Suspend and APM Suspend). CPU operation differs, however, between the Idle and APM Enabled states depending on whether the BIOS or the APM driver is controlling state transitions. See “CPU Activity in Idle Mode and APM Enabled Mode” later in this chapter for more details.

Figure 7-2 illustrates power management modes during typical operation. Low battery charge levels and system temperature (conditions which are not called out in this illustration) also affect power management states and are explained later in this chapter.

System Power States 7-3 ● Idle Mode Timeout (BIOS) FULLY ON STATE ● CPU Idle Request (APM Driver) IDLE STATE BIOS Control: CPU: CPU 1/2 speed Full speed Control APM Enabled APM-ENABLED STATE Stop Grant

● System Activity (IRQ, SMI)

● Video Timeout

● HDD Spin-Down Timeout Display On, Video Display Off, Backlight On Control Backlight Off Hard Hard Disk Hard Disk Disk Drive Drive On Control Spun Down ● System Activity (IRQ, SMI) Drive

● Hard Disk Accessed

• Power •System •Power • Suspend Mode Timeout • System • Standby activity Mode timeout button shutdown button • Suspend Request pressed (power off) pressed (IRQ, •Set Power • Power button (when set SMI) State • Power button • Resume to Suspend / Resume in Function Call (when set to On Time BIOS power on/off (APM) • Resume • Set Power State in BIOS) • Suspend/ On Modem Function Call (APM) Ring (if Standby enabled) • Low low battery Event • Critical heat Function Call

OFF STATE STANDBY STATE ● Real-time clock ● Hard disk drive spun down remains powered ● CPU in Stop Grant mode ● All other components are turned off ● Display and backlight off

• Suspend Mode SUSPEND STATE Timeout

● RAM refreshed, logic components in Standby mode

● CPU and other components are powered off.

Figure 7-2 Power Management State Transitions

7-4 System Power Table 7-2 shows the state of individual components for different system power states when state transitions are controlled by the BIOS. Note that state transitions for some of these devices can be set independently in the Power Savings menu in BIOS Setup.

Table 7-2 System Power States

Component Full On State Idle Mode Standby Mode Suspend Mode Off State

CPU On Stop grant Stop grant Off Off

Core logic On On On Standby Off

DRAM On On On On (refresh) Off

Real-time clock On On On On On

PC Card controller On On On Standby Off

Keyboard controller On On On Standby Off

Video controller On On On Standby Off

Video memory On On On On (refresh) Off

Display On On DPMS Standby Off Off

Backlight On On Off Off Off

Hard disk drive On On Spin down Off Off

I/O controller On On On Standby Off

Modem* On On Off** Off**✝ Off

Wireless LAN adapter* On On Off** Off** Off

* The modem and wireless LAN adapter are optional PC Cards. ** When the system is in Standby or Suspend Mode, the BIOS does not control the modem or LAN adapter cards; they are controlled by the PC Card driver or the operating system. As a result, they may or may not be on during Suspend. ✝ In Windows 95, modem power can be controlled by the Control Panel. If PC Card Modem is selected from the Control Panel modem applet, modem power is off during Suspend. If PC Card Modem is not selected, power may or may not be on during Suspend, depending upon the modem driver. In WIndows 98, modem power stays on during Suspend to wait for Wake On Ring if you select "wait for call" by a terminal program (such as HyperTerminal). Power Management States and BIOS Configuration Options 7

When the BIOS controls state transitions, the system power states utilized depend on how power management options are configured in the BIOS. BIOS options that affect each state are described in the following sections. For a comprehensive listing of BIOS configuration options and details on using BIOS Setup and other configuration utilities, refer to the chapter entitled “Configuring the Point 1600 Pen Tablet System”.

Timeouts 7

A timeout is the period of time that elapses without activity before the transition occurs. In Windows 95, transitions to the Idle, Standby, and Suspend states are configured through timeouts in the BIOS. In addition to overall system power states, power for some devices can be individually managed through timeouts configured in the BIOS such as the hard disk drive spin-down timeout.

Power Management States and BIOS Configuration Options 7-5 Full On State 7

In the Full On state, all devices are fully powered and the CPU runs at full speed. The system is in the Full On state whenever user activity is detected. The system will remain in the Full On state until an event such as the idle mode timeout or a suspend request occurs. Note that if idle and standby modes are not utilized (timeouts not selected in BIOS Setup), the system will remain in the Full On state until an event such as a suspend request causes a transition out of the Full On state.

CPU Activity in Idle Mode and APM Enabled Mode 7

CPU activity differs between the BIOS-controlled Idle mode and the APM Enabled mode. When the BIOS is controlling power management, the CPU speed is reduced to 1/2 of full speed when the Idle Mode Timeout occurs. In APM Enabled mode, the CPU is stopped when a CPU-idle request is issued by the APM driver.

In Idle mode, the internal CPU clock is “throttled” or periodically switched on and off to achieve a slower CPU speed. This is done by switching the Stop Grant signal on and off. Table 7-3 shows the activity of these signals in Idle mode and APM Enabled mode. (The first dotted line in each column of this table indicates when the timeout occurs and the mode is entered.) If user activity generates an interrupt, the system returns to the Full On state (CPU running at full speed) until all pending instructions are executed. If the Idle Mode option is disabled in the BIOS, the CPU will not enter Idle mode.

Table 7-3 CPU Activity in Idle Mode and APM Enabled Mode

Idle Mode APM Enabled Mode System Activity (BIOS Control) (APM Driver Control)

Stop Grant (STPCLK#)

Internal CPU Clock

External Clock (CLK)

This table does not depict a precise timing diagram. The illustrations given in this table are intended to show the relative characteristic activity of these signals. Standby Mode 7

Standby mode is entered when the Standby Mode Timeout (configured in BIOS Setup) occurs. In Standby mode, the CPU’s internal clock is stopped (stopping the CPU) as indicated in Table 7-4. Any user activity that generates an interrupt will cause a transition out of the Standby state to the Full On state. The hard disk drive is forced into standby mode (spun down) and the display is turned off when the standby mode timeout occurs.

7-6 System Power

Table 7-4 CPU Activity in Standby Mode

System Activity Standby

Stop Grant (STPCLK#)

Internal CPU Clock

External Clock (CLK)

Suspend Mode 7

In Suspend mode, power is maintained to RAM, video memory, and resume circuitry while other system circuitry and power managed devices are either turned off or placed in a Standby state. In normal operation, system operation is suspended when the Suspend Timeout expires, the Power button is pressed, or a suspend request is generated by a software application or the APM driver. Pressing the Power button causes the system to resume operation and enter the Full On state.

Note: A critically low battery or the system temperature reaching the critical thermal limit will also force the system into Suspend mode. In these situations, pressing the Power button will not resume the system. Connect external power or install a charged battery pack in the event of a critically low battery. Allow the system to cool if the system has reached the critical thermal limit.

Off State 7

In the Off state, the system is fully powered off (with the exception of the real-time clock). Note that the system will continue to draw a very small amount of battery power when the system is off. For this reason, the pen tablet should be stored with a fully charged battery pack if the system will not be in use for more than a few days. With a fully-charged battery pack installed, the system will remain charged for approximately 50 days while in Off State. Advanced Configuration and Power Interface (ACPI) 7

In addition to APM 1.2 functions, as described above, the Windows 98-based Point 1600 pen tablet BIOS supports the ACPI (Advanced Configuration and Power Interface) specifications. Like APM, ACPI helps to control power consumption by the system. All systems are shipped with APM enabled/ACPI disabled as the factory default power management interface. APM and ACPI are mutually exclusive; only one can be enabled at a time. Refer to Appendix B of this document for information on enabling ACPI. The ACPI BIOS provides the same level of configurability as is provided by the Plug and Play BIOS runtime services.

Refer to the “Advanced Configuration and Power Interface Specification” for additional details. The specification and related information is available at the ACPI web site,

Advanced Configuration and Power Interface (ACPI) 7-7 Other Power Management Issues 7

Issues described up to this point in this chapter deal with the APM, ACPI, and BIOS settings that control system performance and power consumption. Other power management features, described in the following section, are built into the system to prevent heat damage and data loss.

System Temperature and Power Management 7

The system has a built-in thermal detection circuit that monitors system temperature. If the temperature reaches excessive levels, performance is reduced to allow the system to cool. Table 7-5 lists the different thermal system modes and gives a description of system operation for each mode.

Table 7-5 Thermal System Modes

Mode Description

Normal operating temperature Power management features operate normally.

High temperature CPU speed reduced to 1/2 full speed.

Critical temperature System is forced to suspend.

Battery Charge and Power Management 7

The system monitors the status of the battery pack. When the system is running on battery power and the battery voltage level drops, performance is reduced to increase battery life and prevent data loss. Table 7-6 describes system operation for the different battery voltage levels.

Table 7-6 Low Battery Modes (System Running on Battery Power)

Battery Battery Charge Low Battery Description System Beep Voltage* Threshold* (Amber) LED

9.8 to 13.2 V Over 20% Normal operation Off None

9.1 to 9.8 V 12% to 20% Low battery warning. CPU speed Flashing slowly: System beeps reduced to 1/2 of full speed. one second on, once every 15 one second off. seconds.

8.5 to 9.1 V 8% to 12% Very low battery. CPU speed 1/2 Flashing quickly: System beeps of full speed. 1/2 second on, 1/2 once every 15 second off. seconds.

8.5 V or lower Under 8% Critically low battery. System Very slow flash: None forced into Suspend mode. flashing once (External power source must be every 4 seconds. connected or charged battery pack must be installed to resume.)

* Battery Voltage and Battery Charge Threshold numbers are approximate. These numbers may vary from the published user documentation and from the OS-reported values.

7-8 System Power Chapter 8 BIOS Configuration Application Programming Interfaces

This chapter describes the BIOS configuration application programming interfaces (APIs) for Windows 95 and Windows 98 application development. Functions included in the following dynamic-link libraries (DLLs) are discussed in this chapter:

• SETUP16.DLL 16-bit BIOS Setup DLL (provides an API for 16-bit programs) • SET1616.DLL 16-bit “helper” DLL (no API provided) • SET3216.DLL 32-bit BIOS Setup DLL (provides an API for 32-bit programs)

These DLLs include functions that can be called from 16-bit and 32-bit Windows applications to configure BIOS parameters for the Point 1600 pen tablet.

Functions, as described in this chapter, are the same for all of these DLLs. To use these functions with your 16-bit application:

• Include the header file SETUP16.H in your program source code. Note that parameters and return values for these functions are symbols which are defined in this file. • Ensure that the file SETUP16.DLL is in the C:\WINDOWS\SYSTEM directory on your system at run time.

To use these functions with your 32-bit application:

• Include the header file SET3216.H in your program source code. • Ensure that the files SETUP16.DLL, SET1616.DLL, and SET3216.DLL are in the C:\WINDOWS\SYSTEM directory on your system at run time.

Function prototypes for these APIs are written in the C programming language and are described in this guide using C syntax. Although ideally suited for program development using a compiler that supports the ANSI C or C++ standard, these functions can be called from applications developed in other programming languages, such as Microsoft Visual Basic, which allow you to use DLLs. Refer to the documentation for your programming language for details on calling functions in DLLs. Version Information 8

Version information for both SETUP16.DLL and SET3216.DLL can be obtained by calling the GetFileVersionInfo and GetFileVersionInfoSize functions supplied in the Microsoft Visual C++ development library.

Note: Version information can also be viewed by selecting the file and executing the Properties command in Windows.

8-1 Summary of Functions 8

This section gives a summary of functions included in this API. See details about each of these functions later in this chapter.

• BiosSetupStart This function initializes the API. This function must be called before any other functions in this API can be called. • BiosSetupEnd Applications which use this API must call this function to close the API before the application exits. • BiosSetupGet This function retrieves BIOS settings for a BIOS option that you specify. • BiosSetupSet This function sets the BIOS setting that you specify. • BiosSetupSetResumeTime This function sets the resume time for the Resume On Time BIOS option. • BiosSetupGetResumeTime This function returns the resume time for the Resume On Time BIOS option.

Note: Parameter names given in this manual in prototypes for some of these functions may differ from parameter names given in the prototypes that appear in the header files. This is done to provide consistent terminology throughout this manual and to make the parameters more intuitive for the reader.

BiosSetupStart 8

This function initializes the API. This function must be called before any other functions in this API can be called. This function,

• Opens the API • Connects to the APM BIOS

A prototype of this function is shown below:

int WINAPI BiosSetupStart ( )

This function accepts no parameters and returns the value SETUP_SUCCESS when it completes successfully. If an error occurs, this function returns an error value as defined in Table 8-1.

BiosSetupEnd 8

Applications that initialize this API using BiosSetupStart must call this function before the application exits. This function performs the following tasks:

• Updates the CMOS checksum and CRC values • Disconnects from the APM BIOS

A prototype of this function is shown below:

int WINAPI BiosSetupEnd ( )

This function accepts no arguments and returns the value SETUP_SUCCESS when it completes successfully. If an error occurs, this function returns an error value as defined in Table 8-1.

8-2 BIOS Configuration Application Programming Interfaces BiosSetupGet 8

This function retrieves the setting for a given BIOS option. You define the BIOS option to be retrieved by passing the appropriate parameters for the desired option. A prototype is shown below:

int WINAPI BiosSetupGet ( WORD Option, BYTE Permanent_or_Current )

The Option parameter defines the BIOS option you want to retrieve. Definitions for the Option parameter are listed in Table 8-2.

The Permanent_or_Current parameter defines whether the permanent or current BIOS option is retrieved:

Permanent_or_Current Value Description 0 Permanent setting retrieved. 1 Current setting retrieved.

On success, this function returns the Setting for the requested BIOS option. See Table 8-2 for a listing of settings for each BIOS option. Possible error codes returned by this function are listed in Table 8-1.

BiosSetupSet 8

This function sets the BIOS option you specify. A prototype of the function is shown below:

int WINAPI BiosSetupSet ( WORD Option, WORD Setting, BYTE Permanent_or_Current )

This function can be used to set all BIOS settings except the Resume Time setting. (To set the resume time using this API, see “BiosSetupSetResumeTime” later in this chapter.)

The Option parameter defines the BIOS option you want to retrieve. The Setting parameter defines the setting for the given option. Definitions for the Option and Setting parameters are listed in Table 8-2 later in this section.

The Permanent_or_Current parameter defines whether the permanent or current BIOS option is retrieved:

Permanent_or_Current Value Description 0 Permanent setting retrieved. 1 Current setting retrieved.

On success, this function returns SETUP_SUCCESS as defined in the header file SETUP16.H. In the event of an error, this function returns one of the error codes listed in Table 8-1.

BiosSetupGetResumeTime 8

This function retrieves the resume time for the Resume On Time BIOS option. A prototype of this function is shown below.

long int WINAPI BiosSetupGetResumeTime ( int Current )

The Permanent_or_Current parameter defines whether the permanent or current BIOS option is retrieved:

Current Value Description 0 Permanent setting retrieved. 1 Current setting retrieved.

Summary of Functions 8-3 On success, this function returns a long int value which specifies the resume time setting as follows:

Return Value Description Byte 0 (bits 7-0) Seconds setting in BCD format. Byte 1 (bits 15-8) Minutes setting in BCD format. Byte 2 (bits 23-16) Hour setting in BCD format. Byte 3 (bits 31-24) Resume On Time Enable status: 00H = Resume On Time option disabled 01H = Resume On Time option enabled

In the event of an error, this function returns a negative (long int) value as defined in Table 8-1.

BiosSetupSetResumeTime 8

This function sets the resume time for the Resume On Time BIOS option. A prototype of this function is given below:

int WINAPI BiosSetupSetResumeTime (BYTE cBCDHour, BYTE cBCDMin, BYTE cBCDSec, BYTE Enable, BYTE Current )

This function accepts three byte values that determine the resume time in hours, minutes, and seconds and two byte values which specify whether the Resume On Time option is enabled and whether the permanent or current setting is to be set. Details on these parameters are given in the following:

Parameter Description cBCDHour Byte value that specifies hour setting in BCD format. Acceptable values: 0 to 23 (must be in BCD format) cBCDMin Byte value that specifies minutes setting in BCD format. Acceptable values: 0 to 59 (must be in BCD format) cBCDSec Byte value that specifies seconds setting in BCD format. Acceptable values: 0 to 59 (must be in BCD format) Enable SETUP_RESUMEONTIME_OFF = Disable Resume On Time option. SETUP_RESUMEONTIME_ON = Enable Resume On Time option. Permanent_or_Current 0 = Permanent setting 1 = Current setting

Note that you must specify all parameters when calling this function. You cannot use this function to enable or disable the Resume On Time option without passing the other parameters this function accepts.

On success, this function returns SETUP_SUCCESS as defined in the header file SETUP16.H. In the event of an error, this function returns one of the error codes listed in Table 8-1.

8-4 BIOS Configuration Application Programming Interfaces Error Codes 8

Error codes returned by functions in this API are given in Table 8-1. These values are defined in the header file SETUP16.H.

Table 8-1 BIOS Configuration API Error Codes Return Value Description SETUP_NOT_STARTED The API has not been started. The BiosSetupStart function must be called before any other functions in this API can be called. SETUP_INVALID_PARAMETER The Option parameter is out of range. The value passed does not specify a valid BIOS option. SETUP_INVALID_OPTION Invalid value passed for Permanent_or_Current parameter. The BIOS option specified is not a valid permanent or current option (whichever was specified). SETUP_INVALID_VALUE The Setting parameter is not valid. The setting specified is not a valid value for the specified BIOS option. SETUP_INTERNAL_ERROR Windows system call failure. SETUP_INVALID_BIOS BIOS signature not found. The BIOS is not compatible with this API. SETUP_APM_ERROR Returned if APM function call failed.

Option and Setting Parameters 8

Option and Setting parameters accepted by the functions described in this chapter are defined in the header file for the DLL. Table 8-2 lists the Option parameter and corresponding Setting parameters for each BIOS option. (These Setting parameters are also the values returned by the BiosSetupGet function on success.) Some of these parameters can only be used to change or retrieve permanent settings as noted in the first column of this table.

Table 8-2 Option and Setting Parameters and Return Values Option Parameter Option Description Setting Parameter Setting Description BIOS_EXTCACHE SETUP_EXTCACHE_DISABLE Disabled External Level 2 Cache SETUP_EXTCACHE_ENABLE Enabled (permanent only)

BIOS_SERIAL_A_PORT SETUP_SERIAL_A_DISABLE Disabled Serial Port A SETUP_SERIAL_A_ENABLE Enabled (permanent only) SETUP_SERIAL_A_AUTO Auto

BIOS_SERIAL_A_ADD_IRQ SETUP_SERIAL_A_3F8_4 I/O Address 3F8/IRQ4 Serial Port A Address and IRQ SETUP_SERIAL_A_2F8_3 I/O Address 2F8/IRQ3 (permanent only) SETUP_SERIAL_A_3E8_4 I/O Address 3E8/IRQ4 SETUP_SERIAL_A_2E8_3 I/O Address 2E8/IRQ3 SETUP_SERIAL_A_3F8_11 I/O Address 3F8/IRQ11 SETUP_SERIAL_A_2F8_10 I/O Address 2F8/IRQ10 SETUP_SERIAL_A_3E8_11 I/O Address 3E8/IRQ11 SETUP_SERIAL_A_2E8_10 I/O Address 2E8/IRQ10

BIOS_SERIAL_B_PORT SETUP_SERIAL_B_DISABLE Disabled Serial Port B SETUP_SERIAL_B_ENABLE Enabled (permanent only) SETUP_SERIAL_B_AUTO Auto

Error Codes 8-5 Table 8-2 Option and Setting Parameters and Return Values (Continued) Option Parameter Option Description Setting Parameter Setting Description BIOS_SERIAL_B_ADD_IRQ SETUP_SERIAL_B_3F8_4 I/O Address 3F8/IRQ4 Serial Port B Address and IRQ SETUP_SERIAL_B_2F8_3 I/O Address 2F8/IRQ3 (permanent only) SETUP_SERIAL_B_3E8_4 I/O Address 3E8/IRQ4 SETUP_SERIAL_B_2E8_3 I/O Address 2E8/IRQ3 SETUP_SERIAL_B_3F8_11 I/O Address 3F8/IRQ11 SETUP_SERIAL_B_2F8_10 I/O Address 2F8/IRQ10 SETUP_SERIAL_B_3E8_11 I/O Address 3E8/IRQ11 SETUP_SERIAL_B_2E8_10 I/O Address 2E8/IRQ10

BIOS_SERIAL_B_DEVICE SETUP_SERIAL_B_PORT System Interface Port Serial Port B Device SETUP_SERIAL_B_IRDA IrDA (SIR mode) (permanent only) SETUP_SERIAL_B_FIR FIR

BIOS_SERIAL_B_DMA SETUP_SERIAL_B_DMA1 DMA Channel 1 Serial Port B DMA Channel SETUP_SERIAL_B_DMA3 DMA Channel 3 (permanent only)

BIOS_LPT_PORT SETUP_LPT_DISABLE Disabled Parallel Port SETUP_LPT_ENABLE Enabled (permanent only) SETUP_LPT_AUTO Auto

BIOS_LPT_ADD_IRQ SETUP_LPT_378_7 I/O Address 378/IRQ7 Parallel Port Address and IRQ SETUP_LPT_378_5 I/O Address 378/IRQ5 (permanent only) SETUP_LPT_278_7 I/O Address 278/IRQ7 SETUP_LPT_278_5 I/O Address 278/IRQ7 SETUP_LPT_3BC_7 I/O Address 3BC/IRQ7 SETUP_LPT_3BC_5 I/O Address 3BC/IRQ5

BIOS_LPT_MODE SETUP_LPT_OUTPUT Output Only Parallel Port Mode SETUP_LPT_BIDIRECTIONAL Bidirectional (permanent only) SETUP_LPT_ECP Extended Capabilities Port

BIOS_LPT_DMA SETUP_LPT_DMA1 DMA Channel 1 Parallel Port ECP DMA Channel SETUP_LPT_DMA3 DMA Channel 3 (permanent only)

BIOS_KEYMOUSE SETUP_KEYMOUSE_DISABLE Disabled Keyboard/Mouse Hot Plug SETUP_KEYMOUSE_ENABLE Enabled (permanent only)

BIOS_AUDIO SETUP_AUDIO_DISABLE Disabled Audio SETUP_AUDIO_ENABLE Enabled (permanent only) SETUP_AUDIO_AUTO Auto

8-6 BIOS Configuration Application Programming Interfaces Table 8-2 Option and Setting Parameters and Return Values (Continued) Option Parameter Option Description Setting Parameter Setting Description BIOS_AUDIO_ADDRESS SETUP_AUDIO_220 I/O Address 220 Audio I/O Address SETUP_AUDIO_240 I/O Address 240 (permanent only) SETUP_AUDIO_260 I/O Address 260 SETUP_AUDIO_280 I/O Address 280

BIOS_AUDIO_FM_ADDRESS SETUP_AUDIO_FM_388 I/O Address 388 Audio FM I/O Address SETUP_AUDIO_FM_38C I/O Address 38C (permanent only) SETUP_AUDIO_FM_390 I/O Address 390 SETUP_AUDIO_FM_394 I/O Address 394

BIOS_AUDIO_IRQ SETUP_AUDIO_IRQ5 IRQ 5 Audio IRQ SETUP_AUDIO_IRQ7 IRQ 7 (permanent only) SETUP_AUDIO_IRQ9 IRQ 9 SETUP_AUDIO_IRQ10 IRQ 10 SETUP_AUDIO_IRQ11 IRQ 11

BIOS_AUDIO_DMA_1 SETUP_AUDIO_DMA0 DMA Channel 0 Audio DMA Channel 1 SETUP_AUDIO_DMA1 DMA Channel 1 (permanent only) SETUP_AUDIO_DMA3 DMA Channel 3

BIOS_AUDIO_DMA_2 SETUP_AUDIO_DMA0 DMA Channel 0 Audio DMA Channel 2 SETUP_AUDIO_DMA1 DMA Channel 1 (permanent only) SETUP_AUDIO_DMA3 DMA Channel 3

BIOS_SPEAKER SETUP_SPEAKER_MUTE Speaker Mute Speaker SETUP_SPEAKER_ON Speaker On (permanent only)

BIOS_VIDEO_DISPLAY SETUP_VIDEO_LCD LCD Display SETUP_VIDEO_MONITOR External Monitor (permanent or current) SETUP_VIDEO_BOTH Both

BIOS_VIDEO_EXPAND SETUP_VIDEO_NORMAL Disabled Expand VGA Screen SETUP_VIDEO_EXPAND Enabled (permanent)

BIOS_HOTPAD_VOLUME SETUP_HP_VOLUME_DISABLE Disabled Volume Hotpad SETUP_HP_VOLUME_ENABLE Enabled (permanent only)

BIOS_HOTPAD_DISPLAY SETUP_HP_DISPLAY_DISABLE Disabled Display Hotpad SETUP_HP_DISPLAY_ENABLE Enabled (permanent only)

Option and Setting Parameters 8-7 Table 8-2 Option and Setting Parameters and Return Values (Continued) Option Parameter Option Description Setting Parameter Setting Description BIOS_HOTPAD_RMOUSEB SETUP_HP_RMOUSEB_DISABLE Disabled Right Mouse Button Hotpad SETUP_HP_RMOUSEBE_ENABLE Enabled (permanent only)

BIOS_HOTPAD_CONTRAST SETUP_HP_CONTRAST_DISABLE Disabled Contrast Hotpad SETUP_HP_CONTRAST_ENABLE Enabled (permanent only)

BIOS_HOTPAD_BRIGHT SETUP_HP_BRIGHT_DISABLE Disabled Brightness Hotpad SETUP_HP_BRIGHT_ENABLE Enabled (permanent only)

BIOS_FDISK SETUP_FDISK_NORMAL Normal Fixed Disk Boot Sector SETUP_FDISK_WPROTECT Write Protect (permanent only) BIOS_BOOT SETUP_BOOT_A_THEN_C Boot sequence: 1. Diskette Drive Boot Sequence 2. Hard Drive (permanent only) SETUP_BOOT_C_THEN_A Boot sequence: 1. Hard Drive 2. Diskette Drive

BIOS_QUICKBOOT SETUP_QUICKBOOT_DISABLE Disabled QuickBoot Mode SETUP_QUICKBOOT_ENABLE Enabled (permanent only)

BIOS_DIAG SETUP_DIAG_DISABLE Disabled Boot-time Diagnostic Messages SETUP_DIAG_ENABLE Enabled (permanent only)

BIOS_PROMPT SETUP_PROMPT_DISABLE Disabled Setup Prompt SETUP_PROMPT_ENABLE Enabled (permanent only)

BIOS_NUMLOCK SETUP_NUMLOCK_AUTO Auto Numlock SETUP_NUMLOCK_ON On (permanent only) SETUP_NUMLOCK_OFF Off

BIOS_DMI_LOG SETUP_DMI_LOG_DISABLE Disabled DMI Event Logging SETUP_DMI_LOG_ENABLE Enabled (permanent only)

BIOS_DMI_BOOT SETUP_DMI_BOOT_DISABLE Disabled DMI System Boot Event SETUP_DMI_BOOT_ENABLE Enabled (permanent only)

8-8 BIOS Configuration Application Programming Interfaces Table 8-2 Option and Setting Parameters and Return Values (Continued) Option Parameter Option Description Setting Parameter Setting Description BIOS_RESUME_SERIAL SETUP_RESUME_DISABLE Disabled Resume On Serial Activity SETUP_RESUME_ENABLE Enabled (permanent only)

BIOS_POWER_MODE SETUP_POWER_OFF Off APM Power Savings SETUP_POWER_CUSTOMIZE Customize (permanent or current) SETUP_POWER_MAXPERFORM Maximum Performance SETUP_POWER_MAXBATTERY Maximum Battery Life

BIOS_HDD_TIMEOUT SETUP_HDDTIME_OFF Off HDD Spin-down Timeout SETUP_HDDTIME_05_SEC 5 Seconds (permanent or current) SETUP_HDDTIME_10_SEC 10 Seconds SETUP_HDDTIME_30_SEC 30 Seconds SETUP_HDDTIME_01_MIN 1 Minute SETUP_HDDTIME_02_MIN 2 Minutes SETUP_HDDTIME_04_MIN 4 Minutes SETUP_HDDTIME_06_MIN 6 Minutes SETUP_HDDTIME_08_MIN 8 Minutes SETUP_HDDTIME_10_MIN 10 Minutes SETUP_HDDTIME_15_MIN 15 Minutes SETUP_HDDTIME_20_MIN 20 Minutes

BIOS_VIDEO_TIMEOUT SETUP_VIDEOTIME_OFF Off Video Timeout SETUP_VIDEOTIME_30_SEC 30 Seconds (permanent or current) SETUP_VIDEOTIME_02_MIN 2 Minutes SETUP_VIDEOTIME_04_MIN 4 Minutes SETUP_VIDEOTIME_06_MIN 6 Minutes SETUP_VIDEOTIME_08_MIN 8 Minutes SETUP_VIDEOTIME_10_MIN 10 Minutes SETUP_VIDEOTIME_15_MIN 15 Minutes SETUP_VIDEOTIME_20_MIN 20 Minutes

BIOS_IDLE_TIMEOUT SETUP_IDLETIME_OFF Off Idle Mode Timeout SETUP_IDLETIME_HALFSEC 1/2 Second (permanent or current)

BIOS_STANDBY_TIMEOUT SETUP_STANDBYTIME_OFF Off Standby Mode Timeout SETUP_STANDBYTIME_01_MIN 1 Minute (permanent or current) SETUP_STANDBYTIME_02_MIN 2 Minutes SETUP_STANDBYTIME_04_MIN 4 Minutes SETUP_STANDBYTIME_06_MIN 6 Minutes SETUP_STANDBYTIME_08_MIN 8 Minutes SETUP_STANDBYTIME_12_MIN 12 Minutes SETUP_STANDBYTIME_16_MIN 16 Minutes

Option and Setting Parameters 8-9 Table 8-2 Option and Setting Parameters and Return Values (Continued) Option Parameter Option Description Setting Parameter Setting Description BIOS_SUSPEND_TIMEOUT SETUP_SUSPENDTIME_OFF Off Suspend Mode Timeout SETUP_SUSPENDTIME_05_MIN 5 Minutes (permanent or current) SETUP_SUSPENDTIME_10_MIN 10 Minutes SETUP_SUSPENDTIME_15_MIN 15 Minutes SETUP_SUSPENDTIME_20_MIN 20 Minutes SETUP_SUSPENDTIME_30_MIN 30 Minutes SETUP_SUSPENDTIME_40_MIN 40 Minutes SETUP_SUSPENDTIME_60_MIN 60 Minutes

BIOS_RESUME_MODEMRING SETUP_MODEMRING_RESUME_OFF Off Resume On Modem Ring SETUP_MODEMRING_RESUME_ON On (permanent or current)

BIOS_SUSPEND_BUTTON SETUP_SUSPENDBUTTON_NORMAL Normal Suspend Button SETUP_SUSPENDBUTTON_RESUME Resume Only (permanent or current) SETUP_SUSPENDBUTTON_ON_OFF Power On/Off

BIOS_BACKLIGHT_MODE SETUP_BACKLIGHT_STANDARD Adjustable LCD Backlight Level SETUP_BACKLIGHT_LOWPOWER Minimum Only (permanent) Advanced Settings 8

The following options can be set using the BiosSetupSet function. Values for the Setting parameter that must be passed to BiosSetupSet are not defined for these options, so an int value must be passed as defined in Table 8-3.

Table 8-3 Discrete BIOS Settings Option Parameter Setting Parameter Description Value Description BIOS_SPEAKER_VOLUME 0 to 3H Pass a value within the range specified to change the speaker volume setting. The greater the value, the Speaker Volume louder the volume setting. (Note that the setting you (current only) specify is not retained after the system is shut down.) BIOS_VIDEO_CONTRAST 0 to 3FH Pass a value within this range to specify the contrast for the current setting. The greater the value, the higher the Video Display Contrast contrast setting. (Note that the setting you specify is not (current only) retained after the system is shut down.) BIOS_VIDEO_BRIGHTNESS 0 to 1H Pass a value within this range to specify the brightness for the current setting. (Note that the setting you specify Video Display Brightness is not retained after the system is shut down.) (current only)

8-10 BIOS Configuration Application Programming Interfaces Appendix A Enabling ACPI

The Windows 98-based Point 1600 pen tablet BIOS supports ACPI (Advanced Configuration and Power Interface) as well as APM (Advanced Power Management). All systems are shipped with APM enabled/ ACPI disabled as the factory default power management interface. APM and ACPI are mutually exclusive; only one can be enabled at a time.

To use ACPI, you must edit the registry and enable ACPI detection on the pen tablet as follows (this also disables APM):

1. Attach a mouse to your system. (This procedure must be run with a mouse.)

2. From the start menu, choose Run, type Regedit, and choose OK to open the Registry Editor.

3. In the Registry Editor, open the directory:

HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows\CurentVersion\Detect

4. From the Edit menu, choose New, DWORD Value. A new value appears in the registry.

5. Select the new value and choose Modify from the Edit menu. Name the new value ACPIOption and set the value to 1H.

6. Close the Registry Editor.

7. Open the Control Panel and choose Add New Hardware. Choose Yes when prompted to allow Windows to detect new hardware.

8. When prompted, choose Yes to restart your system.

After your system restarts, Windows 98 will detect and enable the ACPI function in the BIOS and will run using ACPI. To disable ACPI and enable APM, follow the procedure above and set the ACPIOption value to 2H (instead of 1H) when you perform step 5.

A-1 A-2 Enabling ACPI Appendix B Memory Space for Hardware Identification

The Point 1600 pen tablet provides programmable areas of the system’s non-volatile memory for storing hardware identification numbers. There are two separate locations for storing the information, as noted in Table B-1. This table shows the addresses of the programmable areas, including BIOS and General Purpose Non-Volatile memory (GPNV). GPNV is accessible through the Desktop Management Interface (DMI). Each of the assigned areas can hold 32 bytes of data.

Suggested Use Area Address

Asset Tracking Number BIOS F000:1545h (BIOS)

GPNV (DMI) Handle 8000H

Serial Number BIOS F000:1525h (BIOS)

GPNV (DMI) Handle 8001H

Table B-1 Memory Space for Hardware Identification

Note: Although values stored in these memory areas are referred to as asset tracking number and serial number, these areas hold zeros as factory default values and can be programmed to hold any value.

Caution

If you update your system’s BIOS, you will need to rewrite the data (asset tracking number and serial number) stored in the hardware identification address space.

B-1 B-2 Memory Space for Hardware Identification Appendix C Recovering the Disk Image

A recovery utility for the Point 1600 pen tablet allows you to reinstall the disk image, including the Windows 95 or Windows 98 operating system, on the pen tablet’s internal hard disk. You can use this utility to restore the image on the internal hard disk drive from the product recovery CD. This is necessary when the internal hard disk is replaced with a blank hard disk or when system software on the hard disk becomes so corrupt as to render the system unusable.

Note: Recovering the disk image from the product recovery CD will erase the entire hard disk drive. Any application software that has been installed on the system since it was shipped from the factory must be reinstalled after performing this procedure. If possible, back up any valuable data on the hard disk drive before recovering the disk image.

The recovery utility, DSK1600 is distributed on the Fujitsu Recovery CD Utility PT-1600 diskette shipped with each Windows 95 and Windows 98 pen tablet system along with the product recovery CD which contains the disk image for the system’s hard disk drive.

The following software and hardware is required before you can use DSK1600 to recover the operating system on your pen tablet:

• The appropriate product recovery CD for the pen tablet. There are different product recovery CDs for the Point 1600 pen tablet depending on the language version of the operating system. The product recovery CD shipped with the pen tablet is the US English version with a disk image file that matches the size of the original hard disk. Product recovery CDs for other languages (French, German, Italian, and Spanish) must be obtained separately from Fujitsu. Note that the recovery CD is HDD-size dependent. For example, a recovery CD intended for a 4 GB hard disk cannot be used to restore the image on a 2 GB hard drive. The diskette will also have to be modified to add the appropriate CD-ROM drivers. •The Fujitsu Recovery CD Utility PT-1600 diskette. • An external floppy disk drive (Fujitsu model FMWFD2). • An external CD-ROM drive. (You must have drivers for MS-DOS for your CD-ROM drive.)

To run DSK1600,

1. Connect your floppy disk drive and CD-ROM drive to the pen tablet.

2. Boot the pen tablet from the Fujitsu Recovery CD Utility PT-1600 diskette.

3. Load the device drivers necessary to use your CD-ROM drive under MS-DOS.

4. Insert the product recovery CD in the CD-ROM drive and look at the disk image file name on the CD. You will need to know the file name later in this procedure. (There is only one file on the CD.)

5. Type the command dsk1600 using the following syntax:

dsk1600 option [path]filename

C-1

Caution

This command will completely erase your hard disk drive. Ensure that any valuable files on your hard disk (if recoverable) are backed up.

The path and filename specify the path and filename of the disk image file on the CD. The option determines whether the file is downloaded and/or verified as follows:

option download Write image to C: drive and verify. fastload Write image to C: drive without verify. verify Verify image on C: drive matches image file on CD. (This option performs a read-only comparison of the image file on the CD and the hard disk image.)

To load the image onto your hard disk, use either the download or fastload option.

Note that this command will take a relatively long time to run as every sector on the hard disk drive is written to and/or read from the hard disk. (It takes about 1 hour and 40 minutes to write and verify the image on a 4.1 GB hard disk drive.)

When DSK1600 is complete, the operating system is restored to its first-run state.

C-2 Recovering the Disk Image Appendix D Agency Notices

FCC Notices 8

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC rules. Changes or modifications not expressly approved by Fujitsu Personal Systems, Inc., could void the user’s authority to operate the equipment.

Notice to Users of Radios and Television 8

These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If the equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna. • Increase the separation between the equipment and receiver. • Connect the equipment into an outlet that is on a different circuit than the receiver. • Consult the dealer or an experienced radio/TV technician for help.

Shielded interconnect cables must be employed with this equipment to ensure compliance with the pertinent RF emissions limits governing this device.

Notice to Users of the US Telephone Network 8

Note: Some configurations of the Point 1600 pen tablet do not have an internal modem. The following information applies only to those systems with an internal modem.

The Point 1600 pen tablet is supplied with an internal modem which complies with Part 68 of the FCC rules. On the pen tablet is a label that contains the FCC Registration Number and Ringer Equivalence Number (REN) of this system, along with other information. If requested, users must provide their telephone company with the following information:

• The telephone number to which the pen tablet is connected • The Ringer Equivalence Number (REN) for this equipment • The information that the system requires a standard modular jack type USOC RJ-11C which is FCC Part 68-compliant • The FCC Registration Number

This equipment is designed to be connected to the telephone network or premises wiring using a standard modular jack type USOC RJ-11C which is FCC Part 68-compliant.

The REN is used to determine the number of devices you may connect to your telephone line and still have all those devices ring when your number is called.Too many devices on one line may result in

D-1 failure to ring in response to an incoming call. In most, but not all, areas, the sum of all of the devices should not exceed five (5). To be certain of the number of devices you may connect to your line, as determined by the RENs, contact your local telephone company.

If this equipment causes harm to the telephone network, your telephone company may discontinue your service temporarily. If possible, they will notify you in advance. If advance notice is not practical, they will notify you as soon as possible. You will also be advised of your right to file a complaint with the FCC.

This fax modem also complies with fax branding requirements per FCC Part 68.

If you experience trouble with this equipment, please contact your support representative.

Your telephone company will probably ask you to disconnect this equipment from the telephone network until the problem is corrected and you are sure that the equipment is not malfunctioning.

This equipment may not be used on coin service telephones provided by your telephone company. Connection to party lines is subject to state tariffs. Contact your state’s public utility commission, public services commission, or corporation commission for more information.

FCC rules prohibit the use of non-hearing aid compatible telephones in the following locations or applications:

• All public or semipublic coin-operated or credit card telephones. • Elevators, highways, tunnels, (automobile, subway, railroad, or pedestrian) where a person with impaired hearing might be isolated in an emergency. • Places where telephones are specifically installed to alert emergency authorities such as fire, police, or medical assistance personnel. • Hospital rooms, residential health care facilities, convalescent homes, and prisons. • Workstations for the hearing impaired. • Hotel, motel, or apartment lobbies. • Stores where telephones are used by patrons to order merchandise. • Public transportation terminals where telephones are used to call taxis or to reserve lodging or rental cars. • In hotel and motel rooms at least ten percent of the rooms must contain hearing aid compatible telephones which will be provided to hearing impaired customers on request. DOC (Industry Canada) Compliance Notices 8

This digital apparatus does not exceed the Class B limits for radio noise emissions from digital apparatus as set forth in the radio interference regulations of the Canadian Department of Communications.

Le présent appareil numérique n’émet pas de bruits radioélectriques dépassant les limites applicables aux appareils numériques de classe B prescrites dans le règlement sur le brouillage radioélectrique édicté par le Ministère des Communications du Canada.

Notice to Users of Radios and Television 8

This Class B digital apparatus meets all requirements of the Canadian Interference-Causing Equipment regulations.

Cet appareil numérique de la classe B respecte toutes les exigences du règlement sur le matériel brouilleur du Canada.

D-2 Agency Notices Notice to Users of the Canadian Telephone Network 8

The Canadian Industry Canada label identifies certified equipment. This certification means that the equipment meets certain telecommunications network protective, operational, and safety requirements. The Department does not guarantee the equipment will operate to the user’s satisfaction.

Repairs to telecommunication equipment should be made by a Canadian authorized maintenance facility. Any repairs or alterations not expressly approved by Fujitsu Personal Systems, Inc. or any equipment failures may give the telecommunications company cause to request the user to disconnect the equipment from the telephone line.

The connecting arrangement code for this equipment is CA11A.

The Load Number is 0.2.

The Load Number assigned to each telephone terminal device denotes the percentage of the total load to be connected to a telephone loop or circuit to be used by the device to prevent overloading. The termination on a loop may consist of any combination of devices such that the total of the load numbers of all devices does not exceed 100.

Caution

For safety, users should ensure that the electrical ground of the power utility, the telephone lines, and the metallic water pipes are connected together. Users should not attempt to make such connections themselves but should contact the appropriate electric inspection authority or electrician. This may be particularly important in rural areas.

Avis Aux Utilisateurs Du Réseau Téléphonique Canadien 8

L’étiquette canadienne Industrie Canada identifie l’équipement certifié. Cette certification signifie que l’équipement satisfait certaines normes de protection, d’exploitation et de sécurité des réseaux de télécommunications. Le département ne garantit pas le fonctionnement de l’équipement à la satisfaction de l’utilisateur.

Le Point 1600 possede un modem interne conforme aux normes de certification d’Industrie Canada pour protéger les réseaux de télécommunications et satisfaire aux normes de sécurité. Avant de connecter cet équipement à une ligne téléphonique, l’utilisateur doit vérifier s’il est permis de connecter cet équipement aux installations de télécommunications locales. L’utilisateur est averti que même la conformité aux normes de certification ne peut dans certains cas empêcher la dégradation du service.

Les réparations de l’équipement de télécommunications doivent être effectuées par un service de maintenance agréé au Canada. Toute réparation ou modification, qui n’est pas expressement approuvée par Fujitsu Personal Systems, Inc., ou toute défaillance de l’équipement peut entrainer la compagnie de télécommunications à exiger que l’utlilisateur déconnecte l‘équipement de la ligne téléphonique.

Le code d’arrangement de connexion de cet équipement est CA11A.

Le numéro de charge est 0.2.

Le numéro de charge assigné à chaque terminal téléphonique indique le pourcentage de la charge totale pouvant être connecté à une boucle ou à un circuit téléphonique, utilisé par ce périphérique afin de prévenir toute surcharge. La terminaison d’une boucle peut être constituée de n’importe quelle

DOC (Industry Canada) Compliance Notices D-3 combinaison de périphériques de sorte que le total de numéros de charge de tous les périphériques n’excède pas 100.

Avertissement

Pour assurer la sécurité, les utilisateurs doivent vérifier que la prise de terre du service d’électricité, les lignes téléphoniques et les conduites d’eau métalliques sont connectées ensemble. Les utilisateurs NE doivent PAS tenter d’établir ces connexions eux-mêmes, mais doivent contacter les services d’inspection d’installations électriques appropriés ou un électricien. Ceci peut être particulièrement important en régions rurales.

D-4 Agency Notices Appendix E Glossary

16-bit / 32-bit 8

“16-bit” and “32-bit” refer to the architecture of an operating system and applications software that runs under that operating system. The 16-bit software processes data 16 bits at a time, and 32-bit software processes data 32 bits at a time. As a result, 32-bit programs and operating systems are generally faster and more advanced than their 16-bit counterparts.

ACPI 8

Advanced Configuration and Power Interface The ACPI standard allows system designers to determine how a particular system supports power management. ACPI supports power management through improved hardware and operating system coordination. The ACPI specification was developed by Intel, Microsoft, and Toshiba.

API 8

Application Programming Interface A predefined set of routines and tools that tells the computer the correct order in which to run procedures when building a particular application. Using an API allows a programmer to create a similar look-and-feel between different programs.

APM 8

Advanced Power Management A power management standard designed to help make battery use more efficient by recognizing which system devices need power and which don’t. The API bypasses those which don’t need power, until they are required. APM allows developers to use the BIOS setup to control power management on a computer.

BIOS 8

Basic Input/Output System The BIOS is comprised of the instructions that the system needs in order to start up and allow the various input and output devices to communicate with each other and the system.

CIC 8

Communication Intelligence Corporation CIC produces the Handwriting Recognition System and PenX software used in the Point 1600 pen tablet. CIC is headquartered in Redwood Shores, California. The company web site is .

CMOS 8

Complementary Metal Oxide Semiconductor As it relates to this manual, CMOS refers to the non-volatile memory technology used for storing BIOS and RTC values.

E-1 CPU 8

Central Processing Unit Also called the microprocessor, the CPU is the “brains” of the computer. The CPU performs most of the fetching, decoding, and execution of instructions performed by the computer.

CRT 8

Cathode Ray Tube The technology around which an external monitor is built. A CRT employs a vacuum tube and one or more electron guns.

DAA 8

Direct Access Arrangement

A type of circuit used in modems, fax machines, and PDAs for interfacing with a telephone system.

DIMM 8

Dual In-Line Memory Module A DIMM is a small circuit board that holds memory chips.

DLL 8

Dynamic Link Library A DLL is a Windows-based library of data or functions.

DMA 8

Direct Memory Access This is memory access that doesn’t require processing by the CPU. DMA allows access from memory directly to a peripheral device.

DMI 8

Desktop Management Interface A specification developed for managing system configuration over a network.

DRAM 8

Dynamic Random Access Memory Dynamic RAM is a common type of memory that is often preferable to static RAM despite being slower. DRAM can hold almost four times the amount of data that static RAM can. DRAM requires continuous refreshing due to the discharge of its capacitors.

DSTN 8

Double-Layer Supertwist Nematic A type of LCD technology that uses a passive matrix with two display layers. The arrangement of the layers helps to mitigate color shifting that occurs with other displays.

ECP 8

Extended Capabilities Port ECP is a standard developed by HP and Microsoft to support bidirectional parallel port communications between the system and peripherals.

E-2 Glossary ESD 8

Electrostatic Discharge A situation in which static electricity is transferred through human hands into sensitive electronic components, resulting in damage. ESD damage is usually caused by working on sensitive electronic equipment in an ungrounded environment.

FCC 8

Federal Communications Commission The FCC is the regulatory body that, “...develops and implements policy concerning interstate and international communications by radio, television, wire, satellite, and cable”. The FCC web site is located at .

FIR 8

Fast Infrared A method of transferring data between two unconnected devices using an infrared beam. FIR is usually limited to devices which are within one meter of each other and having clear sight of each other. FIR is capable of transferring data at up to 4Mbps. FIR is part of the IrDA 1.1 specification.

FM 8

Frequency Modulation A means of encoding information by modulating electrical signals around a certain frequency. The receiver decodes the modulated signal into usable information.

FPSI 8

Fujitsu Personal Systems, Inc. The manufacturer of the Point 1600, along with several other pen tablet models. The FPSI web site is .

GHz 8

Gigahertz One billion hertz - or frequency cycles - per second.

HDD 8

Hard Disk Drive The most common secondary storage method used in computers today. The most common interface standards used in HDDs are IDE and SCSI.

HRS 8

Handwriting Recognition System HRS software (from CIC) allows the user to enter information into the pen tablet by writing on the tablet with a stylus. The software “recognizes” and interprets the individual letters as standard input, and manipulates and stores it as it would data received from a keyboard.

IDE 8

Integrated Device Electronics IDE is an interface for storage devices in which the device controller is actually an integrated part of the drive. Using IDE technology eliminates the need for a special adapter.

E-3 I/O 8

Input/Output The most common methods of computer input and output are a keyboard and a display. Pen tablets generally use a stylus to provide input (although a floppy drive, CD-ROM drive, modem, LAN, or keyboard can also be used.) The standard output for a pen tablet is typically displayed on the screen, although data can be stored on floppy or hard disk drives, sent over a modem or LAN, or output to a printer.

IrDA 8

Infrared Data Association The association which created the standards for transmission of data using infrared technology. The IrDA web site is located at .

IRQ 8

Interrupt Request IRQs are signals sent to the computer’s CPU by peripheral devices. Certain IRQs are reserved for certain devices, so the CPU “knows” which device it is responding to.

L1 8

Level One L1 refers to the small memory cache that is built into the CPU chip.

L2 8

Level Two L2 refers to the memory cache that is located on the motherboard.

LAN 8

Local Area Network A LAN is a small computer network that usually covers a discrete area, such as a large work area or building. LANs are employed to allow users to share the same resources, such as printers. The LAN is composed of a number of clients and a central server. Using a server takes some of the processing load off the individual clients. It also allows the clients to share data through the server.

LBA 8

Logical Block Addressing LBA is an efficient way of addressing hard drives by assigning sequential numbers to each logical block on the hard drive, rather than assigning each block a unique combination of cylinder, head, and sector numbers.

MCM 8

Multi-Chip Module A module that contains the CPU, the L2 cache, and half of the chipset on a small (1.6” x 1.4”) daughter board. The MCM architecture significantly increases board density, while improving heat dissipation.

MS-DOS 8

Microsoft Disk Operating System A 16-bit operating system developed for IBM by Microsoft in 1981, MS-DOS was the most widely used platform throughout the 1980’s for IBM-compatible PCs. The operating system is the “traffic cop” of the

E-4 Glossary system, managing input/output, file maintenance, and execution of programs. Since MS-DOS is a 16-bit system, it does not support multitasking the way Windows 95 and Windows 98 do.

NDIS 8

Network Device Interface Specification

A software interface between driver software and protocol stacks, NDIS allows a single network interface card (NIC) to support multiple network protocols. Developed by Microsoft.

NVRAM 8

Non-volatile RAM Random access memory which retains its contents when power is removed from the system.

ODI 8

Open Data-link Interface

A software interface between driver software and protocol stacks, ODI allows a single interface card to support multiple network protocols. Developed by Novell.

OS 8

Operating System The operating system is the heart of a computer’s software. The OS directs the system input/output operations, memory and file management, and CPU time allocation. See MS-DOS.

PCI Bus 8

The PCI (Peripheral Component Interconnect) bus is a specification introduced by Intel corporation that provides a processor-independent data path between the CPU and high-speed peripherals.

PCMCIA 8

Personal Computer Memory Card International Association PCMCIA cards - also known as PC Cards - are built to a standard established by a group of manufacturers and vendors in 1990. PCMCIA was developed to provide a common standard for designing PC Cards. A variety of peripherals can be added to computers via a PCMCIA slot, including modems, LAN radios, and GPS receivers. The web site for the PCMCIA is .

PenX 8

PenX is the pen support software provided by CIC for the Point 1600 pen tablet. PenX is an OS extension that provides a common API for system and pen drivers. Using a common API allows accurate inking and handwriting recognition.

PIO 8

Programmed Input/Output

PIO is a method of transferring data between two devices by passing through the computer's processor. PIO is a slower transfer method than DMA.

E-5 PM 8

Power Management Power management is a means of controlling the components within a computer (usually a portable computer) in order to maximize the use time of the system battery.

POST 8

Power-On Self Test A series of tests that are run when the system is initially turned on to verify that all of the system peripherals and components are operating correctly. The POST routine is stored in the BIOS ROM.

PS/2 Mouse/Keyboard Ports 8

A 6-pin type of port usually used for connecting a mouse or keyboard to a system. Using the PS/2 port for the mouse or keyboard frees up the serial port for use by a peripheral requiring more pins.

RAM 8

Random Access Memory A type of volatile memory that can be accessed by the processor in any order. Unlike ROM, which can only be read, RAM can be read or written to. When power is removed from the system, however, the contents of RAM is lost.

ROM 8

Read-Only Memory ROM is computer memory on which data has been pre-written. Data that has been written onto a ROM chip can only be read; you cannot remove the data from a ROM. ROM is non-volatile -- that is, its contents are retained even when power is not applied to the computer. Since ROM is non-volatile, it is used to store programs that the computer needs in order to start at power-up.

RTC 8

Real-Time Clock A CMOS battery-powered clock/calendar that keeps track of the date and time inside the computer. Since the RTC is battery-operated, it continues to work when the system is shut down.

RxTx 8

Receive/Transmit A serial port design that carries only three signals: receive, transmit, and logic ground. RxTx only supports software handshaking, not hardware.

SCSI 8

Small Computer System Interface This interface standard provides a parallel high-speed method of connecting computers with SCSI-compatible peripheral devices.

SDRAM 8

Synchronous Dynamic Random Access Memory A common form of DRAM which uses a clock to synchronize the timing of the memory chip with the CPU’s system clock.

E-6 Glossary SIR 8

Serial Infrared (also known as Standard Infrared) A method of transferring data between two unconnected devices using an infrared beam. SIR is usually limited to devices which are within one meter of each other. SIR is capable of transferring data at up to 115Kbps. SIR is part of the IrDA 1.0 and 1.1 specifications.

SMI 8

System Management Interrupt A hardware interrupt that is used to perform system management tasks such as power management.

SVGA 8

Super Video Graphics Array SVGA refers to a screen resolution of 800 x 600 pixels.

UL 8

Underwriters Laboratories Underwriters Laboratories Inc. provides global conformity assessment, product testing and certification services. Their web site is .

USB 8

Universal Serial Bus The USB specification is a peripheral bus standard for connecting external devices. Some features of the USB standard include: support for up to 127 concurrent USB devices, dynamic insertion and removal of devices, self-identifying peripheral configuration, and transfer of multiple data message streams between host and devices. The USB standard specification can be obtained from the USB web site at .

V.90 8

A standard for 56-Kbps modems which resolves differences between X2 and K56flex.

VAR 8

Value-Added Reseller A reseller who purchases basic equipment from an original equipment manufacturer. The VAR modifies the original equipment to the needs of specific customers by adding custom software and/or peripherals.

VESA 8

Video Electronics Standards Association VESA is the organization that sets the standards for video devices. Among other standards, VESA developed the protocols for SVGA.

VGA 8

Video Graphics Adapter VGA is a popular display standard that supports a 640 x 480 resolution.

XGA 8

Extended Graphics Adapter The XGA standard supports a 1024 x 768 pixel resolution.

E-7 E-8 Glossary Index

A Boot Menu options, 3-20 Boot Sequence Submenu, 3-20 AC adapter, 5-8 DMI Event Logging Submenu, 3-13 ACPI, xiv Exit Menu, 3-22 enabling, 7-7, A-1 Hotpad Submenu, 3-14 registry edit, A-1 IDE Hard Disk Drive Submenu options, 3-6 Advanced Menu, 3-8 Info Menu, 3-21 advanced power management (APM), 7-2 Integrated Peripherals Submenu options, 3-9 specification, xiv IRQ Reservation Submenu, 3-12 supported revision level, 5-8 Power Savings Menu options, 3-17 agency notices, D-1 Power Savings Options Submenu, 3-19 DOC (Industry Canada) notices, D-2 Security Menu options, 3-15 FCC rules, D-1 Boot menu options, 3-20 API, 8-1 change the setting, 3-3 APM, 7-2 exiting, 3-4 Application Programming Interfaces, 8-1 IDE Hard Disk Drive submenu, 3-6 Audio/Video Submenu, 3-11 Integrated Peripherals submenu, 3-9 audit mode load default settings for the BIOS, 3-4 full restorative auditing, 3-1 main menu options, 3-5 invoking, 3-1 Power Savings menu, 3-17, 3-19 non-restorative auditing, 3-1 preset values for Power Saving Modes, 3-18 partial restorative auditing, 3-1 screen, 3-3 Windows 95, 3-1 Security menu options, 3-15 Windows 98, 3-1 select a menu, 3-3 select an option, 3-3 B select and enter a submenu, 3-4 starting, 3-2 battery pack, 5-8, 7-2 using, 3-3 BIOS, 3-5 view Item Specific Help, 3-4 Advanced Settings, 8-10 viewing the Help screen, 3-4 APIs, 8-1 Boot Menu, 3-20 configuration application programming interfaces, 8-1 Boot Sequence Submenu, 3-20 dynamic-link libraries (DLLs), 8-1 bridge battery, 5-8 error codes, 8-5 Option and Setting Parameters, 8-5 summary of functions, 8-2 C version information, 8-1 charge-only cradle, 1-2 BIOS functions CMOS battery, 5-8 BiosSetupEnd, 8-2 connectivity peripherals, 1-1 BiosSetupGet, 8-2 charge-only cradle, 1-2 BiosSetupGetPermanent, 8-3 high-connectivity cradle, 1-2 BiosSetupGetResumeTime, 8-2–8-3 high-usage cradle, 1-2 BiosSetupSet, 8-2–8-3 locking/non-locking, 1-1 BiosSetupSetResumeTime, 8-2, 8-4 Point 510 compatibility, 1-1 BiosSetupStart, 8-2 port replicator, 1-1 BIOS settings wall-mount cradle, 1-2 about, 3-2 connectors current, 3-2 DC power input, 6-2 permanent, 3-2 keyboard port, 6-2 BIOS Setup, 3-2 mouse, 6-1 Audio Features submenu, 3-11 parallel port, 6-5 BIOS menus system interface port pin assignments, 6-10 Advanced Menu options, 3-8 video port, 6-5 Audio/Video Submenu options, 3-11

Index-1 D L DC power input, 6-2 LAN adapter, 2-2, 5-3–5-4 Desktop Management Interface (DMI), B-1 digitizer specifications, 5-3 DIMM card M installing, 4-2 memory removing, 4-4 adding, 4-2 disk image, recovering, C-1 space for hardware identification, B-1 disk recovery specifications, 5-1 DSK1600, C-1 MFG1600 DMI description, 3-26 specifications, xv parameters, 3-26 DMI Event Logging Submenu, 3-13 running, 3-26 DSK1600 Microsoft Developers Network, xiii Fujitsu Recovery CD Utility PT-1600, C-1 modem, 2-2 recovering the disk image, C-1 mouse connector, 6-1 running, C-1 dynamic link libraries (DLLs), 8-1 O E operating systems, supported, 2-1 Option and Setting parameters, 8-5 Exit Menu, 3-22 External Level 2 Cache, 8-5 external video monitor, 5-2 P PC Card F Card Services, 4-1 installing, 4-1 floppy disk drive port, 6-4 removing, user-accessible, 4-2 Fujitsu Recovery CD Utility PT-1600, C-1 replacing, internal, 4-6 Socket Services, 4-1 G support built-in PC Card slot, 2-2 Glossary, E-1 embedded slot, 2-2 GPNV, B-1 PCMCIA support, 2-2 tray assemblies, 4-6 PC Card support H modem card handwriting recognition software, 2-2 installing drivers, 2-2 handwriting recognition system, 2-1 wireless LAN adapter hard disk drive, replacing, 4-4 driver installation, 2-2 header files for 16-bit applications, 8-1 pen header files for 32-bit application, 8-1 device drivers, 2-1 high-connectivity cradle, 1-2 related files, 2-1 high-usage contacts, 6-6 support, 2-1 high-usage cradle, 1-2 16-bit, 2-1 Hotpad Submenu, 3-14 32-bit, 2-1 Pen Configuration Setup about, 3-25 I Calibration, 3-25 pen subsystem, 3-25 IDE HDD submenus, 3-6 sampling, 3-25 Info Menu, 3-21 using, 3-25 installing system components, 4-1 pen tablet hardware features, 1-1 Integrated Peripherals Submenu, 3-9 connectivity peripherals, 1-1 IRQ Reservation Submenu, 3-12 peripheral interfaces, 6-1 DC power, 6-2 K floppy disk drive port, 6-4 high-usage contacts, 6-6 keyboard connector, 6-2 keyboard connector, 6-2 keyboard port, 6-2

Index-2 mouse port, 6-1 Point 1600 Connectivity Peripherals Installation Guide, parallel port, 6-5 xiii serial ports, 6-3 Point 1600 Connectivity Peripherals User’s Guide, xiii system interface port, 6-9 Point 1600 User’s Guide, xiii Universal Serial Bus, 6-7 Programmers Guide to Pen Services for Microsoft video port connector, 6-5 Windows 95, xiii PM Setup, 3-23 Universal Serial Bus Specification, xiv AC Mode, 3-23 Windows 95 Registry Troubleshooting, xiii Help, 3-25 initialization file, 3-23 Low Battery Mode, 3-23 S Normal Battery Mode, 3-23 Security Menu, 3-15 power gauge Serial Port B Device, 8-6 AC Mode PM Setup, 3-24 serial ports, 6-3 Help, 3-25 specifications Low Battery Mode PM Setup, 3-25 AC adapter, 5-8 PM Setup, 3-25 advanced power management, 5-8 Save to Disk, 3-24 agency approval, 5-10 Suspend, 3-24 battery pack, 5-8 power gauge icon, 3-24 connectivity peripherals, 5-7 using, 3-24 Desktop Management Interface Specification, xv Point 1600 Setup, 3-23 digitizer, 5-3 portable port expander, 1-1 display, 5-2 power environmental, 5-9 advanced power management (APM), 7-2 integrated circuits, xiv button, 7-1 memory, 5-1 external DC, 7-2 modem, 5-4 overview, 7-2 peripheral interfaces, 5-6–5-7 power button, 7-1 physical, 5-9 power management, 7-2 processor, 5-1 and BIOS Configuration Options, 7-5 system logic, 5-1 miscellaneous issues, 7-8 system power, 5-8 battery charge, 7-8 video controller, 5-1 system temperature, 7-8 wireless LAN adapter, 5-3–5-4 state transitions, 7-4 suspend mode, 7-1 system power states, 7-3 system components Full On, 7-3 installing Idle, 7-3, 7-6 DIMM cards, 4-2 Off, 7-3, 7-7 embedded PC Cards, 4-6 On, 7-6 floppy disk drive, 4-10 Standby, 7-3, 7-6 user-accessible PC Card, 4-1 Suspend, 7-3, 7-7 system configuration power management states, 7-5 tools, 2-3 power management, PM Setup, 3-23 utilities, 2-3 Power Saving Modes, 3-18 system interface port, 6-10 Power Savings Menu, 3-17 system power, 7-1 Power Savings Options Submenu, 3-19 system software, supported, 2-1 power system, 7-1 Power-Off Button, 7-1 T R Technical Support, xv End users/customers, xv radio, 5-3–5-4 Fujitsu resellers (VARs), xv Reference Documentation timeouts, 7-5 Advanced Configuration and Power Interface (ACPI) Support, xiv Inside the Microsoft Windows 98 Registry, xiii U Inside the Registry for Microsoft Windows 95, xiii Universal Serial Bus Integrated Circuit Specifications, xiv implementation, 6-8 IrDA Standards, xiv specifications, 6-7 Microsoft Windows 98 Resource Kit, xiii PC Card Standards, xiv

Index-3 V video capabilities, external, 5-2 video controller, 5-1 video modes, 5-2 video port, 5-2

W wall-mount cradle, 1-2 weight specification, 5-9 Windows 95, 2-1 audit mode, 3-1 registry, xiii, 3-1 Windows 95 registry, xiii Windows 98, 2-1 audit mode, 3-1 registry, 3-1 wireless LAN adapter, 5-3–5-4 driver installation, 2-2

Index-4

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