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Advantech PCM-3110 Manual

Advantech PCM-3110 Manual

Pc/104 pcmcia module
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PC/104 PCMCIA Module
PCM-3110
PCM-3111
PCM-3115B
PCM-3110B
PCM-3113
PCM-3114
CONTENTS

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Summary of Contents for Advantech PCM-3110

  • Page 1 PC/104 PCMCIA Module PCM-3110 PCM-3110B PCM-3111 PCM-3113 PCM-3115B PCM-3114 CONTENTS...
  • Page 3 Copyright Notice This document is copyrighted, 1997. All rights are reserved. The original manufacturer reserves the right to make improvements to the products described in this manual at any time without notice. No part of this manual may be reproduced, copied, translated or transmitted in any form or by any means without the prior written permission of the original manufacturer.
  • Page 4 Packing list Before you begin installing your module, make sure that the following materials have been shipped: • 1 PC/104 PCMCIA module • 1 user’s manual (this document) • 1 driver disk for Windows 3.1 • PC/104 module mounting supports If any of these items are missing or damaged, contact your distributor or sales representative immediately.

  • Page 5: Table Of Contents

    Dimensions ................... 1-2 System requirements ..............1-2 Addressing ..................1-2 PCM-3110 ..................1-3 PCM-3110 Specifications .............. 1-3 PCM-3111 (to be used with PCM-3110) ..........1-4 PCM-3111 Specifications .............. 1-4 PCM-3115B ..................1-5 PCM-3115B Specifications ............1-5 PCM-3110B ..................1-6 PCM-3110B Specifications ............1-6 PCM-3113 (to be used with PCM-3110B) ...........
  • Page 6 Chapter 2. HARDWARE INSTALLATION Introduction ..................2-1 System Requirements (All models) ............ 2-1 Setting jumpers .................. 2-2 PCM-3110 Hardware Installation ............2-3 Package Contents Checklist ............2-3 PCM-3110 Jumper Settings ............2-4 Installation Procedure ..............2-5 PCM-3111 Hardware Installation ............2-7 Package Contents Checklist ............
  • Page 7 Chapter 3. SOFTWARE INSTALLATION Introduction ..................3-1 Installing CardSoft 3.1 for DOS ............3-2 SystemSoft CardSoft 3.1 & FFS Installation Guide ......3-3 Installing CardWizard for Windows 3.1/3.11 ........3-5 System Requirements ..............3-5 CardWizard Installation ..............3-5 CONFIG.SYS Menu Partitions ............3-6 Express Setup ................
  • Page 8 Bootable ATA Flash Card Letter Assignments ......6-6 Appendix A CardMaster-104 Pin Assignments PC/104 Bus Connectors (PCM-3110, 3110B, 3111, 3115B) ....A-1 80-Pin Flat Cable (PCM-3110 and 3111) ..........A-3 2 x 50-Pin Connectors (PCM-3110B, 3113 and PCM-3114) ....A-5 FDD Cable and FDD Power connector (PCM-3114) ......

  • Page 9: Introduction

    Chapter 1. PRODUCT OVERVIEW Introduction Until recently, the use of PCMCIA cards has been restricted to portable computers. Desktop systems rarely included a PCMCIA interface. If you use a portable computer with a PCMCIA slot, any programs or data you have on PCMCIA memory cards have to be copied to diskette before being transferred to your desktop PC, which can be both time consuming and inconvenient.

  • Page 10: Common Specifications

    Common Specifications Power consumption (typical) • Voltage: 5 V • Operating voltage: 350 mA • Flash voltage: 450 mA Environmental specifications • Operating temperature: 0° C to 70° C • Storage temperature: -20° C to 85° C • Relative humidity: £ 90% Dimensions •...

  • Page 11: Pcm-3110 Specifications

    The PCM-3110 model is ideal for users who require a PCMCIA interface where easy accessibility to the PCMCIA drive is not required. The PCMCIA slot on the PCM-3110 provides full support for all Type I, Type II and Type III PCMCIA memory, I/O and ATA hard disk cards.

  • Page 12: Pcm-3111 (To Be Used With Pcm-3110)

    Complies with PCMCIA v. 2.10 and JEIDA v.4.1 • Accepts Type I/II/III PCMCIA cards • 16-bit data bus • 80-pin mini connector connects to PCM-3110 • Single +5 V (@ 70 mA) power supply • Supports all the functions of the PCM-3110 PC/104 PCMCIA MODULE...

  • Page 13: Pcm-3115B

    PCM-3115B The PCM-3115B model consists of a PC/104 (16-bit) interface module with two built-in PCMCIA card slots. The PC/104 interface module can be stacked with other PC/104 modules, mounted on a custom carrier board or stacked directly on a CPU card. Two PCMCIA slots are built into the interface board.

  • Page 14: Pcm-3110B

    PCM-3110B The PCM-3110B model consists of a PC/104 (16-bit) interface module with one built-in PCMCIA card slot. The PC/104 interface module can be stacked with other PC/104 modules, mounted on a custom carrier board or stacked directly on a CPU card. The PCMCIA slot is built into the interface board.

  • Page 15: Pcm-3113 (To Be Used With Pcm-3110B)

    PCM-3113 (to be used with PCM-3110B) The PCM-3113 is a PCMCIA reader/writer that fits in a 3.5” FDD bay and can be connected to the PCM-3110B with a 2 x 50-pin flat cable. It gives you a second PCMCIA slot with the convenience of mounting it on the front of your case for easy accessibility.

  • Page 16: Pc/104 Pcmcia Module Software

    PC/104 PCMCIA Module Software All of the above models are bundled with your choice of one of the following PCMCIA software packages from SystemSoft Corporation: • Cardsoft 3.1 for DOS 5.0 or higher • CardWizard for Windows 3.1 or higher (default) •...

  • Page 17: Hardware Installation

    HARDWARE INSTALLATION Introduction As we have mentioned, there are six models in the PC/104 PCMCIA Module series: PCM-3110, PCM-3111, PCM-3115B, PCM-3110B, PCM-3113 and PCM-3114. The components and hardware installation procedures are different for all the models, and separate instructions are provided in this chapter.

  • Page 18: Setting Jumpers

    Setting jumpers The PCM-3110, PCM-3115B and PCM-3110B requires you to set jumpers in order to configure the module for your specific application. A jumper consists of two metal pins and a small metal clip (often protected by a plastic cover) that slides over the pins to connect them, thus completing an electric circuit.

  • Page 19: Pcm-3110 Hardware Installation

    I/O Address: 3E0h/3E1h IRQ: Interrupt steering for the card status change interrupt JP2: External power connector Package Contents Checklist When you open your PCM-3110 for the first time, first check that all the following items are present: • One PCM-3110 PCMCIA module •...

  • Page 20: Pcm-3110 Jumper Settings

    PCM-3110 Jumper Settings The PCM-3110 includes one jumper JP1 that must be set before installation. These jumpers control the BIOS address: Read from Write to Boot ROM* Boot ROM The settings for JP1 are as follows: Close pins 1-2: Write data to Flash ROM (28C64)

  • Page 21: Installation Procedure

    Installation Procedure To install the PCM-3110 in your system, follow the instructions below. 1. Turn off the power to your PC and all peripherals connected to your system. 2. Open your system case. This procedure will vary according to the particular system you own and you should consult with the relevant user’s manual for details.
  • Page 22 PCM-3111 PCM-3110 PC/104 PCMCIA module PC/104 PCMCIA module D1 D2 D1 D2 C0 D0 C0 D0 B1 A1 B1 A1 Connect connectors J3 with 80-pin flat cable (align red line with pin 1) D1 LED: Battery LED (Yellow) D2 LED: Busy LED (Red)

  • Page 23: Pcm-3111 Hardware Installation

    PCM-3111 Hardware Installation Package Contents Checklist When you open your PCM-3111 for the first time, first check that all the following items are present: • One PCM-3111 PCMCIA module • Your choice of one of the following PCMCIA software packages from SystemSoft Corporation: Cardsoft 3.1 for DOS 5.0 or higher, CardWizard for Windows 3.1 or higher, CardWorks for Windows 95, Cardwizard-NT for Windows NT.

  • Page 24: Installation Procedure

    3. Install your PCM-3110 according to the directions in the previ- ous section. 4. Mount the PCM-3111 in your system as required. The PCM- 3111 cannot be used by itself;...

  • Page 25: Pcm-3115B Hardware Installation

    PCM-3115B Hardware Installation PCM-3115B 2-slot PC/104 PCMCIA module D1 D2 1 2 3 33 1 D1 LED: Busy LED (Red) D2 LED: Busy LED (Red) I/O Address: 3E0h/3E1h IRQ: Interrupt steering for the card status change interrupt Package Contents Checklist When you open your PCM-3115B for the first time, first check that all the following items are present: •...

  • Page 26: Pcm-3115B Jumper Settings

    PCM-3115B Jumper Settings The PCM-3115B includes two jumpers, JP1 and JP2, that must be set before installation. These jumpers control the BIOS address (Boot ROM function): Read from Boot ROM* Write Data to Boot ROM JP2 controls the ability to write data to the Boot ROM. Closing pins 2- 3 enables writing.

  • Page 27: Installation Procedure

    Installation Procedure To install the PCM-3115B in your system follow the instructions below. 1. Turn off the power to your PC and all peripherals connected to your system. 2. Open your system case. This procedure will vary according to the particular system you own and you should consult with the relevant user’s manual for details.

  • Page 28: Pcm-3110B Hardware Installation

    PCM-3110B Hardware Installation Package Contents Checklist When you open your PCM-3110B for the first time, first check that all the following items are present: • One PCM-3110B PCMCIA module • Your choice of one of the following PCMCIA software packages from SystemSoft Corporation: Cardsoft 3.1 for DOS 5.0 or higher, CardWizard for Windows 3.1 or higher, CardWorks for Windows 95, Cardwizard-NT for Windows NT.

  • Page 29: Pcm-3110B Jumper Settings

    PCM-3110B Jumper Settings The PCM-3110B includes two jumpers JP3 and JP4 that must be set before installation. These jumpers control the BIOS address: Read from Boot ROM* Write to Boot ROM JP4 controls the ability to write data to the Boot ROM. Closing pins 2- 3 enables writing.

  • Page 30: Installation Procedure

    Installation Procedure To install the PCM-3110B in your system follow the instructions below. 1. Turn off the power to your PC and all peripherals connected to your system. 2. Open your system case. This procedure will vary according to the particular system you own and you should consult with the relevant user’s manual for details.

  • Page 31: Pcm-3113 Hardware Installation

    PCM-3113 Hardware Installation Package Contents Checklist When you open your PCM-3113 for the first time, first check that all the following items are present: • One PCM-3113 PCMCIA module • 2 x 50-pin flat cable • Mounting screws • This user’s manual. If any of the above items is missing or appears to be damaged in any way, please consult with the dealer from whom you purchased your unit immediately.
  • Page 32 PCM-3113 PCM-3110B PCMCIA drive with 3.5” FDD form factor PC/104 PCMCIA module 1 2 3 50 49 50 49 50 49 50 49 33 1 Connect with 2 x 50-pin flat cable (align red line with pin 1) I/O Address: 3E0h/3E1h IRQ: Interrupt steering for the card status change interrupt PCM-3113 PCM-3110B...

  • Page 33: Installation Procedure

    Installation Procedure To install the PCM-3113 in your system follow the instructions below. 1. Turn off the power to your PC and all peripherals connected to your system. 2. Open your system case. This procedure will vary according to the particular system you own and you should consult with the relevant user’s manual for details.
  • Page 34 PCM-3114 PCM-3110B Dual FDD/PCMCIA combination drive PC/104 PCMCIA module 1 2 3 50 49 50 49 50 49 50 49 33 34 Power Connector 33 1 Connect with 2 x 50-pin flat cable (align red line with pin 1) I/O Address: 3E0h/3E1h IRQ: Interrupt steering for the card status change interrupt PCM-3114 PCM-3110B...

  • Page 35: Pcm-3114 Hardware Installation

    PCM-3114 Hardware Installation Package Contents Checklist When you open your PCM-3114 for the first time, first check that all the following items are present: • One PCM-3114 combination PCMCIA module and 3.5” FDD drive • 2 x 50-pin flat cable •...

  • Page 36: Installation Procedure

    Installation Procedure To install the PCM-3114 in your system follow the instructions below. 1. Turn off the power to your PC and all peripherals connected to your system. 2. Open your system case. This procedure will vary according to the particular system you own and you should consult with the relevant user’s manual for details.

  • Page 37: Software Installation

    Chapter 3. SOFTWARE INSTALLATION Introduction Your PC/104 PCMCIA Module is supplied with your choice of one of the following bundled software packages from SystemSoft Corpora- tion: • Cardsoft 3.1 for DOS 5.0 or higher • CardWizard for Windows 3.1 or higher & FTL •...

  • Page 38: Installing Cardsoft 3.1 For Dos

    The software includes automatic installation programs which will make the necessary modifications to your CONFIG.SYS file to allow you to access your PCMCIA card slots. Please follow the instructions in this chapter carefully in order to ensure that the software is correctly installed.

  • Page 39: Systemsoft Cardsoft 3.1 & Ffs Installation Guide

    SystemSoft CardSoft 3.1 & FFS Installation Guide 1. Install all cables to your PC/104 PCMCIA Module 2. Insert CardSoft 3.1 and FFS diskette into your floppy disk drive. Type install 3. Insure that your config.sys file appears as follows: DEVICE = C:\DOS\SETVER.EXE TYPE BY YOURSELF DEVICE = C:\DOS\HIMEM.SYS TYPE BY YOURSELF...
  • Page 40 d. When you use a PCMCIA drive with Boot ROM V. 2.0x with ATA HDD or ATA Flash cards, boot the system from drive C if the capacity of the card is greater than 15 MB. Boot from drive A if the the size of the PCMCIA card is less than 15 MB. e.

  • Page 41: Installing Cardwizard For Windows 3.1/3.11

    Installing CardWizard for Windows 3.1/3.11 CardWizard is a utility that assists with PCMCIA configuration and automatically diagnoses and resolves the most common PCMCIA and system problems. System Requirements The following items are the minimum requirements for CardWizard: • Windows 3.1/3.11 •...

  • Page 42: Config.sys Menu Partitions

    From the Windows File Manager: 1. choose Run from the File menu. 2. type: A:\SETUP or select the A: drive then double click on SETUP.EXE file. CONFIG.SYS Menu Partitions If you wish to customize the handling of the CONFIG.SYS partitions, it is recommended that you choose Custom Installation.

  • Page 43: Typical System File Modifications

    Typical System File Modifications Typical system file modifications are shown below: CONFIG.SYS DEVICEHIGH=C:\WINDOWS\EMM386.EXE NOEMS X=D000-D7FF DEVICEHIGH=C:\CARDWIZ\SSVADEM.EXE /SKT:2 DEVICEHIGH=C:\CARDWIZ\CS.EXE /POLL:1 DEVICE=C:\CARDWIZ\CSALLOC.EXE DEVICEHIGH=C:\CARDWIZ\ATADRV.EXE /S:2 DEVICEHIGH=C:\CARDWIZ\MTI1.EXE DEVICEHIGH=C:\CARDWIZ\MTI2P.EXE DEVICEHIGH=C:\CARDWIZ\MTAA.EXE DEVICEHIGH=C:\CARDWIZ\MTAB.EXE DEVICEHIGH=C:\CARDWIZ\MTATM.EXE DEVICEHIGH=C:\CARDWIZ\MTHB2.EXE DEVICEHIGH=C:\CARDWIZ\MTDDRV.EXE DEVICEHIGH=C:\CARDWIZ\MTSRAM.EXE DEVICEHIGH=C:\CARDWIZ\FTL.EXE DEVICEHIGH=C:\CARDWIZ\CARDID.EXE SYSTEM.INI [386Enh] {This is the only section changed} EMMEXCLUDE=D000-D7FF DEVICE=*VCD {This line is remarked, or...

  • Page 44: Emm386 Exclusions

    EMM386 Exclusions The CardWizard Setup Utility looks for EMM386.EXE in the CONFIG.SYS file. If this driver is not in CONFIG.SYS, then the “EmmExclude=D000-D7FF” parameter is added in SYSTEM.INI to ensure that there are 32 KB of memory which can be used by CardWizard.

  • Page 45: Installing Cardworks For Windows 95

    Installing CardWorks for Windows 95 CardWorks is a Windows 95 software suite that includes SystemSoft’s industry leading CardSoft & CardWizard PCMCIA card software to enhance the functionality of PCMCIA card technology in Windows 95. CardWorks is intended to make PCMCIA card use simple and straightforward, while affording the greatest compatibility in the computer industry.

  • Page 46: Installing Cardwizard-Nt For Windows Nt

    Installing CardWizard-NT for Windows NT This release of CardWizard-NT for Windows NT requires “Windows NT version 4.0 Golden” or a later release of Window NT version 4.0. You MUST have administrator privileges in order to install CardWizard-NT for Windows NT. From the Start Menu, the Ex- plorer, or from a DOS prompt, run Setup.exe.
  • Page 47 Introduction SystemSoft’s CardWizard-NT is a Microsoft Windows NT applica- tion that creates a new standard for improving PC card ease of use. CardWizard-NT allows you to view PC card slots, trouble-shoot card configuration problems, resolve resource conflicts, receive notification of card activity and launch PC applications upon card insertion. CardWizard-NT features an expert system that addresses advanced configuration issues.
  • Page 48 3-12 PC/104 PCMCIA MODULE...

  • Page 49: Introduction

    After you have installed PC/104 PCMCIA Module in your system, when using memory cards the drive letter of the first PCMCIA socket (the PCM-3110, PCM-3111 and PCM-3110B models have only one socket) will become the drive after the last hard disk drive. For ex-...

  • Page 50: Using Sram Memory Cards

    The memory card assignments when you install PC/104 PCMCIA Module devices is summarized as follows: Single PCM-3110: Assigned as socket 1 PCM-3110 and PCM-3111: PCM-3110 is socket 1 and PCM-3111 is socket 2 PCM-3115B: Bottom socket is socket 1, top socket is socket 2...

  • Page 51: Sram Card Beep Codes

    SRAM Card Beep Codes When you insert any kind of PCMCIA card into a socket you will hear an audible beep which will inform you of the status of the card. All PCMCIA cards have two types of audible message that tell you about the status of your card and your system: Single low pitched beep = Card not inserted properly, defective card, software improperly installed or, for SRAM cards, low battery...

  • Page 52: Deleting Data On An Sram Card

    Note that you must transfer the system using the format command and cannot use the SYS command to transfer the system to a pre-formatted SRAM card as you can with a floppy diskette. After transferring the system to the card with the FORMAT command, you must then copy the PC/104 PCMCIA Module drivers and the DOS files HIMEM.SYS and SETVER.EXE from your internal hard disk drive to the SRAM card.

  • Page 53: Flash Memory Card Beep Codes

    Flash Memory Card Beep Codes The beep codes for Flash memory cards are the same as for SRAM cards: Single low pitched beep = Card not inserted properly, defective card, software improperly installed or, for SRAM cards, low battery Two high-pitched beeps (second has higher pitch than first) = Hardware and software is correctly installed and everything is working fine Formatting Flash Memory Cards The utility software that comes with your PC/104 PCMCIA Module...

  • Page 54: Erasing Flash Memory Cards

    Create and format a new partition. Drive Beg address End address Type Status Size 2097151 Free Unformatted 2048 K Which drive would you like to select? Drive = d Would you like to format entire card with FLASH(1) OR FTL(2) (1/2)? Erasing Flash Memory Cards If you cannot successfully complete formatting a Flash card, you must...

  • Page 55: Booting From Linear Flash Cards

    Your Flash card will be formatted and you may now proceed to read and write data to the card. Booting from Linear Flash Cards PCM-3110B and PCM-3115B provide you with the capability to boot from linear Flash cards. Booting from a linear Flash requires the following: •...

  • Page 56: Installing M-Systems Trueffs Software

    Installing M-Systems TrueFFS software 1. Insert the M-Systems TrueFFS installation diskette into your disk drive and make the disk drive active. 2. Type (we will assume that drive A contains the installation diskette) A>install 3. The installation program will prompt you for information about your system.
  • Page 57 3. Insure that the CONFIG.SYS file includes the following lines: DEVICE=A:\PCICSS.COM DEVICE=A:\TFFS.COM /WINDOW=D000 /DRIVE=C / SIZE=4096 4. Reboot your system and run your BIOS setup. Disable the IDE hard disk drive. This is usually done by pressing the Delete key immediately after your computer boots. Change the boot-up sequence to A, C which is usually found in the BIOS features setup menu.
  • Page 58 4-10 PC/104 PCMCIA MODULE...

  • Page 59: Using I/O Cards

    Chapter 5. USING I/O CARDS Introduction Unlike SRAM and Flash memory cards, I/O (Input/Output) cards are not used to store data but are actually devices to perform some special function. I/O devices are instruments that control incoming and outgo- ing data flow. Traditional I/O devices for desktop PCs come in the form of interface cards that are plugged into the slots on the mainboard of the computer and include such devices as network cards, modems and fax modems.

  • Page 60: I/O Card Beep Codes

    I/O Card Beep Codes Just as with memory cards, when an I/O card is inserted in the PC/104 PCMCIA Module slot, an audible beep is issued to inform you of the status of the card. There are two kinds of audible message with I/O cards, which is: Single low pitched beep = Card not inserted properly, defective card, software improperly installed or, for SRAM cards, low battery...

  • Page 61: Pcmcia Network Cards

    When you insert a modem or fax/modem in a PC/104 PCMCIA Module slot, the following COM port assignments are made: • If no COM port is being used, the PCMCIA modem is automati- cally assigned to COM 1. • If COM 1 is being used, the PCMCIA modem is automatically assigned to COM 2.
  • Page 62 Using Intel’s PCMCIA Ethernet Card If you wish to use Intel’s PCMCIA ethernet card, it is necessary to make certain adjustments to ensure correct operation. Intel’s PCMCIA card comes with a complete software package which is installed on the hard disk drive. The Intel installation program will modify your CONFIG.SYS file and your AUTOEXEC.BAT files.

  • Page 63: Pcmcia Lan Card Software In General

    To do this, use any text editor to call up the CONFIG.SYS file and edit the statements as below: REM DEVICE=C:\CARDSOFT\SSVADEM.EXE REM DEVICE=C:\CARDSOFT\CS.EXE Adding the REM statement will disable these two lines. You could also delete these two statements completely, though adding REM ensures they are still there for reference in case you need to use them in the future.
  • Page 64 PC/104 PCMCIA MODULE...

  • Page 65: Using Ata Disk Drive Cards

    Chapter 6. USING ATA DISK DRIVE CARDS Introduction PCMCIA ATA hard disk drives represent a major technological break- through in terms of portability and exchangeability of large amounts of data. Two main types are available: solid-state devices such as the Sundisk ATA card which is a Type II device and rotating media ATA hard disk drive cards which are Type III devices.

  • Page 66: Ata Hdd Drive Letter Assignments (Non Bootable)

    This signal tells you that the ATA card is working correctly. If you fail to hear this beep signal when you insert the card, this may indicate that the card is faulty or damaged. ATA HDD Drive Letter Assignments (Non bootable) The drive letter assigned to an ATA HDD card will depend on the configuration of your system.
  • Page 67 Example 2 If your system has two floppy drives and two hard disk drives both formatted into two partitions, the drive letter assignment when running CardSoft 3.1 will be as follows: • Floppy disk drive 1 - A: (no change) •...

  • Page 68: Making Ata Hdd/Flash Cards Bootable

    Example 4 If your system has two floppy disk drives (A and B) and one hard disk drive with a single partition (C ), the drive letter assignments for your PC/104 PCMCIA Module drives under Cardwizard will be the following: •...
  • Page 69 Fixed Cylinders: 1008 Heads: <F1> - Help Physical Sectors/track: <ESC> - Quit Here are the parameters that were returned, examine them carefully to insure they match what was expected. Hit ENTER to accept and continue or <P> to prompt. [ENTER] 6.

  • Page 70: Bootable Ata Flash Card Letter Assignments

    Note When using an ATA HDD or ATA Flash card with Boot ROM v.2.0x, the size of the card determines whether it boots as drive A or drive C. If the card is less than 15 MB, it will boot as drive A and the floppy disk will become B;...
  • Page 71 1. Boot up from the ATA Flash card. 2. Disconnect the ATA Flash card by pulling it halfway out of the socket. 3. Insert any floppy diskette in the A: floppy disk drive. 4. At the DOS prompt, type A>DIR. The A: directory of the A: floppy disk drive will be displayed.
  • Page 72 PC/104 PCMCIA MODULE...

  • Page 73: Pc/104 Bus Connectors (Pcm-3110, 3110B, 3111, 3115B

    Appendix A PC/104 PCMCIA Module Pin Assignments PC/104 Bus Connectors (PCM-3110, 3110B, 3111, 3115B) The PC/104 PCMCIA Module PCM-3110, PCM-3111, PCM3115B and PCM-3110B all feature PC/104 bus connectors. These two con- nectors replace the “golden finger” edge connectors that are found on ISA or PCI-bus devices.
  • Page 74 PC/104 Connectors Connector J1 Connector J2 Number RowA RowB RowC RowD — — IOCK# SBHE# MEM16 RESETDRV LA23 IO16# LA22 IRQ10 IRQ9 LA21 IRQ11 LA20 IRQ12 DRQ2 LA19 IRQ15 -12V LA18 IRQ14 OWS# LA17 DACK0# +12V MEMR# DRQ0 IOCHRDY MEMW# DACK5# SMEMW# DRQ5...
  • Page 75 80-Pin Flat Cable (PCM-3110 and PCM-3111) The PCM-3110 and PCM-3111 are connected together by using an 80- pin flat cable. When making the connection, make sure that pin 1 on PCM-3110 is connected to pin 1 on PCM-3111. ¬ PC/104 PCMCIA MODULE CONNECTOR PIN ASSIGNMENTS...
  • Page 76 80-Pin Flat Cable Connectors Pin No. Function Pin No. Function VPPB VPPB VPPB B-CA12 B-CA25 B-CA13 SD15 B-CA24 B-CA14 SD14 B-CA23 B-CA15 SD13 B-CA22 B-CA16 SD12 B-CA21 B-CA17 SD11 B-CA20 B-CA18 SD10 B-CA19 B-*CE1 B-*OE B-*IORD B-*REG B-*IOWR B-*WE B-*CE2 SA10 B-RESET SA11...
  • Page 77 2x50-Pin Connectors (PCM-3110B, PCM-3113, PCM-3114) The PCM-3113 and PCM-3114 provides an additional PCMCIA drive with a 3.5” FDD form factor for customers that have purchased a PCM-3110B. The PCM-3114 also provides a 3.5” FDD drive. Con- nections with the PCM-3110B are made with 2 x 50-pin flat cables. JP2 JP1 JP1 JP2 PC/104 PCMCIA MODULE CONNECTOR PIN ASSIGNMENTS...
  • Page 78 2 x 50-Pin Flat Cable Connectors Connector JP1 Pin No. Function Pin No. Function B-CA12 B-CA13 B-CA14 B-CA15 B-CA16 B-CA17 B-CA18 B-CA19 B-CA20 B-CA21 B-CA22 B-CA23 B-CA24 B-CA25 B-*ENABLE EXTDIR VPPB VPPB VPPB VPPB PC/104 PCMCIA MODULE...
  • Page 79 Connector JP2 Pin No. Function Pin No. Function B-*WAIT B-*CD1 B-*CD2 B-BVD1 B-BVD2 B-WP B-RDY/*BSY B-*IORD B-*IOWR B-*WE/PRGM B-*OE B/*REG B-*CE1 B-*CE2 B-RESET LEDB PC/104 PCMCIA MODULE CONNECTOR PIN ASSIGNMENTS...

  • Page 80: Fdd Cable And Fdd Power Connector (Pcm-3114

    FDD Cable and FDD Power connector (PCM-3114) The PCM-3114 combination 3.5” FDD/PCMCIA drive includes a 34- pin FDD cable and a 4-pin mini power connector for the 3.5” FDD. Connect the FDD cable to your computer’s main board and the power connector to your computer’s power supply.

  • Page 81: Floppy Drive Connector

    Floppy drive connector Connector JP5 Signal Signal DENSITY SELECT INDEX MOTOR 0 DRIVE SELECT 1 DRIVE SELECT 0 MOTOR 1 DIRECTION STEP WRITE DATA WRITE GATE TRACK 0 WRITE PROTECT READ DATA HEAD SELECT DISK CHANGE Power Connector Connector JP3 Signal Signal PC/104 PCMCIA MODULE CONNECTOR PIN ASSIGNMENTS...
  • Page 82 A-10 PC/104 PCMCIA MODULE...
  • Page 83 Preface INTRODUCING PCMCIA CARDS Introduction If you are unfamiliar with PCMCIA cards, then we suggest you read this preface to gain an overall understanding of the various types and configurations before you attempt to install your PC/104 PCMCIA Module. If you have used PCMCIA cards before, it is not necessary to read this section and you should proceed directly to the main body of the manual.
  • Page 84 Type I Cards Memory cards for storing data. These include two main types - SRAM memory cards and Flash memory cards. Type II Cards Type II cards are I/O cards including modem cards, fax/modem cards, Ethernet LAN cards and solid-state ATA hard disk drive cards. Type III Cards Type III cards are ATA hard disk drive cards with rotating media.
  • Page 85 Formatting SRAM Cards The FAT System is the same as that used by standard floppy diskettes and hard disks and provides a straight forward option for uncompli- cated formatting. SRAM cards should always be formatted with the FAT system which will allow them to be used in exactly the same way as floppy diskettes with full read/write capability.
  • Page 86 What is PC/104? Introduction The PC/104 standard is a compact version of the IEEE P996 (PC and PC/AT) bus. The specifications were drafted for the unique require- ments of embedded systems and PC/104 is gaining wide acceptance in the field of industrial computing. There are 104 signal contacts on the two PC/104 bus connectors: P1 has 64 pins and P2 has 40 pins Advantages of PC/104 PC/104 has several advantages over conventional, i.e.

This manual is also suitable for:

Pcm-3110bPcm-3113Pcm-3111Pcm-3114Pcm-3115b

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