Advantech PCM-3643 Installations- und Betriebshandbuch

PCM-3643 Startup Manual 1

Mechanical and Environment

PCM-3643 PC/104 8-Port RS-232 Module

For more information on this and other EMAC

products, please visit our website at:

http://www.emacinc.com

For technical support and service, please visit our support

website at:

http://www.emacinc.com/technical_support.htm

This manual is for the PCM-3643 Rev.A1

1st Edition

Printed in Taiwan April 2001

Startup Manual

Introduction

Packing List

Before you begin installing your card, please make sure

that the following materials have been shipped:

• 1 PCM-3643 PC/104 Multi COM Port module

• 1 Start-up manual

• 1 CD-ROM or Disks for utility, drivers, and manual (in

PDF format)

•COM Port Cable= (1 COM Port cable for

PCM-3643-4, and 2 COM Port cables for

PCM-3643-8)

If any of these items are missing or damaged, contact

your distributor or sales representative immediately.

Note 1: For detailed contents of the PCM-3643,

please refer to the enclosed CD-ROM or disk

(in PDF format).

PCM-3643 PC/104 8-port RS-232 Module

• Power consumption: +5 V @ 400 mA (typical)

• Power requirement: +5 V@ ± 5% tolerance on

power supply

• Size/Weight: 96 mm x 90 mm (3.8" x 3.5"),

.084 kg (.185lb)

• Operating Temperature.: 0 ~ 60° C (32 ~ 140°F)

• Storage Temperature: -40 ~ 85° C (-40 ~ 185°F)

• Operating humidity: 0 ~ 90% Rel Humd.,

noncondensing

• Chipset: Standard 16550, 16650 or 16750

compatible chipsets for serial ports

• Channel: 4/8 port RS-232 support

• IRQ: 3, 4, 5, 7, 9, 10, 11, 12

• Baud rate: 50 ~ 921.6 kbps

• Charter length: 5, 6, 7 or 8 bits

• Stop bits: 1, 1.5, 2

• Parity: none, even, odd

• Data signals: TxD, RxD, RTS, CTS, DTR, DSR,

DCD, RI, GND

EMAC, Inc. introduced its new PC/104-compatible

communication module with eight individually

configurable RS-232 ports, PCM-3643. Targeting

embedded system customers with a need for high-

speed and shared IRQ ports, high -performance PCM-

3643 is especially suitable for multitasking environ-

ments. The PCM-3643 provides versatile function

settings to meet users needs. These function settings

include Standard/Enhance setting, Independent/Shared

IRQ setting and Speed setting. Standard/Enhance

setting can help users to flexibly use base address.

Especially in Enhance setting, different base

addresses can be set according to the application. In

Shared IRQ setting, all eight interrupt ports can be

specified to one. This solves IRQ insufficiency

problems within the embedded system. In Speed

setting, the PCM-3643 allows transmission rate up to

921.6 kbps. It improves the performance of the system.

Features

Installation

Connectors and jumpers

CN1: 1st 4 COM port connector

CN2: 2nd 4 COM port connector

CON1: PC/104 connector

JP1: (Reserve)

JP2,4,6,8: IRQ setting for 1st 4 COM port

JP3,5,7,9: IRQ setting for 2nd 4 COM port

S1: Interrupt vector address setting

S2: COM port base I/O address setting

Note 2: Acrobat Reader is required to view any

PDF file. Acrobat Reader can be

downloaded at: www.adobe.com/

Prodindex/acrobat/readstep.html

(Acrobat is a trademark of Adobe.)

2PCM-3643 Startup Manual

Mechanical Drawing

CN1 (COM1~COM4)

1st 16C554

•

CON1

JP1

•

2nd 16C554

JP2 •

JP4 •

JP6 •

JP8 •

CN2 (COM 5-

COM8) •

JP3

•

JP10

•

PCM-3643 Startup Manual 3

*Default setting

S1 (switch 1 ~ switch 5): Interrupt vector address setting

Default Setting:

Interrupt vector address= 280H

I/O Addressing mode= Enhance mode

IRQ sharing mode= 4 COM share one IRQ

5hctiwS4hctiwS3hctiwS2hctiwS1hctiwS tpurretnI

retsigeR

NONONONONOH002

NONONONOFFOH012

NONONOFFONOH022

NONONOFFOFFOH032

NONOFFONONOH042

NONOFFONOFFOH052

NONOFFOFFONOH062

NONOFFOFFOFFOH072

NOFFONONONO*H082

NOFFONONOFFOH092

NOFFONOFFONOH0A2

NOFFONOFFOFFOH0B2

NOFFOFFONONOH0C2

NOFFOFFONOFFOH0D2

NOFFOFFOFFONOH0E2

NOFFOFFOFFOFFOH0F2

FFONONONONOH003

FFONONONOFFOH013

FFONONOFFONOH023

FFONONOFFOFFOH033

FFONOFFONONOH043

FFONOFFONOFFOH053

S1 OFF

Jumper Setting

(1) S1: Interrupt vector address setting/ I/O addressing mode/ IRQ sharing mode

4PCM-3643 Startup Manual

8hctiwS7hctiwSedoM

NONOedoMQRItnednepednI

NOFFO2PJybdengissaQRI1erahs8MOC~1MOC

*FFO*NO 2PJybdengissaQRI1erahs4MOC~1MOC

3PJybdengissaQRI1erahs8MOC~5MOC

FFOFFO

2PJybdengissaQRI1erahs2MOCdna1MOC

6PJybdengissaQRI1erahs4MOCdna3MOC

3PJybdengissaQRI1erahs6MOCdna5MOC

7PJybdengissaQRI1erahs8MOCdna7MOC

S1 (switch 7, switch 8): IRQ sharing mode select

S1 (switch 6): I/O addressing mode

NO852,052,842,042,8E2,8E3,8F2,8F3(edomdradnatS

*FFO)sserddaesabtceles2Sesu(edomecnahnE

*Default setting

FFONOFFOFFONOH063

FFONOFFOFFOFFOH073

FFOFFONONONOH083

FFOFFONONOFFOH093

FFOFFONOFFONOH0A3

FFOFFONOFFOFFOH0B3

FFOFFOFFONONOH0C3

FFOFFOFFONOFFOH0D3

FFOFFOFFOFFONOH0E3

FFOFFOFFOFFOFFOH0F3

*Default setting

PCM-3643 Startup Manual 5

Default setting:

I/O Address= 240H

Speed= Normal

Operation system= 98/NT

1OFFON

S2 (switch 1 ~ switch 6): COM Port base I/O address setting

1hctiwS2hctiwS3hctiwS4hctiwS5hctiwS6hctiwSsserddAesaB

h8h01h02h04h08h001

000000 h002

100000 h802

000100 *h042

...

000001 h003

000111 h0C3

(2) S2: Base I/O address setting / Speed selection / Operation system select

** 0 = ON, 1 = OFF

*Default Settings

Base address = 200h + 8h (switch 1) + 10h (switch 2) + 20h (switch 3) + 40h (switch 4) + 80h

(switch 5) + 100h (switch 6)

For example: Base address 240h = 200h + 8h (0) +10h (0) + 20h (0) + 40h (1) + 80h (0) + 100h (0)

6PCM-3643 Startup Manual

troPMOCsserddaO/I

1MOCH00+sserddAesaB

2MOCH80+sserddAesaB

3MOCH01+esaB

4MOCH81+esaB

5MOCH02+esaB

6MOCH82+esaB

7MOCH03+esaB

8MOCH83+esaB

COM Port I/O address

*NOdeepslamroN

FFOdeepshgiH

S2 (switch 7): Speed selection

S2 (switch 8): Operation system select

*NOTN/89

FFOSOD

*Default setting

PCM-3643 Startup Manual 7

JP2 controls COM1,COM2,COM3,COM4

JP4-inactive

JP6-inactive

JP8-inactive

JP3 controls COM5,COM6,COM7,COM8

JP5-inactive

JP7-inactive

JP9-inactive

The EMAC PCM-3643 PC/104 Serial Port Module is

flexible in that it can use multiple configurations of

jumpers JP2 to JP9 to control IRQ sharing. Here are

the choices:

JP2 controls COM1

JP4 controls COM2

JP6 controls COM3

JP8 controls COM4

JP3 controls COM5

JP5 controls COM6

JP7 controls COM7

JP9 controls COM8

2. Can use 2 COM ports shared on 1 IRQ

JP2 controls COM1 and COM2

JP4-inactive

JP6 COM3 and COM4

JP8-inactive

JP3 COM5 and COM6

JP5-inactive

JP7 COM7 and COM8

JP9-inactive

(3) JP2 ~ JP9: IRQ Select

JP2,4,6,8; JP3,5,7,9------IRQ Select

Bit1 - IRQ3

Bit2 - IRQ4

Bit3 - IRQ5

Bit4 - IRQ7

Bit5 - IRQ9

Bit6 - IRQ10

Bit7 - IRQ11

Bit8 - IRQ12

Note: The right jumper is Bit8 and the left is Bit1.

Note: Share mode recommended 4 COM Share 1 IRQ.

4. Can use 8 COM ports shared on 1 IRQ

JP2 controls

COM1,COM2,COM3,COM4,COM5,COM6,COM7,COM8

JP4-inactive

JP6-inactive

JP8-inactive

JP3-inactive

JP5-inactive

JP7-inactive

JP9-inactive

Example: Lets use the default for example. 4 COM

ports (COM1, COM2, COM3, COM4) are controlled by

JP2 (jumped), so, JP4, JP6, JP8 are ignored.

So, in our example above, since IRQ3 is being used

by COM1, COM2, COM3, COM4 (default setting), you

can't use IRQ3 again by jumping JP3 to use COM5,

COM6, COM7, COM8. You have to use a different

IRQ.

Note: You can't use the same IRQ at the same time.

Default setting: 4 COM ports share 1 1 IRQ, JP2 set

to IRQ5, JP3 set to IRQ10

345791011

IRQ

JP2

IRQ 34579

10 11 12

3457910 11 12

IRQ

JP3

1. Can use 1 COM port with 1 IRQ, so

3.Can use 4 COM ports shared on 1 IRQ

(Default setting)

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