Datasheet

ManualsBrandsActebis Manualscomputer components15.06.1121

DIS PWR

If you are ready with the jumper settings, please proceed with the following installation

instructions. Because the designs of computers are different, only general installation

instructions are given. Please refer your computer s reference manual whenever in doubt.

Turn off the power to your computer and any other connected peripherals.

Remove the mounting screws located at the rear and/or sides panels of your Com-

puter and gently slide the cover off.

Locate an available expansion slot and remove its covers from the rear panel of your

computer. Make sure it is the right expansion slot for the card (see card description)

Align the card with the expansion slot, and then gently but firmly, insert the card.

Make sure the card is seated and oriented correctly. Never insert the card by force!

Then connect the card with a screw to the rear panel of the computer case.

Gently replace your computer s cover and the mounting screws.

HARDWARE

INSTALLATION :

6 5

44095

English

44095

English

Die EX-44095 ist eine PCI-Express Multi I/O Karte mit einem Parallel Centronics EPP/

ECP Port und

4 seriellen FIFO 16C95x Ports, für den Anschluss von High-

Speed seriel-

len RS-232 Peripherie Geräten (z.B. Terminal, Modem, Plotter usw.). Der serielle PCI-

Express Bus unterstützt dabei optimal die Leistung des schnellen 16C95x Chipsets mit

128byte FIFO Cache. Die EX-44095 gewährleistet so eine sichere Datenübertragung

und exzellente Performance von bis zu 921KBaud/s für jedes angeschlossene Gerät!

Sie unterstützt alle PCI-Express Slots von x1 bis x16. Es ist nicht möglich die I/O Ad-

ressen und Interrupts manuell einzustellen, da die Einstellungen der Karte vom System

(BIOS) und beim Installieren des Betriebssystems automatisch vorgenommen werden.

Mit dem Jumper JP1 können Sie vom Standard Quarz (1.843MHz) auf den schnellen

(14.7456MHz) Quarz umschalten. Beachten Sie bitte falls Sie mit dem schnellen Quarz

arbeiten, dass die Peripheriegeräte dies auch unterstützen. Im Gerätemanager muss

ausserdem die richtige Teilung (Divisor) & Geschwindigkeit manuell eingestellt werden.

BESCHREIBUNG & TECHNISCHE DATEN

AUFBAU

Kompatibilität:

PCI Express x1 bis x16

Betriebs Systeme:

WIN 9.x/ME/NT 4.0/2000/XP/Server 2003/Vista/(Linux vom OS)

Anschlüsse:

4 x 9 Pin Sub

D Stecker, 1x 25Pin parallel Buchse

Lieferumfang:

44095, CD, Anleitung, 2x9 Pin Kabel, 1x25 Pin Kabel

Zertifikate:

FCC / RoHS / WEEE

DE97424562 / WHQL

Windows 9x/ME/2000/XP & Vista:

After starting Windows it recognizes a new PCI Controller

and open the hardware

assistant. Please choose manual installation and put the driver CD into your CD-

Rom

drive. Now enter the Path

"D:\IO\OXFORD\"

and then the directory of your operating

system

95_98_ME 2000 XP32 XP64 Vista32 or Vista64

into the box for

the Path/Source and click at

>next/continue<

. Now Windows search for the drivers in

the specified directory. Follow the hardware assistant and finish the installation. If

Windows recognizes other new devices repeat the above described steps.

Attention!

Restart Windows in any case after installing the drivers.

CHECK THE INSTALLED

DRIVER:

Click at

Start

Run

< then enter

compmgmt.msc

and click at

>OK<

. In the windows

that open select >Device Manager<.

Under

Ports (COM and LPT) you should find

one or more new PCI Ports as sample

(COM3).

If you see this or similar entries the

card is installed correctly.

CHANGE PORT NUMBER:

If you like to change the port number for example COM 3 to COM5, open the

>Device

Manager<

click at >COM3<, >Settings< and then

>Advance<

. There you can change

between COM 3 to 256.

Windows Server 2000/2003:

After starting Windows it recognizes a new PCI Controller

and open the hardware

assistant. Please choose manual installation and put the driver CD into your CD-

Rom

drive. Now enter the Path

"D:\IO\OXFORD\"

and then the directory of your operating

system for Server 2000: 2000 and for Server 2003: XP32 or XP64 into the box

for the Path/Source and click at

>next/continue<

. Now Windows search for the drivers

in the specified directory. Follow the hardware assistant and finish the installation. If

Windows recognizes other new devices repeat the above described steps.

Attention!

Restart Windows in any case after installing the drivers.

CHECK THE INSTALLED

DRIVER:

Click at

Start

Run

< then enter

compmgmt.msc

and click at

>OK<

. In the windows

that open select >Device Manager<.

Under

Ports (COM and LPT) you should find

one or more new PCI Ports as sample

(COM3).

If you see this or similar entries the

card is installed correctly.

CHANGE PORT NUMBER:

If you like to change the port number for example COM 3 to COM5, open the

>Device

Manager<

click at >COM3<, >Settings< and then

>Advance<

. There you can change

between COM 3 to 256.

Windows NT 4.0:

Start Windows NT and insert the driver CD into your CD-ROM drive (for example D:).

Click at >

Start

< >

Run

< and enter D:\IO\OXFORD\NT4\Install_Serial.exe" then click

>OK<

. Windows NT will now start the setup program and install the driver. Please

Restart Windows NT after installing the drivers.

CHECK THE INSTALLED DRIVER:

Click at >

Start

< >

Programs

< >Administrative Tools[Common]< >Windows NT-

Diagnostics

< then click at >

Resource

< >

IRQ

<. Here you should find the entry 09

oxser 0 PCI

. Then click at >

I/O

-Port< here you should see the entries

D400

D407

oxser 0 PCI D800-D802 oxser 0 PCI and DC00-DC1F oxser 0 PCI

for the ports. The I/O addresses can change depends which system and card is in-

stalled. If you see these or similar entry's the card is installed correctly.

LINUX:

There are no drivers available for Linux, but the card is supported by the most versions

of Linux. Because each individual distribution and kernel version of Linux is different,

sadly we cant provide a installation instruction. Please refer to the installation manual

for standard IO ports from your Linux version! In some newer versions the card will

even be installed automatically after starting Linux.

DRIVER

INSTALLATION :

JP4:

AUX5V

DC5V from J8, pc power supply cable is required

AUX12V =

DC12V from J8, pc power supply cable is required

PCI12V

DC12V from PCI Express (

Factory setting

), no cable

For power over pc power supply J8 must be connected!

Only if JP3 is set to PWR! The pin 9 from the serial port connector

will be supplied with DC5V or DC12V. There are 3 sources depends

on the jumper position of JP4.

JP3:

DIS

The pin 9 is connected with the RI (Ring Indicator)

signal as standard RS

232 definition (Factory setting).

PWR

The pin 9 is connected with a power either from PCI

Express slot or from Aux Power connector (J8) The power source is

controlled by JP4 jumper (see the following section).

JUMPER

SETTING

& CONNECTORS

DB 9M:

Signal

CDC

DTR

RTS

RXD

GROUND

CTS

3 TXD 6

DSR

9 RI

Seriell 9 Pin D

SUB connector (S1 to S4):

1 +5V

2 GND

3 GND

4 +12V

J8:

AUX5V

AUX12V

PCI12V

JUMPER

EINSTELLUNG

& ANSCHLÜSSE

JP1:

Mit dem Jumper JP1 können sie zwischen zwei Clock Geschwindigkei-

ten wählen für Kompatibilität oder höhere Baudraten.

LOW

Die Clock ist auf 1.8432Mhz eingestellt für eine maximale

Baudrate von 115.2KBaud. (

Werkseinstellung

). Diese

Einstellung ist für die meisten Anwendungen optimal.

HI =

Die Clock ist auf 14.7456Mhz eingestellt für die maximale

Baudrate von 921.6KBaud.

Bemerkung

: Bei der Einstellung HI müssen sie im Gerätemanager von

Windows bei den COM Port Einstellungen den Wert des Quarz automa-

tisch suchen und einstellen!

JP2:

Die Jumper auf JP2 bitte nicht verändern. Sie sind nur für Testzwecke

im Werk!

Jumper gesetzt

Jumper nicht gesetzt

LOW

9 Pin Stecker

Seriell Anschluss

9 Pin Stecker

Seriell Anschluss

JP3

Power auf 9 Pin Stecker

Ein / Aus

JP2

UART Mode Einstellung

(Nur für Testzwecke im Werk)

JP1

Umschalter

(für Datentransfer

über 115.2KBaud)

Interne

Serielle

Anschlüsse

JP4

Jumper für die Strom

quelle (Netzteil

oder PCI

Express Bus)

Anschluss für den

Power vom Netzteil

9 Pin Stecker

Seriell Anschluss

9 Pin Stecker

Seriell Anschluss

25 Pin Buchse

Parallel Anschluss

Interner Parallel Port

für 25 Pin Kabel

DB 25F:

Signal

STROBE

ACKNOWLEDGE

GROUND

DATA 0

BUSY

GROUND

DATA 1

PAPER EMPTY

GROUND

DATA 2

SELECT

GROUND

DATA 3

AUTO FEED

GROUND

DATA 4

ERROR

GROUND

DATA 5

INIT

GROUND

DATA 6

SELECT INPUT

DATA 7

GROUND

Parallel 25 female connector (P1):

Bedienungsanleitung

Vers. 3.1 / 06.06.07

Summary of content (2 pages)

PAGE 1
EX EX--44095 English JUMPER SETTING & CONNECTORS: JP3: DIS PWR DIS S1 S2 S3 S4 PWR JP4: J8: DB 9M: DB 25F: 1 +5V 2 GND 3 GND 4 +12V English DRIVER INSTALLATION : = The pin 9 is connected with the RI (Ring Indicator) signal as standard RS-232 definition (Factory setting). = The pin 9 is connected with a power either from PCI Express slot or from Aux Power connector (J8) The power source is controlled by JP4 jumper (see the following section).
PAGE 2
EX EX--44095 Deutsch JUMPER EINSTELLUNG & ANSCHLÜSSE: DIS DIS PWR JP3: S1 S2 S3 S4 PWR JP4: J8: 1 +5V 2 GND 3 GND 4 +12V DB9M: DB 25F: Deutsch TREIBER INSTALLATION : = Am Pin 9 liegt das Standard Signal RI (Ring Indicator). (Werkseinstellung) = Am Pin 9 kann jetzt eine Spannung von DC5V oder DC12V eingestellt werden. Die Einstellung der Spannung nehmen sie mit dem JP4 vor. Dies sollte aber bei Standard Anwendungen nicht verstellt werden.