
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.
1. Turn off the power to your computer and any other connected peripherals.
2. Remove the mounting screws located at the rear and/or sides panels of your Com-
puter and gently slide the cover off.
3. 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)
4. 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!
5. Then connect the card with a screw to the rear panel of the computer case.
6. Gently replace your computer’s cover and the mounting screws.
HARDWARE INSTALLATION :
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JUMPER EINSTELLUNG & ANSCHLÜSSE:
Die EX-41016 ist eine PCI serielle RS-232 Karte mit 16 seriellen FIFO 16C550 Ports,
für den Anschluss von High-Speed parallelen und seriellen RS-232 Peripherie Geräten
(z.B. Terminal, Modem, Drucker, Plotter usw.). Sie besitzt zwei 16C550 Chipsets mit
32byte FIFO Cache. Die Karte gewährleistet so eine sichere Datenübertragung und
exzellente Performance von bis zu 115,2KBaud/s für jedes angeschlossene serielle
Gerät! Sie unterstützt alle PCI & PCI-X Slots mit 3.3V und 5Volt. Es ist nicht möglich die
I/O Adressen und Interrupts manuell einzustellen, da die Einstellungen der Karte vom
System (BIOS) und beim Installieren des Betriebssystems automatisch vorgenommen
werden. Mit dem Jumper JP4 können Sie die Stromversorgung der Karte und Endgerä-
te wählen. Beachten Sie bitte das Anschluss J3 im fall der externen Stromversorgung
( z.B. X12V) mit dem PC-Netzteil verbunden werden muss! Achtung! JP2 kann nur auf
PWR gesetzt werden wenn ein spezielles Kabel verwendet wird welches sich nicht im
Lieferumfang befindet! Es wird ausschließlich zur Versorgung von Endgeräten benötigt.
BESCHREIBUNG & TECHNISCHE DATEN :
AUFBAU :
Kompatibilität: PCI & PCI-X, 5Volt oder 3,3Volt
Betriebs Systeme: 9x/ME/NT 4.0/2000/XP/Server 2003,2008/Vista (Linux vom OS)
Anschlüsse: 16 x 9 Pin Seriell Sub-D Stecker
Lieferumfang: EX-41016, Treiber CD, Anleitung, 2 x Octopus Kabel 8 x 9 Pin
Zertifikate:
CE
/ FCC / RoHS / WEEE DE97424562 / WHQL
Windows 9x/ME/2000/XP & Vista:
After starting Windows it recognizes a new “PCI Controller“ and opens 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 searches 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 win-
dows that opens select >Device Manager<. Under „Ports (COM and LPT)“ you
should find a new „PCI Port“ 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 choose
between COM 3 to 256.
Windows Server 2000/2003/2008:
After starting Windows it recognizes a new “PCI Controller“ and opens 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“ for Server 2003: “XP32“ or “XP64“ and for Server
2008 “Vista32“ or “Vista64“ into the box for the Path/Source and click at >next/
continue<. Now Windows searches 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 install-
ing the drivers.
CHECK THE INSTALLED DRIVER:
Click at >Start< >Run< then enter “compmgmt.msc“ and click at >OK<. In the win-
dows that opens select >Device Manager<. Under „Ports (COM and LPT)“ you
should find a new „PCI Port“ 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 choose
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 :
JUMPER SETTING & CONNECTORS:
Bedienungsanleitung
Bedienungsanleitung
Vers. 1.0 / 25.06.09
(Nur in Verbindung mit speziellem Kabel & JP2 auf PWR!!!)
I12V = Strom auf PIN59 mit 12Volt vom Mainboard (STANDARD)
X12V = Strom auf PIN59 mit 12Volt vom PC-Netzteil
X5V = Strom auf PIN59 mit 5Volt vom PC-Netzteil
I5V = Strom auf PIN59 mit 5Volt vom Mainboard
DIS | PWR
DIS (Masse) = Achtung! Jumper nicht verändern! (STANDARD)
PWR (POWER) = Achtung! Jumper nicht auf diese Einstellung
setzen! Karte, PC und Endgeräte könnten beschädigt werden!
Verwendung nur mit optionalem speziellem Kabel !!!
JP2&
JP3:
JP4:
I12V
X12V
X5V
I5V
Pin Signal Pin Signal Pin Signal
1 CDC 4 DTR 7 RTS
2 RXD 5 GND 8 CTS
3 TXD 6 DSR 9 RI
Serial 9 Pin male connector:
DB9M:
To use external power (JP4) the PC power supply must be connected
to J3!
1 +5V
2 GND
3 GND
4 +12V
J3:
Pin Signal Pin Signal Pin Signal
1 DCD 1 24 DSR 3 47 RTS 6
2 RXD 1 25 RTS 3 48 CTS 6
3 TXD 1 26 CTS 3 49 GND
68 Pin mini half pitch connector :
4 DTR 1 27 DCD 4 50 DCD 7
5 DSR 1 28 RXD 4 51 RXD 7
6 RTS 1 29 TXD 4 52 TXD 7
7 CTS 1 30 DTR 4 53 DTR 7
8 DCD 2 31 DSR 4 54 GND
9 RXD 2 32 RTS 4 55 DSR 7
10 TXD 2 33 CTS 4 56 GND
11 DTR 2 34 NC 57 RTS 7
12 DSR 2 35 DCD 5 58 CTS 7
13 RTS 2 36 RXD 5 59 GND
14 CTS 2 37 TXD 5 60 DCD 8
15 GND 38 DTR 5 61 RXD 8
16 DCD 3 39 DSR 5 62 GND
17 CN_PWR 40 RTS 5 63 TXD 8
18 CN_PWR 41 CTS 5 64 DTR 8
19 RXD 3 42 DCD 6 65 DSR 8
20 GND 43 RXD 6 66 RTS 8
21 TXD 3 44 TXD 6 67 CTS 8
22 GND 45 DTR 6 68 NC
23 DTR 3 46 DSR 6
HPC68F:
Seriell Chip 16C550
J3 Anschluss für PC-
Netzteil
JP2 Jumper für Power auf PIN59
JP4 Jumper für Power 5V oder 12V
S1- S16
68 Pin Buchse
für Octopus Kabel
mit 8 x 9 Pin
Seriell Anschluss
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