Exsys EX-44384 Anleitung

JUMPER SETTING & CONNECTORS
J2:
1 +5V
For aux power (JP1), J2 must be connected to pc power supply! If not
2 GND
3 GND the card won't work.
4 +12V
JP3:
DIS = The function PME is disable. (Factory Setting)
DIS ENA = The function PME is enable. Now the card can be activate
the computer through the serial ports.
ENA
But this should not be adjusted for standard applications.
DB 9M:
Serial 9 Pin D-SUB Connector
Pin Signal Pin
1 CDC 4
2 RXD 5 GROUND
3 TXD 6
HARDWARE INSTALLATION
If you are ready with the jumper settings, please proceed with the following installation instructions.
Because there are large differences between PC's, we can give you only a general installation
guide. Please refer to 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 Computer and
gently slide the cover off.
3. Locate an available expansion slot and remove its covers from the rear panel of your comput-
er. 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.
DRIVER INSTALLATION
Windows
After completing the hardware installation, the operating system will automatically the card and
install this! If the driver should not be installed automatically, insert the driver CD into you CD-
ROM drive (eg drive D:) and then open the folder „IO/SYSTEMBASE/DRIVERS/PCI(PCIe
Bridge)". Please select the folder with your operating system and install the driver (see Picture).
Follow the hardware assistant and finish the installation. Important! Restart your PC in any
case after installing the drivers.
5
DRIVER INSTALLATION
CHECK INSTALLED DRIVER
Open the >Device manager<. Now you should see at „Ports (COM & LPT)" and at
„Multifunction Adapter" the following new entry's:
If you see this or a similar information the device is installed correctly.
CHANGE PORT NUMBER
If you like to change the port number for example COM3 to COM5, open the „Device Manager"
click at „COM3", „Settings" and then „Advance". There you can change between COM3 till
Signal Pin Signal
COM256.
DTR 7 RTS
8 CTS Windows Server 20xx
After completing the hardware installation, the operating system will automatically the card and
DSR 9 RI
install this! If the driver should not be installed automatically, insert the driver CD into you CD-
ROM drive (eg drive D:) and then open the folder „IO/SYSTEMBASE/DRIVERS/PCI(PCIe
Bridge)". Please select the folder with your operating system and install the driver (see Picture).
Follow the hardware assistant and finish the installation. Important! Restart your PC in any
case after installing the drivers.
Use the following driver for the following Windows Server Version.
Windows Server 2003
Windows Server 2008
Windows Server 2008R2 =
Windows Server 2012
Windows Server 2012R2 =
CHECK INSTALLED DRIVER
Open the >Device manager<. Now you should see at „Ports (COM & LPT)" and at
„Multifunction Adapter" the following new entry's:
If you see this or a similar information the device is installed correctly.
CHANGE PORT NUMBER
If you like to change the port number for example COM3 to COM5, open the „Device Manager"
click at „COM3", „Settings" and then „Advance". There you can change between COM3 till
COM256.
Linux / SCO Unix
The drivers are located in the following folder on our driver CD:
"IO/SYSTEMBASE/DRIVERS/PCI(PCIe Bridge)/SCO"
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 Unix/Linux version! In some newer versions of Linux the card will even be installed
automatically after starting Linux.
= XP Driver
= VISTA Driver
Windows 7 Driver
= Windows 8.x Driver
Windows 10 Driver
6
Anleitung
Vers. 1.1 / 13.09.17
AUFBAU
JP3: PME JP1: Jumper für die Stromquelle
Ein- / Ausschalten (Netzteil oder PCI-Express Bus)
S1-S4: 44 Pin Stecker zu
4 x 9Pin Serieller
Anschluss
BESCHREIBUNG & TECHNISCHE DATEN
Die EX-44384 ist eine PCI-Express serielle RS-232 Karte mit 4 seriellen FIFO 16C550 Ports, für
den Anschluss von High-Speed seriellen RS-232 Peripherie Geräten (z.B. Terminal, Modem,
Plotter usw.). Der serielle PCI-Express Bus unterstützt dabei optimal die Leistung des schnellen
16C550 Chipset mit 256byte FIFO Cache. Die Karte gewährleistet so eine sichere Datenüber-
tragung und exzellente Performance von bis zu 115,2KBaud/s! Sie unterstützt alle PCI-Express
Slots von x1 bis x16. Es ist nicht möglich die I/O Adressen und Interrupts manuell einzustellen,
da die Einstellungen der Karte vom System (BIOS) und vom Betriebssystem automatisch
vorgenommen werden.
Kompatibilität: PCI-Express x1 bis x16
Betriebssysteme: Windows NT 4.0/ 9x/ 2000/ XP/ Vista/ 7/ 8.x/ 10/ Server 20xx/ Linux
Anschlüsse: 4x 9 Pin Seriell D-Sub Stecker
Lieferumfang: EX-44384, Treiber CD, Anleitung, Oktopus Kabel,
Low Profile Bügel
Zertifikate:
JUMPER EINSTELLUNG & ANSCHLÜSSE
S1~S4_PWR:
RI = Am Pin 9 liegt das Standard Signal RI (Ring Indicator)
(Werkseinstellung)
5 = Am Pin 9 liegt jetzt eine Spannung von DC5V an
RI
5
12 = Am Pin 9 liegt jetzt eine Spannung von DC12V an
12
Die Einstellung der Spannung nehmen Sie mit dem JP1 vor. Dies sollte
aber bei Standard Anwendungen nicht verstellt werden.
JP1:
Wenn Sie den Jumper S1~S4_PWR auf 5 oder 12 gesetzt haben,
können Sie mit dem Jumper JP1 den Spannungswert einstellen. Es gibt
3 verschiedene Spannungsquellen.
I12 X12 X5
(Nur in Verbindung mit S1~S4_PWR auf 5 oder 12!!!)
X5 = 5Volt vom PC-Netzteil (Werkseinstellung)
X12 = 12Volt vom PC-Netzteil
I12 = 12Volt vom Mainboard (Werkseinstellung)
1
EX-44384
J2: Anschluss für Strom
vom PC Netzteil
JP2: Nur für Testzwecke
(Nicht verändern!)
S1~S4_PWR:
Power auf 9 Pin
Stecker Ein/Aus
S1~S4-PH:
Interner serieller Anschluss