Exsys EX-41388 User Manual

EX-41388
JUMPER SETTING & CONNECTORS
JP1:
DIS
= The function PME is disable (Factory Setting)
DIS | ENA
ENA = The function PME is enable. Now the card can be activate
the computer through the serial ports.
J2:
1 +5V
For aux power (JP2), J2 must be connected to pc power supply!
2 GND
3 GND If not, the card wont work.
4 +12V
DB 9M:
Serial 9 Pin D-SUB male connector
Pin Signal Pin
1 CDC 4
2 RXD 5 GROUND
3 TXD 6
HPC68F:
68 Pin VHDCI female connector
Pin Signal Pin
1 DCD 1 24
2 RXD 1 25
3 TXD 1 26
4 DTR 1 27
5 DSR 1 28
6 RTS 1 29
7 CTS 1 30
8 DCD 2 31
9 RXD 2 32
10 TXD 2 33
11 DTR 2 34
12 DSR 2 35
13 RTS 2 36
14 CTS 2 37
15 GND 38
16 DCD 3 39
17 CN_PWR 40
18 CN_PWR 41
19 RXD 3 42
20 GND 43
21 TXD 3 44
22 GND 45
23 DTR 3 46
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English EX-41388
HARDWARE INSTALLATION
If you are ready with the jumper settings, please proceed with the following installation instruc-
tions. Because there are large differences between PC's, we can give you only a general installa-
tion guide for the EX-41388. 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
computer. Make sure it is the right expansion slot for the card (see card description)
4. Align the card with the PCI 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.
Signal Pin Signal
DTR 7 RTS DRIVER INSTALLATION
8 CTS
Windows 9x/ 2000/ XP/ Vista/ 7/ 8/ Server 200x
DSR 9 RI
After starting Windows it recognizes a new "PCI Controller" and opens the hardware assis-
tant. Please choose manual installation and put the driver CD into your CD-Rom drive. Now
enter the Path "D:\IO\SYSTEMBASE\"
"32bit_Win2000,XP,2003,Vista,2008,7,8" or "64bit_WinXP,2003,Vista,2008,7,8" into the
box for the Path/Source and click at >next/continue<. Now Windows will search for the drivers
in the specified directory. Follow the hardware assistant and finish the installation. If Windows
Signal Pin Signal
recognizes other new devices repeat the above described steps. Attention! Restart Windows
in any case after installing the drivers.
DSR 3 47 RTS 6
RTS 3 48 CTS 6
CHECK THE INSTALLED DRIVER
CTS 3 49 GND
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
DCD 4 50 DCD 7
new "PCI Ports" as sample (Com3). If you see this or similar entries the card is installed
RXD 4 51 CN_PWR
correctly.
TXD 4 52 CN_PWR
CHANGE PORT NUMBER
DTR 4 53 RXD 7
If you like to change the port number for example COM3 to COM5, open the >Device Manager<
DSR 4 54 GND
click at >COM3<, >Settings< and then >Advance<. There you can change between COM3 till
RTS 4 55 TXD 7 COM256.
CTS 4 56 GND
Windows NT 4.0
NC 57 DTR 7
Start Windows NT and insert the driver CD into your CD-ROM drive (for example D:). Click at
DCD 5 58 DSR 7
>Start< >Run< and enter „D:\IO\SYSTEMBASE\WinNT\Install.exe" then click >OK<. Win-
RXD 5 59 RTS 7
dows NT will now start the setup program and install the driver. Please Restart Windows NT
after installing the drivers.
TXD 5 60 CTS 7
DTR 5 61 DCD 8
CHECK THE INSTALLED DRIVER
DSR 5 62 RXD 8
Click at >Start<
Diagnostics< then click at >Resource< >IRQ<. Here you should find the entry „09
RTS 5 63 TXD 8
PCI". Then click at >I/O-Port< here you should see the entries „D400-D407 sysbase 0 PCI"
CTS 5 64 DTR 8
„D800-D802 sysbase 0 PCI" and „DC00-DC1F sysbase 0 PCI" for the ports. The I/O
DCD 6 65 DSR 8 addresses can change depends which system and card is installed. If you see these or similar
entry's the card is installed correctly.
RXD 6 66 RTS 8
TXD 6 67 CTS 8 SCO UNIX / LINUX
DTR 6 68 NC
The drivers are located in the following folder on our driver CD:
DSR 6
"D:\IO\SYSTEMBASE\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.
and then the directory of your
>Programs< >Administrative Tools[Common]< >Windows
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English
Manuale d'uso
Vers. 1.1 / 01.02.2024
COSTRUZIONE
SystemBase Chipset
S1-S8:
68 Pin VHDCI femmina
per cavo Octopus con
8 connettori x 9 Pin Seriale
system DESCRIZIONE e DATI TECNICI
EX-41388 è una scheda seriale RS-232 PCI con 8 porte seriali FIFO 16C95x, per il
collegamento di dispositivi periferici seriali RS-232 ad alta velocità (ad esempio terminale,
modem, plotter, ecc.). Il bus PCI seriale supporta in modo ottimale le prestazioni del veloce
chipset SystemBase con cache FIFO da 256 byte. L'EX-41388 garantisce una trasmissione
dati sicura e prestazioni eccellenti fino a 921KBaud/s per ogni dispositivo collegato! Supporta il
bus PCI e PCI-X a 32 bit con 5 volt e 3,3 volt. Non è possibile impostare manualmente gli
indirizzi I/O e gli interrupt perché le impostazioni della scheda vengono effettuate
automaticamente dal sistema (BIOS) e durante l'installazione del sistema operativo. È
possibile utilizzare i ponticelli per reindirizzare 12 V o 5 V al Pin9 della porta seriale. Assicurati
che anche i dispositivi collegati supportino questo. È inclusa anche una staffa per slot
LowProfile da 8 cm per l'installazione in case di computer stretti.
Compatibilità: PCI 32-Bit oppure PCI-X, 33Mhz
Sistema Operativo: WIN NT 4.0/ 9x/ 2000/ XP/ Vista/ 7/ 8/ Server 200x/ Linux
Attacchi: 8x 9 Pin Seriale D-Sub maschio
Confezione:
EX-41388, Driver CD, Manuale, Cavo Octopus, Staffa LowProfile
Zertifikate: CE / FCC / RoHS / WEEE
IMPOSTAZIONE E CONNESSIONI JUMPER
JP3:
DIS
= Al pin 9 è presente il segnale standard RI (Ring Indicator).
NT-
(impostazione di fabbrica)
DIS | PWR
o 0
PWR = Sul pin 9 è ora possibile impostare una tensione di DC5V o
DC12V.
Regolare la tensione utilizzando JP2. Tuttavia, questo non dovrebbe
essere modificato per le applicazioni standard.
JP2:
Se è stato impostato il ponticello JP3 per PWR, è possibile utilizzare il
ponticello JP2 per impostare il valore della tensione. Esistono 4 diverse
sorgenti di tensione. (Solo in combinazione con JP3 su PWR!!!)
I5V
X5V
I 5V = 5Volt da Mainboard (STANDARD)
X12V
X 5V = 5Volt da Alimentazione PC
I12V
X 12V = 12Volt da Alimentazione PC
I 12V = 12Volt da Mainboard
J2: Collegamento
elettrico per
l'alimentazione da
PC
JP2: Jumper per
Alimentazione
esterna
(alimentatore o
PCI Bus)
JP3: Abilita o disabilita
l'alimentazione al
connettore a 9
pin
JP1: PME
Abilita/Disabilita
DE97424562 / WHQL
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