Dialogic DM/V1200-4E1-PCI Leaflet
Dialogic
®
DM/V1200-4E1-PCI
Voice Board
Quick Install Card
Part Number 64-0071-02
Copyright © 2003-2007
Dialogic Corporation.
All Rights Reserved.
Before You Begin
Protecting the Board from Damage
Caution! All computer boards are sensitive to
electrostatic discharge (“ESD”). Handle all static-sensitive
boards and components at a static-safe work area, and observe
anti-static precautions at all times.
If you are not familiar with ESD safety precautions, visit
boards and components at a static-safe work area, and observe
anti-static precautions at all times.
If you are not familiar with ESD safety precautions, visit
to learn more.
Unpacking the Board
Unpack the Dialogic
®
DM/V1200-4E1-PCI Voice Board
(“board”) according to the following steps:
1.
Prepare a static-safeguarded work area.
2.
Carefully remove the board from the shipping
carton and anti-static packaging. Handle the board
by the edges and avoid touching the board’s
components.
carton and anti-static packaging. Handle the board
by the edges and avoid touching the board’s
components.
3.
Lay the board on the static-dissipative work
surface.
surface.
Note: Place boards in static-shielding bags when carrying
boards from station to station.
CAUTION: Do not remove the board from the anti-static
packaging until you are ready to install it. Observe proper
anti-static precautions at all times.
Configuring the Hardware
Board Identification
The device driver, part of the system software, assigns board
instance numbers in ascending order (beginning with 0) as it
detects each board in your system. A board instance number
is the identification (ID) number used by the system software
to recognize the board.
instance numbers in ascending order (beginning with 0) as it
detects each board in your system. A board instance number
is the identification (ID) number used by the system software
to recognize the board.
NOTE: If you add or remove a board, the system may
change the existing board instance (ID) numbers.
change the existing board instance (ID) numbers.
Windows System
Leave SW1 set to the factory default of Board ID 0 to let the
system automatically assign board instance numbers by PCI
bus slot number.
system automatically assign board instance numbers by PCI
bus slot number.
After the hardware and the system software are installed,
refer to the Dialogic
refer to the Dialogic
®
Configuration Manager (DCM) utility
to retrieve the assigned board instance (ID) number(s). For
more information about board identification, see the DCM
online help.
more information about board identification, see the DCM
online help.
Linux System
In a Linux system, you must set SW1 to a unique number for
each installed board. Use a non-magnetic screwdriver to turn
SW1 to 1 of 16 board settings, 0–9 or A–F.
each installed board. Use a non-magnetic screwdriver to turn
SW1 to 1 of 16 board settings, 0–9 or A–F.
After the hardware and the system software are installed,
refer to the proper configuration files to retrieve the assigned
board instance (ID) number(s). For more information about
Linux configuration files, see the Dialogic
refer to the proper configuration files to retrieve the assigned
board instance (ID) number(s). For more information about
Linux configuration files, see the Dialogic
®
System Software
documentation.
Installing the Hardware
NOTE: If you are adding hardware to an existing system,
you do not need to uninstall existing Dialogic® System
Software.
1. Working with your computer at a static-safe work area,
switch off the power and disconnect all power cords
from the electrical outlets.
from the electrical outlets.
2. Remove the computer cover.
3. Select an empty PCI expansion bus slot and remove the
slot’s retaining screw and access cover plate.
4. If you are not installing your board in an ISA form factor
PCI slot, remove the ISA edge retainer bracket from the
board.
board.
5. Using the slot’s board guides, insert the edge connector of
the board into the bus slot. Press firmly until the board is
securely seated in the slot.
securely seated in the slot.
Physical Description
1
5
10
9
8
2
3
4
6
7
JP2B
JP2A
Red
Yellow
Green
Loopback
CH4 CH3 CH2 CH1
1
2
3
4
1. J1–J4: RJ-48C jacks to connect to external
digital telephone network interface.
2. General Network Interface Alarm LED
(yellow): Indicates an alarm condition.
3. Power LED (green): Indicates board is
powered up.
4. Reset LED (red): Indicates reset is activated.
5. SW1: Rotary switch to set board identification
(LINUX systems only).
6. Alarm LEDs: Indicate network alarms for
trunks (CH1–CH4).
Red—Indicates loss of signal.
Yellow—Indicates loss of frame
synchronization at far end of external network.
Green—Indicates signal present; powered up
and receiving signal from external sources.
Loopback—Indicates that loopback mode is
activated.
Red—Indicates loss of signal.
Yellow—Indicates loss of frame
synchronization at far end of external network.
Green—Indicates signal present; powered up
and receiving signal from external sources.
Loopback—Indicates that loopback mode is
activated.
7. CT/MVIP Bus Termination Jumpers*: Bus
signal is terminated when the corresponding
jumper clip is installed.
JP2A—CT Bus termination jumper.
JP2B—MVIP Bus termination jumper.
jumper clip is installed.
JP2A—CT Bus termination jumper.
JP2B—MVIP Bus termination jumper.
8. P3: CT Bus connector.
9. ISA Edge Retainer
10. Signal Processing (SP) Daughterboard
*Note: Signal must be terminated only on boards at
each end of the CT Bus cable.
each end of the CT Bus cable.