Intel
®
Dialogic
®
D/240PCI-T1
Quick Install Card for PCI
Part Number 05-2033-001
Copyright © 2003 Intel Corporation
Before You Begin
Electrostatic Discharge
CAUTION
All computer boards are electrostatic sensitive.
Handle all static sensitive components, boards and
computers at a static-safeguarded work area.
A static-safe work area consists of:
•
a grounded, static-dissipative
wrist strap
that
drains static charge from the person wearing the
strap.
•
a
work surface
covered with or composed of a
grounded, static-dissipative material that drains
electrical charges from conductive materials placed
on the surface.
Both items ensure that static charges are drained to a safe rate
and current level.
Always observe these practices to maintain a static-safe
environment during the entire installation:
•
Use the wrist strap to ground yourself to the static-safe
work area.
•
Remove the board from the shipping carton and static
shielding at the static-safe work area.
•
Lay the board on the static-dissipative work surface.
Configuring the Hardware
NOTE:
This product
allows you to use the factory default
hardware settings for quick installation and operation.
However, you should review the following information
and select any options as desired.
Board Identification Number
Device names are used to identify and to communicate
with boards. For example, you need to know a device
name to use the
dx_open( )
function. Device names are
assigned in the order specified by the board numbering
methods described below. The addition or removal of any
boards could cause the renumbering of boards in the
system. Consequently, the assignment of device names
could change during the next system start up.
Geographical Assignment: Board ID 0
All of the PCI boards can share the factory default setting
of board ID 0 (set with rotary switch SW100). Board
numbers are assigned automatically based on the PCI bus
and slot number. This method is not available for ISA bus
boards.
NOTE:
If you add a board to the system, existing board
IDs could change, depending upon the PCI bus and slot
number where the new board is installed. (Board IDs set
using the geographical assignment method will be assigned
before board IDs that are manually set to 1-9, A-F.)
Manual Assignment (SW100):
Board IDs 1-9, A-F
In addition to the geographical assignment method, the
manual assignment method can be used to further identify
the boards in your system.
If you change the board ID from the factory default of 0 to
any other number, the software will use that setting to
identify the board.
NOTE:
When not set to 0, the board ID must be unique
(it must not conflict with the board ID of any other Intel
ISA or PCI telecom board). If you use this method, it is
recommended that you assign sequential numbers starting
at 1. This method is also used for all ISA bus boards.
Precedence in Mixed Systems
In systems using both methods, or where both ISA and PCI
boards exists, PCI boards that use board ID 0 will be
numbered
before
PCI or ISA bus boards that use board
IDs 1-9, A-F. Board IDs set using the geographical
assignment method will be assigned before boards IDs
manually set to 1-9, A-F.
For more details on board numbering, see the Intel
®
website at:
http://resource.intel.com/telecom/support/appnotes/
PCI.htm#Board%20Identification%20Number
Physical Description
BK2
CT Bus Edge
Connector
JP2-JP7
SW100
PCI Bus Edge Connector
Power LED
Loopback LED
RJ-48C
Green
Yellow
Red
O
N
SW500
Default
Mode
Part
SW100
CT Bus Edge Connector
BK2
JP2, JP3, JP4, JP5
JP6, JP7
Power LED
Loopback LED
SW500
Green LED
Yellow LED
Red LED
RJ-48C
Function
Board slot identification switch
CT Bus connector
ISA edge retainer
Jumpers to determine signal termination on CT Bus
Jumpers to select CT Bus clock type
Indicates power status
I
ndicates
remote
loopback mode
Remote loopback switch
Signal present LED; indicates powered up and receiving
signal from external T-1 sources
Alarm to indicate loss of frame synchronization at far end
external network
Alarm to indicate loss of frame synchronization on
incoming line from external network
Connector to external digital network interface
Static-Dissipative
Mat
Static-Dissipative
Wrist Strap
Common
Ground
Point
