1
Operate point-to-point
over one or two UTPs.
Distances up to
10.1 miles for 2-wire
models and 11.1 miles
for 4-wire models.
Modular DC -DT
interface cards for
RS-232, RS-422/530,
V.35, X.21, and G.703
connections.
2-wire card version
available for use in
our MicroRACK.
Use WAN Bridge
Module with 4-wire
driver to link LANs.
Configurable via DIP
switches and terminal
connection.
L Ds indicate DT
signals, network links,
and test modes.
W
i
th their support for high data
rates, long distances, and
multiple interfaces, the BLACK
BOX
®
2-Wire and 4-Wire odular
Campus Drivers provide a number
of point-to-point communication
solutions. Whether your task is
connecting two LANs over private
campus or leased lines, extending
a 64-kbps G.703 link, performing
G.703 extension and interface
conversion, or transferring high-
speed data, these drivers can do
it all.
The odular Campus Drivers
give you communication over
either a single twisted pair (with
the 2-wire models) or two twisted
pairs (with the 4-wire versions).
Offering a variety of switch-
selectable synchronous data rates
(and asynchronous data rates for
the 2-wire models), the drivers are
great for connecting two bridges
or routers, or for similar campus
networking applications at
distances up to 10.1 miles (for
the 2-wire models) or 11.1 miles
(for the 4-wire model).
One of the odular Campus
Driver’s unique features is the
KeyFeatures
2-WIRE/4-WIREMODULARCAMPUSDRIVERS
quick-change, plug-in DCE-to-DTE
Interface Card. Several different
models are available to provide
connection to a variety of popular
terminal interfaces: G.703, V.35,
X.21, RS-422/-530, and RS-232.
Each card has a 50-pin card-edge
connector on one side and a serial
port interface on the other. Use the
odular Campus Driver’s rear RJ-
45 jack to connect the twisted-pair
line.
The 2-Wire odular Campus
Drivers feature a V.52 bit-error-
rate-test (BERT) pattern generator
and incorporate local line loopback
(LLB) and remote digital loopback
(RDL) test modes.
The LLB test checks the
operation of the local driver and
is performed separately on each
unit. Any data sent to the local
driver in this test mode will be
echoed (returned) back to the user
device. For example, characters
typed on the keyboard of a terminal
will appear on the terminal screen.
The RDL test checks the
performance of both the local
and remote odular Campus
Drivers and the communication
link between them. Any characters
sent to the remote driver in this test
mode will be returned back to the
originating device. For example,
characters typed on the keyboard
of the local terminal will appear on
the local terminal screen after
having been passed to the remote
driver and looped back.
For extended distances, the
2-Wire odular Campus Drivers
use automatic equalization, gain
control, and echo cancellation.
Data integrity is enhanced by
transformer isolation and surge
protection.
We also offer a BLACK BOX®
icroRACK version of the 2-Wire
V.35 odular Campus Driver
( E485C-35/B). Supporting one
DTE interface connection and
one 2-wire line connection, this
economical card fits into and
draws its power from the 2U-high
icroRACK chassis, which
mounts cards in a midplane
architecture. The module consists
of a front card and a rear card.
Both meet inside the rack chassis
and plug into each other by way
of 50-pin card-edge connectors.
Black Box Corporation
• 1000 Park Drive • Lawrence, PA 15055-1018 • Tech Support: 724-746-5500 • www.blackbox.com • e-mail:
[email protected]© 2003. All rights reserved.
Black Box Corporation.
11/20/2003 #18203
The perfect drivers for high-speed leased-
line Internet links, LAN interconnection,
or campus networking.