ADC Migration Modules DSX-3 Quick Reference Manual

DSX-3 Migration Modules

Quick Reference Guide

DSX-4TU
Front View
ADC's new DSX-3 migration modules are a simple way to seamlessly cap other DSX provider's
lineups and migrate to ADC's DSX-3 solutions. As an industry leader, ADC's DSX-3 solutions
offer superior performance, service, and support. Add to that our strategic pricing incentives
and easy-to-use cross-reference tools, we ensure a simple transition requiring minimal service
provider resources.
Our robust DSX jack design is constructed with mechanical support to ensure lifetime service, not
merely a solder type connection on a printed circuit board. Add to this ADC's proven early "make-
before-break" switching design. Make-before-break contacts ensure that high speed signals never
go open or unterminated during in-service patching. DS3 signals are always terminated to a 75
ohm load preventing signal oscillation that can lead to bit-errors during patching. ADC's highly
durable BNC is standard. Its solid cylinder design has a closed entry contact to prevent spring
contact overstress. To ensure true 75 ohm impedance, we don't use Teflon insulators. ADC's
sealed jacks have firewall protection preventing environmental contaminants from disturbing
switch contacts.

Features and Benefits:

• Robust design using die cast
jack technology
• Pre-loaded monitor access
• Early "make-before-break"
switching design
• Sealed firewall jack design
• Contact wipe and spring force
enhanced performance
• Unrivaled BNC design offers
performance excellence
• NEBS compliant
w w w . a d c . c o m
DSX-4TU Type Migration Modules
O r d e r i n g I n f o r m a t i o n
Description
Midsize, BNC, 3-port, vertical-mount
Midsize, BNC, 6-port, vertical-mount
Midsize, BNC, 6-port, horizontal-mount
Standard size, 3-port
Standard size, 6-port
Standard size, 6-port, horizontal-mount
• + 1 - 9 5 2 - 9 3 8 - 8 0 8 0
DSX-4TU
Rear View
Catalog Number
DSX-4TU-MB3-V
DSX-4TU-MB6-V
DSX-4TU-MB6-H
DSX-4TU-SB3
DSX-4TU-SB6
DSX-4TU-SB6-H
• 1 - 8 0 0 - 3 6 6 - 3 8 9 1