Omnireach, Ncx-1000, Large cabinet for fttn broadband service delivery – ADC OmniReach NCX-1000 User Manual

Page 2: Distribution intercept

Advertising
background image

6/08

•

105052AE

OmniReach

®

NCX-1000

OmniReach

®

NCX-1000

Large Cabinet for FTTN Broadband Service Delivery

2

w w w . a d c . c o m

•

+ 1 - 9 5 2 - 9 3 8 - 8 0 8 0

•

1 - 8 0 0 - 3 6 6 - 3 8 9 1

Green activation plugs in cross–connect

distribution field provide visual indication of

active xDSL customers.

NCX-1000 shown with drop down panel opened

for easy access to OSP cable stubs for splicing into

DSLAMs and network.

Benefits

Highly flexible cabinet can be deployed in feeder

•

or distribution plant

When utilizing Distribution Intercept (DI),

•

fastest to deploy because only straight splicing
to OSP required

Unique look-both-ways test capability without

•

lifting wires reduces time for technicians to
isolate network problems

Green activation plugs on DI cross connects

•

offer visual indication of working
broadband customers

Preserves investment in existing copper plant

•

Provides a consistent interface for technicians

•

Distribution Intercept

The heart of the NCX-1000 is ADC’s patented Distribution Intercept (DI) cross-connect using LSA-PLUS

®

Series 2 IDC connectivity.

• Brown Series 2 switching blocks route POTS into the DSLAM and present the combined DSLAM

output of POTS/xDSL signals.

• White Series 2 disconnect blocks provide OSP input and output terminations.

Once the DI is spliced onto either feeder or distribution outside plant cable, broadband service activation
occurs with a simple 2 pair jumper between brown and white blocks and insertion of a green activation
plug. Existing voice service is immediately available upon splicing the DI onto outside plant cable due to
normally closed contacts on Series 2 white blocks.

Alternatively, the NCX-1000 supports a feeder distribution interconnect (FDI) option with separate Series
2 blocks for feeder and distribution circuits. In this 1:2 configuration, broadband service activation
requires two jumpers: one from the feeder block to the DSLAM input block and another from the
DSLAM output block to the distribution block.

The high performance LSA-PLUS Series 2 IDC blocks are far superior to standard 66- and 110-type
IDC blocks. Contacts angled at 45 degrees offer a larger, stronger cross section of wire and a gas tight
seal. Silver-plated contacts resist corrosion much more effectively than standard tin-plated contacts.
Combined with integral clamping ribs for extraordinary grip, LSA-PLUS blocks offer exceptional electrical
performance and contribute to reduced failure frequency rates in the network.

Advertising