Presentation - DSX solution

ADC’s Cable Management "hoe KRONE Generally, there are two phases to cable management: First, there ts the initial Then follows the cross-connects installation of permanent semi-perman

What is Cable Management? ye Why is it important?

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management = — Cable management is

and why is it “2 ~ the system utilized to

control the routing and important?

Cable Management?

Cable Management?

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ADC s Cable Management

10/5/2006

ADC’s Cable Management "hoe

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Generally, there are two phases to cable management:

First, there ts the initial Then follows the cross-connects installation of permanent (semi-permanent cabling) from

ADC s Cable Management

ADC’s Cable Management "hoe

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A All jumpers in the left hand Upper

side of the cross connect field Jumper

should enter and leave the bay Wireways

from the left vertical wireways

B All jumpers in the right hand Cross

side of the cross connect field Connect

should enter and leave the bay Jumper

from the right vertical

wireways

C All intrabay cross connects

should use the vertical rings

except when the terminations

are in the same panel Vertical

Jumper

D All interbay cross connects Wireways

should use the horizontal

wireways

E All jumpers originating in the

upper half of the cross connect

field should route via the upper

horizontal wireways Lower

Jumper

F All jumpers originating in Wireways

the lower half of the cross

connect field should route via

the lower horizontal wireways

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COLMA EET Uy BIEL ED

LAMM LASSI IIE

DSX Evolution W

Bantam Plug Construction UF

RN = Ring Normal Contact

TN = Tip Normal Contact

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DSX Jackfield Cover off

DSX Module close up

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¢ Add Jack Field

¢ Two terminations per circuit

XMT/OUT rh X-con X-con | XMT/OUT

Field (u) e G (u) Field

DSX — E1 PCM application

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ADC Proprietary and Confidential 35

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ADC Proprietary and Confidential 39

FlexDSX™ Super High Density Bay

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Basic Methods:

¢ In Service Testing/Monitoring - Non-Intrusive Access - MON Jack

¢ Out of Service Testing - Intrusive Access - IN or OUT Jack

Test Elemen

Monitor Signal Monitor Signal

Test DSX DSX CO CO DSX DSX —

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Out of Service Testing Methods

¢ Point to Point (Testing the Span)

Test DSX DSX CO CO DSX DSX —

ry M 6 M b Xmit regenerator Xmit d OO `)

IOS ark [st 7 <a Te] (oR OC |

10/5/2006 ADC Proprietary and Confidential

DSX Functions - Testing

Out of Service Testing Methods

¢ Testing the Network Elements

DSX Functions - Testing

Out of Service Testing Methods

¢ Looping (Plug or Code)

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Problem: Network Element connect to location 1 fails

Solution: Patch to Spare NE connected to location 10

Test Box

Xmit

Xmit

Restoration Using a Maintenance Line WP

KRONE Problem: Span Line Connected to Location 20 Cut by Rod Solution: Patch to Spare Span Connected to location 40

Test CO CO Test Box O O Repeater Repeater |@ O Box xi M D M ° Xmit Revers or Xmit c Sì xi TAROT] | 5 =| |e TT 2 -ọc ee Rec Rec Loc g

Test DSX DSX Box @ @ Xmit 3 My Ly C H-2 O [Eo We < x Noi © /2 > ng Loc Loc Loc ec 10 40 40

Box O O Repeater Repeater ® ©®

Mixed Solution of Copper and Fiber "hoe

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DFX-RSFA0S (4.5ft HIGH SKELETON BAY — DS1/FLEX)

—=— _ AUX-FP10AF (10 POS FUSE PANEL)

~=— DFX-1FA064 (64 CKT DS1/FLEX MODULE)

m=— DSX4E-E01C (24 CKT DS3 CHASSIS) E/W (24) DSX-4E-MBFA (DS3 FRONT ACCESS — BNC)

ì =ấ | =——— FMD-DRSSTR-1 (BULK PATCHCORD STORAGE)

= —_—

— =“j =—— FVM-19X350 (4 POS VALUE ADDED MODULE)

— GROWTH AREA (9 RACK UNITS — 15.75”)