1655amu interconn 5.0

Alcatel-Lucent 16551655 ACCESS MULTIPLEXER UNIVERSAL | RELEASE 1-5.0INTERCONNECT INFORMATION

A
A
ED8C939-20FEBRUARY 2008

ISSUE 6

This document provides application engineering details for 1655 Access Multiplexer Universal , and serves to supplement the Installation Manual. Specifications and application considerations are included to properly engineer the network element for desired functionality, as well as condition the location for proper operation and maintenance. The most current Issue of this drawing can be obtained in paper format or electronically downloaded from the Alcatel-Lucent Corporate Information Center (CIC) by specifying the drawing number.

The CIC website is accessed by non-Alcatel-Lucent employees at http://www.lucentdocs.com/cgi-bin/CIC_store.cgi. In addition, comments or questions concerning the document content should be directed through a Alcatel-Lucent Account Representative.

For Alcatel-Lucent employees, the CIC website is accessed at http://www.cic.lucent.com/. Comments or questions can be directed to a SME identified via: http://mvcde.mv.lucent.com/EAE/

Associated References365-312-818 Application and Planning Guide

365-312-822 User Operations Guide

365-374-821 Alarm and Trouble Clearing Guide

365-312-819 Installation Guide

365-312-820 Provisioning Guide

ED8C939-20 Interconnect Information

Reason for Re-issueIssue 1 07-30-2004 Original Issue

Issue 2 02-17-2004 Release 2.0

Issue 3 06-17-2004 Release 2.0.2

Issue 4 08-04-2006 Release 4.0

Issue 5 02-15-2007 Release 4.1 Added Trib Pack interconnect diagrams

Issue 6 02-29-2008 Release 5.0 E3/DS3_E14 interface

About This Drawing

ED8C939-20 ISSUE 6 A2

http://www.lucentdocs.com/cgi-bin/CIC_store.cgi



http://www.cic.lucent.com

http://mvcde.mv.lucent.com/EAE

Description of Sheet Sheet Number

Updated This Issue

Title Sheet A1 *

About This Drawing A2

Reason for Re-issue A2 *

Table of Contents A3

Engineering Notes A4

Figure 1 - Subrack Power and Ground Wiring B1

Figure 2 - Station Clock Cable (100/120 Ohm) B2

Figure 3 - Station Clock (75 Ohm) B3

Figure 4 - Miscellaneous Discrete Cables (MDIO) B4

Figure 5- V11 Cables (EOW) B5

Figure 6- USB Cables B6

Figure 7- Q-LAN/G-LAN CABLES B7

Figure 8 - Craft Interface Terminal (CIT) CABLE B8

Figure 9 - Main Card SFP Module Cables B9

Figure 10 - P1-E1/63 Cables (120 Ohm) B10

Figure 11 - P1-E1/63 Cables (75 Ohm) B11

Figure 12 - E3/DS3_E14 Interface B12

Figure 13 - Lan Card (X8PL X41P-V2) Cable Interface B13

Figure 14 - DS1 Card (X16DS1) Cable Interface B14

Figure 15 - DS3 and E3 Card (X2E3-V2/X2DS3-V2) Cable interface B15

Figure 16 - EPL4_E132_75 Card (ASC106 and ASC107) Cable Interface B16

Figure 17 - EPL4_E14 Card (ASC105) Cable Interface B17

Figure 18 - ESW4_E14 Card (ASC108) Cable Interface B18

Figure 19 - S1-14/8 Card (ASC109) Cable Interface B19

Total Sheets 23

Table of Contents


1. Graphics convention

Cable

Connection Furnished as Part of Component

Shield Connection

Coaxial Shield Connection

Division of General Wiring Views

Pair P

2. For Lucent engineered orders, job information shall be recorded by comcode number in the regional wiring lists.

3. For cable assemblies not identified in the ED8C939-10, use this guide and bulk cable to build site specific length cable.

4. When purchasing cable from other sources, specify Halogen free materials when available.

Engineering Notes


Part of Metropolis AMU Shelf

(PWR A)(-48V A)PWR FEEDER

(PWR B)(-48V B)PWR FEEDER

Part of Main Card ASC101ASC110ASC114

Power Cable Assembies should be fabricated from Non-Halogen materials when available. Cable length and diameter must be calculated using aceptable voltage drop.

Use a minimum of 2.5mm guage wiremaximum 150 mm long

One of 4 threaded grounding points

ontop of 1m/2o or 2m/4o shelf

6 mm Ring Lug to Rack Ground

3mm Ring Lug

to 48 V Power supply or AC/DC Converter

to 48 V Power supply or AC/DC Converter

To Rack or other equipment Grounding Point

ED8C948-20 ISSUE 6 B1

Figure 1 - Subrack Power and Ground Wiring

B


Figure 2 - Station Clock Cable (100/120 Ohm)


PART OFCA ASSY

Use prefabricated station clock cable or build from 100 Ohm or 120 Ohm STP cable. Specify lenght during site survey

To External Synchronization Suppply Unit (SSU)

BKYL

Sta

tion

Clo

ck O

utpu

t Pos

itive

P

Sta

tion

Clo

ck O

utpu

t Neg

ativ

e

P

Sta

tion

Clo

ck In

put P

ositi

ve

Sta

tion

Clo

ck In

put N

egat

ive

P

Gro

und

Gro

und



Figure 3 - Station Clock (75 Ohm)

PART OFCA ASSY

Use prefabricated station clock cable or build from 2 lenghts of 75 Ohm Coax cable with copper braid and foil shield. Specify lenght during site survey

BKYLS

tatio

n C

lock

Out

put P

ositi

ve

Sta

tion

Clo

ck O

utpu

t Neg

ativ

e

Sta

tion

Clo

ck In

put N

egat

ive

Gro

und

Gro

und

Sta

tion

Clo

ck In

put N

egat

ive


To External Synchronization Suppply Unit (SSU)



Figure 4 - Miscellaneous Discrete Cables (MDIO)

Out

put 4

retu

rn n

orm

ally

ope

n

PART OFCA ASSY

TO External Equipment

PPPPP

Out

put 4

retu

rn n

orm

ally

clo

sed

Out

put 3

retu

rn n

orm

ally

ope

n

Out

put 3

retu

rn n

orm

ally

clo

sed

Out

put 2

retu

rn n

orm

ally

ope

n

Out

put 2

retu

rn n

orm

ally

clo

sed

Out

put 1

retu

rn n

orm

ally

clo

sed

Out

put 1

retu

rn n

orm

ally

Ope

n

Inpu

t 4 re

turn

Inpu

t 3 re

turn

Inpu

t 2 re

turn

Inpu

t 1 re

turn

Out

put 4

rela

y co

ntac

t

Out

put 3

rela

y co

ntac

t

Out

put 2

rela

y co

ntac

t

Out

put 1

rela

y co

ntac

t

Inpu

t 4 in

put

Inpu

t 3 in

put

Inpu

t 2 in

put

Inpu

t 1 in

put

PPP

PP




Figure 5- V11 Cables (EOW)

To External EOW Equipment

Use Prefabricated Cables orUse Shielded Twisted Pair (8 pair) for custom length cables

Rec

eive

64

kHz

Clo

ck fo

r Out

put P

os

Gro

und

PART OFCA ASSY

P

PP

P

PPP

Rec

eive

8 k

Hz

Fram

e S

ync

Out

put P

os

Rec

eive

64

kbps

Dat

a In

put P

os

Tran

smit

64 k

Hz

Clo

ck fo

r Out

put P

os

Tran

smit

8 kH

z Fr

ame

Sync

Out

put P

os

Tran

smit

64 k

bps

Dat

a In

put P

os

Not

Con

nect

ed

Rec

eive

64

kHz

Clo

ck fo

r Out

put N

eg

Rec

eive

8 k

Hz

Fram

e S

ync

Out

put N

eg

Rec

eive

64

kbps

Dat

a In

put N

eg

Gro

und

Tran

smit

64 k

Hz

Clo

ck fo

r Out

put N

eg

Tran

smit

8 kH

z Fr

ame

Sync

Out

put N

eg

Tran

smit

64 k

bps

Dat

a In

put N

eg


Part of Main Card ASC101ASC110


Figure 6- USB Cables

To Customer Equipment or Fan Unit

Use prefabricated USB Cable (Not to exceed 15 Feet)


PART OFCA ASSY



Figure 7- Q-LAN/G-LAN CABLES

REC

EIVE

DAT

A N

EG

TRA

NS

MIT

DA

TA N

EG

REC

EIVE

DAT

A PO

S

TRA

NS

MIT

DA

TA P

OS

PART OFCA ASSY

Use prefabricated LAN cable or build from standard CAT-5 cable


P

P

To Customer HUB or other LAN Interface

Part of Main Card ASC101ASC110asc 114


Figure 8 - Craft Interface Terminal (CIT) CABLE

To CIT

Tran

smitt

ed D

ata


Use prefabricated CIT cable From ED8C939-10 or build from standard CAT-5 cable (4 Pair STP) with overall jacket

Gro

und

PART OFCA ASSY

P

P

Cle

ar to

Sen

d

Rec

eive

d D

ata

Req

uest

to s

end

Dat

a Te

rmin

al R

eady


Figure 9 - Main Card SFP Module Cables


TO E

xter

nal E

quip

men

t

OUT 1

IN 1IN

OUT

LC

Part of Main Card ASC114

STM

4/16

SFP

1


TO E

xter

nal E

quip

men

t

IN 1

OUT 1

IN 2

OUT 2

STM-4/16 slots 1 and 2STM-4 ModulesSTM-1/4 Bidirectional (See Note 2)STM-4/16 CWDM ModulesSTM-16 Modules

SFP OPTIONS (ASC110 and ASC114)

OUT

IN

OUT

IN

2

SFP

SFP

1


LC


OUT

IN3

SFP

OUT

IN4

SFP

STM

1/4S

TM 1

IN 2

OUT 2

OUT 1

IN 1

LC

LC

LC

Note 1 :When Using STM-1E Module, use ITT Cannon 75 Ohm 1.0/2.3 RF Plugs and Mini-Coax Cable with overall Braid.

Note 2: Bidirectional SFP's require only one fiber for both IN and OUT.

STM-1/4 slots 3 and 4STM-1 ModulesSTM-4 ModulesSTM-1E (See Note 1)STM-1/4 Bidirectional (See Note 2)STM-4/16 CWDM Modules

OUT 1

TO E

xter

nal E

quip

men

t

OUT 2

IN 2

OUT 2

IN 1

IN 2

OUT 1

IN 1IN

IN

IN

IN

OUT

OUT

OUT

OUT

LC

LC

LC

LC

STM

1/4

SFP

4


STM

4/16

SFP

SFP

3

2

SFP

1


STM-1 slots 3 and 4STM-1 ModulesSTM-1E (See Note 1)STM-1/4 Bidirectional (See Note 2)

STM-1/4 slots 1 and 2STM-1 ModulesSTM-4 ModulesSTM-1E (See Note 1)STM-1/4 Bidirectional (See Note 2)STM-4/16 CWDM Modules

SFP OPTIONS (ASC101)


Figure 10 - P1-E1/63 Cables (120 Ohm)

To DDF


Part of Option CardP1-E1/63ASC102

Use Cat 5 STP/FTP 4 Pair

TRA

NS

MIT

PO

S 1

TRA

NS

MIT

NE

G 1

PART OFCA ASSY

P

P

TRA

NS

MIT

NE

G 2

TRA

NS

MIT

PO

S 2

RE

CE

IVE

NE

G 1

RE

CE

IVE

PO

S 1

RE

CE

IVE

NE

G 2

RE

CE

IVE

PO

S 2

P

P


Figure 11 - P1-E1/63 Cables (75 Ohm)


Part of Option CardP1-E1/63ASC104

Use 8X COAX with overall Shield

TRA

NS

MIT

1

PART OFCA ASSY

RE

CE

IVE

1

RE

CE

IVE

2

TRA

NS

MIT

2

To DDF

TRA

NS

MIT

3

RE

CE

IVE

3

RE

CE

IVE

4

TRA

NS

MIT

4


Figure 12 - E3/DS3_E14 Interface

E1

Por

ts 1

-4(2

cab

les)

IN5

OUT

For Custom Lengths use 4.1 mm coax cable

TO D

DF

Part of E3/DS3_E14

Card

Part of Metropolis AMU

OUT

IN6

OUT

IN7

P PPPRECEIVE POS 1

TRANSMIT POS 2

TRANSMIT NEG 2

TRANSMIT NEG 1

TRANSMIT POS 1

RECEIVE POS 2

RECEIVE NEG 2

RECEIVE NEG 1

To D

DF

PA

RT

OF

CA

AS

SY

E3/

DS3


Figure 13 - Lan Card (X8PL X41P-V2) Cable Interface

Part of AdapterCard

Part of X8PLCard

Use Cat 5 STP/FTP 2 or 4 Pair

To DDF


REC

EIVE

DAT

A N

EG

TRA

NS

MIT

DA

TA P

OS

REC

EIVE

DAT

A PO

S

TRA

NS

MIT

DAT

A N

EG

PART OFCA ASSY

P

P

Part of X41P-V2Card

Part of AdapterCard

PART OFCA ASSY

TRA

NS

MIT

DA

TA P

OS

REC

EIVE

DAT

A PO

S

TRA

NS

MIT

DAT

A N

EG

REC

EIVE

DAT

A N

EG

P

P

To DDF


Figure 14 - DS1 Card (X16DS1) Cable Interface

REC

EIVE

NEG

TRA

NS

MIT

PO

S

TRA

NS

MIT

NEG

REC

EIVE

PO

S


1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16

P

P

Use Shielded Twisted Pair Cable (100 Ohm)

PART OFCA ASSY

To DDF

Part of AdapterCard

Part of X16DS1Card


Figure 15 - DS3 and E3 Card (X2E3-V2/X2DS3-V2) Cable interface

INTP2.1

OUT

For Custom Lengths use 4.1 mm coax cable

TO D

DF

Part of Adapter Card

Part of X2DS3 or

X2E3 Card


OUT

INTP2.2


Figure 16 - EPL4_E132_75 Card (ASC106 and ASC107) Cable Interface

Use 8X COAX with overall Shield for 75 Ohm applications


Part of Option CardEPL4_E132_75ASC107

Use Cat 5 STP/FTP 4 Pair for 120 Ohm Applications

PART OFCA ASSY

P

P

REC

EIVE

NEG

1

REC

EIVE

NEG

2

REC

EIVE

PO

S 2

TRA

NS

MIT

PO

S 1

TRA

NS

MIT

NEG

1

TRA

NS

MIT

NEG

2

TRA

NS

MIT

PO

S 2

REC

EIVE

PO

S 1

120 Ohm Option

PART OFCA ASSY

P

P

To DDF

REC

EIVE

DAT

A N

EG

REC

EIVE

1

TRA

NS

MIT

1

REC

EIVE

2

TRA

NS

MIT

2

TRA

NS

MIT

3

75 Ohm Option

REC

EIVE

4

REC

EIVE

3

TRA

NS

MIT

4

REC

EIVE

DAT

A PO

S

TRA

NS

MIT

DA

TA P

OS

TRA

NS

MIT

DA

TA N

EG

P

P

To DDF

To DDF

NOT CONNECTED

PART OFCA ASSY



Figure 17 - EPL4_E14 Card (ASC105) Cable Interface

To DDF


PART OFCA ASSY

TRA

NS

MIT

DA

TA N

EG

TRA

NS

MIT

DA

TA P

OS

P

P

REC

EIVE

DAT

A PO

S

REC

EIVE

DAT

A N

EG

TO E

xter

nal E

quip

men

t

OUT 2

IN 2

OUT 1

IN 1IN

OUT

IN

OUT

LC

LCG

E

SFP

10

SFP

7

SFP OPTIONS

Gigabit Ethernet SXGigabit Ethernet LXGigabit Ethernet ZXSingle Fiber Gigabit Ethernet UpstreamSIngle Fiber Gigabit Ethernet Downstream

Note: Use Multi-mode fiber when using Gigabit Ethernet SX modules. All others use Single Mode fiber. 45 degree angle rotating boot LC connectors are required for SFP jumper connections

NOT CONNECTED

PART OFCA ASSY

P

P

P

P

REC

EIVE

PO

S 1

TRA

NS

MIT

PO

S 2

TRA

NS

MIT

NEG

2

TRA

NS

MIT

NEG

1

TRA

NS

MIT

PO

S 1

REC

EIVE

PO

S 2

REC

EIVE

NEG

2

REC

EIVE

NEG

1

To DDF


120 Ohm Option

75 Ohm Option


Part of Option CardEPL4_E14ASC105

Use 8X COAX with overall Shield for 75 Ohm applications

PART OFCA ASSY

REC

EIVE

2

REC

EIVE

1

TRA

NS

MIT

1

TRA

NS

MIT

2

To DDF

REC

EIVE

3

TRA

NS

MIT

3

REC

EIVE

4

TRA

NS

MIT

4


Figure 18 - ESW4_E14 Card (ASC108) Cable Interface

75 Ohm Option

To DDF

TO E

xter

nal E

quip

men

t

OUT 1

OUT 2

IN 2

IN 1


OUT

OUT

LC

Part of Option CardESW4_E14ASC108

LC IN

IN

SFP

GE

10

7

SFP


TRA

NS

MIT

PO

S 1

PART OFCA ASSY

P

P

P

P Use 8X COAX with overall Shield for 75 Ohm applications

PART OFCA ASSY

REC

EIVE

NEG

1

REC

EIVE

NEG

2

REC

EIVE

PO

S 2

TRA

NS

MIT

NEG

1

TRA

NS

MIT

NEG

2

TRA

NS

MIT

PO

S 2

REC

EIVE

PO

S 1

120 Ohm Option

TRA

NS

MIT

2

TRA

NS

MIT

1

REC

EIVE

1

REC

EIVE

2

To DDF

Gigabit Ethernet SXGigabit Ethernet LXGigabit Ethernet ZXSingle Fiber Gigabit Ethernet UpstreamSIngle Fiber Gigabit Ethernet DownstreamFast Ethernet 100Base LX

SFP OPTIONS

NOT CONNECTED


TRA

NS

MIT

4

REC

EIVE

4

TRA

NS

MIT

3

REC

EIVE

3

REC

EIVE

DAT

A N

EG

REC

EIVE

DAT

A PO

S

TRA

NS

MIT

DA

TA P

OS

TRA

NS

MIT

DA

TA N

EG

P

P

To DDF

PART OFCA ASSY


Figure 19 - S1-14/8 Card (ASC109) Cable Interface

SFP

SFP

SFP

SFP

SFP

SFP

SFP

SFPTO

DD

F

SINGLE MODE

OUT 8

IN 8

IN 6

OUT 7

IN 7

OUT 6

OUT 5

IN 5

OUT

IN

IN

OUT

OUT

IN

OUT

IN

IN 4

OUT 4

IN 3

OUT 3

IN 2

OUT 2

OUT 1

LC CABLE ASSEMBLY

IN 1OUT

IN

OUT

IN

OUT

OUT

IN

IN

8

6

7

5

4

3

2

1


Part of Option CardSI-14/8 ASC109

STM-1/4 slots 1 and 5STM-1 ModulesSTM-4 ModulesSTM-1E ModulesSTM-1/4 Bidirectional STM-4/16 CWDM Modules

SFP OPTIONS

STM-1 slots 2,3,4,6,7,and 8STM-1/4 BidirectionalSTM-1 ModulesSTM-1E Modules

Note 1 :When Using STM-1E Module, use ITT Cannon 75 Ohm 1.0/2.3 RF Plugs and Mini-Coax Cable with overall Braid.

Note 2: Bidirectional SFP's require only one fiber for both IN and OUT.

STM-1/4

STM-1/4

STM-1

STM-1

STM-1

STM-1

STM-1

STM-1

1655amu interconn 5.0

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