Tài liệu ADC Coarse Wavelength Division Multiplexing (CWDM) docx

PLANNING GUIDE
ADC Coarse Wavelength
Division Multiplexing (CWDM)
CWDM VAM Module
Ordering Guide and Information
Page 2
ADC Coarse Wavelength Division Multiplexing CWDM VAM Module Ordering Guide and Information
Catalog Number
CW __ __ __ - __ __ __ __ __ __ __ __ __ __ __
ø
See page 3-6 for important ordering instructions, module types and catalog number examples.
Module Type
Code Description
VSM Standard VAM Module
VMW Standard WideVAM Module
VLM LSX (LGX) VAM Module
FMT MicroVam for FMT, NG3
®
, NGF
MXM
OMX600
®
VAM High
Density Module
FLW FL2000 WideVam
CW +
1, 2
& 3
Module Configuration
Code Port Locations
2 Common front, λ front

3 Common front, λ rear
4 Common rear, λ rear
5 Common rear, λ front
4
Common Port Adapter
Code Adapter
7 SC UPC
L SC APC
2 FC UPC
K LC UPC
5
Adapter
Code Adapter
7 SC UPC
L SC APC
2 FC UPC
K LC UPC
6
# of Channels
per Circuit
Code Channels
A 8
B 4
D 2
E
1 (Add/
Drop)
7
Highest Channel
Code Channel

A 1610 nm
B 1590 nm
C 1570 nm
D 1550 nm
E 1530 nm
F 1510 nm
G 1490 nm
H 1470 nm
8
Custom
Configurations
Code Channels
000 Standard
Module
12,
13 &
14
Custom Designation
Code Module Type
A
MUX 8
channel and
greater only
B
DEMUX 8
channel and
greater only
C
MUX/DEMUX
4 channel

or less
9
1310 nm Upgrade Port
Code 1310 nm
Y Yes
N No
10
# of Circuits
Code # of Circuits
1 1
2 2
3 3
4 4
5 5
6 6
11
Standard channel product outlined below
• FourChannelStandard1470nm,1490nm,1510nm,1530nm.
• FourChannelStandard1550nm,1570nm,1590nm,1610nm.
• EightChannelStandard1470nm,1490nm,1510nm,1530nm,1550nm,1570nm,1590nmand1610nm.
• FourChannelStandard1470nm,1490nm,1510nm,1530nmwith1310nmupgrade.
• FourChannelStandard1550nm,1570nm,1590nm,1610nmwith1310nmupgrade.
• EightChannelStandard1470nm,1490nm,1510nm,1530nm,1550nm,1570nm,1590nm,
1610with1310nmupgrade.
Page 3
ADC Coarse Wavelength Division Multiplexing CWDM VAM Module Ordering Guide and Information
Definition of Variables
CW + 1, 2 & 3
Module Type: Choose Module type.
4

Module Configuration: Front only, front & rear and combinations thereof. See page 6 for available ports
for each module type.
5 & 6
Common Port Adapter/Adapter: Choose connector type.
7
Number of Channels per Circuit: Choose number of channels, use E option to add or drop
single channel
8
Highest Channel:Startswithhighestchannelneededandgoeslowerincrementallyinorderlisted.
9
Module MUX/DEMUX Type: Choose MUX type.
10
1310 nm Upgrade Port: Yes or no to 1310 nm legacy port. Not included in number of channels count.
11
Number of Optical Circuits per Module: Howmanycircuitsarerequiredtocreateyourrequest?
12, 13 & 14
Custom Configurations: Standard configuration. Use 000 for standard.
CWVMW-5LLBC0CN4000
CW + 1, 2 & 3
Module Type: WideVam Module.
4
Module Configuration: Common ports on the rear and outputs in front.
5 & 6
Common Port Adapter/Adapter: SC APC connectors on common ports and outputs.
7
Number of Channels per Circuit: 4 Channels per circuit.
8
Highest Channel:Startswith1570nm,1550nm,1530nmand1510nm.
9
Module MUX/DEMUX Type: 4 DEMUX channels per circuit.

10
1310 nm Upgrade Port: 1310 nm upgrade NOT included.
11
Number of Circuits: 4opticalcircuitspermodule.(Greensquares=opticalcircuit)
12, 13 & 14
Custom Configurations: Standard configuration.
Common
Common
Common
Common
λ1
λ2
λ3
λ4
Rear Front
λ4
λ3
λ2
λ1
This example is considered a 4 circuit module. Check module type and amount of ports needed before configuring
a catalog number.
Catalog Ordering Example
Catalog Number Example
FCM WideVAM Module
Page 4
ADC Coarse Wavelength Division Multiplexing CWDM VAM Module Ordering Guide and Information
Application #1: Ordering a MicroVAM CWDM Module
• ExampleA:Onecommonportwithfourchannelsanda1310nmupgradeport.
• ExampleA:CatalognumberCWFMT-2LLBE0CY1000wascreatedfrompage23intheVAMcatalog#101663AE:
 • Thiscatalognumberexamplewouldhaveacommonportfortheincomingsignalandfourchannelsλ 1530 nm,

1510nm,1490nmand1470nm.Itwouldalsohavea1310upgradeportforlegacy1310nmsystems.
Common
in
in
out
Example: A
Common Front,
λ Front
λ2
λ1
Rear Front
Up to 5 outputs
(Channels)
1 x N
1470 nm
IN
λ
λ
λ
λ
λ
1490 nm
1530 nm
1510 nm
1330 nm
Common Port
or Input
Optical
Components
Page 5

Application #2: Ordering a MicroVAM CWDM Module
• ExampleB:Twocommonportsandtwochannelsforeachcommonport.
• ExampleB:CatalognumberCWFMT-2LLDC0CN2000:
 • ThiscatalognumberexamplewouldhavetwoincomingCommonPortsandfourchannels,
andoneCommonPortfortwochannels.
 • Thisisatwocircuitmodulewithtwochannelspercircuit.
ADC Coarse Wavelength Division Multiplexing CWDM VAM Module Ordering Guide and Information
Example: B
Common Front,
λ Front
Rear Front
Common
IN
IN
OUT
λ2
λ1
1 x N
Common
IN
IN
OUT
λ2
λ1
1 x N
1570nm
IN
λ
λ
λ

λ
Common Port
1550nm
1570nm
1550nm
IN
Common Port
Optical
Components
Optical
Components
Page 6
ADC Coarse Wavelength Division Multiplexing CWDM VAM Module Ordering Guide and Information
CWDM Module Types
WideVAM
®
VMW
UsedwithADC8"FCMandindustry-
standard optical distribution frames
WideVAM chassis
Available Ports:
• 18Front
• 12Rear
MicroVAM FMT
UsedwithFMT2RUandNG3
®

MicroVAM chassis
Available Ports:
• 6FrontOnly(8LC)

• 3rear(NGFonly)
LGX
®
Compatible VLM
UsedwithLGXcompatibleVAM
chassisandiscompatiblewithany
7” - high LGX VAM chassis
Available Ports:
• 6Front
• 3Rear
OMX600
®
High-Density MXM
UsedwithOMX600high-density
VAM chassis
Available Ports:
• 9Front(10LC)
• 0Rear
REAR
PORT 1 X
PORT 2 X
PORT 3 X
PORT 4 X
FRONT
X PORT 6
X PORT 5
X PORT 4
X PORT 3
X PORT 2
X PORT 1

PORT 19 X
PORT 20 X
PORT 21 X
PORT 22 X
PORT 23 X
PORT 24 X
PORT 25 X
PORT 26 X
PORT 27 X
PORT 28 X
PORT 29 X
PORT 30 X
REAR
FRONT
X PORT 18
X PORT 17
X PORT 16
X PORT 15
X PORT 14
X PORT 13
X PORT 12
X PORT 11
X PORT 10

X PORT 25
X PORT 26
X PORT 27
X PORT 28
X PORT 29
X PORT 30

X PORT 30
X PORT 30
X PORT 30
FRONT
X PORT 9
X PORT 8
X PORT 7
X PORT 6
X PORT 5
X PORT 4
X PORT 3
X PORT 2
X PORT 1
FRONT
REAR
PORT 7 X
PORT 8 X
X PORT 6
X PORT 5
X PORT 4
X PORT 3
X PORT 2
X PORT 1
PORT 1 X
PORT 2 X
PORT 3 X
PORT 4 X
PORT 5 X
PORT 6 X
REAR

3
IN OUT
FRONT
Common Front,
λ
Rear
1 x N
2
IN OUT
FRONTREAR
λ2
COMMON
COMMON
COMMON
COMMON
λ1
λ2
λ1
λ2
λ1
λ2
λ1
Common Front,
λ
Front
1 x N
4
CommonRear,
λ Rear
IN OUT

REAR FRONT
1 x N
IN OUT
CommonRear,
λ
Front
5
REAR FRONT
1 x N
2
REAR
3
IN OUT
FRONT
Common Front,
λ Rear
1 x N
2
IN OUT
FRONTREAR
λ2
COMMON
COMMON
COMMON
COMMON
λ1
λ2
λ1
λ2
λ1

λ2
λ1
Common Front,
λ Front
1 x N
4
CommonRear,
λ Rear
IN OUT
REAR FRONT
1 x N
IN OUT
CommonRear,
λ Front
5
REAR FRONT
1 x N
REAR
3
IN OUT
FRONT
Common Front,
λ
Rear
1 x N
2
IN OUT
FRONTREAR
λ2
COMMON

COMMON
COMMON
COMMON
λ1
λ2
λ1
λ2
λ1
λ2
λ1
Common Front,
λ
Front
1 x N
4
CommonRear,
λ Rear
IN OUT
REAR
FRONT
1 x N
IN OUT
CommonRear,
λ
Front
5
REAR FRONT
1 x N
REAR
3

IN OUT
FRONT
Common Front,
λ Rear
1 x N
2
IN OUT
FRONTREAR
λ2
COMMON
COMMON
COMMON
COMMON
λ1
λ2
λ1
λ2
λ1
λ2
λ1
Common Front,
λ Front
1 x N
4
CommonRear,
λ Rear
IN OUT
REAR FRONT
1 x N
IN OUT

CommonRear,
λ Front
5
REAR FRONT
1 x N
5
3
Standard VSM
Usedwith8"FCM,FL2000and
industry-standard optical distribution
frames Standard VAM chassis
Available Ports:
• 6Front
• 4Rear
4
CWDM Module Options
Page 7
ADC Coarse Wavelength Division Multiplexing CWDM VAM Module Ordering Guide and Information
Ordering Notes
• MicroVammodulesforFMTdrawersandNG3aresixportfrontaccessonly.Thisisduetospaceconstraints.
AllNG3andFMTMicroVammodulecatalognumbersstartwithCWFMT-2.
• ChannelsequenceforanyCWDMmodulewithmorethanonechannelareconfiguredfromhighesttolowest.
Forexample:CatalognumberCWVMW-5LLBC0CN4000is1570nm,1550nm,1530nmand1510nm.
Ordering Notes for 1310 Upgrade Ports
• The1310nmupgradeorlegacyportisnotcountedinthenumberofchannels
in the ordering scheme.
• Forexample,acustomercouldrequestfourchannels,fourcircuitsanda1310nm
upgradeport.Thismodulewouldbeconsideredafourchannelcircuitwith1310
nmupgrade.AnexamplecatalognumberwouldbeCWVMW-577BACY4000.
WideVam module, common ports in rear, channels in front, SC connectors, four

channelsstartingwith1610nmandgoingdownin20nmincrements,fourchannel
MUX/DEMUX, 1310 nm Upgrade, four circuits.
PORT 19 X
PORT 20 X
PORT 21 X
PORT 22 X
PORT 23 X
PORT 24 X
PORT 25 X
PORT 26 X
PORT 27 X
PORT 28 X
PORT 29 X
PORT 30 X
REAR
FRONT
X PORT 18
X PORT 17
X PORT 16
X PORT 15
X PORT 14
X PORT 13
X PORT 12
X PORT 11
X PORT 10

X PORT 25
X PORT 26
X PORT 27
X PORT 28

X PORT 29
X PORT 30
X PORT 30
X PORT 30
X PORT 30
WideVAM
®
VMW
Website: www.adc.com
FromNorthAmerica,CallTollFree:1-800-366-3891•OutsideofNorthAmerica:+1-952-938-8080
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ADC Telecommunications, Inc., P.O. Box 1101, Minneapolis, Minnesota USA 55440-1101
Specificationspublishedherearecurrentasofthedateofpublicationofthisdocument.Becausewearecontinuously
improvingourproducts,ADCreservestherighttochangespecificationswithoutpriornotice.Atanytime,youmay
verify product specifications bycontacting ourheadquarters officeinMinneapolis. ADC Telecommunications, Inc.
viewsitspatentportfolioasanimportantcorporateassetandvigorously enforcesits patents.Productsorfeatures
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105159AE 10/07 Original © 2007 ADC Telecommunications, Inc. All Rights Reserved
ADC COARSE WAVE DIVISION MULTIPLEXING
CWDM Specifications
PARAMETERS 4 CHANNEL 8 CHANNEL
Operating Temperature: -40°to+85°C -40°to+85°C
Channel Spacing: 20 nm 20 nm
Maximum Optical Power: 250 mW 250 mW
MUX and DEMUX without connectors (without 1310 upgrade port)
Insertion Loss: ±6.5 nm ±6.5 nm
Adjacent Channel Isolation: <2.0 dB <2.5 dB
Non-Adjacent Channel Isolation: >30 dB >30 dB
Directivity: >40 dB >40 dB
Up Link: >50 dB >50 dB

Return Loss: >45 dB >45 dB
Polarization Dependent Loss: <0.2 dB <0.2 dB
MUX and DEMUX without connectors (with 1310 upgrade port)
CWDM Channel Passband: ±6.5 nm ±6.5 nm
1310 Upgrade Channel Passband: 1260-1360 nm 1260-1360 nm
Insertion Loss CWDM Ports: <2.2 dB <2.9 dB
Insertion Loss 1310 Upgrade Port: <2.2 dB <2.9 dB
CWDM Adjacent Channel Isolation: >30 dB >30 dB
CWDM Non-Adjacent Channel Isolation: >40 dB >40 dB
1310 Upgrade Adjacent Channel Isolation: >40 dB >40 dB
1310 Upgrade Non-Adjacent Channel Isolation: >40 dB >40 dB
Directivity: >50 dB >50 dB
Return Loss: >45 dB >45 dB
Polarization Dependent Loss: <0.2 dB <0.25 dB