WaveReady TM
Outside Plant CWDM Optical Add/Drop (OSP CWDM OADM)Module
Key Features?Adds and drops two or four CWDM channels on a single
fiber
?Reusable dropped wavelengths in adjoining spans add
protection or double capacity in a ring
?Extended temperature range makes operation suitable for
outside plant (OSP) cabinet installations
?Ultra-high isolation design eliminates need for channel
power balancing
?Fits into standard LGX? mounting solutions
?Requires no powering because of thermally stable passive
optics
The WaveReady? Outside Plant Coarse Wavelength Division Multiplexer Optical
Add/Drop Module (OSP CWDM OADM) is a flexible,low-cost solution that
enables capacity expansion of existing fiber.Coupled with highly reliable passive
optics that are certified for environmentally hardened applications,the OSP
CWDM OADM lets carriers make full use of the fiber’s available bandwidth in the
local loop.
The OSP CWDM OADM is a universal device configurable for either bidirec-
tional transport over a single fiber or unidirectional transport over a fiber pair.
This family of parts supports a broad range of wavelength-protected
architectures,including dual-homed bus and protected rings over one or two
fibers.The market-standard LGX packaging allows the OSP CWDM OADM to be
readily deployed into existing fiber distribution frames (FDF),or alternatively
adapted for installation in WaveReady shelves.
The OSP CWDM OADM interoperates with both the WaveReady line of trans-
ponder and optical regenerator solutions as well as CWDM transponders and
small form-factor pluggables (SFPs) used in widely available transmission
equipment.With billions of field operating hours,the industry-leading JDSU
optical multiplexing technology offers unparalleled reliability and leading
performance.
Applications
?Maximize fiber in local loop
?Overlays CWDM with existing
1310 nm transmission systems
?Provides bidirectional transmission
on a single fiber
?Supports linear and ring architec-
tures requiring wavelength reuse
Compliance
?Channel-plan compliant with
ITU-T G694.2
?NEBS Level 3
COMMUNICATIONS MODULES &SUBSYSTEMS
1
Specifications are worst case end of life over specified temperature and wavelength range.
Parameter
2 Channel 4 Channel
Optical Characteristics
CWDM add or drop insertion loss Maximum 2.5 dB 3.3 dB 1310 nm add or drop insertion loss
Maximum 1.5 dB 1.5 dB Through path inserton loss (COM E — COM W)Maximum 3.6 dB
3.8 dB
Monitor tap ratio
Nominal 2%
1310 nm channel bandwidth Minimum 1260 nm to 1360 nm CWDM reflect bandwidth Minimum 1463.5 nm to 1617.5 nm CWDM channel bandwidth Minimum ITU λ ±6.5 nm Channel flatness Maximum 0.5 dB
Isolation
Adjacent 20 nm spaced channels Minimum 40 dB Non-adjacent 20 nm spaced channels Minimum 45 dB Dropped channel rejection at CWDM Minimum 30 dB Dropped channel rejection at 1310 nm Minimum 50 dB 1310 nm band from CWDM channels Minimum 50 dB CWDM channels from 1310 nm band Minimum 50 dB Optical return loss
Minimum 40 dB Input optical power — sum of all channel ports Maximum 1 W Polarization dependent loss (PDL)Maximum 0.2 dB Polarization mode dispersion (PMD)
Maximum
0.2 ps
Physical Characteristics Size (H x W x L)
129.5 x 57.7 x 160.3 mm 129.5 x 86.9 x 160.0 mm (5.10 x 2.28 x 6.36 in)(5.10 x 3.42.x 6.30 in)
Optical connector type (all ports)SC/PC bulkhead
Weight
0.91 kg (2 lb) 1.36 kg (3 lb)
Environmental Characteristics
Minimum
Maximum
Operating ambient temperature
–40oC 65oC Storage temperature
–40oC 85oC Relative humidity (non-condensing)
5%
95%
For more information on this or other products and their availability,please contact your local JDSU account manager or JDSU directly at 1-800-498-JDSU (5378) in North America,
+1 800-5378-JDSU worldwide or via e-mail at sales@https://www.wendangku.net/doc/6913330972.html,.
Sample:MDX-02ADCB1AA
Code Channel Plan (2 Channel)1B 1511 nm,1531 nm 2A 1551 nm,1571 nm 2B 1591 nm,1611 nm
Code Channel Plan (4 Channel)
011471 nm,1491 nm,1511 nm,1531 nm 02
1551 nm,1571 nm,1591 nm,1611 nm
MDX- ADCB A
Code Number of Channels 02204
4
Product specifications and descriptions in this document subject to change without notice.? 2008 JDS Uniphase Corporation June 2008 30149394 000 0608 OSPCWDMOADM.DS.CMS.TM.AE