WaveReady CWDM Add/Drop for OSP Splice Enclosure

Transcription

1 COMMUNICATIONS MODULES & SUBSYSTEMS WaveReady CWDM Add/Drop for OSP Splice Enclosure Key Features Add/drop ITU-T G.695- and G.694.-compatible CWDM channels onto a fiber pair Designed for use in outside-plant fiber splice enclosures Upgradeable to 8 channels per fiber Provides low-loss pass-through for CWDM channels Thermally stable passive optics require no electrical power Applications Provides fiber conservation or reclamation for wireless backhaul, broadband, and other services Supports linear (bus) and ring add/drop architectures Compliance Telcordia GR-63 (NEBS) Telcordia GR-11 ITU-T GR-694. and GR-695 The WaveReady Coarse Wavelength Division Multiplexing (CWDM) Optical Add/Drop Module (OADM) splice packs are part of a family of flexible, low-cost solutions that expand the capacity of existing fiber. Through the use of CWDM technology, individual channels can be optically added or dropped from a fiber pair while allowing pass-through traffic to continue unobstructed through the bus or ring. CWDM OADM bidirectional splice packs provide both east and west add/drop functionality and are readily deployed in existing outside plant splice enclosures in combination with WaveReady CWDM Mux/Demux products at the headend. They provide ample room for fiber management and splice holders. CWDM OADM bidirectional splice packs are designed to interoperate with both the WaveReady line of transponder and optical regenerator solutions as well as ITU G.694.-compliant small form-factor pluggable (SFP) transceivers and transponder cards widely used in transmission equipment. With countless hours of continual field operation, industry-leading JDSU optical multiplexing technology offers unparalleled reliability and leading-edge performance. NORTH AMERICA: JDSU (5378) WORLDWIDE: JDSU WEBSITE:

2 Typical Application Installing CWDM add/drop modules in outside plant splice enclosures reduces equipment footprint costs. They can also reduce service costs, because they facilitate connections without requesting access to premises. Site B MDF-0ADC30510 CO MDF-08MDC001B Outside Plant Splice Enclosures MDF-0ADCB0550 MDF-0ADCB0470 Site C Site A

3 3 Functional Diagram MDF-01ADCBxx0 PORT 1 West IN (red) PORT West OUT (black) PORT 3 W xxxx ADD (green) PORT 4 W xxxx DROP (yellow) PORT 5 E xxxx ADD (green) PORT 6 E xxxx DROP (yellow) PORT 7 East IN (white) PORT 8 East OUT (brown)

4 4 Functional Diagram MDF-0ADCBxx0 PORT1 West IN (red) PORT West OUT (black) PORT 3 W xxxx+0 ADD (gray) PORT 4 W xxxx+0 DROP (purple) PORT 5 W xxxx ADD (green) PORT 6 W xxxx DROP (yellow) PORT7 E xxxx ADD (green) PORT 8 E xxxx DROP (yellow) PORT 9 E xxxx+0 ADD (gray) PORT 10 E xxxx+0 DROP (purple) PORT 11 East IN (white) PORT 1 East OUT (brown)

5 5 Specifications Optical Performance 1 MDF-01ADCBxx0 Parameter Condition Minimum Maximum Units Free spectral range nm Operating channels See Order Code tables nm Working -0.5 db λ ITU λ ITU ± 6.5 nm Express bandwidth λ ex 160 λ ex (λ ITU ), (λ ITU ) λ ex nm CWDM add/drop insertion loss Over channel bandwidth (λ ITU ) 1.0 db Express loss Over express bandwidth (λ ex ) 1.6 db Isolation: CWDM drop channel Adjacent 0 nm channels 40 db Isolation: CWDM drop channel Non-adjacent channels 45 db Isolation: CWDM express channel Over channel bandwidth 30 db Return loss All ports 45 db PDL All channels 0. db Optical Performance MDF-0ADCBxx0 Parameter Condition Minimum Maximum Units Free spectral range nm Operating channels See Order Code tables nm Working -0.5 db λ ITU λ ITU ± 6.5 nm Express bandwidth λ ex 160 λ ex (λ ITU ), (λ ITU ) λ ex nm xxxx add/drop insertion loss Over channel bandwidth (λ ITU ) 1. db xxxx+0 add/drop insertion loss Over channel bandwidth (λ ITU + 0 nm) 1.5 db Express loss Over express bandwidth (λ ex ).0 db Isolation: CWDM drop channel Adjacent 0 nm channels 40 db Isolation: CWDM drop channel Non-adjacent channels 45 db Isolation: CWDM express channel Over channel bandwidth 30 db Return loss All ports 45 db PDL All channels 0. db 1 Unless otherwise stated, all specifications are end-of-life over all temperature and input conditions. Unless otherwise stated, all specifications are end-of-life over all temperature and input conditions.

6 6 Specifications Physical Specifications: MDF-01ADCBxx0 and MDF-0ADCBxx0 Parameter Minimum Typical Maximum Size (H x W x D) 7.9 x 14 x 1.9 cm (11 x 5.5 x 0.75 in) Weight 0.68 kg (1.5 lbs) Fiber type SMF-8 or equivalent Fiber pigtail length 5.0 ± 0.1 m Environmental Specifications: MDF-01ADCBxx0 and MDF-0ADCBxx0 Parameter Minimum Typical Maximum Normal operating temperature -40 C 85 C Storage temperature -40 C 85 C

7 7 Specifications Ordering Information For more information on this or other products and their availability, please contact your local JDSU account manager or JDSU directly at JDSU (5378) in North America and JDSU worldwide or via at Order Codes for the MDF-01ADCBxx0 Product Code Description Order Code Variant Wavelength (xx) (nm) MDF-01ADCB470 Single-channel CWDM OADM MDF-01ADCB490 Single-channel CWDM OADM MDF-01ADCB510 Single-channel CWDM OADM MDF-01ADCB530 Single-channel CWDM OADM MDF-01ADCB550 Single-channel CWDM OADM MDF-01ADCB570 Single-channel CWDM OADM MDF-01ADCB590 Single-channel CWDM OADM MDF-01ADCB610 Single-channel CWDM OADM Order Codes for the MDF-0ADCBxx0 Product Code Description Order Code Wavelength Wavelength Variant Channel 1 Channel (xx) (nm) (nm) MDF-0ADCB470 -channel CWDM OADM (1471, 1491) MDF-0ADCB510 -channel CWDM OADM (1511, 1531) MDF-0ADCB550 -channel CWDM OADM (1551, 1571) MDF-0ADCB590 -channel CWDM OADM (1591, 1611) Associated Parts Product Code MDX-08MDC001B MDX-08UXC001A MDX-04UXC001A MDF-01ADCBxx0 MDX-MN004 Description 8-channel Mux/Demux with 1310 nm LC connectors 8-channel Universal Mux or Demux with 1310 nm SC connectors 4-channel Universal Mux or Demux with 1310 nm SC connectors 1- and -channel CWDM OADM Splice Pack RU JDSU Passive Optics Shelf 4 LGX-compatible modules

8 NORTH AMERICA: JDSU (5378) WORLDWIDE: JDSU WEBSITE: Product specifications and descriptions in this document subject to change without notice. 008 JDS Uniphase Corporation CWDM.DS.CMS.TM.AE September 008