Prisma DWDM Passives. Features. Optical Passive Components
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1 Optical Passive Components Prisma DWDM Passives Description Competitive pressures and rapidly acceleratg user demand for teractive services are forcg cable operators to upgrade their network architectures. These changes are pushg optical fiber deeper to the network. But simply replacg existg transmission les with fiber is no longer the most costeffective means to handle creasg bandwidth requirements. Operators are now takg advantage of advancements optical filterg that have made it possible to significantly crease the number of signals (or wavelengths) that can be carried on a sgle fiber - a process known as Dense Wavelength Division Multiplexg (DWDM). Prisma multiplexer and demultiplexer (mux/demux) components are essential elements for implementg DWDM to crease network efficiency by significantly reducg fiber counts. Most units are available the dustry recognized, LGX-compatible form factor to allow easy, snap- mountg a variety of enclosures and cabets. The LGX modules can be used the same chassis as coupler/splitters and patchg modules to achieve highdensity rack configurations. The Prisma mux/demux components are also optimized to achieve low sertion loss at all wavelengths. The 0 channel wavelength parts are packaged standard 1 or 2 RU closures that mount any standard 19-ch equipment rack. Sgle channel OADM is also available raw filter package for outside plant applications LGX Features Raw Filter Prisma mux/demux modules available, 8, 12, 16, 20, and 0 channel configurations Sgle channel Optical Add-Drop Mux (OADM) available for greater design flexibility Channels spaced at 100 GHz or 200 GHz, followg the standard ITU wavelength grid Wavelength mappg options allow combation of broadcast and narrowcast services on a sgle fiber Prisma mux/demux modules support analog and digital forward path transmission applications, and reverse path transmission applications such as baseband digital reverse (bdr ) to significantly crease bi-directional throughput Prisma mux/demux pairs optimized for the lowest combed sertion loss across all wavelengths Module for both mux and demux applications LGX-compatible modules easily snap to a wide variety of enclosures and cabets Rack Mount Industry-standard SC/APC adapters ensure connector compatibility; mimize back reflection and sertion losses; simplify moves, adds & changes; and reduce connector matenance requirements LC connector option for 0 channel system to save rack space
2 Unique Specifications Units 1 Ch OADM* ch 8ch 12ch 16ch 20ch 0ch Insertion Loss (max) db <1.1 (Add/Drop) n/a 200 GHz <0.8 (Other) Insertion Loss (max) 100 GHz db <1.1 (Add/Drop) <0.8 (Other) n/a 3.2 n/a n/a n/a.5 Isolation (max) db >30 (Add/Drop) >12 (Other) >30 (adjacent channels) >0 (non-adjacent channels) Module Dimensions Depth (max) Width Height Faceplate Height *Sgle channel OADM raw filter package dimensions φ5.5 mm x 36 mm with 900µ loose tube with SC/APC connectors Common Specifications or or 8.8 Parameter Units 200 GHz Specifications 100 GHz Specifications Channel -0.5 db nm λ c ± 0.25 (-5 C to +65 C) λ c ± 0.12 (-5 C to +65 C ) Channel Spacg GHz Polarization Dependent Loss (PDL) db 0.20 (-5 C to +65 C) 0.20 (-5 C to +65 C) Polarization Mode Dispersion (PMD) ps 0.15 (-5 C to +65 C) 0.15 (-5 C to +65 C) Directivity db Optical Return Loss db 5 5 Operatg Temperature Range C -0 to to +65 Storage Temperature Range C -0 to to +80 Optical Connector Type (LC adapters for 0 ch = P/N 0035) SC/APC adapters (all ports) SC/APC adapters (all ports) Notes: Losses clude put/output and common connector losses. Recommended for use non-condensg environments only. Unless otherwise noted, specifications are based on measurements made accordance with NCTA Practices for Measurements made on Cable Systems usg standard frequency assignments. 2
3 Orderg Information (ITU Grid 200GHz spacg) (std, ITU ch.21-27) (opt, ITU ch.3-9) (Red, ITU ch.21,25,29,33) (Red, ITU ch.23,27,31,35) 8 (std or Red, ITU ch.21-35) 8 (std or Red, ITU ch.21-35, dual test pots) 8 (opt, ITU ch.3-57) 8 (Blue, ITU ch 5-59) 8 (Blue, ITU ch 5-59, dual test pots) 12 (ITU ch.21-3, dual test pots) 16 (ITU ch.21-51, dual test pots) LGX Module Width 1slot 3 slots 3 slots (R/B ITU ch.21-35, 5-59, dual test pots) 3 slots (ITU ch.21-59, dual test pots) slots (ITU Grid 100GHz spacg) LGX Module Width 8 (ITU ch 16-23) (ITU ch 25-32) (ITU ch 3-1) (ITU ch 3-50) (ITU ch 52-59) 0038 (ITU Grid 100GHz spacg) Rack Unit Height 0 (ITU ch.20-59, dual test pots, SC/APC) 2 RU (ITU ch.16-59, skips 2,33,2,51, LC) 1 RU
4 OADM Orderg Information Description (100 GHz) Part Number Description Part Number OADM,LGX-DWDM-ITU-16-SA OADM,LGX-DWDM-ITU-38-SA OADM,LGX-DWDM-ITU-17-SA 0035 OADM,LGX-DWDM-ITU-39-SA OADM,LGX-DWDM-ITU-18-SA OADM,LGX-DWDM-ITU-0-SA OADM,LGX-DWDM-ITU-19-SA OADM,LGX-DWDM-ITU-1-SA OADM,LGX-DWDM-ITU-20-SA OADM,LGX-DWDM-ITU-2-SA OADM,LGX-DWDM-ITU-21-SA OADM,LGX-DWDM-ITU-3-SA OADM,LGX-DWDM-ITU-22-SA OADM,LGX-DWDM-ITU--SA OADM,LGX-DWDM-ITU-23-SA OADM,LGX-DWDM-ITU-5-SA OADM,LGX-DWDM-ITU-2-SA OADM,LGX-DWDM-ITU-6-SA OADM,LGX-DWDM-ITU-25-SA OADM,LGX-DWDM-ITU-7-SA OADM,LGX-DWDM-ITU-26-SA OADM,LGX-DWDM-ITU-8-SA OADM,LGX-DWDM-ITU-27-SA OADM,LGX-DWDM-ITU-9-SA OADM,LGX-DWDM-ITU-28-SA OADM,LGX-DWDM-ITU-50-SA OADM,LGX-DWDM-ITU-29-SA OADM,LGX-DWDM-ITU-51-SA OADM,LGX-DWDM-ITU-30-SA OADM,LGX-DWDM-ITU-52-SA OADM,LGX-DWDM-ITU-31-SA OADM,LGX-DWDM-ITU-53-SA OADM,LGX-DWDM-ITU-32-SA OADM,LGX-DWDM-ITU-5-SA OADM,LGX-DWDM-ITU-33-SA OADM,LGX-DWDM-ITU-55-SA OADM,LGX-DWDM-ITU-3-SA OADM,LGX-DWDM-ITU-56-SA OADM,LGX-DWDM-ITU-35-SA OADM,LGX-DWDM-ITU-57-SA OADM,LGX-DWDM-ITU-36-SA OADM,LGX-DWDM-ITU-58-SA OADM,LGX-DWDM-ITU-37-SA OADM,LGX-DWDM-ITU-59-SA Description (200 GHz) Part Number Description Part Number OADM, Filter, DWDM-ITU-21-SA OADM, Filter, DWDM-ITU-1-SA OADM, Filter, DWDM-ITU-23-SA OADM, Filter, DWDM-ITU-3-SA OADM, Filter, DWDM-ITU-25-SA OADM, Filter, DWDM-ITU-5-SA OADM, Filter, DWDM-ITU-27-SA OADM, Filter, DWDM-ITU-7-SA OADM, Filter, DWDM-ITU-29-SA OADM, Filter, DWDM-ITU-9-SA OADM, Filter, DWDM-ITU-31-SA OADM, Filter, DWDM-ITU-51-SA OADM, Filter, DWDM-ITU-33-SA OADM, Filter, DWDM-ITU-53-SA OADM, Filter, DWDM-ITU-35-SA OADM, Filter, DWDM-ITU-55-SA OADM, Filter, DWDM-ITU-37-SA OADM, Filter, DWDM-ITU-57-SA OADM, Filter, DWDM-ITU-39-SA OADM, Filter, DWDM-ITU-59-SA Related Optical Passive Components Part Number DataLxs Patch Enclosure (2RU, LGX-compatible, 2-position, unloaded) DataLxs Patch Enclosure (3RU, LGX-compatible, 8-position, unloaded) DataLxs Patch Enclosure (RU, LGX-compatible, 72-position, unloaded) Patch Plate (LGX-compatible, 6-port, SC/APC adapters) Prisma Sglemode Multiband Couplers/Splitters (LGX-Compatible) See Data Sheet Prisma Fixed Optical Attenuators See Data Sheet
5 ITU Wavelength Map ITU Channel 200 GHz Spacg Wavelengths (nm) 100 GHz Spacg 20 16P 16L 12 Number of Wavelengths 8R (std) 8 (opt) X X X X X 8B 8 Ch 100G X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X Scientific-Atlanta, the Scientific-Atlanta logo, and Prisma are registered trademarks of Scientific-Atlanta, Inc. Cisco, Cisco Systems, and the Cisco Systems logo are registered trademarks of Cisco Systems, Inc. and/or its affiliates the U.S. and certa other countries. All other trademarks shown are trademarks of their respective owners. Specifications and product availability are subject to change without notice Scientific-Atlanta, Inc. All rights reserved. (std) (opt) R1 R2 Scientific-Atlanta, Inc or Part Number Rev G May
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