Optical Passives (OSP)

Transcription

1 arris.com Optical assives (O) 4, 8, 12, 16, 20, and 40 channel O DWD Demuxes FEATRE 4, 8, 12, 16, 20, and 40 channel optical de multiplexer cassettes that are also suitable for use as outdoor multiplexers since each device is bidirectional O de multiplexer companions to ARRI D35 eries I LGX DWD mux modules Temperature hardened ( 40 to +85 C) compact field enclosures for O outside plant mounting in existing splice trays 100 GHz DWD IT channel spacing (IT T G694.1) EX express and G upgrade ports (available on some model types) eparate 20 db T test ports with C/AC connectors for Tx and Rx signal paths LC/AC, LC/C, C/AC or no connector options for all other optical ports RODCT OVERVIEW ARRI s D95D eries DWD optical de multiplexer cassettes are intended for applications in non controlled outdoor environments. They are typically mated with compatible headend/hub based D35 eries I LGX DWD multiplexer modules. These products are also suitable for use as outdoor multiplexers since each device is bidirectional. The D95D eries is designed to de multiplex 4, 8, 12, 16, 20, or 40 DWD wavelengths with 100 GHz frequency spacing on the DWD IT Grid (IT T G.694.1). ome model types also have an EX express port (for insertion of other wavelengths outside the C band), a G upgrade port (for cascading other DWD wavelengths), and separate 20 db T line monitoring taps (for Tx and Rx signal paths). O

2 These compact, ruggedized, anodized aluminum cassettes have been designed for use in an outside plant environment, for mounting into existing splice trays like the Tyco FOC series. All pigtail fibers are color coded and individually labeled to ensure proper installation and wavelength management. ECIFICATIO Characteristics pecification hysical Dimensions xx = channels s = Cassette case Dimensions (cm) xx = 4, 8 s = case 8.9 L x 4.1 W x 0.9 H xx = 4 s = case 8 L x 5.1 W x 0.9 H xx = 8, 12 s = F case 9.6 L x 7.8 W x 0.8 H xx = 16, 20 s = G case 9.6 L x 7.8 W x 1.3 H xx = 40 s = H case 9.6 L x 7.8 W x 1.6 H Weight 0.8 lbs (0.36 kg) Environmental Operating Temperature Range (outdoor) 40 to +85 C ( 40 to +185 F) torage Temperature Range 40 to +85 C ( 40 to +185 F) Humidity 5% to 95% non condensing Optical Interface Optical ports xx = # of DWD IT channel output ports (ee Table 2) i = IT channel group dropped (ee Table 2) CO: Input from fiber network EX: Express port to cascade wavelengths outside DWD IT G: pgrade port to cascade DWD channels from another DWD demux 1 T Tx: nidirectional 20 db tap off CO port 1 T Rx: nidirectional 20 db tap off CO port 1 Optical connector on Test orts C/AC (with 0.75 meter of 900 micron fiber pigtails) on T Tx and T Rx All other ports connector options AL: LC/AC (with 0.75 meter of 900 µm fiber pigtails) L: LC/C (with 0.75 meter of 900 µm fiber pigtails) A: C/AC (with 0.75 meter of 900 µm fiber pigtails) 00: O connectors (with 1.5 meter of 900 µm fiber pigtails) (ee the Ordering Information section for connector options available for each part number.) Fiber pigtail labels CO fiber: RED labels All other fibers: YELLOW labels Fiber pigtail colors ee Table 4 for xx = 4, 8, 20, 40 IT channels ee Table 3 for xx = 12, 16 IT channels O

3 ECIFICATIO COTIED Characteristics pecification Optical Channel pacing 100 GHz grid (IT T G.694.1) Channel 0.5 dbc points, min ± nm (= ± 15.6 GHz) around center wavelength 0iB2 0iA2R Channel 3 dbc points, min ± 0.22 nm (= ±27.5 GHz) around center wavelength ± 0.28 nm (= ± 35 GHz) around center wavelength G and EX ports passbands CO to G: nm (IT channels 14 63) CO to EX: nm and nm Insertion Loss, max (including connectors) CO to CHAEL: ee Table 1. aired: ee Table 1. CO to G: ee Table 1. CO to EX: 3 db CO to T Tx: 20.4 CO to T Rx: 20.4 odule niformity, max 2 db aired niformity, max 1 db Ripple within passband, max 0.5 db Isolation, min CHAEL to CHAEL, adjacent channels CHAEL to CHAEL, non adjacent channels EX to CHAEL Directivity, min Between any two CHAEL ports Between G port and any CHAEL port Between EX port and any CHAEL port Return loss, min olarization dependent loss, max olarization mode dispersion, max Thermal wavelength shift, max Insertion loss variation over temperature, max ower handling (any port), max 30 db 45 db 12 db 50 db 50 db 45 db 45 db 0.25 db 0.15 ps nm/ C 0.01 db/ C 21.8 dbm OTE: 1. EX, G and Test orts are available on certain models. ee the Ordering Iinformation section for details. TABLE 1: IERTIO LO (db) ICLDIG OTICAL COECTOR, AX Channel Count odel Type CO to CHAEL aired loss 2 CO to G 4 8 D95D040iB2 D95D040iA0 D95D080iB2 D95D080iA0 or D95D08mnA0 12 D95D080iB D95D160iB2 D95D160iA0 D95D16mnA0 D95D200iA2R D95D200iB2 40 D95D400Z2R D95D400Z0 1H D95D400Z2 1H OTE: 2. aired insertion loss when combined with compatible ARRI D35xx multiplexer module (from mux CHAEL input to the corresponding demux CHAEL output) O

4 TABLE 2: IT G.694 WAVELEGTH TABLE AD CORREODIG D95DXX ODEL j for j for j for j for j for j for j for xx = 4 xx = 8 xx = 10 xx = 12 xx = 16 xx = 20 xx = 40 H J L R T V A A IT Channel lan Channel frequency and ARRI Channel # w avelength per IT G.694.1, 02/ THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm THz nm O

5 TABLE 3: FIBER IGTAIL COLOR (D95D12 AD D95D16) TABLE 4: FIBER IGTAIL COLOR (D95D04, D95D08, D95D20 AD D95D40) xx = 04 xx = 08 xx = 20 xx = 40 Color Codes CO White EX Black G Orange T Rx Aqua T Tx Rose 16 Red 17 Black H 18 Yellow 19 Violet 20 Blue 21 Orange J 22 Green 23 Brown 24 late 25 White 26 Red 27 Black 28 Yellow 29 Violet L 30 Blue 31 Orange 32 Green 33 Brown 34 late 35 White 36 Red 37 Black 38 Yellow 39 Violet 40 Blue 41 Orange 42 Green 43 Brown 44 late 45 White R 46 Red 47 Black 48 Yellow 49 Violet 50 Blue 51 Orange 52 Green 53 Brown T 54 late 55 White 56 Red 57 Black 58 Yellow 59 Violet 60 Blue 61 Orange V 62 Green 63 Brown O

6 ORDERIG IFORATIO art umber D95D040iB2 1sB yz D95D040iA0 1B L D95D080iB2 1sB yz D95D080iA0 1B L D95D08mnA0 1B L D95D120iB2 1FB yz D95D160iB2 1GB yz D95D16mnA0 1GB L D95D200iB2 1GB yz D95D200iZ2R 1GB 00 Description 4 IT channel output ports i = H, J,, L,,,, R,, T, or V CHAEL ports group (ee Table 2.) With EX and G ports Two unidirectional test ports (T Tx and T Rx) with C/AC connectors s = ( case) or ( case) yz = 00 (o connectors); AL (LC/AC connectors); A (C/AC connectors); L (LC/C connectors) 4 IT channel output ports i = J,, L,,,, R,, T, or CHAEL ports group (ee Table 2.) With G port; o EX port o test port case enclosure LC/C optical connectors 8 IT channel output ports i =,,, or CHAEL ports group (ee Table 2.) With G port; o EX port Two unidirectional test ports (T Tx and T Rx) with C/AC connectors s = ( case) or F (F case) yz = 00 (o connectors); AL (LC/AC connectors); A (C/AC connectors); L (LC/C connectors) 8 IT channel output ports i =,,, or CHAEL ports group (ee Table 2.) With G port; no EX port o test port case enclosure LC/C optical connectors 8 IT channel output ports mn = 14 (IT 14,15,16,17,18,19,20,21 CHAEL ports) 22 (IT 22,23,24,25,26,27,28,29 CHAEL ports) 30 (IT 30,31,32,33,34,35,36,37 CHAEL ports) 38 (IT 38,39,40,41,42,43,44,45 CHAEL ports) 46 (IT 46,47,48,49,50,51,52,53 CHAEL ports) 54 (IT 54,55,56,57,58,59,60,61 CHAEL ports) With G port; no EX port o test port case enclosure LC/C optical connectors 12 IT channel output ports i = A (IT CHAEL ports Group A (ee Table 2.)) With EX and G ports Two unidirectional test ports (T Tx and T Rx) with C/AC connectors F case enclosure yz = 00 (o connectors); AL (LC/AC connectors); A (C/AC connectors); L (LC/C connectors) 16 IT channel output ports i = A (IT CHAELports Group A (ee Table 2.)) With EX and G ports Two unidirectional test ports (T Tx and T Rx) with C/AC connectors G case enclosure yz = Optical connector type (00 = o connectors, AL = LC/AC, A = C/AC, L = LC/C) 16 IT channel output ports mn = 14 (IT 14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29 CHAEL ports) 30 (IT 30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45 CHAEL ports) 46 (IT 46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61 CHAEL ports) With G port; no EX port o test port G case enclosure LC/C optical connectors 20 IT channel output ports i = (IT CHAELports Group (ee Table 2.)) or (IT CHAELports Group (ee Table 2.)) With EX and G ports Two unidirectional test ports (T Tx and T Rx) with C/AC connectors yz = 00 (o connectors); AL (LC/AC connectors); A (C/AC connectors); L (LC/C connectors) 20 IT channel output ports i = (IT CHAELports Group (ee Table 2.)) or (IT CHAELports Group (ee Table 2.)) o G port; o EX port Two unidirectional test ports (T Tx and T Rx) with C/AC connectors o connectors (except on the test ports) Wider CHAEL pass bandwidth at 3 dbc points (ee the ECIFICATIO section for details.) O

7 ORDERIG IFORATIO COTIED art umber D95D400Zk 1H yz D95D400Z2R 1HB 00 Description 40 IT channel output ports IT CHAEL ports Group (ee Table 2.) k = 0 (o test port) or 2 (two unidirectional test ports (T Tx and T Rx)) o EX and G ports H case enclosure yz = 00 (o connectors); AL (LC/AC connectors); A (C/AC connectors); L (LC/C connectors) Built with AWG (Array Waveguide) devices 40 IT channel output ports IT CHAEL ports Group (ee Table 2.) o EX and G ports H case enclosure Two unidirectional test ports (T Tx and T Rx) with C/AC connectors o connectors except on the test ports Built with TFF (thin film filter) devices Wider CHAEL pass bandwidth at 3 dbc points (ee the pecifications section for details.) RELATED RODCT Optical Transmitters Digital Return Optical odes Optical assives Optical atch Cords Installation ervices Customer Care Contact Customer Care for product information and sales: nited tates: ARRI International: ote: pecifications are subject to change without notice. Copyright tatement: 2019 ARRI Enterprises LLC. All rights reserved. ARRI and the ARRI logo are trademarks of ARRI International plc and/or its affiliates. All other trademarks are the property of their respective owners. o part of this publication may be reproduced in any form or by any means or used to make any derivative work (such as translation, transformation, or adaptation) without written permission from ARRI International plc ( ARRI ). ARRI reserves the right to revise this publication and to make changes in content from time to time without obligation on the part of ARRI to provide notification of such revision or change RevC DWD ch Dx 03/2019 EA O