Wave Division Multiplexing. Passive Mux/Demux Modules & Cables. Datasheet. Features. Overview. Typical 2-Channel Passive Mux/Demux Application

Transcription

1 Datasheet Passive Mux/Demux Modules & Cables FD Features Multiplexes up to 16 Full Duplex data channels Protocol and topology independent Transparent operation Secure physical separation between data channels Minimal db loss per link Fully passive device - requires no power EM316PALC8N* Compact form factor Overview The Fiber Driver Passive Mux/Demux modules and cables deliver the benefits of a Wave Division Multiplexer in a fully passive solution. With matching units placed at each end of an optical link, up to 16 Full Duplex data channels can be combined and transmitted over a Single Mode fiber trunk. Using the Mode Conditioning module data channels can be multiplexed over a single Multimode fiber link to a distance of up to 1 km, and 8 channels can be transmitted up to 00 m. Protocol and topology independent, the operation of the Passive Mux/Demux remains transparent to both the network and the end user. With plug-n-play setup and a design that minimizes budget loss, it can readily and seamlessly be integrated into an existing environment. The unit's small form factor and no requirement for power means it can be placed virtually anywhere. EM316PALCN* PAWLC/9* EM316WP/3S* *Photographs are for referenece only. Please refer to the ordering information for specifications. Typical -Channel Passive Mux/Demux Application Dual Wavelength Passive Mux/Demux GBICs Remote Servers Workgroup

2 Typical -channel passive Mux/Demux module application Fast Ethernet Switch -Channel Passive Mux/Demux with lambda conversion modules in a 16-slot Chassis Fast Ethernet Switch ATM Switch ATM Switch WDM trunk Gigabit Router Gigabit Router PBX PBX The direct benefit of a Fiber Driver Passive Mux/Demux is its ability to maximize the utilization of existing fiber plant at a fraction of the time and expense of installing additional fiber. It increases network capacity while allowing for greater deployment flexibility as data channels can be added or changed as needed. The Fiber Driver Passive Mux/Demux modules are available in -, -, 8- and 16-channel configurations. Designed in a high-density form factor, each is a single-slot module that can be placed in any powered or non-powered Fiber Driver chassis. The Passive Mux/Demux cables support two channels using separate wavelengths: and 190 nm. They are simply connected to the transciever of each network device and then connected to a fiber link. The -channel Passive Mux/Demux module utilizes wavelengths of and. The - and 8-channel modules utilize wavelengths that fall within the ITU-T G.69. (00) grid from 170 nm to 1610 nm (see the wavelength chart under rmation for details), and are available with an optional service channel. The 16-channel modules follow the ITU-T G.69. grid from to 1610 nm, and require the use of low water peak fiber. When operated in a chassis configured with the Fiber Driver Network Management Module (EM316NM), a Passive Mux/Demux module provides essential management information. This includes the diagnositic ability to verify the port connection wavelengths, e.g. identify an incoming wavelength of 170 nm on a unit that does not support it. For additional information on these or any of the full line of MRV Communications products, including pricing and availability, contact your MRV Communications representative. Physical Specifications: Passive Mux/Demux Modules Operating Temperature Range: Storage Temperature: Relative Humidity: Physical Dimensions: Weight: Emission Compliance: 0º C to 70º C (3º F to 18º F) -0º C to 8º C (-0º F to 18º F) 8% maximum, non-condensing mm x 90 mm x 17 deep (1" x 3." x 7" deep) g (1 oz) FCC - PART 1, SUBPART B, 1999, CLASS A; CE MARK - EN :199; EN 008:1997; EN 0:1998; EN 0:1998; AS/NZS 38:199

3 Physical Specifications: Passive Mux/Demux Cable Center Wavelength, nm Center Wavelength Accuracy, nm 0. db, nm Channel Spacing, nm Add/Drop Channel Insertion Loss (C-P1), db Express Channel Insertion Loss (C-P), db Add/Drop Channel Ripple, db Isolation (C-P1), db Isolation (C-P), db Directivity, db Optical Input Return Loss, db Polarization Dependent Loss, db Polarization Mode Dispersion (PMD), ps Thermal Stability, db/ o C Thermal Stability Drift, nm/ o C Optical Power, mw Tensile Load, N Operating Temperature, o C/ o F Storage Temperature, o C/ o F Relative Humidity (in 0 nm increments) < + 1 > 13 or Customer Specify 0 < < 0.8 < 0.3 > 30 > 1 > 0 > < 0.1 < 0.1 < 0.00 < 0.00 > 300 > 0º to 70º / 3º to 18º -0º to 8º C / -0º to 18º 8% (+ ) PASSIVE WDM MODULES Description Port / Link Wavelength Port / Link (nm) Approx. Budget Loss per Link (db) EM316WP/3S EM316WP/1 EM316PLC/9 EM316P/9 EM316WP/3S EM316WP/1 EM316WP/961 LC / (x1), 10 (x1) / &10 (x1) 110 (x1), 10 (x1) / 110 & 10 (x1) 10 (x1), 190 (x1) / 10 (x1) & 190 (x1) 10 (x1), 190 (x1) 10 (x1) & 190 (x1) (x), 10 (x) / &10 (x) 110 (x), 10 (x) / 110 & 10 (x) 190 (x), 1610 (x) / 190 & 1610 (x)

4 Description Wavelength (nm)* Port Trunk O Port / Link O Budget Loss per Link (db) EM316PALC1 EM316PALC1N EM316PALC EM316PALCN EM316PAM1 -channel Passive Mux/Demux, -channel Passive Mux/Demux with Service Channel, -channel Passive Mux/Demux, -channel Passive Mux/Demux with Service Channel, -channel Passive Mux,.. EM316PAD1 -channel Passive Demux, EM316PAM -channel Passive Mux, EM316PAD -channel Passive Demux, EM316X1N31B EM316DMX1N31B EM316XN31B EM316DMXN31B EM316PALC8 EM316PALC8N EM316PAM8 -channel Passive Mux with Service Channel, -channel Passive Demux with Service Channel, -channel Passive Mux with Service Channel, -channel Passive Demux with Service Channel, 8-channel Passive Mux/Demux, 8-channel, Passive Mux/Demux with Service Channel, 8-channel Passive Mux, (x8) (x8) 170 to to to 1610 / 130 / 130 / 130 / EM316PAD8 8-channel Passive Demux, 170 to EM316X8N316BD EM316DMX8N31BD EM316X16 EM316X16 8-channel Passive Mux with Service Channel, 8-channel Passive Demux with Service Channel, 16-channel Passive Mux, Single Fiber, Low Water Peak 16-channel Passive Demux, Single Fiber, Low Water Peak (x16) (x16) to 1610 to 1610 / 130 / * See Wavelength Chart below Wavelength Chart (XX) Wavelength (XX) Wavelength 1330 nm 130 nm 1370 nm 1390 nm 110 nm 130 nm 10 nm nm 190 nm 110 nm 130 nm 170 nm 190 nm 1610 nm

5 CABLES Function Protocol PA/31 PAW/9 PAWLC/9 Passive Wavelength WDM Cable, SF Passive Wavelength WDM Cable, SF Passive Wavelength WDM Cable, SF Port/Link (x)/ (x)/ LC/ Wavelength (nm) / / / 190 Insertion Loss (db) Function Cable, Passive -color, SM Cable, Passive -color, SM Port / Link / LC / Fiber Length (m) MRV has more than 0 offices throughout the world. Addresses, phone numbers, and fax numbers are listed at Please us at or call us for assistance. MRV (West Coast USA) 01 Nordhoff St. Chatsworth, CA MRV (East Coast USA) 9 Foster St. Littleton, MA MRV (International) Business Park Moerfelden Waldeckerstrasse Moerfelden-Walldorf Germany Tel. (9) 610/070 Fax. (9) 610/ All statements, technical information and recommendations related to the products herein are based upon information believed to be reliable or accurate. However, the accuracy or completeness thereof is not guaranteed, and no responsibility is assumed for any inaccuracies. Please contact MRV Communications for more information. MRV Communications and the MRV Communications logo are trademarks of MRV Communications, Inc. Other trademarks are the property of their respective holders. MRV-WDM-PWDM-1110 Copyright 00 MRV Communications, Inc. All Rights Reserved.