Multiplexers and OADMs

Maximized dark fiber utilization

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The new H-Series – flexible, compact and cost-efficient

The Smartoptics H-Series is a high density, cost-efficient platform for passive optical layer nodes such as CWDM and DWDM multiplexers/demultiplexers and OADMs (Optical Add Drop Multiplexer). Using best of breed components, the H-Series offers the latest generation of solutions to your passive optical networking needs. The H-Series is ideal when implementing fully passive optical layer solutions transparent to any data rate and service type

Multiplexers and OADMs – Powerful passive optical networking

At Smartoptics, we offer everything to help you get more out of your fiber networks. Including multiplexers and optical add/drop multiplexers (OADMs). An optical multiplexer combines wavelength channels onto an optical transmission fiber. OADMs are used in WDM systems for multiplexing and routing fiber optic signals, selectively adding and dropping individual or sets of wavelength channels from a DWDM stream. Both give you more flexibility in terms of the volume of traffic and type of data you want to transmit.

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More flexibility for less cost

DOWNLOAD PRODUCT SELECTION GUIDE

Learn all about Optical Add Drop Multiplexers and the differences between CDWM & DWDM. This guide includes fiber loss calculations and useful insights about single and dual fiber networking.

Designed for the best possible performance levels

Smartoptics modules are designed for the best possible performance levels. That translates into low losses and even greater distances for transmission. All of our units can be housed in case hardened outdoor modules, and can be used outdoors. Our range of passive CWDM/DWDM multiplexers and OADM modules allow up to 18 CWDM and 80 DWDM channels to be connected simultaneously over a dark fiber network. They are protocol transparent and suit applications including 10/1G Ethernet, SDH/SONET, 16/8/4/2/1G Fibre Channel/FICON, FTTx and CATV.

 

Smartoptics is one of the only vendors to offer multimode modules to maximize the use of multimode fiber cabling. A hybrid C/DWDM system can be built by using CWDM channels 1530nm and 1550nm for 26 additional DWDM channels, keeping initial startup costs low and allowing a truly “pay as you grow” architecture.

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Datasheets

DWDM
  • Application
  • Part No
  • Description
CWDM
  • Application
  • Part No
  • Description
DWDM
  • Application
  • Part No
  • Description
High band (1470-1610nm)
  • Application
  • Part No
  • Description
  • High band (1470-1610nm)
    8ch CWDM Mux/Demux, C47-C61 exp + mon ports
  • High band (1470-1610nm)
    8ch CWDM Mux/Demux, C47-C61 exp port
  • High band (1470-1610nm)
    8ch CWDM Mux/Demux, C47-C61
Low band (1270-1430nm)
  • Application
  • Part No
  • Description
Single fiber
  • Application
  • Part No
  • Description
1310/1550 bandsplitters
  • Application
  • Part No
  • Description
  • 1310/1550 Bandsplitters
    2ch Wideband Mux/Demux, 1310/1550
40 channel, 50GHz
  • Application
  • Part No
  • Description
  • 40 channel, 50Ghz
    40ch DWDM Mux/Demux 50GHz Even 9210-9600 exp port
  • 40 channel, 50GHz
    40ch DWDM Mux/Demux 50GHz Odd 9215-9605
40/32/16 channel, 100GHz
  • Application
  • Part No
  • Description
8 channel, 100GHz
  • Application
  • Part No
  • Description
DWDM over CWDM
  • Application
  • Part No
  • Description
  • 8+8 Channel, 1550nm window
    8ch DWDM Mux/Demux 934-941 (1550nm port) with exp-port
  • 8 channel, 1550nm window
    8ch DWDM Mux/Demux 100GHz 925-932 (1550nm port)
  • 10 channel, 1530nm window
    10ch DWDM Mux/Demux 100GHz 951-960 (1530nm port)
8+8 channel single fiber
  • Application
  • Part No
  • Description
  • 8 ch. with expansion port
    8ch DWDM Mux/Demux single-fiber 922-939 with exp port, A-side
  • 8 ch. with expansion port
    8ch DWDM Mux/Demux single-fiber 921-938 with exp port, B-side
  • 8 channel
    8ch DWDM Mux/Demux single-fiber 942-959, A-side
  • 8 channel
    8ch DWDM Mux/Demux single-fiber 942-959, B-side
Dual fiber
  • Application
  • Part No
  • Description