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Wavelength Division Multiplexer (WDM)
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A passive device that combines light signals with different wavelengths on different fibers onto a single fiber.
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Dense Wavelength Division Multiplexer (DWDM)
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An optical (analog) multiplexing technique used to increase the carrying capacity of a fiber network beyond what can currently be accomplished by time division multiplexing (TDM) techniques. Different wavelengths of light are used to transmit multiple streams of information along a single fiber with minimal interference. Dense WDM is a specific type of WDM wherein four or more wavelengths in the 15xx nanometer EDFA gain region are used multiplexed on a fiber. Typical DWDM systems available today for long-distance transmission offer sixteen to forty wavelengths at 2.5 Gbps or 10 Gbps per wavelength.
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Cable Type:
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Single Mode
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An optical fiber that will allow only one mode to propagate. The fiber has a very small core diameter of approximately 8 µm. It permits signal transmission at extremely high bandwidth and allows very long transmission distances.
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Multimode
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A fiber optic cable which supports the propagation of multiple modes. Multimode fiber may have a typical core diameter of 50 to 100 µm with a refractive index that is graded or stepped. It allows the use of inexpensive LED light sources and connector alignment and coupling is less critical than single mode fiber. Distances of transmission and transmission bandwidth are less than with single mode fiber due to dispersion.
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Single Mode / Multimode
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Multiplexer can be used with both single mode or multimode cable types.
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Connector Type:
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Your choices are...
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Biconic
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Precision tapered ends for low insertion loss.
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D4
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Composite zirconia ceramic ferrule for durability. High-performance threading mounting system. Keyed body for repeatability and intermateability.
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ESCON
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This connector's name derives from its application in IBM's ESCON channel interface. It is similar to the FDDI connector-a duplex connector using 2.5-mm ferrules. The main difference is its retractable shroud as opposed to a fixed shroud.
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FC
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All-zirconia ceramic ferrule for durability, high-performance threading mounting system. Keyed body for repeatability and intermateability. Primarily used with single mode fibers. Used in telephone, instruments and high-speed communication links.
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FDDI
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Designed by ANSI for use in FDDI networks. This connector is a duplex connector using two 2.5-mm ferrules. This connector has a fixed shroud that protects the ferrules from damage.
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LC
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Precision PC polished Zirconia ceramic ferrule. RJ45 push-pull style housing and latching. Half the size of standard connectors. For private and public networks.
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Loopback
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This connector is used in testing transceiver systems.
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MTP
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A threaded type fiber optic connector. Ideal for high density applications.
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MT-RJ
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The MT-RJ uses a ferrule smaller than the standard MT to hold two fibers. It also uses a press to release latch quite similar to that found on the modular jack to make its operation familiar.
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MU
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1.25mm diameter ferrule for compact multiple optical connectors and self-retentive mechanism for backplane applications. For high-speed data communications, voice networks, telecommunications and high-density DWDM applications.
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SC
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High-precision ceramic ferrule. Snap-in locking mechanism for positive latching. Keyed body for repeatability and intermateability. Ideal for high-density applications.
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SMA
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Low cost multimode coupling with approval for military applications.
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ST
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Precise zirconia ceramic ferrule. Easy-to-assemble, one-piece bayonet mounting system. For both single mode and multimode fibers using in communication applications.
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Other
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Any other fiber optic connector type not listed.
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