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Transponder vs Muxponder-Difference between Transponder and Muxponder

This page compares optical Transponder vs Optical Muxponder and mentions difference between optical Transponder and Optical Muxponder.

Optical Transponder

Optical Transponder

Figure-1 depicts function and symbol of Optical Transponder. It has one input port and one output port. It is used for 10 Gigabit ethernet. It can be used to convert client signal in the form of grey optics to line signal in the form of color optics.

Following are the applications of Optical Transponder:
•  Wavelength Conversion; EXAMPLE: It converts output of optical switch to wavelength useful to be transported over DWDM or CWDM networks.
• Dark fiber contribution; Dark fiber is the unused fiber optic cable which is yet to be connected to a fiber optic network.

Optical Muxponder

Optical Muxponder

Figure-2 depicts function and symbol of Optical Muxponder. It has one output port and multiple input ports. Optical Signals of different wavelength and rates are combined into one channel output. MUXPONDER used for 10 Gigabit ethernet is shown in the figure.

Following are the applications of 10G Optical Muxponder:
• It aggregates about 10 client signals into a single line signal at 10Gbps.
• Takes care of individual transport of sync and data signals through SDH, fiber and ethernet etc.
• It incorporates FEC functionalities to enable transmission over long haul optical networks.

Fiber Optic Network and Optical Components Related Links

DWDM system basics   Fibre optic communication   What is PDMA?   What is WDM?  SONET SDH tutorial   SDH Networks   SDH Frame structure   SDH Modulation   PDH Frame structure   Optical Components  Optical Isolator   Optical Circulator   Optical Amplifier   Optical Filter   Optical Coupler   Optical MUX DEMUX   Optical Equalizer   Optical Switch   Wavelength converter  

What is Difference between

PDH vs SDH  SONET versus SDH   CAS vs CCS  Types of WDM   Single vs multimode fiber  

RF and Wireless Terminologies


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