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2R regeneration based on multimodal SOA-based structures

Research Area: III-V Semiconductor Photonic ICs

Main Researcher: Jan De Merlier

A study of the non-linear behaviour of multimodal SOA-based components has lead to the design and fabrication and characterisation of two novel types of 2R (Reshaping and Reamplification) regenerators. A first type is based on a 2X2 MMI-SOA which has been shown to operate at 10 Gb/s for RZ signals. A second type is based on a Mach-Zehnder interferometer containing a single mode SOA in one arm and a 1X1 MMi-SOA in the other arm. This has resulted in a very steep steplike transfer function offering the possibility of simultaneous noise suppression and extinction ratio improvement. This effect has been demonstrated at 2.5 Gb/s resulting in a receiver sensitivity improvement of 5 dB.


Other people involved:

PhD thesises

Publications

        International Conferences

      1. S. Verspurten, J. De Merlier, G. Morthier, R. Baets, Experimental demonstration of aal-optical 2R regeneration at 10 Gb/s in a MZI-configuration with a singel SOA, IEEE/LEOS BENELUX Chapter - 2003 Annual Symposium, Netherlands, p.43-46 (2003)  Download this Publication (469KB).

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