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Chapter 31:
Toward Photonic Integrated Circuit All-Optical Signal Processing Based on Kerr Nonlinearities
Editor(s): Ari T. Friberg; René Dändliker
Author(s): Moss, David J.; Eggleton, Benjamin J.
Published: 2008
DOI: 10.1117/3.793309.ch31
New technologies and services such as voice-over-Internet protocol and streaming video are driving global bandwidth and traffic demand, which in turn is driving research and development on ultra-high-bandwidth optical transmission capacities (see Fig. 31.1). The clusters of points in Fig. 31.1 represent different generations of lightwave communication systems, from the original 0.8 μm sources and multimoded fiber to today's erbium-doped fiber amplifier (EDFA) WDM systems and onward. The resulting "€œoptical Moore's law"€ corresponds to a 10x— increase in "€œcapacity x distance"€ every four years, making it faster than the original Moore's law for integrated circuits! This drive to higher bandwidths is being realized on many fronts - €”by opening up new wavelength bands (S, L, etc.), to ever-higher WDM channel counts, density, and spectral efficiency, to higher bit rates via optical and∕or electrical time division multiplexing (OTDM, ETDM). In parallel with this is the drive toward increasingly optically transparent and agile networks, toward full "€œphotonic networks," in which ultrafast optical signals - €”independent of bit rate and modulation format - €”will be transmitted and processed from end to end without costly, slow, and bulky optical-electrical-optical conversion. All of these factors will result in a critical future demand for high-performance, cost effective, ultra-high-speed, all-optical signal processing devices.
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All optical signal processing

Integrated optics

Photonic integrated circuits

Signal processing



Wavelength division multiplexing

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