Study on Development and Designing of All Optical Logic Devices for the High Speed Fully Optical Networks
DOI:
https://doi.org/10.18486/ijcsnt/5.2.065Keywords:
AOLG, Ring Resonator, Mach-zehnder InterferometersAbstract
For long, photons have agreed to offer greater bandwidth in comparison of the electrons that are in use in traditional computers. The vista of lightwave systems in service at 3.2 Tbps or more are in scene but the restriction essentially occur because of the extreme points electronics and optical fiber non-linearity. Optoelectronic devices waste 30\% power in converting electronic energy into photons and again to electronic back; this exchange also decreases the transmission speed of information. With necessity of high-bandwidth, on-demand triple play and continuous advancement of multimedia applications, next-generation foundation photonic networks will need major enhancement in reconfigurability and extremely fast operations. Current trends in all-optical information processing with the aid of all optical logic devices, possibly for ultrahigh communication systems and networks has been studied in this work. Different technologies are inspected and discussed, different range of theory and ideologies are included.
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