Design and Optimization of VCSEL-based Optical Interconnects - Terranova, Brandon
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Electrical and optical interconnects are the foremost technologies for guided-wave digital communication. Electrical interconnects represent the current interface between logic and memory primitives inside most computational systems, but optical interconnects serve as a viable alternative technology, owing their recent popularity to increasing bandwidth constraints put on interconnects in the telecommunications industry and within computer architectures. In this work, technology is developed for use in optical interconnects using computer simulation models and verification by empirical measurements.…mehr

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Produktbeschreibung
Electrical and optical interconnects are the foremost technologies for guided-wave digital communication. Electrical interconnects represent the current interface between logic and memory primitives inside most computational systems, but optical interconnects serve as a viable alternative technology, owing their recent popularity to increasing bandwidth constraints put on interconnects in the telecommunications industry and within computer architectures. In this work, technology is developed for use in optical interconnects using computer simulation models and verification by empirical measurements.
Autorenporträt
Brandon Terranova is currently an Assistant Professor at Drexel University. Professor Terranova received his BS in physics from the University of Delaware, his MS in physics from SUNY Binghmaton, and his PhD in Electrophysics from Drexel University. His research includes numerical and experimental approaches to develop novel nanoplasmonic systems.