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Application of quantum-dot multi-wavelength lasers...
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Application of quantum-dot multi-wavelength lasers and silicon photonic ring resonators to data-center optical interconnects

Abstract

Quantum dot comb sources integrated with silicon photonic ring-resonator filters and modulators enable the realization of optical sub-components and modules for both inter- and intra-data-center applications. Low-noise, multi-wavelength, single-chip, laser sources, PAM4 modulation and direct detection allow a practical, scalable, architecture for applications beyond 400 Gb/s. Multi-wavelength, single-chip light sources are essential for reducing power dissipation, space and cost, while silicon photonic ring resonators offer high-performance with space and power efficiency.

Authors

Beckett DJS; Hickey R; Logan DF; Knights AP; Chen R; Cao B; Wheeldon JF

Volume

10537

Publisher

SPIE, the international society for optics and photonics

Publication Date

February 22, 2018

DOI

10.1117/12.2287915

Name of conference

Silicon Photonics XIII
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