Hybrid O-band electro-absorption modulators on multi-micron waveguide silicon photonics platform for optical engine applications
P Srinivasan, K Muth, K Masuda… - 45th European …, 2019 - ieeexplore.ieee.org
P Srinivasan, K Muth, K Masuda, M Alalusi, S Steinbach, M Ziebell, A Trita, H Yang, F Peters…
45th European Conference on Optical Communication (ECOC 2019), 2019•ieeexplore.ieee.orgWe demonstrate a silicon photonics hybrid O-band electro-absorption modulator in a multi-
micron waveguide platform. Modulation is achieved in the InP-based devices with a U-bend
ridge-waveguide configuration for single-sided coupling to the silicon chip. 106Gb/s PAM-4
performance at varying temperatures up to 70C is demonstrated.
micron waveguide platform. Modulation is achieved in the InP-based devices with a U-bend
ridge-waveguide configuration for single-sided coupling to the silicon chip. 106Gb/s PAM-4
performance at varying temperatures up to 70C is demonstrated.
We demonstrate a silicon photonics hybrid O-band electro-absorption modulator in a multi-micron waveguide platform. Modulation is achieved in the InP-based devices with a U-bend ridge-waveguide configuration for single-sided coupling to the silicon chip. 106Gb/s PAM-4 performance at varying temperatures up to 70C is demonstrated.
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