A Silicon Photonic Transceiver and Hybrid Tunable Laser for 64 Gbaud Coherent Communication

Ari Novack,Matthew Streshinsky,Tam N. Huynh,Tal Galfsky,Hang Guan,Yang Liu,Yangjin Ma,Ruizhi Shi,Alexandre Horth,Yaojia Chen,Amir Hanjani,Jose Roman,Yury Dziashko,Ran Ding,Saeed Fathololoumi,Andy Eu-Jin Lim,Kishore Padmaraju,Rafid A. Sukkar,Rick Younce,Harald Rohde,Robert Palmer,Guido Saathoff,Torsten Wuth,Marc Bohn,Abdelrahman H. Ahmed,Mostafa Gamal Ahmed,Christopher Williams,Daihyun Lim,Abdellatif Elmoznine,Alexander V. Rylyakov,Tom Baehr-Jones,Peter Magill,Dominick Scordo,Michael Hochberg

A Silicon Photonic Transceiver and Hybrid Tunable Laser for 64 Gbaud Coherent Communication

2018

We demonstrate an all-silicon-photonic coherent link, including a hybrid tunable laser with 45dB SMSR, and <−135dB/Hz RIN as light source for a BGA-packaged 64Gbaud coherent transceiver with direct edge-coupling to 10μm-MFD fiber.

Keywords:

Tunable laser
Optical fiber
Silicon photonics
Heterodyne detection
Transceiver
Fiber
Engineering
Optics
light source

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