Polarization Mode Dispersion in CMOS-integrated Monolithic SiPh Components: Simulations and Experiments.
Yusheng Bian,Hanyi Ding,Abdelsalam Aboketaf,Vaishnavi Karra,Massimo Sorbara,Takako Hirokawa,Salman Mosleh, Chrystal Hedges,Won Suk Lee,Sujith Chandran,Avijit Chatterjee,Riddhi Nandi,Ken Giewont,Karen Nummy, Alon Gabbay,Yannick De Koninck,Jochem Verbist, Santiago Echeverri,Liron Gantz,Qidi Liu,Dylan Logan,Omid Jafari,Kyle Murray,Edgar Huante-Ceron, Subharup Roy, Paul Webster-Pact,Michal Rakowski,Kevin K. Dezfulian,Andy Stricker,Thomas Houghton,Keith Donegan,Ryan Sporer,Jae Kyu Cho,Farid Barakat,Dan Moy, Zhuo-Jie (George) Wu,Subramanian Krishnamurthy,Arman Najafi,Seyedeh Fahimeh Banihashemian, Rick Mincar, Ranjani Sirdeshmukh,Norm Robson,Ian Melville,Rod Augur,Jae Gon Lee,Wenhe Lin,George Gifford,Robert Fox,Vikas Gupta,Anthony Yu,John Pellerin,Ted Letavic Optical Fiber Communications Conference and Exhibition（2023）
Key words
bit rate 100.0 Gbit/s,CMOS-integrated monolithic components,differential group delay,high-speed applications,polarization mode dispersion,Si/int
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