Title:Monolithic Integrated InP Coherent Receiver
Speaker:Dr. Liming Zhang（Bell Lab,USA）
Abstract: Monolithic multichannel coherent receivers in InP were proposed and realized. A 4x43-Gbps reception was demonstrated. It uses a novel AWG design that accurately performs all the main functions of a multiwavelength coherent receiver. It has no waveguide crossings and exhibits a large polarization splitting extinction ratio and accurate hybrid phase without the need for critical processing or post-fabrication adjustment.
Time:AM10:00, Nov. 21, 2011
Venue:academic salon room, IOS, CAS
Biography: Liming Zhang received the Ph.D. degree in electrical engineering from the University
of Strathclyde, Strathclyde, U.K., in 1990. From 1990 to 1993, he was a Research Associate with Cambridge University, Cambridge, U.K., where he was engaged on theoretical study of long-wavelength
distributed feedback lasers. He joined Bell Laboratories, Murray Hill, NJ,
as a Member of Technical Staff in 1993, where he has designed high-linearity
analog lasers for CATV application and electro-absorptive modulator lasers for
optical transmission systems. In 2001, he moved to Bell Laboratories, Crawford
Hill Laboratory, Holmdel, NJ. His current research interests include MOCVD
growth of III-V compound semiconductor materials, quantum dots emission at
1.55-um, nonlinear application of semiconductor optical amplifiers, high-speed
InP-based transceiver, and large-scale photonic integration. Dr. Zhang has served as a member of technical committee for many conferences. He is currently serving as an associate editor for IEEE PHOTONICS
TECHNOLOGY LETTERS.
of Strathclyde, Strathclyde, U.K., in 1990. From 1990 to 1993, he was a Research Associate with Cambridge University, Cambridge, U.K., where he was engaged on theoretical study of long-wavelength
distributed feedback lasers. He joined Bell Laboratories, Murray Hill, NJ,
as a Member of Technical Staff in 1993, where he has designed high-linearity
analog lasers for CATV application and electro-absorptive modulator lasers for
optical transmission systems. In 2001, he moved to Bell Laboratories, Crawford
Hill Laboratory, Holmdel, NJ. His current research interests include MOCVD
growth of III-V compound semiconductor materials, quantum dots emission at
1.55-um, nonlinear application of semiconductor optical amplifiers, high-speed
InP-based transceiver, and large-scale photonic integration. Dr. Zhang has served as a member of technical committee for many conferences. He is currently serving as an associate editor for IEEE PHOTONICS
TECHNOLOGY LETTERS.