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  The Electro-Optics Association 
The Photonics Society of Chinese-Americans
Northern California Chapter

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2004 Seminar

20041009(Stanford, CA)


What lies ahead for optical components in an access oriented fiber optics market?


            

            
Abstract
We begin by introduction of fiber optics market in communications and its required components. Discuss the trend of the on-going optical networking migration from transport-heavy to access-heavy environment and describe the optical hardware requirement differences of DWDM, CWDM, ROADM, BiDi, and TriWave-WDM dominant devices for passive components and active transceivers. In order to meet the demanding in power efficiency and space saving in communication systems, highly integrated components, modules, and subsystem are needed. While passive components and optical transceivers have been outsourcing from oversea, integrated subsystem is the focus of component companies in US. As an example, we will discuss Global Opticom's product roadmap to address various challenges in designing optical nodes with DWDM and CWDM technologies for FTTX to deliver video, voice, and data.

Speaker Bio:

Dr. Shen has over 25 years of research, development and manufacturing experience in optical fiber communications systems, subsystems and components technologies, as well as the application of these technologies in broadband digital systems and analog cable TV systems.

He jointed Global Opticom in 2002 as Chief Technology Offices, where he is directing fiber optics component development and product improvement. He also designs CWDM data communications system and DWDM subsystems for Metro and access applications. Prior to Global Opticom, he was Principle Engineer for Polaris Networks and LuxN Inc, where he designed DWDM Systems for metro core communications and CWDM systems for metro access and data communications.

Dr. Shen also spent seventeen years with Raychem Corporation as Project Leader for Broadband Lightwave Systems Research and as Senior Scientist for development of fiber optics splicing system with local injection and local detection technology. He originated and developed enabling technologies for FTTX with high-capacity data and cable video distribution, including the devices for optical power distribution taps, coaxial signal distribution taps, and optical transceivers, isolators, outside plan cable monitoring systems and outside plan electronic package.

 

Dr. Shen has been granted 18 patents in fiber optics, optical receiver, coax and electronic package. He published papers in professional journals and conferences. He has consulted to Chung Hwa Telecom (CHT)/Directorate General of Telecommunications (DGT).

He was president of Oversee Chinese Photonic Society-Northern California Chapter in 1996 and currently also service as vice president. He was principle Speaker for Modern Engineering Conference 1992 in Taiwan

He has a Bachelor of Science degree in Physics from Chung Yuan University in Taiwan and a Ph.D. in Opto-electronic from the University of Texas at Dallas.