This inventor holds 1 USPTO granted patent. Top assignee: Finisar Corporation. Active years: 2005.
Company Filing History:
Years Active: 2005
Title: James A. Witham: Innovator in Optical Technology
Introduction
James A. Witham is a notable inventor based in Menlo Park, California. He has made significant contributions to the field of optical technology, particularly through his innovative patents. With a focus on improving optical receivers, his work has implications for various applications in telecommunications and data transmission.
Latest Patents
One of James A. Witham's key patents is titled "Optical receiver including a linear semiconductor optical amplifier." This invention features an improved optical receiver that comprises a vertically lasing semiconductor optical amplifier (VLSOA) coupled to a photodetector. The design allows for the VLSOA and photodetector to be either discrete devices or integrated onto a common substrate. The integrated optical receiver can be fabricated using various methods, including selective area epitaxy, impurity-induced disordering, etch and fill, and silicon optical bench techniques. This patent highlights his innovative approach to enhancing optical receiver performance.
Career Highlights
James A. Witham is currently associated with Finisar Corporation, a leading company in the optical communications industry. His work at Finisar has allowed him to contribute to advancements in optical technology, making a significant impact on the field. With a total of 1 patent, he has established himself as a valuable inventor in the industry.
Collaborations
Throughout his career, James has collaborated with several talented individuals, including John M. Wachsman and Jeffrey D. Walker. These collaborations have fostered innovation and have led to the development of cutting-edge technologies in optical communications.
Conclusion
James A. Witham's contributions to optical technology through his innovative patents and collaborations have positioned him as a key figure in the field. His work continues to influence advancements in optical receivers and telecommunications.
