Derek E Spock

Title: Derek E Spock: Innovating Optical Multiplexing Devices

Introduction:

Derek E Spock, an accomplished inventor based in Watertown, MA, has made significant contributions to the field of optical multiplexing. With four patents to his name, Spock has played a crucial role in advancing the development of optical communication systems. This article explores his latest patents, career highlights, collaborations, and contributions to the field.

Latest Patents:

Spock's latest patents showcase his expertise in the design of optical multiplexing devices:

1. Add/drop optical multiplexing device:

This patent describes an optical multiplexing device used in fiber-optic telecommunication systems employing wavelength division multiplexing. The device allows for the extraction or drop of a selected wavelength sub-range, enabling the injection of a new signal at the same wavelength sub-range. Its innovative features include a multi-bounce zigzag expanded beam light path and multiple optical filter elements to achieve efficient wavelength manipulation.

2. Cascading optical multiplexing device:

This patent outlines an optical multiplexing device comprising multiple wavelength division multiplexers cascaded together. This configuration enables the transparent transmission of specific wavelength sub-ranges and efficient signal extraction. The cascaded multiplexers, with interleaved or compound interleaved channels, can be used for signal addition, removal, or a combination of both.

Career Highlights:

Throughout his career, Derek E Spock has made notable contributions to the field of optical multiplexing devices. He has worked with renowned companies such as Corning Oca Corporation and Raytheon Company, playing a vital role in their research and development efforts. His precise engineering skills and deep understanding of optical communication systems have made him an invaluable asset in realizing practical solutions for the industry.

Collaborations:

Spock has collaborated with various industry professionals, including notable individuals such as Michael A Scobey and Michael E Grasis. Through these collaborations, he has been able to synergize collective expertise and innovative thinking to create novel optical multiplexing solutions.

Conclusion:

Derek E Spock's dedication to advancing the field of optical communication is evident in his range of patents and accomplished career. His contributions to the design of optical multiplexing devices have significantly influenced the development of efficient and advanced communication systems. With his expertise and collaborative approach, Spock continues to contribute to the advancement of technology in the optical communication industry.