Lawrence E Foltzer

Title: The Inventive Journey of Lawrence E Foltzer

Introduction

Lawrence E Foltzer, a prolific inventor based in Occidental, CA, has contributed significantly to the field of optical networking. With a remarkable portfolio of seven patents, his innovative work has made a lasting impact on technology and data transmission.

Latest Patents

Foltzer's latest patents showcase his expertise in optical data transmission. One notable invention is the "Method and apparatus for transmitting a bit interleaved optical data stream on an optical network." This method allows multiple transmitters to efficiently create a bit interleaved optical data stream during established time slots, enhancing the capabilities of optical networks.

Another significant invention is the "Wavelength agile optical transponder for bi-directional, single fiber WDM system testing." This optical transponder system effectively tests a fiber optic link made of a single fiber. It employs an optical source to provide signals at designated wavelengths and utilizes an optical cross-connect arrangement to ensure the integrity of the optical link, without needing prior knowledge of the incident signal's wavelength or transmission direction.

Career Highlights

Over the years, Foltzer has worked with prominent organizations, including Alcatel USA Sourcing, L.P. and Turin Networks. His engineering expertise has paved the way for advancements in optical communication technologies, demonstrating his commitment to innovation.

Collaborations

Foltzer's professional journey includes notable collaborations with fellow inventors Stephen S Greer and Josef Thomas Hoog. Their collective efforts have further enriched the field of optical networking and data transmission.

Conclusion

Lawrence E Foltzer continues to be a vital force in the realm of innovations related to optical networks. His inventions not only enhance data transmission but also exemplify the spirit of creativity and problem-solving in technology. With a solid foundation of patents and a collaborative spirit, Foltzer's contributions will undoubtedly influence future developments in the optical communications industry.