Company Filing History:
Years Active: 1989
Title: Innovations by Charles H Gartside, III: The Depressed Cladding Optical Fiber Cable
Introduction: Charles H Gartside, III, a notable inventor based in Gwinnett County, GA, has made significant contributions to the field of optical fiber technology. His innovative approach has resulted in a patent that enhances the performance and reliability of optical fiber cables, especially in challenging environments.
Latest Patents: Gartside holds a patent for a "Depressed Cladding Optical Fiber Cable." This invention involves a uniquely designed optical fiber cable that comprises a core consisting of multiple units, each formed by a collection of optical fibers assembled without intended stranding. The design features a core with inner and outer claddings, where the inner cladding's refractive index is depressed relative to that of the outer cladding. This configuration allows the optical fibers to operate in a single mode at a predetermined wavelength and mitigates sensitivity to microbending, ensuring dependable performance, even at extreme temperatures.
Career Highlights: Charles H Gartside, III has worked with prestigious organizations such as American Telephone & Telegraph Company (AT&T) and AT&T Bell Laboratories. His tenure in these institutions has allowed him to innovate in the telecommunications sector, particularly in optical fiber technology, which is crucial for efficient data transmission.
Collaborations: Throughout his career, Gartside has collaborated with talented coworkers, including Paul Francis Glodis and Parbhubhai D Patel. These collaborations have likely fostered an environment of innovation and contributed to the success of their projects in telecommunications.
Conclusion: Charles H Gartside, III's inventive work in developing the Depressed Cladding Optical Fiber Cable showcases his dedication to advancing optical fiber technology. His contributions not only enhance the performance of telecommunications systems but also underline the importance of innovation in addressing the technical needs of modern communication.