Company Filing History:
Years Active: 2005-2007
Title: Innovations by Norbert J Seitz in Crosspoint Switching Technology
Introduction
Norbert J Seitz, based in Beaverton, Oregon, has made notable contributions to the field of electrical engineering with his inventive work focusing on crosspoint switching technology. With a total of two patents to his name, he is recognized for his innovative approach to enhancing switch matrix modules, which are foundational in modern communication systems.
Latest Patents
Seitz's latest patents are centered around a crosspoint switch with switch matrix modules. These patents describe a crosspoint switch that incorporates multiple programming features and a switch matrix module design. The organization of input lines is intricately tied to the inputs of the switch via precompensation networks. Moreover, the programming features introduced by Seitz include user initialization states along with operations for reduced command grouping configurations, showcasing his focus on user-friendly design and efficiency in operations.
Career Highlights
Norbert J Seitz is currently employed at Vitesse Semiconductor Corporation, a prominent company specializing in high-performance semiconductors. His work at Vitesse Semiconductor has allowed him to develop and refine cutting-edge technologies that impact telecommunications and data processing industries.
Collaborations
Throughout his career, Seitz has collaborated with talented individuals such as Gary Davis McCormack and Ian A Kyles. These partnerships have enriched his innovative journey and contributed to the development of advanced solutions in electrical engineering and related fields.
Conclusion
Norbert J Seitz stands out as a dedicated inventor whose work in crosspoint switching technology is paving the way for improved electronic communication systems. His patents reflect a commitment to advancing technology through innovation and collaboration within the semiconductor industry. As he continues his journey, his contributions will undoubtedly influence future developments in this vital area of research and technology.