Company Filing History:
Years Active: 2000-2005
Title: The Innovations of Franz Li Mok in Optical Amplification
Introduction
Franz Li Mok, an accomplished inventor located in Kanata, Canada, has made significant contributions to the field of optical amplifiers. With a total of three patents to his name, Mok's innovations demonstrate a commitment to advancing technology in this domain. His latest inventions focus on enhancing the performance and efficiency of optical amplification systems.
Latest Patents
Mok's most recent patents include:
1. **Fast, Continuously Variable Automatic Gain Control for Optical Amplifiers**: This invention introduces a fast, continuously variable automatic gain control (AGC) system designed for optical amplifiers. The AGC features a controller with control coefficients that can be dynamically adjusted based on operating conditions. This allows for operation at much higher speeds than traditional AGC designs, which typically utilize fixed control coefficients. Moreover, it maintains stability across all operating conditions.
2. **Optical Amplifier Gain Control Monitoring**: In this patent, Mok presents a method and apparatus for monitoring the dynamic characteristics of an optical amplifier. Utilizing optical signal probes, this invention enables the determination of gain and corner frequency. A first optical probe estimates the gain using a modulation frequency above the expected corner frequency, while a second probe assesses the corner frequency with a modulation frequency at or below that range. This approach facilitates the optimization of gain control for optical amplifiers.
Career Highlights
Franz Li Mok's impressive career with Nortel Networks Corporation has positioned him as a prominent figure in the telecommunications industry. Throughout his tenure, he has demonstrated exceptional skill in developing innovative solutions that address complex challenges in optical communication.
Collaborations
Mok has had the opportunity to work alongside talented professionals such as Andy Rowland and Kim Byron Roberts. These collaborations have enabled a rich exchange of ideas and have contributed to the advancement of their collective research and engineering efforts.
Conclusion
Franz Li Mok's innovations in optical amplification, underscored by his recent patents, illustrate his significant impact on the industry. Through his work, he has not only improved the functionalities of optical amplifiers but has also set new standards for future developments in this technology. As the telecommunications field continues to evolve, Mok's contributions are poised to play a pivotal role in shaping the landscape of optical communication.