Nathan Shumway Hill

Title: Innovator Nathan Shumway Hill: A Pioneer in Network Technology

Introduction

Nathan Shumway Hill, an inventor based in Milpitas, California, has made significant contributions to the field of networking technology. With a total of two patents to his name, Hill's innovations focus on improving the efficiency and performance of network devices, showcasing his expertise and creativity in the tech industry.

Latest Patents

Hill's latest patents demonstrate his commitment to enhancing network functionality. His first patent, titled "System for flexible dynamic reassignment of throughput," introduces a sophisticated network switch design that incorporates communication ports capable of storing data during packet switching operations. This invention also includes a dual calendar system that dynamically adapts bandwidth configurations, allowing for reconfiguration of communication settings without rebooting the device.

The second patent, "Port scheduling for a network device," outlines a method for effectively managing data port scheduling within a network device. It details how the device can classify data ports into groups based on characteristics and schedule processing time slots accordingly, ensuring optimal data flow while maintaining packet spacing requirements.

Career Highlights

Hill has built a robust career through collaborations with leading technology companies. He has worked with Avago Technologies, Broadcom Corporation, and General IP (Singapore) Pte. Ltd., playing pivotal roles in developments that have influenced the networking landscape.

Collaborations

Throughout his career, Nathan Shumway Hill has collaborated with industry professionals, including coworkers Mark David Griswold and Michael Hei-Lung Lau. These partnerships have contributed to his innovative approach and the successful implementation of his patented technologies.

Conclusion

Nathan Shumway Hill is a notable figure in the realm of network technology, whose patents reflect a deep understanding of the complexities of data transmission and device efficiency. His work continues to inspire advancements in the industry, making a lasting impact on how network devices operate and communicate.