Max Robotics — Global Service Robot Directory + US Certification

About

Mototsugu Hamada is a leading researcher in high-speed wireless data connectivity, with a focus on non-contact connector technologies for industrial robotics. His key contributions center on developing rotatable transmission line couplers (RTLCs) and interface bridge integrated circuits (ICs) that enable reliable, high-bandwidth data transfer between moving components, such as 3D cameras and edge computers in autonomously controlled robot arms. His most cited work, a 2021 paper on a 6-Gb/s inductively-powered non-contact connector, has garnered 11 citations and demonstrates a 9.8 pJ/b energy efficiency, showcasing his ability to combine speed with low power consumption. Hamada’s earlier 2017 papers, each with 2 citations, further established his expertise by introducing RTLCs that maintain wide bandwidth across all rotation angles and interface bridge ICs capable of handling diverse signals—from slow legacy protocols like I²C, CAN, and SPI to high-speed data streams. His innovations are pivotal for advancing industrial automation, offering robust, rotatable connections that eliminate physical wear and enhance reliability. Hamada’s work stands out for its practical impact on real-world robotic systems, bridging the gap between high-speed performance and versatile interface compatibility.