Shunichiro Masaki

Papers

Total Citations

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About

Shunichiro Masaki is a pioneering researcher in high-speed, non-contact interconnect technologies, with a focus on rotatable connectors and interface bridge ICs for advanced robotic systems. His key contributions lie in developing a 6Gb/s rotatable non-contact connector that leverages a novel rotatable transmission line coupler (RTLC), achieving wide bandwidth across all rotation angles—a critical breakthrough for robot arm applications requiring continuous motion without physical contact. Masaki also designed an accompanying interface bridge IC that seamlessly integrates high-speed protocols (e.g., 6Gb/s data) with legacy interfaces like I²C, CAN, and SPI, enabling versatile communication in complex systems. His work, notably the 2017 paper "A 6Gb/s rotatable non-contact connector with high-speed/I²C/CAN/SPI interface bridge IC," demonstrates exceptional energy efficiency at 9.8pJ/b, setting a benchmark for low-power, high-performance connectivity. While his citation count is modest, the innovation addresses a pressing need in robotics and automation, offering a robust solution for reliable data transfer in dynamic environments. Masaki’s research bridges the gap between high-speed serial links and traditional control interfaces, making him a notable figure in the evolution of non-contact interconnection technologies.