Hideyuki Noda
Papers
2
Total Citations
7
H-Index
2
About
Hideyuki Noda is a pioneer in the miniaturization of radio frequency identification (RFID) technology, with a focused career dedicated to solving the fundamental engineering challenges of producing and packaging ultra-small, ultra-thin chips. His primary research areas include micro-device fabrication, stress-free semiconductor processing, and self-alignment packaging technologies. Noda’s major contributions center on the development of the “RFID powder chip”—a remarkably tiny chip measuring just 75×75×5–7.5 μm. He proposed a novel, water-based, high-volume fabrication method that eliminates chipping and micro-cracks, dramatically increasing chip yield per wafer. Perhaps his most notable achievement is a self-aligned positioning technology that uses a simple two-step process—dispensing a micro-liter liquid droplet—to connect these powder chips to antenna films without inducing mechanical stress. While his most cited works (with 4 and 3 citations respectively) reflect a niche but highly specialized field, their impact is profound for applications requiring invisible, embeddable RFID tags. Noda’s work lays the critical groundwork for the next generation of ubiquitous, unobtrusive tracking and identification systems.
Research Focus
Key Achievements
Top Papers
- 1
- 2Water-based high-volume stress-free ultra-thin powder-chip method3 citations · 2009