Microwave Si IC Technologies / Apl / LSI / Nikkei Electronics / Communications Research Laboratory / Ge / Keywords Wireless / Fujitsu Laboratories / L. D. Nguyen A. S. / /
Facility
2.9×107 InN / Institute of Electronics / Communications Research Laboratory / /
IndustryTerm
neural network technologies / stratospheric platform systems / nitride compound semiconductor devices / ultra high-speed communications systems / wireless communication devices / tough devices / wireless communications systems / electronic hardware / related device performance evaluation technologies / ammonia gas flow rate / material gas / optical devices / communications devices / power devices / ammonia gas / ground-based communications terminals / semiconductor device technologies / semiconductor devices / satellite broadcasting / data communications / communication systems / carrier supply layer / seeds into practical applications / low carrier / bipolar device / communications terminals / compound semiconductor devices / constituent semiconductor devices / data processing volumes / space communications systems / fundamental technology areas / diverse communications technologies / wireless communications / speed signal processing devices / speed wireless communications systems / digital processing / millimeter wave communications systems / volume manufacturing processes / component electronic devices / millimeter-wave communication technology / carrier mobility / capacity passive devices / fiber optic communications / communications system / compound devices / newly-developed communications system hinge / process technology / low-end products / communications satellites / above applications / satellite broadcasts / communications systems / millimeter-wave semiconductor devices / communications applications / cations systems / information technology / electronic devices / millimeter-wave communications systems / thermal chemical vapor deposition method using intermediate species / Internet terminals / encryption technologies / low-efficiency hardware / active devices / real-world systems / efficiency hardware / band wireless / millimeter wave communications system / digital signal processing / light-emitting devices / /
Organization
Institute of Electronics / Information and Communication Engineers / Multi-media and Network Society / /
4 Millimeter Wave Devices 4-1 Research Project on Millimeter-wave Semiconductor Devices Toshiaki MATSUI, Keisuke SHINOHARA, Masataka HIGASHIWAKI, and Nobumitsu HIROSE