Chips 2020: a guide to the future of nanoelectronics

Description

Annotation;Introduction: towards sustainable nanoelectronics -- From microelectronics to nanoelectronics -- The future of eight chip technologies -- Analog-digital interfaces -- Interconnects, transmitters, and receivers -- Requirements and markets for nanoelectronics -- ITRS: the international technology roadmap for semiconductors -- Nanolithography -- Power-efficient design challenges -- Superprocessors and supercomputers -- Towards terabit memories -- D integration for wireless multimedia -- Technology for the next-generation-mobile user experience -- MEMS (micro-electro-mechanical systems) for automotive and consumer electronics -- Vision sensors and cameras -- Digital neural networks for new media -- Retinal implants for blind patients -- Silicon brains -- Energy harvesting and chip autonomy -- The energy crisis -- The extreme-technology industry -- Education and research for the age of nanoelectronics -- 2020 world with chips. Introduction: towards sustainable nanoelectronics -- From microelectronics to nanoelectronics -- The future of eight chip technologies -- Analog-digital interfaces -- Interconnects, transmitters, and receivers -- Requirements and markets for nanoelectronics -- ITRS: the international technology roadmap for semiconductors -- Nanolithography -- Power-efficient design challenges -- Superprocessors and supercomputers -- Towards terabit memories -- D integration for wireless multimedia -- Technology for the next-generation-mobile user experience -- MEMS (micro-electro-mechanical systems) for automotive and consumer electronics -- Vision sensors and cameras -- Digital neural networks for new media -- Retinal implants for blind patients -- Silicon brains -- Energy harvesting and chip autonomy -- The energy crisis -- The extreme-technology industry -- Education and research for the age of nanoelectronics -- 2020 world with chips.