Removing technological barriers for the miniaturization of nanoelectronic components and promoting the spread of nanoelectronic devices to other spheres of application.
Worldwide turnover of microelectronics at about €300 billion per year
Firm international consolidation of the microelectronics industry over the last two years
Reached the limits of CMOS miniaturization related to the end programmed in Moore’s law
High flexibility of research and development teams required to export nanoelectronic know-how into other spheres of use: objects for communication, automobiles, health, biology, photonics
Challenges
Pursue the miniaturization of 22nm, 14nm and 10nm FD-SOI transistors
Integrate new materials with high mobility for the latest generation of transistors
Develop new embedded memory technologies
Develop synergies between upstream academic research and technological research
Transfer acquired expertise to microelectronic equipment manufacturers
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