CEA-Leti to improve directivity of small antennas
Nonetheless, the increase in small antennas' directivity could create new wireless applications with improved spectral efficiency, reduced environmental electromagnetic impact and usage features that increase functionality, stated the firm. The SOCRATE Project is based on an analysis of the fundamental limits of radiation properties of compact antennas.
In addition to Leti, the project includes IETR, a French umbrella organisation for researchers in the electronics and telecommunications sectors. Both have proven expertise in miniature antennas and electromagnetic wave propagation. It also includes two industrial partners that are developing innovative applications requiring compact antenna directivity with UHF frequencies: Movea, a provider of data-fusion and motion-processing technologies for consumer electronics, and TAGSYS, a provider of RFID-based item-level inventory management systems.
The three-year project, initiated by CEA, will build two demonstrators to illustrate how super-directivity of miniature antennas could lead to the development of new applications in object designation and tracking. Movea's interests in the project include object designation with a universal wireless remote controller.
The partners will explore how a high degree of miniaturisation of the infrastructure can provide new mainstream applications such as industrial and home automation, as well as wireless sensor networks.
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