Millimeter-Wave Ultra-Low-Power Wireless Sensing
Millimeter-Wave (mm-wave) wireless communication provides several GHz ISM bandwidth using high data rate communication in short bursts with high duty-cycle for lowest power systems. Combined with an on-chip wireless power receiving technique, an on-chip antenna, a fully integrated monolithic passive mm-wave sensor node for internet of things (IoT) can be realized. Such a sensor node is autonomous from an external power-supply, as well it can sense the environment, receive commands and transfer the sensing information. However, the power consumption of the mm-wave circuits is the bottleneck for achieving such a monolithic passive sensor node. The focus of this talk is on transceiver architectures and RF circuit techniques to achieve mm-wave transceiver capabilities feasible for power autonomous sensor nodes.
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- Polytechnique Montréal
- 2500, chemin de Polytechnique
- B-638, Quebec
- Canada H3T 1J4
- Building: Main Building
- Room Number: B-638
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- Co-sponsored by Polygrames, STARaCom, IEEE section Montréal
Speakers
Dr. Ir. Hao Gao of Department of Electrical Engineering, Integrated Circuits Group, Eindhoven University of Technology, The Netherlands
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