The MEMS Sensor devices are in a very fast development era and the sensor-tile modules with multi-sensing functions are becoming a reality for system monitoring, especially in sensing matrix configurations. In particular, the focus on single package multi-sensing modules with Bluetooth® LE features are increasing their impact on several product areas. In wearable electronics, building management and bio-medical parameters monitoring environments, SiP (System in Package) approach with antenna set inclusion constitutes the leading solution in order to integrate a 2.45 GHz Bluetooth system. In the present paper we describe a novel packaging approach for integrating a plenitude of MEMS based sensors together with wireless connectivity and embedded processing power. The final component is characterized by small size and good RF performances.

Highly Integrated Low Power Sensor Node

Porzi C.;Santaera G.;Sorel M.;Stefanini C.;Bogoni A.;Castoldi P.;Chiesa M.;Rotta D.
2025-01-01

Abstract

The MEMS Sensor devices are in a very fast development era and the sensor-tile modules with multi-sensing functions are becoming a reality for system monitoring, especially in sensing matrix configurations. In particular, the focus on single package multi-sensing modules with Bluetooth® LE features are increasing their impact on several product areas. In wearable electronics, building management and bio-medical parameters monitoring environments, SiP (System in Package) approach with antenna set inclusion constitutes the leading solution in order to integrate a 2.45 GHz Bluetooth system. In the present paper we describe a novel packaging approach for integrating a plenitude of MEMS based sensors together with wireless connectivity and embedded processing power. The final component is characterized by small size and good RF performances.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11382/591339
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