Ultra-compact, ultra-low-power 60GHz radio-wave ranging sensors for automotive in-cabin sensing applications Overview SC1260AR3 RF CMOS Sensor The new series utilizes the 60GHz frequency band and time-division multiplexing (TDM-MIMO) processing with multiple transmitting and receiving antennas that can detect the position and movement of passengers in a vehicle with maximum accuracy. In addition to achieving the AEC-Q100 Read More
SC1240AR3 60GHz RADAR Sensor
Industry’s first broadband 60GHz radio-frequency range-finding sensor with built-in range-finding and 3D angle-calculating signal processing circuit SC1240AR3 60GHz RF Sensor Overview Introducing the highly integrated Socionext “SC1240 Series” 60GHz RF sensor with a built-in signal processing circuit for detecting the position and movement of a person with maximum accuracy. The series uses 3D position information Read More
SC1221AR3 60GHz RADAR Sensor
60GHz 2D Detection model SC1221AR3 Overview SC1221AR3 is a low power CMOS 60GHz radar sensor device for 2D location sensing. Features Suited for 2D motion sensing 1 x 4 uniform linear array Rx antennas detect azimuth angle, velocity and distance of multiple objects High-accuracy linear chirp FMCW radar Sensing area example: up to 10m(*1), 120 Read More
SC1220AT2 60GHz RADAR Sensor
60GHz 3D Detection model SC1220AT2 Overview SC1220AT2 is a low power CMOS 60GHz radar sensor device for 3D motion sensing. Features Suited for 3D motion sensing 2 Tx and 2 x 2 Rx antennas detect azimuth / elevation angle, velocity and distance Wide bandwidth (6.8GHz max.) and high-accuracy linear chirp FMCW radar Sensing area example: Read More
SC1232AR3 24GHz RADAR Sensor
All-in-one RADAR sensor for Entry Motion & Distance Detection Overview Easy-to-use & All-in-one 24GHz RADAR sensor enabling entry motion and distance detection without the need for external MCU. Features Easy to Use Reduction of BOM using an “all-in-one” radar sensor package Built-in autonomous entry motion and distance detection function with I2C/SPI connection for setting configurations Read More