The R24ETT1 radar module employs 24 G millimeter-wave radar technology to realize human existence sensing, breath & sleep sensing, real-time trajectory tracking, gesture recognition and other functions. The module is based on the FMCW radar system. It determines output by detailed states of people in the specific scenario such as their positions and whether they are asleep, and allows a variety of applications in combination with gesture recognition.
The R60ATT1 radar module employs the millimeter-wave radar technology to realize distance, angle and speed sensing of human motion. Based on the 1T3R FMCW (frequency modulated continuous wave) signal processing mechanism, this module performs real-time trajectory tracking on multiple targets in the detection range of specific areas via the synchronous sensing technology that detects motion orientation and chest expansion parameters, and is able to lock the coordinates of static persons.
The R24ATC1 radar module employs the millimeter-wave radar technology to realize distance, angle and speed sensing of human motion. Based on the 1T4R FMCW (frequency modulated continuous wave) signal processing mechanism, this module performs trajectory tracking on 2 targets in specific areas via the synchronous sensing technology that detects parameters such as motion orientation change and slight chest expansion, and is able to lock the coordinates of static persons.
The R24AVD2-H radar module employs the millimeter-wave radar technology to realize detection of human motion distance. Based on the 1T1R FMCW (frequency modulated continuous wave) signal processing mechanism, this module performs wireless sensing on the status of people in the specific area.
The R60AMP1 radar module employs the millimeter-wave radar technology to realize distance, angle and speed sensing of human motion. Based on the 1T3R FMCW (frequency modulated continuous wave) signal processing mechanism, this module performs trajectory tracking on 2 targets in specific areas via the synchronous sensing technology that detects parameters such as motion orientation change and slight chest expansion, and is able to lock the coordinates of static persons.
R60ATP2 radar module is a 60G millimeter wave radar technology, through the collection of human direction, distance information, real-time output of human azimuth information. And have an accurate sense of both stationary and moving creatures.
R60ATP1 radar module adopts 60G millimeter wave radar technology to collect human direction and distance information, output human azimuth information in real time, and have accurate perception of static and moving creatures
R60APS1 radar module uses 60G millimeter wave radar technology to scan the space through 3d imaging technology, scan the movement track of people in the room, and do the number statistics function; The statistic function includes the statistic function of static body and moving body.
R60AHA1 radar module adopts 60G millimeter wave radar technology to collect multi-dimensional body activity data and remotely detect the trajectory of the arm, realizing the recognition of up, down, left and right arm waving. Used for intelligent hardware remote control.
Respiratory heartbeat detection radar is a radar detection module that works in 77GHz millimeter wave frequency band and realizes real-time sensing measurement of human respiratory rate and heart rhythm. This module detects radar echo reflected by body surface through FMCW radar system, and realizes ECG detection by calculating target distance information and body surface fretting information change in unit time
R60ABD1 radar module is the use of 60G millimeter wave radar technology, detection of human skin subtle changes, through the algorithm to calculate the respiratory frequency, heartbeat frequency, motion amplitude, abnormal activity information; And can be based on continuous detection, output sleep analysis report.
R24BBD1Radar module is a radar detection module based on millimeter wave radar to realize human biological presence perception and human breathing detection, continuously record human existence, breathing frequency, sleep quality, and can realize scene linkage through wireless signal notification gateway.
