Rd-03D is a radar module equipped with Silicon Microelectronics' S5KM312CL chip. S5KM312CL is an integrated microcontroller millimeter wave sensor SoC based on FMCW radar transceiver technology. It operates in the 24 GHz K-band with a maximum sweep bandwidth of 0.25GHz. This module uses FMCW waveform and S5 series chip's proprietary advanced signal processing technology, combined with MCU's proprietary radar signal processing and built-in intelligent positioning and tracking algorithm, to detect multiple targets in a designated area and report the results in real time. Users can quickly Develop corresponding targeting tracking products. The Rd-03D module accurately senses the motion status of the human body and the area. It is equipped with an intelligent algorithm to realize motion trajectory recognition and tracking, and can measure the speed and distance of targets in the area. The recognition speed is faster and the power consumption is lower. The module can be quickly configured and is suitable for publicity facilities. It can intelligently distinguish the human body in motion, micro-motion and stillness, and control the switch of the equipment. This module has good resistance to external interference and is not affected by wireless signals such as WIFI. Package: Standard 1*4P-1.25mm socket connector Size: 15.0 x 44.0(0.2)mm Antenna: on-board PCB antenna Frequency: 24G ~24.25GHz Working temperature: -40 ~ 85 Storage temperature: -40 ~ 125, Less than 90%RH Power supply: Support voltage 5V, supply current 200mA Interface UART: UART rate Default 256000 Colour:Black Material:PC+metal Package contents: 1 x Module Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm. Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.