Today, mmWave radar technology is rapidly gaining traction as the preferred option for indoor human detection applications. Thanks to its remarkable advantages such as strong privacy protection, non-contact sensing and precise detection capabilities, as well as its rich functions of vital signs monitoring, people tracking, posture detection, etc., it enables many aspects of intelligent life.

To make it easier for customers to use the Rhine mmWave radar SoCs and expand the market for mmWave indoor radar applications such as smart home, elder care and smart office, the Calterah Indoor Human Point Cloud SDK based on the Rhine SoCs has been launched on the brought to market. It SDK leverages the Rhine SDK architecture and integrates an indoor human detection module. Thanks to the radar signal processing baseband integrated into the Rhine SoCs and the indoor radar signal processing algorithms developed by Calterah, the indoor human detection module can provide rich and high-quality point clouds with powerful sensing. These point clouds have strong cohesion, allowing higher-level applications to better distinguish human targets. They are also capable of mapping body postures and movements, allowing higher-level applications to realize more advanced indoor radar functions such as fall detection and gesture recognition.

Rich, high quality and highly coherent point clouds with powerful detection of moving and stationary human targets

Rich and high quality point cloud data
Strong cohesion of point cloud data
Powerful detection of moving and standing people