The module uses the BMI160 6axis inertial motion sensor in a MEMS sensor package that integrates a 16bit 3axis accelerometer with an ultralowpower 3axis gyroscope. It can output acceleration data (X, Y, Z) and gyroscope data (rotation rates around X, Y, Z). In full operation mode, with both the accelerometer and gyroscope enabled, current consumption is typically 950 μA, enabling alwayson applications in batterypowered devices. The BMI160 is a small, lowpower, lownoise 16bit inertial measurement unit designed for mobile applications like augmented reality or indoor navigation that require accurate, realtime sensor data. Key benefits resolution motion data: 16bit accelerometer and 16bit gyroscope provide precise measurements for reliable motion tracking. Low power with alwayson capability: typical current of 950 μA supports persistent sensing in batterypowered devices. Compact and lownoise design: small MEMS package delivers accurate motion data with minimal electrical noise. Clear data outputs: direct access to acceleration data (X, Y, Z) and gyroscope data (rotation rates around X, Y, Z) for realtime processing. Designed for mobile applications: optimized for use in environments like augmented reality and indoor navigation that demand realtime sensor information. Size and compatibility notes Small form factor MEMS package suitable for compact devices and handheld systems. 16bit sensing with both accelerometer and gyroscope enabled provides comprehensive motion data for mobile and embedded platforms. Realtime sensor data suitable for integration into batterypowered devices requiring efficient, accurate motion tracking. 23 use scenarios Mobile augmented reality: use precise motion data to stabilize overlays and improve tracking accuracy in AR experiences on smartphones or AR glasses. Indoor navigation systems: rely on accurate realtime motion measurements to improve positioning and tracking indoors where GPS is unreliable. Alwayson motion sensing in batterypowered devices: enable continuous activity monitoring or gesturebased control in wearables or compact controllers without significant power drain.