BMI160 is a compact, low power, low noise 16bit inertial measurement unit designed for mobile applications that require accurate, realtime sensor data such as augmented reality and indoor navigation. In full operation mode, with both the accelerometer and gyroscope enabled, the current consumption is typically 950 uA, enabling alwayson applications in batterypowered devices. The module uses BMI160 6axis inertial motion sensor in a MEMS sensor package that integrates a 16bit accelerometer with an ultralowpower 3axis gyroscope. The module can output acceleration data (the acceleration values detected by the device in the X, Y, and Z directions) and gyroscope data (the rotation speed around the X, Y, and Z axes). Key benefits and features precision realtime sensing for mobile applications that demand accuracy Small, lightweight MEMS package suitable for tight device form factors Low noise and low power operation to support batterypowered, alwayson use 16bit resolution on the accelerometer and a 3axis gyroscope for detailed motion data Integrated 6axis inertial motion sensing in a single package Clear data outputs for both linear acceleration and rotational rates along all three axes Important attributes Function: 6axis inertial measurement (accelerometer and gyroscope) with realtime output Size: compact MEMS package suitable for mobile devices Material: MEMS sensor technology in a compact package Performance: 16bit accelerometer resolution, low noise, low power consumption Use scenarios Augmented reality and ARenabled mobile applications requiring accurate motion tracking for stable overlays and interaction Indoor navigation and mapping where GPS is unreliable or unavailable, relying on precise motion data for position estimation Motioncontrolled peripherals or wearable devices that require reliable sensing of user movements and gestures This description preserves the original product brand, model, and core specifications while presenting clear, customerfriendly language that highlights practical benefits, key attributes, and realworld applications.