BMI160 6axis inertial measurement unit in a MEMS sensor package that integrates a 16bit accelerometer with an ultralowpower threeaxis gyroscope. The module can output acceleration data (the values detected by the device in the X, Y, and Z directions) and gyroscope data (the rotation rates around the X, Y, and Z axes). Key benefits Accurate, realtime motion sensing: combines a 16bit accelerometer with a threeaxis gyroscope to deliver precise motion data for responsive applications. Compact, integrated design: a single MEMS sensor package that streamlines integration into spaceconstrained devices. Low noise and reliable performance: engineered for mobile applications requiring stable, quality sensor data. Energy efficiency for batterypowered devices: optimized for low power operation while delivering full sensing capabilities. What it does Functionality: provides acceleration data along X, Y, and Z axes and gyroscope data for rotation around X, Y, and Z axes. Performance focus: resolution motion sensing suitable for realtime applications such as tracking motion, orientation, and pose. Power and operation In full operation mode (accelerometer and gyroscope both enabled), current consumption is typically 950 uA, supporting alwayson sensing in batterydriven devices. Attributes and suitability Size and packaging: compact MEMS sensor package designed for mobile and embedded applications. Sensor type: 16bit accelerometer paired with a lownoise, ultralowpower gyroscope. Application fit: designed for mobile applications that require accurate, realtime sensor data, such as augmented reality and indoor navigation. Use scenarios Mobile augmented reality and indoor navigation: enables precise motion tracking and orientation to enhance AR experiences and locationbased services. Drone stabilization and pose estimation: provides realtime motion and rotation data to help stabilize flight and estimate pose. Wearable devices and gesture control: supports activity tracking, gesture recognition, and user interface control in compact form factors.