TDK’s SmartMotion️ family of industry‑leading inertial sensors offer on-chip sensor fusion and machine learning to bring edge intelligence to a wide range of consumer devices. Whether 3‑axis, 6‑axis, or 9‑axis, TDK IMUs offer the lowest power consumption, ultra‑high performance, and stability that are ideal for smartphones, wearable/hearable devices, smart glasses, AR/VR, drones, robotics and more.
Inertial sensors
Ultra-low power, high-precision IMUs with built-in intelligence. Hero section short description.
TDK is a pioneer in fully integrated motion solutions combining high-performance MEMS sensors with advanced MotionFusion™ algorithms and embedded processing. Our MotionTracking™ devices integrate accelerometers, gyroscopes, and other sensor and software solutions into compact, low-power platforms that deliver precise, real-time motion data with minimal system complexity.
Today, our SmartMotion sensing solutions enable reliable, high-accuracy performance across consumer, automotive, and industrial applications – including smartphones, wearables, gaming, ADAS, robotics, navigation, asset tracking, and condition monitoring – powering smarter, more responsive, and energy-efficient devices.
Integrating accelerometer, gyroscope, and magnetometer, these sensors provide complete motion and heading information.
Designed for advanced navigation, drone flight control, and automotive dead-reckoning applications.
Combining a 3-axis accelerometer and 3-axis gyroscope, these sensors deliver full motion tracking and orientation data.
Perfect for smartphone, hearables, wearables, robotics, AR/VR and IOT - offering stabilization systems that require seamless real-time performance.
3-axis devices are standalone gyroscopes and standalone accelerometers. Ideal for mobile devices, wearables, and IoT applications where responsiveness meets efficiency.
* Designed around Microchip G55 MCU can be used by developers for rapid evaluation.
Sensors drivers source code can be found in our public GitHub organization for our SmartMotion solutions. Other available repositories will also provide source code for example use cases.
Enhance user experiences in smartphones, wearables, and AR/VR devices with smooth motion tracking, gesture control, and screen rotation.
Support safety, navigation, and stability features with sensors designed for harsh environments and automotive-grade reliability.