For today’s intelligent vehicles, sensing performance and reliability matter more than ever. TDK provides automotive-qualified MEMS sensors that are AEC-Q100 tested with PPAP documentation, as well as consumer-grade sensors suited for select automotive use cases. This dual portfolio supports the rapid expansion of telematics, cabin sensing, Advanced Driver Assistance Systems (ADAS), and in-vehicle user experience systems.
For today’s intelligent vehicles, sensing performance and reliability matter more than ever. TDK provides automotive-qualified MEMS sensors that are AEC-Q100 tested with PPAP documentation, as well as consumer-grade sensors suited for select automotive use cases. This dual portfolio supports the rapid expansion of telematics, cabin sensing, Advanced Driver Assistance Systems (ADAS), and in-vehicle user experience systems.
6-axis IMUs maintain accurate positioning when GPS/GNSS is weak or unavailable, fusing gyro and accelerometer data to track vehicle movement in tunnels, parking structures, and other signal-limited environments
The accelerometer and gyroscope data fusion provides incredibly accurate location data for vehicle to vehicle systems and infrastructure
6-axis IMUs enable camera image stabilization to compensate for road vibrations, allowing crisp and stable rear-view image s in electronic mirrors
High-performance 6-axis IMUs enable overlay projection stabilization, significantly increasing drivers’ awareness of surroundings
The accelerometer enables crash detection, which can trigger emergency calls, and the gyroscope allows for vehicle positioning and driving style analysis
Door control systems use accelerometer and gyroscope sensors to monitor doors’ dynamic conditions during automatic movement
6-axis IMU sensors and microphones enable advanced features and deliver a superior user navigation experience for voice assistance, gesture detection, and more
6-axis IMUs in combination with GNSS enables local positioning computing, simplifying smart antenna installation as it requires only a power connection
TDK’s Automotive MEMS sensors have reliability testing performed according to AEC–ÂQ100 with PPAP and qualification data available upon request. These sensors support the rapid growth of infotainment, telematics, Advanced Driver Assistance Systems Â(ADAS), and other automobile technology.
CTA: See all automotive grade sensors
TDK offers a full product line of consumer grade sensors, with features that may be used in an automotive environment. These do not carry any automotive qualifications but may be suitable for various applications. Please keep in mind that we do not offer to qualify non-Âautomotive parts for automotive applications.
CTA: See all consumer grade sensors
6-axis IMUs maintain accurate positioning when GPS/GNSS is weak or unavailable, fusing gyro and accelerometer data to track vehicle movement in tunnels, parking structures, and other signal-limited environments
The accelerometer and gyroscope data fusion provides incredibly accurate location data for vehicle to vehicle systems and infrastructure
6-axis IMUs enable camera image stabilization to compensate for road vibrations, allowing crisp and stable rear-view image s in electronic mirrors
High-performance 6-axis IMUs enable overlay projection stabilization, significantly increasing drivers’ awareness of surroundings
The accelerometer enables crash detection, which can trigger emergency calls, and the gyroscope allows for vehicle positioning and driving style analysis
Door control systems use accelerometer and gyroscope sensors to monitor doors’ dynamic conditions during automatic movement
6-axis IMU sensors and microphones enable advanced features and deliver a superior user navigation experience for voice assistance, gesture detection, and more
6-axis IMUs in combination with GNSS enables local positioning computing, simplifying smart antenna installation as it requires only a power connection
Deliver long-term durability and reduce qualification and warranty risk
Enables accurate navigation, stabilization, and ADAS sensor fusion
Design once and scale across platforms with minimal rework
