TDK sensing solutions combine powerful software and algorithms with advanced sensor hardware, empowering device creators to create new sensor-driven use cases that amaze users.
TDK solutions reduce development complexity by providing purpose-built optimized algorithms, unified interfaces to multi-sensor systems, and on-chip software.
Imagine the possibilities
TDK solutions are designed to enable device devlopers to get to market more quickly. Pre-integrated and optimized software speeds use case implementation and reduces latency.
Easily configure new sensor-powered use cases using TDK software-driven solutions. Devices can perform actions on detection of sound or movement, which enables automatic wake up, muting, and other intuitive behaviors.
Run software directly on the sensors for ultra-low power scenarios. Instead of requiring the entire device to be powered up all the time, wake on sound, movement, or presence can happen with only the sensor awake to preserve power to enable always on scenarios.
TDK solutions are designed to enable device devlopers to get to market more quickly. Pre-integrated and optimized software speeds use case implementation and reduces latency.
Easily configure new sensor-powered use cases using TDK software-driven solutions. Devices can perform actions on detection of sound or movement, which enables automatic wake up, muting, and other intuitive behaviors.
Run software directly on the sensors for ultra-low power scenarios. Instead of requiring the entire device to be powered up all the time, wake on sound, movement, or presence can happen with only the sensor awake to preserve power to enable always on scenarios.
Software resources, community, and customer support
Run machine learning on 6-axis IMUs
Machine learning models executing on directly in sensors reduce power requirements and system latency
Absolute position tracking with 9-axis IMU + magnetometer
Always calibrated, highly accurate positioning and location tracking for mobile devices with 6-axis IMU combined with a 3-axis TMR magnetometer
Enhanced functionality by combining sensor data
Enable more complex use cases and device behaviors by combining data from more than one sensor
Enhanced functionality by combining sensor data
Enhance image quality through automatic optical and electronic image stabilization
The ICU-30201 is a high-performance ultrasonic Time-of-Flight sensor that is ideal for measuring the range of objects between 30cm and 9.5m, and offers a customizable field-of-view of up to 180º. It has a sample rate of 75 samples per second at 2 meters, and 18 samples per second at 9 meters. It comes in a 5.17 × 2.68 × 0.9 mm LGA package, and includes an integrated DSP for signal processing.
The T5848 is a low noise, high AOP I²S microphone with a 24‑bit PCM output for direct connection to a wide variety of SoCs. It also features Acoustic Activity Detect (AAD), a new ultra-low power edge processing feature consuming as low as 20 µA.
Find answers, documentation, and community support you need
Connect with engineers, ask questions, and share insights with the TDK developer community.
Access technical articles, datasheets, and in-depth guides to accelerate your design process.
Find immediate answers to our most frequently asked questions about products, shipping, and more.
