TDK Americas

08/26/2026

Computing is moving beyond silicon, and into the physical world.
Tom's Hardware reports scientists used 400 microscopic particles in liquid to predict chaotic signals and detect anomalies, showing how the physical world itself can become part of computing.

TDK is already pushing this idea toward real-world applications. In 2025, with Hokkaido University, TDK developed an analog reservoir AI chip that uses natural electrical dynamics for fast, low-power computing and real-time learning. Paired with sensors, it can anticipate human movement, bringing this approach closer to wearables, robotics and edge AI.

In Everything, Better

A fluid array of micro‑oscillators can tackle forecasting and stealth anomaly detection with surprising finesse.

08/20/2026

Wearable technology is bringing advanced motion tracking into the real world. Researchers at Carnegie Mellon University and the University of Pittsburgh developed IMoveLab to improve joint tracking by combining inertial sensing with biomechanics-informed sensor fusion.

With precise, low-power motion sensing and edge intelligence, InvenSense 6-axis IMUs could help advance these types of wearable applications even further.

In Everything, Better.

Carnegie Mellon University researchers have developed wearable sensing methods that achieve laboratory-level accuracy in measuring human joint motion, paving the way for movement analysis to rehab injury, monitor neurological disease, and optimize sports performance in everyday environments.

08/14/2026

In 1979, TDK was helping drivers enjoy better sound on the road with cassette tapes engineered to withstand the noise and vibration of driving.

Fast forward to today, and that same focus on performance powers the next generation of mobility. From automotive sensors and capacitors to EMC solutions for EVs and ADAS, TDK technologies help make vehicles safer, smarter, and more efficient.

Innovation evolves. Reliability remains.

08/04/2026

Every millimeter matters in robotic-assisted surgery.

The University of Florida has developed a soft robotic surgical camera that autonomously adjusts its position and clears debris from its lens, improving visualization during minimally invasive procedures.

Technologies like this depend on advanced sensing and motion intelligence. TDK's inertial, ultrasonic, magnetic sensing, and sensor fusion technologies help enable the precision and spatial awareness behind next-generation robotics.

In Everything, Better.

Researchers at the University of Florida and the University of Tennessee are developing an AI-powered, nature-inspired robotic device that mimics the human eye. 

07/29/2026

As robots take on more complex tasks, understanding human intent becomes increasingly important.

A new framework from Massachusetts Institute of Technology (MIT) demonstrates how LLMs can help robots interpret ambiguous instructions, making human-robot interaction more intuitive.

TDK SensorGPT builds on this by enabling developers to generate realistic synthetic sensor data for training and validating AI models, helping accelerate the next generation of robotics and edge AI.

In Everything, Better.

MIT CSAIL's “Masked IRL” algorithm helps a robot understand ambiguous instructions so it does chores safely. An LLM first elaborates on users' prompts based on demonstration data, then another narrows down which details an algorithm should incorporate into a motion plan.

07/22/2026

The future of precision agriculture starts with understanding plants in real time.

New battery-free wearable sensors developed by Tufts University can monitor crop health directly on the plant, helping farmers detect stress earlier and make more informed decisions.

InvenSense, a TDK group company, can help expand that intelligence with 6-axis IMUs for autonomous farm equipment, SmartSound™ MEMS microphones for monitoring irrigation systems, and SensorStage™ to fuse plant, environmental, and equipment data into actionable edge AI insights.

In Everything, Better.

A smartwatch can tell us the level of oxygen in our blood, when our sleep is restless or the number of steps we take in a day. Now imagine that kind of tracking ability for plants. By the time farmers see curling leaves or stunted growth in their fields, their crops may already have spent days under...

07/14/2026

What if autonomous aircraft could understand a pilot's intent before they even saw the aircraft?

College of Engineering at Georgia Tech researchers developed an AI system that interprets pilot radio calls to better predict aircraft movements at non-towered airports, improving shared airspace awareness.

This could be pushed further with TDK AIsight by combining language understanding with vision, motion, and positional sensing. Edge AI and contextual memory could connect pilot communications with real-time sensor data for faster, more predictive autonomy.

In Everything, Better.

Researchers have turned pilot-to-pilot radio calls around airports with no control tower into data that drone aircraft can use to steer clear of other planes.

07/06/2026

As simulation becomes an essential part of electronics design, engineers can optimize film capacitor performance before building a physical prototype. TDK Electronics' CLARA simulation tool helps engineers evaluate film capacitor behavior, estimate service life, and streamline component selection, accelerating development while improving reliability.

Learn more about how simulation is transforming film capacitor design in EE World Online:

With digital twins (virtual replicas of objects or systems) of capacitors, engineers can simulate system-level interactions such as current density, self-heating, and electromagnetic coupling. This greatly reduces prototyping effort and increases confidence in performance predictions.

06/30/2026

What if smart appliances could deliver more performance while consuming less energy and generating less heat?

Massachusetts Institute of Technology (MIT) researchers have developed a new method for integrating high-power GaN transistors with ultrathin diamond layers, dramatically improving heat dissipation and enabling more efficient, reliable electronics.

TDK Electronics could help scale this breakthrough for smart home devices through power capacitors, inductors, and EMC suppression components that improve power efficiency. In HVAC systems, heat pumps, and connected appliances, these technologies could help enable smaller, cooler-running, and more energy-efficient designs.

In Everything, Better.

Using a thin layer of diamond to manage excessive heat, MIT engineers can boost the speed and energy-efficiency of next-generation wireless devices.

06/23/2026

What if underwater robots could see through murky water?
Massachusetts Institute of Technology (MIT) researchers have developed a system that combines sonar and computer vision to navigate and generate 3D maps in near-zero visibility. The technology could unlock new possibilities for ocean exploration, infrastructure inspection, and search-and-rescue missions.

Paired with high-performance MEMS IMUs from InvenSense, a TDK company, these systems could maintain accurate positioning even when visual signals are limited.

In Everything, Better.

Sonar-MASt3R is a new underwater mapping technique developed at MIT and the Woods Hole Oceanographic Institution (WHOI) that may allow vehicles to see through murky, low-visibility waters.