The embedded motor control technology is designed to provide enhanced performance and reliability for automotive and industrial applications.

Today, a new class of robots is in the spotlight: human-centric, bipedal walking robots designed to work collaboratively around humans in the same environments built around humans.

TDK’s indoor positioning solution VENUE^® can accurately track people and objects in indoor environments where GPS/GNSS signals are unavailable.

The company developed an original AI data analysis platform, “Aim,” as part of its efforts to progress materials informatics (MI).

Sensor+Test and PCIM take place from May 9 to 11 in parallel in the Exhibition Center Nuremberg, Germany. TDK is represented at Sensor+Test at booth 204 in hall 1 and at PCIM at booth 348 in hall 9.

TDK has expanded its innovative stray-field robust sensor portfolio with an optimized sensor for high-speed, low-latency motor position applications.

The technology that delivers the metaverse will build on the technology for virtual reality, using more sensors, and more different kinds of sensors. TDK has one of the richest sensor portfolios in the industry.

TDK’s ultra-compact DC-DC converters are helping bring carrier aggregation to reality by powering the FPGAs and next-generation chipsets in the network.

VR devices play a key role in connecting real and virtual spaces, and tiny motion sensors mounted in them are enabling further performance improvements and miniaturization. TDK’s technologies are making the metaverse experience more accessible and more real.

The new EPCOS motor-run capacitors that comply with safety class S2 as well as the IEC 60335-2-24 standard, will come onto the market in September 2023.