Murata Productions will present its next generation technology at CES 2025

     Murata Productions will present its next generation technology at CES 2025. The booth in the Automotive Technology Pavilion will serve as a showcase for products that promote innovation throughout the electronics industry. The conference will focus on mobility and connectivity, and attendees will be invited to meet with the company's solutions experts to learn firsthand how the company is unlocking the future of connected mobility.

     The company will introduce a stable flight control unit with MEMS 6DoF sensors in the field of mobility. The SCH16T is a MEMS-based, high-performance 6DoF sensor in a single package that provides low temperature drift and wide gyroscope measurement range for centimeter-level flight accuracy. The rise of vehicles equipped with AD/ adas has increased the focus on safety in severe weather.

     Visitors can also see an ultrasonic cleaning device whose integrated lens cleaning device ensures clear optical camera vision to meet this need. The company will also highlight its in-cabin/out-cabin radar sensing solutions. Sensing solutions can minimize the need for traditional vehicle sensors while increasing safety for in-car use and providing additional convenience for out-of-car applications.

     In the area of connectivity, the company will introduce Matter TM Networking solutions, a new smart home connectivity standard for iot devices that enables seamless, secure connectivity to home networks. The miniaturized high-performance modules demonstrated by the company support this latest innovation.

     In the demonstration, its dual-mode cellular and NTN capabilities will be fully certified by Skylo; The 1SC-NTN model is the first ultra-compact resin mold module approved by an NTN service provider. It combines the latest Rel-17 NTN standard to enable satellite data communication without hardware changes. In addition, the company will demonstrate a precision landing demonstration of a drone using LF communication. Low frequency antenna transmits and receives magnetic field energy, has high positioning accuracy, low power consumption, stable communication and no blind spot. In this demonstration, the company applied position detection capabilities to an automated drone landing system.