The introduction of Olivine Type Lithium Iron Phosphate Lithium Ion Secondary Battery (FORTELION)
Murata’s "FORETELION" is a highly safe lithium ion secondary battery that uses olivine type lithium iron phosphate for its cathode with an expected life of over 15 years. Available for uses that suit customers such as cells, modules, battery racks, and containers, and contributes to achieving a sustainable society that is safe and highly resistant to natural disasters.
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SCHA 600 high-precision 6DoF one-package inertial force sensor contributing to advanced driver-assistance system, MaaS and smart agriculture
Our inertial sensor can constantly detect the vehicle's track and direction accurately, even in the locations where global positioning system (GPS) signals cannot reach or in harsh environments where cameras and radars do not function adequately.
Remote medical care with Wi-Fi® module supporting Secure IoT Platform
Murata's Type 1KS Wi-Fi® module, which supports CyberTrust's Secure IoT Platform, makes it easy to configure secure IoT networks. You can also safely update firmware for security updates and other purposes. Show more
Multistack LPWAN kit for smart city designs
Murata developed a multistack kit for Low Power Wide Area Network (LPWAN) applications. Show more.
Ultra-small and low current consumption LPWA Module from Murata
Murata has developed a highly integrated, ultra-small and low current consumption LPWA Module. We achieved this through our expertise built through years of experience in wireless IoT Module design. Show more.
NDIR CO₂ sensor with long-term stability
Murata’s CO₂ sensor is a product with long-term stability and high measurement accuracy that promises to improve maintainability through an automatic calibration feature based on a unique calibration curve algorithm and ... Show more
Introduction of Murata's Automotive Capacitors response to various applications with high reliability
Through M&A and alliances in 2016, Murata added to its line-up not only ceramic capacitors but also polymer aluminum electrolytic capacitors, and film and silicon capacitors. By utilizing the advantages and collective straengths obtained from each of