RAA2S426x sensor signal conditioners address automotive industry challenges such as signal distortion, inaccurate readings, and prolonged development cycles, that compromise vehicle functionality and safety.
Yasuhiro Iizuka, Renesas' new VP of Engineering & Head of HPC Japan SoC Development, joined Renesas late last year from Sony with a goal to accelerate growth by sharpening Renesas' automotive SoC focus.
Leveraging Renesas’ RZ MPU family and Ubuntu's ecosystem for edge computing with dependable security maintenance, Renesas and Canonical's collaboration delivers scalable, production-grade solutions for OEMs and ODMs.
Renesas' entry-level MCUs provide unparalleled performance and flexibility, showcasing innovation, effectiveness, and efficiency for your next-generation projects.
This executive blog shares insights from D.K Singh, VP of Engineering, Digitalization and Ted Pawela, VP and Head of Customer Success about how Renesas is driving innovation in the embedded systems space.
Do you know that you can run the RL78 using the Arduino IDE, the popular Arduino development environment for beginners and professionals alike?
This blog briefly explains everything from setting up the environment to the application notes that are available to the public.
Introducing the RL78/G23, a microcontroller (MCU) equipped with peripheral functions that are optimal for the trends in IoT Edge devices.
This blog explains the advantages of using a brushless motor and general motor control methods and introduces sample software and development support tools for the RL78 series of MCUs.
Renesas and Linaro collaborate to drive innovation, efficiency, and seamless platform integration with enhanced interoperability testing and accelerate IoT and edge computing solutions.
Learn how the DA14533 Bluetooth LE SoC is leading the charge in TPMS and other next-generation automotive applications.