In this blog, we will explain the concept of Renesas' automotive winning combinations and introduce some examples of these reference designs and turnkey solutions.
This Blog presents the various Renesas functional safety activities and how Renesas supports its automotive customers in achieving functional safety compliance using Renesas products.
Learn about a voice recognition and smart control solution based on the Renesas ultra-low power RA6M1 microcontroller family and a variety of other Renesas products.
You can accelerate your project by using an appropriate power management IC (PMIC) for a microcontroller in the system.
Learn why Rinnai developed the Good Design Award winning domino-type gas stove; the challenges they faced, how they resolved it all and why they chose the RX130 cap-touch MCU for their design.
In this blog, we will explore the challenges of increased data bandwidth and throughput in vehicle systems, and the burden placed on the chip resources by data security measures.
Renesas has developed a new generation of capacitive touch solutions that lower UI development hurdles for customers; we provide total support for the development of products with high-added value.
2020年11月20日，由电子科技领域专业媒体“电子发烧友”举办的2020电机控制先进技术研讨会圆满落幕，在同期举办的2020年BLDC电机技术市场表现奖颁奖典礼上，瑞萨电子RX66T微控制器（MCU）凭借其卓越性能和丰富功能在众多优秀的候选产品中脱颖而出，荣获2020年度BLDC电机控制器十大主控芯片奖项。
Renesas' virtual TechDay 2020 allowed customers to interact with our expert team, learning about market and system challenges and how Renesas solutions help to solve them.
Learn how to easily develop a graphical UI (GUI), even if you cannot write the C programming language, using Microsoft® PowerPoint®.