Digitally controlled, electronically commutated motors require smarter algorithms and increasingly complex control features while still constraining costs. Learn how Renesas technology enables/ensures this.
Clean indoor air is paramount to our health. Learn how the latest AI-enabled sensor fusion technology is improving air quality sensing systems and making indoor environments healthier.
This blog provides an overview of the Reality AI Tools® floor type detection application example, its value for vacuum cleaners, and how designers can easily implement the solution in new or existing systems.
Learn how Renesas’ RRH62000 all-in-one sensor empowers individuals and organizations to make informed decisions and take proactive measures to improve air quality.
SDV platforms are revolutionizing automotive technology by making cars adaptive, personalized, and interconnected. What's needed is a software-first SDV approach that supports hardware and software development in parallel.
In this blog, the Renesas Embedded Engineering team provides an overview of curated development resources on the optimized motor control technology page and how to quickly get your next design started.
Two executives sat down recently in a Q&A style interview to discuss Renesas’ initiatives on greenhouse gas emission reduction, improved supplier engagement, and social contribution.
Designing cordless gardening tools presents unique challenges, particularly in balancing power and battery life. This blog explores the key design challenges and innovative solutions for creating high-performance cordless leaf blowers.
This blog recaps the recent trends in mandatory ADAS features and NCAP scenarios and discusses how to simultaneously support them with minimal increase in vehicle costs.
Learn how Renesas helps smart ring designers translate high-level requirements including form factor, robustness, visual appeal, comfort, and battery runtime into their design specifications.