As mechanical fallback disappears, automotive safety depends on precise position data. Learn how inductive position sensing enables functional safety, cyber resilience, and trust in x-by-wire systems.
Explore how functional safety and intelligent video monitoring are enabling safer, more sophisticated HUD and AR-HUD experiences.
Learn how system-level design, digital tools, and ecosystem collaboration are helping engineers tackle humanoid robotics complexity in the physical AI era.
Renesas is expanding analog innovation through configurable technologies, digital design tools, and system-level expertise to help engineers build smarter, more integrated systems across industries.
Explore how humanoid robotics is accelerating innovation in physical AI, why edge intelligence matters, and how Renesas is enabling smarter, safer robots through sensing, motion, power, and control systems.
From platform capability to in-vehicle proof-of-concept, learn how the R-Car X5 SoC and RoX SDK are ready for scalable end-to-end ADAS deployment in modern market needs.
Understand the architectural tradeoffs of two-stage and single-stage on-board charger (OBC) DC/DC converters through a clear comparison of operating principles, performance characteristics, and system-level impacts.
Read how the expanded Renesas Partner Program connects hardware, software, and services to simplify solution discovery, accelerate time to market, and drive global growth through a scalable ecosystem.
Explore model-based design with MathWorks hardware support packages, enabling code generation, processor-in-the-loop verification, and one-click deployment on Renesas RA and RH850 MCUs.
AI data centers demand higher, dynamic power. Shifting to GaN technology boosts efficiency, shrinks hardware, and supports rapidly scaling accelerator workloads.