Centralized motor control increases software complexity, hardware compromises, and system cost. Learn how the RX14T enables a distributed, modular approach with built‑in analog functions that reduce the BOM and simplify design.
AI data centers demand higher, dynamic power. Shifting to GaN technology boosts efficiency, shrinks hardware, and supports rapidly scaling accelerator workloads.
Discover how Renesas Edge AI processors and complete platform solutions quietly make industrial systems smarter, more reliable, and energy efficient in the factories that power everyday life.
With continued unprecedented surges in power demand, designers are turning to GaN and its superior properties. Learn about the fastest/smallest power switches designed to accelerate this revolution.
Learn how Renesas provides silicon for reference designs to accelerate the development of ultra-fast edge AI arc-fault detection for solar inverters, EV charging, battery energy storage systems, and industrial power.
Learn how the RA0E3 MCU, the most cost-effective device in the Renesas RA Family, makes it easy to add functions to customers' existing systems.
Scooters, e-bikes, and compact EVs need clear, connected dashboards with scalable TFT clusters for smartphone‑like clarity and efficiency. Using Renesas MCU-based solutions accelerates your designs.
Learn more about ATLAS, a scalable location technology that combines Bluetooth® Low Energy precision with asset tracking to deliver real-time visibility, streamlined operations, and transformative benefits.
Learn how machine learning plays a part in emergency screaming detection to identify distress calls and provide immediate help with Renesas solutions.
Software-defined vehicles are reshaping automotive design. Discover how Renesas' shift-left strategy, AI-driven tools, and the RoX platform accelerate innovation and enable next-gen vehicle development.