Industry-leading Arm Cortex-M family, delivering the ultimate promise of security, connectivity, and intelligent IoT.
Our MCUs are embedded with Arm Cortex cores, including the M23, M4, M33, and the high-performance M85 with Helium™ technology, ensuring optimal power efficiency and unmatched performance.
Enjoy robust protection with our integrated Renesas Security IP and Arm v8-M TrustZone®, delivering advanced tamper detection and resistance to cyberthreats.
Leverage our superior capacitive touch technology with precise sensitivity, deployable onto a wide range of materials. Take advantage of leading connectivity options integrated into our MCUs to enhance your IoT development.
Our open ecosystem and Flexible Software Package (FSP) offers adaptability and easy integration with middleware. The FSP is scalable across RA MCUs and select RZ MPUs, enabling effortless development scalability.
Our collection of software and hardware tools highlights the RA Family’s technical capabilities while seamlessly guiding you from evaluation to production.
The step-by-step guide takes you from FSP basics and the RA Family toolchain to creating a project from scratch with the EK-RA6M4 evaluation kit.
The rise of smart technologies and connected ecosystems, along with stricter regulations, drives manufacturers to prioritize security. Developers face tight budgets and timelines while building efficient, secure solutions. The RA Family meets these needs with hardware-based security, including isolated cryptographic operations, secure key storage, Arm TrustZone® technology, and side-channel protections.
The importance of functional safety has grown with the demand for industrial automation. Functional safety protects people, machinery, and the environment from failure or error in manufacturing. System design and certification under functional safety standards, such as IEC 61508, requires significant time and effort, increasing costs and the risk of delays. Renesas offers a one-stop functional safety solution with general-purpose 32-bit microcontrollers (MCUs) featuring software to accelerate your time-to-market.
Our RAxT Series MCUs are designed with Arm Cortex-M23, Cortex-M33, or Cortex-M85 with TrustZone, offering robust processing performance and security for low- to high-end motor control applications. A wide range of communication interfaces integrate into these MCUs to address connectivity needs in a single package—simplifying development, lowering cost, and reducing space requirements. Renesas’ advanced low-power consumption technology enables energy-efficient products to meet the latest market needs.
Powered by Ethos™ -U55 neural processing unit, RA AI-accelerated MCUs provide best-in-class balance between AI processing performance and low power consumption, enabling developers to solve the tough energy issues while running AI applications. Engineers at all levels of AI expertise can jumpstart their AI development with the Robust Unified Heterogenous Model Integration (RUHMI) framework – an AI solution toolkit that efficiently deploy neural network models in a framework-agnostic manner. The RUHMI framework seamlessly integrates seamlessly with Renesas e2studio IDE, Flexible Software Package, and evaluation kits to accelerate development and shorten your product’s time-to-market.
Renesas RA Family MCUs are equipped with Arm Cortex-M cores to provide enhanced responsiveness and strong security for voice and touch HMI applications. These MCUs support displays up to WXGA/XGA and are scalable with other product families, including RX Family MCUs and RZ Family MPUs.
Renesas entry-line MCUs, the RA0x and RA2x groups, offer excellent low-power consumption. Combined with a LoRa transceiver, these MCUs extend battery life for IoT sensor applications. Robust software resources are available for download to simplify design challenges and enable easy LoRaWAN® design, with and without interoperability features.
See how BioData Bank’s advanced watch, featuring Renesas’ RA0E1, monitors and helps prevent heatstroke, setting a new standard in health monitoring.
