Renesas Electronics Corporation
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Advanced Driver Assistance Systems (ADAS)

Renesas enables safer, smarter driving with scalable automotive SoCs for ADAS and automated driving. Designed for high-performance processing, functional safety, low power, and software reuse, our R-Car platform supports camera, radar, LiDAR, and other sensor-based applications, helping OEMs and Tier 1s accelerate development, reduce cost, and bring advanced driving features to market faster.

Functional Safety

Renesas supports safety-critical ADAS development with ISO 26262-aligned automotive solutions, safety work products, and design support. Many products are also AEC-Q100 qualified for automotive-grade reliability.

Intelligent Compute

Power ADAS and automated driving with scalable R-Car SoCs built for high-performance processing, real-time responsiveness—helping customers accelerate development and bring advanced driving features to market faster.

Efficient Power

Support stable, efficient ADAS operation with power solutions for reliable in-vehicle performance. Renesas devices help deliver clean rails for sensing, compute, and connectivity, while supporting low power, thermal performance, and system protection.

Intelligent Display

Clear, reliable vehicle visuals are supported across digital clusters, HUDs, camera monitor systems, and electronic mirrors, with automotive-grade integration and functional safety features.

Advanced Driver Assistance Systems (ADAS) Applications

Automotive Parking & Surround View Systems

Automotive Smart Camera & LiDAR Systems

Enabling ADAS Development

R-Car Open Access (RoX) Development Platform

ADAS software is complex, and teams need to validate it before final hardware is ready. RoX (R-Car Open Access) is Renesas' open development environment for R-Car, giving engineers the tools to design, test, and deploy ADAS and software-defined vehicle (SDV) applications more efficiently. The RoX Virtual Platform helps engineers develop and test software in a virtual environment, supporting earlier integration, faster debugging, and more efficient workflows across ADAS and SDV development. By enabling software reuse and reducing reliance on physical prototypes, it helps shorten development cycles and lower risk.

Diagram of renesas R‑Car RoX software‑defined vehicle platform showing its layered architecture of hardware, operating systems, software stacks, and development tools for SDV applications.
R-Car Open Access (RoX) Software-Defined Vehicle Platform Diagram
Evaluation Board/Kit
RTP8A779G0ASKB0FS0SA000 Active
R-Car V4H System Evaluation Board Set/White Hawk
Manual - Hardware
Simulator
RoX Virtual Platform
The RoX Virtual Platform accelerates in-vehicle software development for next-generation vehicles by allowing users to start development activities prior to hardware availability.
RoX Software-Defined Vehicle Platform
Accelerate and simplify reliable automotive development with our leading-edge and fast R-Car Open Access (RoX) development platform for software-defined vehicles (SDV).

Cloud AI for ADAS

Develop, optimize, and validate automotive AI models in the cloud before deploying them to Renesas R-Car hardware. RoX AI Studio helps teams accelerate model evaluation, improve workflow efficiency, and bring AI-enabled ADAS features to market faster.

Car running on road with a cityscape background and a cloud graphic on top of car connected with vertical connectivity lines indicating ADAS cloud development.
ADAS Cloud Development
Software Package
RoX AI Studio
A cloud-native MLOps platform for evaluating AI models on R-Car SoCs.
Blog
Silicon to Software: RoX AI Studio Advances Software-Defined Vehicle Design
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.
Blog
Accelerate Automotive AI Innovation with RoX AI Studio
Learn how the RoX AI studio can transform your product engineering experience and accelerate your development for automotive applications.

Advanced Compute for Driving Systems

Renesas R-Car compute solutions help support the processing demands of ADAS and automated driving with scalable, power-efficient performance across the R-Car family. Built to handle advanced perception, sensor fusion, and real-time response, these platforms give automakers flexibility to develop systems that can scale across different vehicle architectures and levels of driving assistance.

R-Car Gen 5 Platform for ADAS, IVI, and Gateway Applications
3D illustration featuring top and bottom views of FCBGA chip package with 1135 lead count.
R-Car Automotive System-on-Chips (SoCs)
R-Car-V4H Active
Best-in-Class Deep Learning at Very Low Power, System-on-Chip for Automated Driving Level 2+/Level 3
Manual - Hardware
3D illustration featuring top and bottom views of FCBGA chip package with 538 lead count.
R-Car Automotive System-on-Chips (SoCs)
R-Car-V3H Active
SoC Optimized for Automotive Application in Stereo Front Cameras
Manual - Hardware

Product Categories

Microcontrollers & Microprocessors
MCUs and MPUs available in a wide array of memory and package options
Power Management
Wide range of low-to-high voltage power IC solutions for efficient and reliable power management
Wireless Connectivity
Bluetooth, Wi-Fi, and NFC wireless communications solutions
R-Car Automotive System-on-Chips (SoCs)
Automotive computing SoCs for car information systems
Automotive Video & Display
Video and display ICs that address the latest trends in the automotive market
Automotive GreenPAK Programmable Mixed-Signal ICs

Integrate many system functions into a single AEC-Q100 qualified IC

Partners

Omnivision logo.
High Dynamic Range (HDR) CMOS Image Sensor with TheiaCel™ Technology

OX08D10 is an 8-megapixel automotive CMOS image sensor that enables an ADAS front camera system with the R-Car V4H, supported by a reference design for fast development.
Smarteye logo.
Driver Monitoring & Occupant Monitoring Software Solutions

Production-proven Driver Monitoring (DMS) and Occupant Monitoring (OMS) software for reliable in-cabin sensing. Supports ASIL-rated safety applications and advanced cockpit experiences on automotive SoCs.
Japan novel corporation logo.
Compiler Qualification Service for Functional Safety

Compiler and library qualification services that help customers achieve ISO 26262 and IEC 61508 compliance. Provides qualification reports and documentation required for safety certification.
Cogent Embedded logo.
Surround View HMI & User Interaction Framework

Production-ready 360° surround view software featuring image stitching, calibration, and correction technologies for seamless multi-camera visualization. Flexible HMI integration supports intuitive driver assistance experiences.
Hitachi logo.
Image Recognition & Vision Artificial Intelligence Services

AI-powered vision services for image processing, recognition, and analytics. Capabilities include object detection, OCR, image enhancement, and anomaly detection across automotive and infrastructure applications.

Documentation

Videos & Training

Parking doesn’t have to be stressful. Chinese Tier-1 supplier, iMotion is proving that with its iDC500 AD/ADAS ECU, powered by Renesas’ R-Car V4H.

In a recent interview with Renesas, iMotion’s CEO, Mr. Walt Song credited Renesas’ advanced R-Car technology and expert engineering support for enabling the development of their automated parking system. Designed for a broad range of vehicles from luxury models to more affordable options, their ADAS system aims to make parking simpler and more accessible. 

Related Resources

Enabling Technologies

Icon showing machine interface with human touch gesture on screen, voice, and power button illustration, indicating HMI technology.
Human Machine Interface (HMI)
Icon showing AI text within a semiconductor chip symbol, indicating artificial intelligence.
Artificial Intelligence (AI)
Icon showing checkmark within shield, indicating reliable protection and security
ISO 26262 Functional Safety for Automotive