Features
- Four Arm® Cortex®-A76 cores at 1.8GHz for a total of 81kDMIPS of general compute for ADAS/AD applications
- Three lockstep Arm® Cortex®-R52 cores at 1.4GHz, for a total of 25kDMIPS to support ASIL D real-time operation, and eliminate the need for external microcontrollers
- Dedicated Deep Learning and Computer Vision I/Ps with overall performance of 34 TOPS
- Image Signal Processor (ISP) with parallel processing for machine and human vision
- Image Renderer (IMR) for fisheye distortion correction or other mathematical operations
- Graphics Processing Unit (GPU) AXM-8-256 at 600MHz for a total of more than 150 GFLOPS
- Dedicated automotive Interfaces: CAN, Ethernet AVB, TSN, and FlexRay
- Two fourth-generation PCIe interfaces
- Integrates multiple safety mechanisms that provide high coverage with fast detection and response for random hardware faults, achieving ASIL B/D metrics for the majority of the SoC processing chain.
- Open solution supported by Renesas and R-Car Consortium partners
Description
Addressing volume zone of automotive driving Level 2+ / Level 3
The R-Car V4H system-on-chip is tailored for central processing for advanced driver-assistance (ADAS) and automated driving (AD) systems. The R-Car V4H achieves deep learning performance of up to 34 TOPS (Tera Operations Per Second), enabling high-speed image recognition and processing of surrounding objects by automotive cameras, radar, and Light Detection and Ranging (LiDAR).
Thanks to a high level of integration, the R-Car V4H allows manufacturers to develop cost-competitive, single-chip, ADAS electric control units (ECUs). These control units may support driving systems appropriate for automated driving Levels 2+ and Level 3, including full NCAP 2025 features. A dual V4H configuration enables seamless system performance improvements and fail-degraded operational support which is required for Level 3 systems. The R-Car V4H also supports surround view and automatic parking functions with impressive 3D visualization effects such as very realistic views.
In addition to R-Car V4H, discover our next cost-competitive product lineup (V4M) here.
R-Car V3M and R-Car V3H, both currently in high-volume production, focus on smart front cameras for Level 1 and Level 2 applications. R-Car V4H uses a scalable architecture that allows the re-use of software assets from the third generation of R-Car devices. This enables customers to expand to next-generation systems smoothly and quickly as they develop Level 2+ and Level 3 systems. The R-Car V4H also supports the latest LiDAR, radar, and thermal camera technologies.
State-of-the-art R-Car deep learning technology at low power consumption: 16 TOPS/Watt
The R-Car V4H offers up to 34 TOPS of highly efficient deep learning performance. It uses ultra-low power consumption and requires only passive air-cooling, both of which help reduce the total bill of materials (BOM).
Solution supports the industry’s stringent ASIL B/D requirements
The R-Car V4H development process targets ASIL D systematic capability for all safety-relevant IP. The signal processing portion of the R-Car V4H is expected to achieve ASIL B and D metrics for the real-time domain. Furthermore, the R-Car V4H can be used in combination with the RAA271041 pre-regulator and the RAA271005 PMIC optimized for cars. This enables a highly reliable power supply for the R-Car V4H and peripheral memories from the 12V supply of the vehicle battery. These features enable low-power operation while targeting ASIL D compliance for systematic and random hardware faults at a very low BOM cost. This helps to minimize the effort of hardware and software development while reducing design complexity, cost, and time to market. Superior scalability maximizes software re-use to cover ADAS/AD Level 1 to Level 3.
Embedded software platform development paving the way toward the software-defined car
An R-Car V4H Software Development Kit (SDK) is also available to perform faster and easier initial device evaluation and software development including deep learning. The SDK offers full functionality for machine learning development, and optimization of embedded systems for performance, power efficiency, and functional safety. Complete simulation models are available, and the Renesas operating system agnostic software platform enables easier development of the software-defined car.
Parameters
| Attributes | Value |
|---|---|
| Parametric Applications | ADAS/AD |
| Real Time Core Freq / KDMIPS | 3x CR52 Lockstep, 1,4GHz |
| Application Core | 4x CA76, 1,8GHz |
| 3D GPU | AXM-8-256 600MHz >150 GFLOPS |
| Computer Vision / Frequency | 4x Computer Vision Engine |
Package Options
| Pkg. Type | Lead Count (#) | Pitch (mm) |
|---|---|---|
| FCBGA | 1135 | 0.65 |
Application Block Diagrams
| Humanoid System Compute (Brain) Ultra-high AI compute brain coordinating real-time perception, control, and human-like movement. |
Additional Applications
- Automated Driving Level 2+, Level 3, Level 4
- Front Smart Camera for NCAP 2025 5 Stars
- Automatic Parking & Surround View with 3D Visualization
- Driver and Occupant Monitoring System
- Light Detection and Ranging (LiDAR) System
- Intelligent Survey Camera
- Robotics
- Industrial Applications
Complete Your Design
Explore complementary products to elevate your design
| Part Number | Status | Samples | Stock | Package | CPU | Parametric Applications | Real Time Core Freq / KDMIPS | 3D GPU | Computer Vision / Frequency | Deep Learning (TOPS) | Accelerator | Video Codec | Audio Codec | Flash Interface | Video Input | Video Output | High Speed | Auto I/F | Ethernet | Highest ASIL Level | Lead Count (#) | Key Features |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| R8A779G2LA01BA#G9 | Active | N/A | Out of Stock | FCBGA | Cortex-A76 x 4, 3x CR52 Lockstep | ADAS/AD | 3x CR52 Lockstep, 1,4GHz | AXM-8-256 600MHz >150 GFLOPS | 4x Computer Vision Engine | 34 TOPS | 2x ISP, 5x IMR, 1x DOF, 1x SMD, 4x DSP | H.264 Enc, H.264 Codec | No | 2x QSPI, 1x eMMC | 2x MIPI-CSI2 | 2x DU, 2x MIPI CSI2/DSI-output | 2x PCIe 4.0 | 8x CAN 2.0/FD, Flexray | 3x Gbit AVB, 1x Gbit TSN | Up to ASIL D | 1135# | 4x UART, 6x SPI, 7x I2C, I2S, Security, JTAG |
Complete Your Design
Explore complementary products to elevate your design
Filters
Applied Filters
- Technical UpdateThis technical update package includes all technical notifications related to the R-Car V4H Series Hardware User's Manual. It serves as a centralized resource for tracking updates, revisions, and clarifications to the hardware documentation, ensuring users have access to the most current technical information.Related Files:
- Application Note
- Application Note
- Application NoteAI-generated Summary: This application note provides design guidelines, example circuits, and layout recommendations for implementing the power‑supply architecture of the Renesas R‑Car V4M Series System‑on‑Chip using the RAA271005, RAA271010, RAA271011, RAA271040, and RAA271041 power‑management ICs. Its purpose is to guide designers in configuring power sequencing, voltage regulation, protection features, and dynamic voltage scaling to ensure reliable SoC boot‑up, operation, low‑power modes, and system shutdown. The document also covers OTP configuration, power mapping, and PCB layout best practices to meet the functional safety, efficiency, and robustness requirements of automotive applications such as in‑vehicle infotainment, digital cockpit, and ADAS systems.
- Application NotePDF 1.92 MB R33AN0060EU0101 Rev.1.01 Dec 15, 2025AI-generated Summary: This application note provides design guidelines, example circuits, and layout recommendations for implementing the power‑supply architecture of the Renesas R-Car V4H Series SoC using the RAA271005, RAA271010, RAA271011, RAA271040, and RAA271041 power‑management ICs. Its purpose is to guide designers in configuring power sequencing, voltage regulation, protection mechanisms, and dynamic voltage scaling to support reliable SoC boot‑up, operation, low‑power modes, and shutdown. The document also covers OTP configuration, power mapping, and PCB layout best practices to meet the functional safety, efficiency, and robustness requirements of automotive applications such as infotainment, digital cockpits, and ADAS systems.
- Application NoteAI-generated Summary: The document explains the functions, usage, and limitations of the display control modules, specifically the display unit (DU) and video signal processor (VSPD), in the R-Car V4 series. It provides practical examples of register settings and design considerations for implementing display control systems. The content targets engineers familiar with R-Car V4H and V4M processor cores, focusing on hardware and software development for screen display functions. Key topics include module configurations, data path settings, clock routing, and register configurations.
- Device Errata
- Model - Power CalculatorRelated Files:
- Application NoteAI-generated Summary: The document details the initialization sequence for the LPDDR4X interface on R-Car V4H series devices, covering register access, configuration settings, and training procedures. It explains unlocking and locking of DBSC and PHY registers, setting board and clock parameters, and performing PHY training including PI training and data eye training. The document provides comprehensive register lists and configuration examples to ensure correct LPDDR4X interface initialization.Related Files:
- Application NoteAI-generated Summary: The document details the initialization sequence for the LPDDR5 interface in R-Car V4H series devices, covering register access, configuration settings, and training procedures. It explains unlocking and locking DBSC and PHY registers, setting board and DDR frequencies, and performing various training steps such as PI training, leveling, and data eye training. The document includes comprehensive register lists, configuration examples, PLL3 settings, and periodic training modes, providing a thorough programming guide to ensure correct LPDDR5 interface initialization.Related Files:
- Application NoteAI-generated Summary: AppHints provide runtime control over PowerVR GPU drivers (DDK) for specific or all applications using the DDK on R-Car V4H and V4M Series. Configuration parameters, set via the powervr.ini file, allow customization of drawing modes, buffer sizes, and system behaviors such as Z buffer mode, parameter buffer size, and display layer selection. The document details these parameters, their valid ranges, and effects on GPU performance and rendering accuracy. It explains how to optimize buffer sizes to prevent overflow and maintain correct depth testing, especially when using internal or external Z buffers. The guide also covers interaction with GLES3.2/EGL APIs affecting rendering results and provides recommendations for stable operation.
- Application NoteAI-generated Summary: This guide explains how to debug 3D graphics rendering issues on R-Car Series 4th Generation devices using Imagination Technologies GPUs. It covers identifying and resolving common problems such as incorrect rendering, system lockups, CPU exceptions, memory leaks, flickering, tearing, and performance bottlenecks. The document provides detailed analysis flowcharts and introduces various diagnostic tools including PVRCarbon, pvrdebug, PVRTune, and others to isolate and fix issues effectively. It also outlines procedures for performance optimization and troubleshooting workflows.
- Application NoteAI-generated Summary: The document explains how to adjust image quality using hardware IP modules in the R-Car V4 series, focusing on the Video Signal Processor (VSP2). It details alpha blending techniques, including the use of color keying for compositing non-rectangular objects and pixel alpha for fine transparency control. The VSP2 supports blending up to five planes plus a virtual plane and enables 8-bit transparency adjustments per pixel or uniformly per plane. Practical examples illustrate these features to guide parameter settings for image quality enhancement.
- EngineeringRelated Files:
- EngineeringRelated Files:
- Quick Start GuideR-Car V4H Quick Start GuideRECOMMENDED
Recommended Documents (2)
No Results Found.
Make sure all keywords are spelled correctly.
Try fewer, different, or more general terms to vary your search.
If you have filters applied, consider deselecting some to broaden your results.
- Search our extensive knowledgebase, designed to help customers with their FAQs.
- Get help from our expert Renesas technical staff and community on our support forums.
- GuideLog in to Download XLSX 1.61 MB 20250319-rs-R30AN0468EU0100-r-car-Supplement PCB Design Checklist Table-V4H Mar 14, 2025
- GuideLog in to Download XLSX 4.36 MB 20250319-rs-R30AN0467EU0100-r-car-Supplement Schematic Design Checklist Table-V4H Mar 14, 2025
- GuideLog in to Download PDF 384 KB 20250319-rs-R30AN0466EU0100-r-car-Supplement Guide PCB Design Flow Diagram-V4H Mar 14, 2025
- GuideLog in to Download PDF 367 KB 20250318-rs-R30AN0465EU0100-r-car-Supplement Guide Schematic Design Flow Diagram-V4H Mar 14, 2025View More (15)
Manuals & Guides (15)
- Application Note
- Application Note
- Application NoteAI-generated Summary: This application note provides design guidelines, example circuits, and layout recommendations for implementing the power‑supply architecture of the Renesas R‑Car V4M Series System‑on‑Chip using the RAA271005, RAA271010, RAA271011, RAA271040, and RAA271041 power‑management ICs. Its purpose is to guide designers in configuring power sequencing, voltage regulation, protection features, and dynamic voltage scaling to ensure reliable SoC boot‑up, operation, low‑power modes, and system shutdown. The document also covers OTP configuration, power mapping, and PCB layout best practices to meet the functional safety, efficiency, and robustness requirements of automotive applications such as in‑vehicle infotainment, digital cockpit, and ADAS systems.
- Application NotePDF 1.92 MB R33AN0060EU0101 Rev.1.01 Dec 15, 2025AI-generated Summary: This application note provides design guidelines, example circuits, and layout recommendations for implementing the power‑supply architecture of the Renesas R-Car V4H Series SoC using the RAA271005, RAA271010, RAA271011, RAA271040, and RAA271041 power‑management ICs. Its purpose is to guide designers in configuring power sequencing, voltage regulation, protection mechanisms, and dynamic voltage scaling to support reliable SoC boot‑up, operation, low‑power modes, and shutdown. The document also covers OTP configuration, power mapping, and PCB layout best practices to meet the functional safety, efficiency, and robustness requirements of automotive applications such as infotainment, digital cockpits, and ADAS systems.
- Application NoteAI-generated Summary: The document explains the functions, usage, and limitations of the display control modules, specifically the display unit (DU) and video signal processor (VSPD), in the R-Car V4 series. It provides practical examples of register settings and design considerations for implementing display control systems. The content targets engineers familiar with R-Car V4H and V4M processor cores, focusing on hardware and software development for screen display functions. Key topics include module configurations, data path settings, clock routing, and register configurations.View More (26)
Application Notes & White Papers (26)
No Results Found.
Make sure all keywords are spelled correctly.
Try fewer, different, or more general terms to vary your search.
If you have filters applied, consider deselecting some to broaden your results.
- Search our extensive knowledgebase, designed to help customers with their FAQs.
- Get help from our expert Renesas technical staff and community on our support forums.
- Technical UpdateThis technical update package includes all technical notifications related to the R-Car V4H Series Hardware User's Manual. It serves as a centralized resource for tracking updates, revisions, and clarifications to the hardware documentation, ensuring users have access to the most current technical information.Related Files:
- Device Errata
Errata & Technical Updates (2)
No Results Found.
Make sure all keywords are spelled correctly.
Try fewer, different, or more general terms to vary your search.
If you have filters applied, consider deselecting some to broaden your results.
- Search our extensive knowledgebase, designed to help customers with their FAQs.
- Get help from our expert Renesas technical staff and community on our support forums.
- EngineeringRelated Files:
- EngineeringRelated Files:
Schematics & Design Files (2)
No Results Found.
Make sure all keywords are spelled correctly.
Try fewer, different, or more general terms to vary your search.
If you have filters applied, consider deselecting some to broaden your results.
- Search our extensive knowledgebase, designed to help customers with their FAQs.
- Get help from our expert Renesas technical staff and community on our support forums.
No Results Found.
Make sure all keywords are spelled correctly.
Try fewer, different, or more general terms to vary your search.
If you have filters applied, consider deselecting some to broaden your results.
- Search our extensive knowledgebase, designed to help customers with their FAQs.
- Get help from our expert Renesas technical staff and community on our support forums.
No Results Found.
Make sure all keywords are spelled correctly.
Try fewer, different, or more general terms to vary your search.
If you have filters applied, consider deselecting some to broaden your results.
- Search our extensive knowledgebase, designed to help customers with their FAQs.
- Get help from our expert Renesas technical staff and community on our support forums.
Marketing Collateral (1)
No Results Found.
Make sure all keywords are spelled correctly.
Try fewer, different, or more general terms to vary your search.
If you have filters applied, consider deselecting some to broaden your results.
- Search our extensive knowledgebase, designed to help customers with their FAQs.
- Get help from our expert Renesas technical staff and community on our support forums.
No Results Found.
Make sure all keywords are spelled correctly.
Try fewer, different, or more general terms to vary your search.
If you have filters applied, consider deselecting some to broaden your results.
- Search our extensive knowledgebase, designed to help customers with their FAQs.
- Get help from our expert Renesas technical staff and community on our support forums.
No Results Found.
Make sure all keywords are spelled correctly.
Try fewer, different, or more general terms to vary your search.
If you have filters applied, consider deselecting some to broaden your results.
- Search our extensive knowledgebase, designed to help customers with their FAQs.
- Get help from our expert Renesas technical staff and community on our support forums.
Renesas Boards & Kits
R-Car V4H System Evaluation Board Set/White Hawk
The White Hawk is an R-Car V4H-specific evaluation board set that can be used to evaluate systems using the R-Car V4H and to develop operating systems, device drivers, and applications. Using the White Hawk board set allows the developers to efficiently conduct required tasks such as evaluation... Read More
Partner Boards & Kits
1/1.729" RGGB 8‑Megapixel (3840 x 2160) High Dynamic Range (HDR) CMOS Image Sensor OX08D10
1/2.44" Color 3‑Megapixel (1920 x 1536) High Dynamic Range (HDR) CMOS Image Sensor OX03F10
DRAM & Flash Memory Solutions
Raptor
Sparrow Hawk
Filters
Applied Filters
Software & Tools
Filter by Type
Filter by Provider
Sample Code
Filter by Application
Filter by Function
Filter by Compiler
Filter by IDE
Simulation Models
Partner Solutions
- Software PackageR-Car Online Consultation is a service where you can receive various consultations regarding R-Car V3H and R-Car V3M. We propose various solutions according to the customer’s situation, such as consultation for customers who are considering R-Car for the first time, learning of image recognition and deep learning using R-Car, and construction of evaluation environment. With this development consulting service for automotive SoC, we will shorten the introduction time of customers and solve problems at an early stage.
- Software PackageR-Car V3x ISP solutions, ISP Pipeline • Raw data correction • Lens correction • Noise reduction • Demosaic • Exposure control • White balance • Color correction • Color space conversion: RGB or YUV output PC Tuning Tools • Real-time Tuning • Off-line Tuning
- Software PackageThe Flash writer transfers some of binary images from Host PC via SCIF of R-Car Gen4 and writes the binary images to external flash memory. By applying the patch file to the Flash writer, it will be able to write to Winbond Octal NOR Flash (Part numbers: W35T02NW, W35T01NW, W35T51NW, W35T25NW).
- Software PackageThe RoX SDK is an easy-to-start & easy-to-use development framework for the R-Car SoCs.
- Software PackageConsulting and services on computer vision and machine learning to optimize the performance of Tier 1 and OEM algorithm on Renesas productsProvider: RT-RK
- Software PackageSVNet is a deep learning and camera-based embedded perception software for ADAS and Autonomous Vehicles use cases. There are millions of vehicles powered by SVNet from Level 2 ADAS to Level 4 Autonomous Vehicles in the production pipeline in Germany and China.Provider: StradVision, Inc.
- Compiler/AssemblerDNN compiler for automatically applying program optimization for deep learning model for R-Car V4H
- Solution ToolkitThis software maximizes the performance of hardware by distributing the functions of the application to multiple SoCs or CPUs and HWIPs inside the microcontroller.
- Software & Tools - OtherRelated Files:
- SimulatorThe RoX Virtual Platform accelerates in-vehicle software development for next-generation vehicles by allowing users to start development activities prior to hardware availability.
- Model-Based DevelopmentTool for automatically designing deep learning models that run efficiently on R-Car
- Model - Power CalculatorRelated Files:
No Results Found.
Make sure all keywords are spelled correctly.
Try fewer, different, or more general terms to vary your search.
If you have filters applied, consider deselecting some to broaden your results.
- Search our extensive knowledgebase, designed to help customers with their FAQs.
- Get help from our expert Renesas technical staff and community on our support forums.
- Software PackageR-Car Online Consultation is a service where you can receive various consultations regarding R-Car V3H and R-Car V3M. We propose various solutions according to the customer’s situation, such as consultation for customers who are considering R-Car for the first time, learning of image recognition and deep learning using R-Car, and construction of evaluation environment. With this development consulting service for automotive SoC, we will shorten the introduction time of customers and solve problems at an early stage.
- Software PackageR-Car V3x ISP solutions, ISP Pipeline • Raw data correction • Lens correction • Noise reduction • Demosaic • Exposure control • White balance • Color correction • Color space conversion: RGB or YUV output PC Tuning Tools • Real-time Tuning • Off-line Tuning
- Software PackageThe Flash writer transfers some of binary images from Host PC via SCIF of R-Car Gen4 and writes the binary images to external flash memory. By applying the patch file to the Flash writer, it will be able to write to Winbond Octal NOR Flash (Part numbers: W35T02NW, W35T01NW, W35T51NW, W35T25NW).
- Software PackageThe RoX SDK is an easy-to-start & easy-to-use development framework for the R-Car SoCs.View More (14)
Software & Tools (14)
No Results Found.
Make sure all keywords are spelled correctly.
Try fewer, different, or more general terms to vary your search.
If you have filters applied, consider deselecting some to broaden your results.
- Search our extensive knowledgebase, designed to help customers with their FAQs.
- Get help from our expert Renesas technical staff and community on our support forums.
- Model - Power CalculatorRelated Files:
- Model - Thermal
- Model - S-parameterLog in to Download ZIP 359.47 MB 20241018-rs-MIPI_CDPHY_RX_S-parameter_Model_APNv100_Modelv100 May 09, 2024Related Files:
Simulation Models (3)
- Development ToolCogent Embedded's 360° Surround View Development Tools are a comprehensive suite designed to accelerate the development of automotive surround view systems. The tools support key activities such as camera placement simulation, intrinsic and factory calibration, and system validation, helping OEMs and Tier-1 suppliers quickly prototype, evaluate, and deploy ...Provided By: Cogent Embedded Inc.
- AIPerception algorithms with CNNs for ADAS, including dirt/soil detection, parking slot detection, curbstone detection, object detection, ultrasonic perception, and trailer assist. Also includes targetless calibration algorithms for surround-view systems, CMS, and related applications.Provided By: Cogent Embedded Inc.
- Application Specific SWCross platform Cinemo SDK, powering the smart cockpit with infotainment use cases like effortless onboarding, seamless media playback, BYOD, multi-screen, premium streaming, in-car gaming, and immersive entertainment.Provided By: Cinemo GmbH
- HMIHigh-performance, scalable and hardware-independent HMI software toolchain for embedded systems. Enables development of customizable 2D and 3D graphical user interfaces with a designer-centric workflow, WYSIWYG editor, no-coding methodology and AI-assisted Smart Importer. Integrated state machine and automated workflows accelerate development. Scales efficiently from low-end ...Provided By: Candera GmbH
- Application Specific SWAutomotive sound generation middleware that enables sound design and tuning on actual hardware or production-equivalent environments. Sound sources are adjusted and verified in real-time using the target device, reducing gaps between prototyping and mass production. Standardizes sound control in software to ensure consistent behavior across different microcontrollers or ...Provided By: CRI Middleware Co., Ltd.View More (36)
Partner Solutions (36)
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
- Customer Success Story: iMotion Taps Renesas R-Car Technology to Take the Pain Out of Parking
- R-Car-V4H
Introduction and guide on displaying trace data for each process and its time period within the specified capture address range in the "ETM Call Flow Trace" of e² studio for R-Car.
This video shows you how to set up a simple project to debug and monitor its memories using the RPM RAM I/O monitor feature in Real-time Performance Monitor view on e² studio for R-Car.
This video demonstrates how to execute and debug Linux applications running on R-Car using e² studio. It covers the program execution process and key debugging methods.
This video demonstrates how to debug Linux applications on R-Car with e2 studio. It covers system configuration, capturing runtime data, and performing performance analysis with LTTng.
Introduction and how to acquire trace data that records the status and execution time of each core in R-Car, and to display the acquired data in the DTA trace window using e² studio for R-Car.
This video shows how to build and debug a R-Car V4H project in Visual Studio Code (VS Code).
Related Resources
This video explains how to build a sample project with the R-Car SDK using e2 studio.
This video provides an Introduction and teaches how to measure the bus load inside an SoC using the Bus Monitoring Tool and display the data in e² studio.
Introduction and how to setup Real-time Performance Monitor view on e2 studio for R-Car.
This video shows how to connect target boards to e2 studio for debugging Linux applications running on the R-Car.
This video describes how to build a project and run a program in e² studio.
This video describes how to install and setup the GNU ARM Toolchain.
This video describes how to create a new project in e² studio.
This video describes how to install and setup e² studio for R-Car V4 Series SDK.
Renesas proves that R-Car V4H can realize a high-end surround-view system.
This video explains the following contents.
- R-Car Roadmap for ADAS/Automated Driving
- Surround-View System Introduction
- R-Car V4H Block Diagram
- PoC System Structure
- PoC video using the R-Car V4H
- Summary
Macronix is a leading Non-Volatile Memory solution provider.
R-Car system can realize fastboot through extreme I/O speed.
Winbond Electronics Corp. Japan
Secure FOTA Demo on AWS - R-Car M3 and W77Q Secure Flash
Apex.AI, Renesas, and SYSGO have joined forces to bring this solution for software-defined vehicles built upon Renesas R-Car SOCs.
R-Car V4H enables market-leading performance per watt through a careful combination of best-in-class IP and expert HW optimization. The new platform innovates by providing a cutting-edge development environment, paving the way to the software-defined car.
Additional Videos
News & Blog Posts
Support Communities
-
start R-Car V4H System Evaluation Board Set - White Hawk
Hi, I just received one board: R-Car V4H System Evaluation Board Set - White Hawk. My manager asked me to start the board and see if it works. I plugged the power supply in CN20, and make ACC switch (SW51) on, I saw some LEDs are on on the cpu ...
Nov 29, 2022 -
Request for R-Car V4H Development Kit
Hellow I purchased the V4H Development Kit. In order to build a board level evaluation environment for LPDDR4 Evaluation. I would like to request the following two Items. 1. Provide best test point for VDD1/2/Q on LPDDR4 side. 2. DQ Mapping Table between LPDDR4 and SoC ...
Dec 7, 2023 -
Running dsp_sample application in R-Car V4H Board
I've set up the Linux BSP in the V4H board. I've connected the board to a Linux Host PC, where the R-Car SDK is installed. The target board is unable to run the cross compiled binary for a sample application (impsample_dsp) that came up with the ...
Oct 30, 2023