Renesas R-Car SoC and RH850 MCU to be Used in Honda SENSING System

PublishTime： 2022-03-05 Article Source：Renesas Author：RENESAS ELECTRONICS HONGKONG LIMITED

TOKYO, Japan ― Renesas Electronics Corporation (TSE:6723), a premier supplier of advanced semiconductor solutions, today announced the expansion of its collaboration with Honda in the field of advanced driver-assistance systems (ADAS).

Honda adopted Renesas’ R-Car automotive system on a chip (SoC) and RH850 automotive MCU for its Honda SENSING Elite system featured in the Legend, which went on sale in March 2021. Honda SENSING Elite incorporates advanced technology that qualifies for Level 3 automated driving (conditional automated driving in limited areas). Now Honda has again selected R-Car and RH850 for use in the Honda SENSING 360 omnidirectional safety and driver assistance system, which builds on the knowledge and expertise gained through research and development work on the earlier technology. The first automobile model equipped with Honda SENSING 360 is scheduled for release in China in 2022, with adoption in a broader range of models to follow.

Furthermore, for the next-generation Honda SENSING 360 system, Honda has selected the R-Car S4 as the main SoC in the electronic control unit (ECU), the core of the ADAS. Through this, Renesas and Honda are expanding their collaboration in the ADAS field to improve safety technologies.

“Renesas is proud to be able to contribute to innovation in Honda’s advanced safety technologies,” said Takeshi Kataoka, Senior Vice President and General Manager of the Automotive Solution Business Unit at Renesas. “Renesas shares with Honda a design philosophy that emphasizes safety and reliability above all, and we plan to further expand our collaboration to bring sophisticated driver-assistance systems to all mass-production models in the near future.”

“Honda is a global innovator in research and development work on safety technologies aimed at the realization of a society with zero traffic collision fatalities,” said Yutaka Tamagawa, Operating Executive and Head, Electronic Control Development Supervisory Unit ,Monozukuri Center, Automobile Operations at Honda. “Renesas’ semiconductor devices optimized for automotive applications are extremely reliable, backed by a solid system of software and support, and provide superior power efficiency. The expansion of our collaborative efforts will speed up the development of Honda SENSING and help lead its widespread adoption.”

In the Honda SENSING Elite flagship advanced technology system, the Renesas R-Car automotive SoC processes sensing data from cameras, millimeter-wave radar, and LiDAR as well as data for 3-dimensional high-definition maps and the global navigation satellite system (GNSS). The SoC also monitors the vehicle’s position and the road conditions, and computes route plans in real time. The RH850 automotive control MCU provides support for driving operations and collision avoidance by receiving signals from R-Car and performing advanced control of the accelerator, braking, and steering systems.

The application of Honda SENSING 360 is expected to expand globally, and Renesas’ R-Car is helping to enable omnidirectional safety and driver-assistance systems by 360-degree sensing with processing sensing data from cameras and millimeter-wave radar.

Moving forward, Renesas is committed to working with Honda on the development and widespread adoption of next-generation Honda SENSING systems.

+1 Like
Add to Favorites

This document is provided by Sekorm Platform for VIP exclusive service. The copyright is owned by Sekorm. Without authorization, any medias, websites or individual are not allowed to reprint. When authorizing the reprint, the link of www.sekorm.com must be indicated.

Recommend

Cmsemicon Achieves AEC-Q100 Automotive-Grade Certification for Four New Models of Chips

2025-02-13 - Manufacturer News Cmsemicon continues to advance in automotive electronics technology. Recently, 4 additional models received AEC-Q100 Grade 1 automotive-grade certification, including BAT32A233KC24NA, BAT32A233KC32NA, BAT32A233KC32FP and BAT32A6300KC32NA.

JoulWatt Attended High-Profile Automotive Chip Industry Forum, Showing Its Soft and Hard Power in the Field of Automotive Electronics

2024-05-20 - Manufacturer News Recently, JoulWatt was invited to participate in two high-profile automotive technology innovation conferences, and delivered a keynote speech on “Building High Performance Automotive Chips with All-around Elements“, discussing the innovation and development of the automotive chip industry with the attending guests and enterprises.

ROHM’s PMICs for SoCs Have Been Adopted in Reference Designs for Telechips‘ Next-Generation Cockpits

2024-12-13 - Manufacturer News ROHM has announced the adoption of its PMICs in power reference designs focused on the next-generation cockpit SoCs ‘Dolphin3’ (REF67003) and ‘Dolphin5’ (REF67005) by Telechips. Intended for use inside the cockpits of European automakers, these designs are scheduled for mass production in 2025.

AT32 MICROCONTROLLER SELECTION GUIDE

About ARTERY AT32 MCU Family AT32 MCU Series Low Power MCU Value Line MCU Mainstream MCU Automotive MCU High Performance MCU Bluetooth MCU Development Tools Applications

202401 - Selection guide LCD EVALUATION BOARD,BLUETOOTH MCU,无线蓝牙评估板,汽车级MCU,视频评估板,DEVELOPMENT TOOLS,MOTOR EVALUATION BOARD,AUDIO EVALUATION BOARD,价值线MCU,AUTOMOTIVE MCU,HIGH PERFORMANCE MCU,WIRELESS BLUETOOTH EVALUATION BOARD,主流MCU,LCD评估板,32-BIT MICROCONTROLLER,汽车用MCU,微控制器,DVP评估板,32位微控制器,MAINSTREAM MCU,HIGH PERFORMANCE MICROCONTROLLER,通信评估板,电机评估板,VALUE LINE MCU,32位MCU,MCU EVALUATION BOARD,高性能微控制器,DVP EVALUATION BOARD,MCU评估板,蓝牙MCU,MICROCONTROLLER,32-BIT MCU,VIDEO EVALUATION BOARD,单片机,低功耗MCU,COMMUNICATION EVALUATION BOARD,高性能MCU,开发工具,AUTOMOTIVE-GRADE MCU,音频评估板,LOW POWER MCU,MCU,AT-SURF-F437,AT32F413CCU7,AT32A403ACGU7,AT32F405CCU7,AT32F403A SERIES,AT32F405 SERIES,AT32F407 SERIES,AT32L021K6U7-4,AT32F421K6T7,AT32F425R8T7,AT32F423VBT7,AT32F423RBT7-7,AT32A403ACGT7,AT32A423RBT7-7,AT32A423CCU7,AT32F413CBT7,AT32F435CMT7,AT32F403ARCT7,AT32L021C4T7,AT32F435RCT7,AT32F435ZGT7,AT32F405CCT7,AT32F403ACET7,AT32A423R8T7,AT32L021K8T7,AT32A423 SERIES,AT32 WB SERIES,AT32F437 SERIES,AT32A423CBT7,AT32L021F8P7,AT32-AUDIO-EV,AT32F435CMU7,AT32F415KBU7-4,AT32F413CBU7,AT32F402CBT7,AT32F405KCU7-4,AT32F407RCT7,AT32L021G4U7,AT32F403ACGU7,AT32F425K8U7-4,AT32F402KBU7-4,AT32F425R8T7-7,AT32F415RCT7,AT32F423VCT7,AT32F402CBU7,AT32-COMM-EV,AT32F423T8U7,AT32F425K6T7,AT32F435CDT7,AT32F405RBT7,AT32A403ARCT7,AT32F421K6U7,AT32F421G8U7,AT32F415RBT7-7,AT32F421F4P7,AT32A423CCT7,AT32 F SERIES,AT32F413KCU7-4,AT32F425F6P7,AT32F423C8T7,AT32A403ACEU7,AT32F421 SERIES,AT32F423 SERIES,AT32F423RCT7-7,AT32A423TBU7,AT32A423C8T7,AT32-MOTOR-EV,AT32F421K8T7,AT32-LCD-EV,AT32F413C8T7,AT32F415RBT7,AT32F403ARET7,AT32F435CGT7,AT32A423K8U7-4,AT32A403ACET7,AT32F435VCT7,AT32A423C8U7,AT32F403ACGT7,AT32F421C4T7,AT32L021K6T7,AT32A423R8T7-7,AT32F403AVCT7,AT32L021F6P7,AT32F415RCT7-7,AT32F435CGU7,AT-LINK-ISO+,AT32F415CCT7,AT32F405KBU7-4,AT32F407VCT7,AT32F405CBU7,AT32F415KCU7-4,AT32A423TCU7,AT32F407RET7,AT32F415 SERIES,AT32 A,AT32A423CBU7,AT32F435RMT7,AT32L021K8U7,AT32L021,AT32 F,AT-LINK-EZ,AT32 L,AT32A423KBU7-4,AT32F423C8U7,AT32F435RDT7,AT32L021F8U7,AT32F425K8T7,AT32F405CBT7,AT32A403AVCT7,AT32F421K8U7,AT32A403ARET7,AT32F423TBU7,AT32F421K6U7-4,AT32F435-DVP-EV,AT32F421F6P7,AT32F403A,AT32 L SERIES,AT32F402 SERIES,AT32A403ACCU7,AT32F415CBT7,AT32F415R8T7,AT32F425F8P7,AT32A403A,AT32F423R8T7,AT32F425C6U7,AT32A423T8U7,AT-START,AT32F421K4U7-4,AT32A,AT32F423CCU7,AT32F402RCT7,AT-LINK,AT32L021C8T7,AT32F403ARGT7,AT32WB415CCU7-7,AT32F415CCU7,AT32A403ACCT7,AT32F403AVET7,AT32F435RGT7,AT32F435VMT7,AT32F421C6T7,AT32A423VBT7,AT32L021K4U7-4,AT32L021K4T7,AT32F423TCU7,AT32F405RBT7-7,AT32F413KBU7-4,AT32F435ZCT7,AT32 A SERIES,AT32F423CCT7,AT32WB415,AT32L021F4P7,AT32L021G8U7,AT32F407VET7,AT32F413 SERIES,AT32F407RGT7,AT32F403ACCU7,AT32L021K6U7,AT32F423CBU7,AT32A423RCT7-7,AT32F435VDT7,AT-LINK FAMILY,AT32F415CBU7,AT32L021K8U7-4,AT32A423VCT7,AT32L021F6U7,AT32A403AVET7,AT32 WB,AT32F425K6U7-4,AT32F425C6T7,AT32F421G4U7,AT32A403ARGT7,AT32A423KCU7-4,AT32F425 SERIES,AT32F421F8P7,AT32F423CBT7,AT32F413RCT7,AT32F425R6T7-7,AT32F413,AT32F423V8T7,AT32F415,AT32F423KCU7-4,AT32F402CCT7,AT32F421K4T7,AT32F435CDU7,AT32F425C8U7,AT32WB415 SERIES,AT32F425R6T7,AT32F423RBT7,AT32F423K8U7-4,AT32F421,AT32F402,AT32F435VGT7,AT32F405,AT32A423RBT7,AT32L021C6T7,AT32F407,AT32F402CCU7,AT32F421C8T7,AT32F435CCT7,AT32F403AVGT7,AT32F405RCT7,AT32F423R8T7-7,AT32F403ACCT7,AT32F435ZMT7,AT32A423V8T7,AT32F413RBT7,AT32F405RCT7-7,AT32F415C8T7,AT32F402RBT7-7,AT32F435,AT32F437,AT32F407VGT7,AT32F435CCU7,AT32L021G6U7,AT32,AT32F402RCT7-7,AT32F403ACEU7,AT32F415K8U7-4,AT32L021K4U7,AT32F415R8T7-7,AT-LINK+,AT32F423RCT7,AT32F402KCU7-4,AT32F402RBT7,AT32F423,AT32F425,AT32F413CCT7,AT32A423RCT7,AT32F421K4U7,AT32F421K8U7-4,AT32L021F4U7,AT32F425C8T7,AT32A403AVGT7,AT32F421G6U7,AT32F423KBU7-4,AT32F435ZDT7,AT32A423

SGMCD1020Q 22-Channel Multiple Switch Detection Interface for Automotive Applications

2025/04/01 - Datasheet

多通道开关检测接口,SGMCD1020Q

REF66012 –Reference Design PMIC solution for ADAS SoC Designed by

Mar.2024 - Application note & Design Guide

PMIC解决方案,REF66012

Lanshan Electronics Starts From “Chip“

2023-05-12 - Manufacturer News Chongqing Lanshan Automotive Electronics was invited to participate in the 2023 China Intelligent Automotive Technology Exhibition, showcasing the LS100 and LSA600 series automotive grade chips. LS100 is based on ARM Cortex M4F and supports ASIL B functional safety； The LSA600 integrates multiple BUCK/LDOs, suitable for ADAS, chassis, and body control fields, reflecting its technological layout in the automotive MCU ecosystem.

ROHM Partners with Nanjing SemiDrive Technology Ltd., China’s SoC Manufacturer of Next-Generation Cockpits, to Develop Automotive Solutions

2022-09-09 - Manufacturer News ROHM and SemiDrive have been engaged in technology exchange since 2019, mainly on the development of applications for vehicle cockpits. As the first fruits of this effort, SemiDrive’s automotive SoC (X9 series) solution board equipped with ROHM’s PMIC is now available as a solution.

ROHM and Nanjing SemiDrive Technology jointly Develop a Reference Design:Utilizing PMICs and SerDes ICs for SoCContributes to spread of smart vehicle cockpits

2024-06-05 - Manufacturer News ROHM and Nanjing SemiDrive Technology Ltd., China’s largest SoC manufacturer for smart cockpits, have jointly developed a smart cockpit reference design. The design is primarily based on SemiDrive’s X9M and X9E automotive SoCs, and includes PMICs, SerDes ICs, LED driver IC, and other components from ROHM. A reference board based on this design is also available, consisting of three boards: the CoreBoard, the SerDes Board, and the Display Board.In recent years, the proliferation of smart cockpits and ADAS in vehicles has increased the demand for automotive electronics and components.

Automotive-grade MCU BAT32A237 from Cmsemicon Wins the 2023 Automotive Chip Top 50 Award

2024-01-19 - Product Introduction In the “Chip to E-Town” Automotive Chip Competition 2023, the Automotive-grade MCU BAT32A237 from Cmsemicon was recognized for its outstanding performance and awarded the 2023 Automotive Chip Top 50 in this automotive chip competition.

Empowering Intelligent Automotive Applications: Cmsemicon Launches Automotive-Grade SoC Chip BAT32A6300

2024-03-30 - Product Introduction Recently Cmsemicon announced the launch of the BAT32A series automotive-grade SoC chip—BAT32A6300. This chip provides a QFN32 package, meeting the requirements for size- and space-sensitive applications in the automotive body and advanced driver-assistance system (ADAS) domains.

Geehy Semiconductor Won the “Smart Way Award“ As Automotive Electronic Chip Supplier of the Year

2023-04-20 - Manufacturer News Geehy Semiconductor attended the 2022 Global New Energy and Intelligent Networked Vehicle Innovation Summit and “Smart Way Award“ ceremony, and won the “Automotive Electronic Chip Supplier of the Year“. Geehy won the award with APM32F103RCT7 automotive-grade MCUs.