E/E Architecture

Chipone Technology Upgrades High-End Intelligent Control MCU to Capture the ‘Central Computing + Regional Control’ Market

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Chipone Technology Upgrades High-End Intelligent Control MCU to Capture the 'Central Computing + Regional Control' Market

With the accelerated transformation of the vehicle architecture, China’s high-end automotive-grade MCU is ushering in a “new pattern.” During the Shanghai International Auto Show held on April 23, Chipone Technology launched the X10 series chips for the new generation of AI cockpit, as well as high-end intelligent control MCU products targeting regional controllers, electric drive … Read more

Empowering the New Revolution of Software-Defined Vehicles: S2C Partners with Ecosystem Partners to Provide Arm-Based Innovative Solutions

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Empowering the New Revolution of Software-Defined Vehicles: S2C Partners with Ecosystem Partners to Provide Arm-Based Innovative Solutions

The automotive industry is undergoing a profound transformation driven by technology. The advent of Software-Defined Vehicles (SDV) has led to an increase in digital functions and applications, along with heightened hardware and computing demands, pushing the total code volume of vehicles towards a billion lines. The entire industry is compelled to rethink the design of … Read more

Renesas’ Strategies for Next-Generation Electronic and Electrical Architecture

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Renesas' Strategies for Next-Generation Electronic and Electrical Architecture

Produced by Zhien Intelligent Chip Renesas’ EE architecture material titled “NEXT GENERATION EE ARCHITECTURE CENTRAL GATEWAY AND ZONE CONTROL ECU SOLUTIONS” focuses on central gateways and zone controllers, providing practical insights. ● Trends in Electronic and Electrical Architecture The automotive industry’s electronic/electrical (E/E) architecture is evolving towards a more centralized trend. However, before innovative communication … Read more

In-Depth Report on the Smart Car Industry: Software-Defined Vehicles and the Acceleration of ADAS

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In-Depth Report on the Smart Car Industry: Software-Defined Vehicles and the Acceleration of ADAS

1 Pathways to Upgrading Autonomous Driving From the perspective of the autonomous driving upgrade pathway, we are currently in the L3 introduction phase. Before 2015, the assisted driving functions were mainly at L1/L0 levels. L1 can achieve acceleration and steering control, while the driver continuously performs lateral and longitudinal operations of the vehicle. The representative … Read more

Research on the Development of Multi-domain Electronic and Electrical Architecture Technology for Intelligent Connected Vehicles

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Abstract With the rapid development of vehicle intelligence and connectivity technologies, the traditional electronic and electrical architecture can no longer meet the new demands of the integrated development of vehicles, roads, clouds, and networks in the future. This paper focuses on the multi-domain electronic and electrical architecture of future intelligent connected vehicles, providing a detailed … Read more

Vehicle Communication Technology: Automotive Networking Technology

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Vehicle Communication Technology: Automotive Networking Technology

▍1. The Shift from Distributed to Domain-Centralized Architecture in Automotive EE, Driving Upgrades in Communication Architecture The concept of E/E architecture was first proposed by Delphi in 2007, specifically integrating the sensors, central processors, electronic and electrical distribution systems, and software and hardware in automobiles under specific constraints such as functional requirements, regulations, and design … Read more

Breaking Traditional Function Partitioning: Tesla’s Software-Defined Body

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Breaking Traditional Function Partitioning: Tesla's Software-Defined Body

Author: Wang Na Affiliation: Chongqing University of Technology In the wave of digital transformation, a profound revolution in automotive electronic and electrical architecture is brewing. The automotive industry is stepping into the intelligent era, following the path once taken by the PC and mobile phone industries. Automotive electronic systems, in-vehicle entertainment, human-vehicle interaction, and vehicle … Read more