With the arrival of high-level intelligent driving, smarter cars need to process larger amounts of images, videos, and other unstructured data. Traditional MCU chips cannot meet the computational demands, while AI chips can achieve fast, accurate, and efficient calculations. We focus on data from Horizon, where L3 level autonomous driving generates a data volume of … Read more
0 Introduction Electric vehicles are efficient, clean, and sustainable transportation tools of the 21st century. They are also an important solution to the two prominent issues of the energy crisis and environmental pollution. The main power source for electric vehicles is the battery, which is also a key factor limiting the development of electric vehicles. … Read more
Source | Yiou. Yushi Capital Research Institute. Intelligent Connected Vehicles Network Enterprise Layout Characteristics The Upgrade of Computing Power Demand Drives Growth in the Automotive Computing Chip Market Scale Growth, Industry Supply Chain Transformation is Quietly Brewing The upgrade of automotive intelligence drives the increase in the value of semiconductor components in vehicles, in 2020, … Read more
On September 12, 2020, Academician Li Jun, Chairman of the China Society of Automotive Engineers and an academician of the Chinese Academy of Engineering, attended the 2020 China (Shenzhen) International Automotive Electronics Industry Annual Conference and delivered a speech. Academician Li presented three important viewpoints: first, software-defined vehicles; second, data-driven vehicles; and third, chip-manufactured vehicles. … Read more
What is the Vehicle Electronic and Electrical Architecture? In the past, the main role of control units in cars was to manage the engine, with each electrical component requiring a separate controller for independent control, which is known as a distributed architecture. As the number of in-vehicle electrical components increases, the corresponding ECUs (Electronic Control … Read more
1. The Past: The Emergence and Bottlenecks of Automotive ECU ECU (Electronic Control Unit) is also known as the “driving computer” of the car. Its purpose is to control the driving state of the vehicle and realize its various functions. It mainly utilizes data collection and exchange from various sensors and buses to determine the … Read more
This article is sourced from:Astroys / Introduction/ The Operating System (OS) is essential for managing all hardware and software based on computer systems, and is a key software platform in the automotive industry.This article focuses on providing tutorial information and some insights regarding automotive OS strategies. Each OS varies significantly in functionality, program size, complexity, … Read more
Source: EEO Research Institute The basic software of automobiles, as a core element of automotive software, is an important foundation for achieving the electronic and electrical architecture of the entire vehicle, and is a key underlying element for the intelligence and differentiated competition of automobiles. Recently, the EEO Research Institute released the “2022 China Smart … Read more
Introduction: : This article is excerpted from the “Software-Defined Vehicle Industry Ecosystem Innovation White Paper” published on November 10, which systematically elaborates on the five major challenges of software-defined vehicles, including: 1. Technical Architecture 2. Security & Privacy Protection 3. Organizational Processes 4. Business Models 5. Ecological Collaboration This white paper was proposed by the … Read more
With the development of the automotive industry, the number of electronic control systems in vehicles has grown exponentially. The in-vehicle electronic control system, centered around the ECU, is gradually replacing passive devices and mechanical systems, while also fulfilling most measurement, drive, and control functions. The increase in new in-vehicle electronic control systems in vehicle applications … Read more