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Automotive-grade chips: Leading the automotive industry into a new era

Automotive-grade chips: Leading the automotive industry into a new era

Recently, with the rapid development of intelligence and electrification, automotive-grade chips have become the focus of both the industry and the outside world. As a core component of automotive electronics, the performance and quality of automotive-grade chips directly affect the safety, efficiency, and intelligence level of automobiles. Let's take an in-depth look at this key technology that is leading the automotive industry into a new era.

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2024-10-25

2024

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10

Unveiling the Main Electronic Systems and Core Functional Modules of Automobiles

Unveiling the Main Electronic Systems and Core Functional Modules of Automobiles

With the rapid development of technology, automotive electronic systems have become the soul of modern automobiles. This article will take you on an in-depth exploration of mainstream automotive electronic systems and their core functional modules, revealing how these high-tech elements work together to build intelligent and efficient modern vehicles.

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2024-05-17

2024

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05

Innovation and development in the field of automotive electronics components

Innovation and development in the field of automotive electronics components

With the rapid development of technology, automotive electronic components have become a core part of the modern automotive industry. The advancement and reliability of these components directly affect the performance, safety, and intelligence level of automobiles. This article will focus on the latest developments and trends in automotive electronic components.

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2024-05-17

2024

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05

Specific applications of lidar in autonomous driving

Specific applications of lidar in autonomous driving

LiDAR, short for Light Detection and Ranging, is used to acquire data and generate precise digital models. Its basic operating principle is no different from that of radio radar; a signal is sent by the radar transmission system, reflected by the target, and collected by the receiving system. The distance to the target is determined by measuring the travel time of the reflected light. However, compared to other radars, LiDAR also has unique advantages, such as high resolution, strong resistance to active interference, small size, and light weight. Compared to detection tools such as cameras, its greatest advantage is its ability to generate three-dimensional positional information, quickly determining the position, size, external shape, and even material of an object, while simultaneously acquiring data and generating precise digital models.

17

2024-05-17

2024

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05

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