Parking and parking integrated technology is a new type of automotive technology that integrates automatic parking and unmanned driving technologies. This technology can make cars more intelligent and automated, and improve driving safety and convenience. From the perspective of chip and BEV technology threshold, we can better understand the advantages and challenges of this technology.
1. Chip limitation
The realization of the integrated technology of driving and parking needs to rely on some key chip technologies, the most important of which is the on-board computer chip. The on-board computer chip must have a high degree of computing power and low-latency processing speed to ensure that the vehicle can respond to various complex driving scenes and traffic conditions in a timely manner when the vehicle is moving at high speed. In addition, the on-board computer chip must also have a high degree of stability and reliability, and be able to work normally in extreme environments.
To achieve this goal, on-board computer chips need to adopt advanced process technology and design methods. At present, the process technology of on-board computer chips has gradually shifted to advanced processes such as 7nm and 5nm, which makes the chip consume less energy and have higher performance. At the same time, the design of the on-board computer chip also needs to fully consider issues such as power consumption and heat dissipation to ensure the stability and reliability of the chip.
In addition, the on-board computer chip also needs to have good communication and data processing capabilities to achieve efficient communication and data transmission between the vehicle and the cloud server. This requires chip designers to fully consider issues such as network communication protocols and data security to ensure the reliability and security of communication.
2. BEV technology
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