One
The rapid development of technology is driving a huge change in the automotive industry. In this wave of change, domestic chips have provided strong computing power support for vehicle-end large models with breakthrough innovations, promoted the accelerated implementation of automotive black technology, and are reshaping the new pattern of the intelligent networked vehicle industry. This new era of the automotive industry, led by chips, computing power and black technology, will bring us a new travel experience.
Two
Domestic chips break through performance
Over the years, domestic chip companies have been trying to catch up with the pace of international giants. However, in recent years, with the strong support of the national strategy, domestic chips have made breakthroughs. Some leading companies have developed chip products with high computing power and high energy efficiency, and their performance indicators have reached the international advanced level.
These chips are not only innovative in architectural design, but also adopt a new instruction set and microarchitecture; Great progress has also been made in the manufacturing process, which has been scaled from 28nm all the way to 7nm, and will continue to advance the process of 3nm and below in the future. These innovations have greatly improved the computing power and energy efficiency ratio of chips, providing a solid computing foundation for the deployment of large in-vehicle models.
Localized deployment of vehicle-side large models
In recent years, large models have made breakthroughs in natural language processing, computer vision and other fields, and the number of model parameters has grown from hundreds of millions to billions and tens of billions. These large models have strong generalization capabilities, but they also put forward extremely high requirements for computing power.
For in-vehicle scenarios, companies in the industry are developing specialized large models to compress and optimize the general large models so that they can run efficiently with the limited computing power of on-board chips. With the support of the computing power of domestic chips, these vehicle-end large models can be directly deployed locally on on-board hardware without relying on the cloud, which greatly reduces latency and improves real-time response capabilities.
The implementation of automotive black technology is accelerating
The localized deployment of on-board large models provides important support for the implementation of automotive black technology. Intelligent driving is one of the most eye-catching application scenarios. The real-time identification and decision-making of road conditions and obstacles through deep learning models can greatly improve the safety and reliability of autonomous driving.
In addition to intelligent driving, the on-board large model can also empower a multi-modal interaction system to interact naturally with the vehicle machine through voice, vision, gestures and other ways, bringing a new intelligent cockpit experience. The large model can also support the intelligent upgrade of the on-board operating system, and realize the integrated integration of multiple functions such as infotainment and vehicle condition monitoring.
A new pattern in the automotive industry
Driven by chips, computing power and black technology, intelligent networked vehicles are becoming the new mainstream of the automotive industry. Autonomous driving and intelligent cockpit applications will gradually become popular, bringing a new safe, efficient and intelligent experience to travel.
The traditional automotive industry chain will also undergo profound reshaping. Emerging fields such as chips, computing power, and software will become key links in the industrial chain, attracting a large number of innovative enterprises and capital to join. A new track of intelligent networked vehicle industry is opening, and more disruptive innovation and development opportunities will be bred in the future.
Three
Through innovation, domestic chips have broken through the bottleneck of computing power and energy efficiency, and provided strong computing power support for vehicle-end large models. With this support, the specialized on-board large model can be deployed locally on the vehicle side, promoting the rapid implementation of a series of automotive black technologies such as intelligent driving and multi-modal interaction. Driven by chips, computing power and black technology, intelligent networked vehicles are becoming the new mainstream of the industry, reshaping the pattern of the traditional automotive industry chain and opening a new track full of unlimited opportunities. This new era of the automotive industry, led by domestic innovation, will surely bring us a new intelligent travel experience.