Home >> Technology >> From "driverless" to "intelligent cockpit", where is the future of intelligent cars?

From "driverless" to "intelligent cockpit", where is the future of intelligent cars?

From "driverless" to "intelligent cockpit", where is the future of intelligent cars?

In the past few years, the automotive industry has seen a major change that has not been seen in a century. On the one hand, the popularity of new energy vehicles has changed the traditional drive mode of vehicles; on the other hand, intelligence has profoundly changed the attributes of vehicles.

When the information revolution and the energy 5g gnss revolution converge, where is the future of the auto industry likely to go?

I read in detail the 385-page report of CITIC Securities, "Intelligent Vehicle & Autonomous Driving Industry: Reconfiguration: From "Autonomous Driving" to "Intelligent Cockpit", Intelligent It seems to find an answer.

A hundred years of automobile industry is being reconstructed by AI, and the wave of intelligence will continue to reconstruct automobile products, the whole car market pattern and the automobile industry chain.

1. New energy accelerates the car intelligence.

Currently, we are experiencing the information revolution driven by cloud computing and artificial intelligence, and also experiencing the energy revolution from primary to secondary energy.

The rapidly developing AI concept is reconstructing the underlying logic of automotive products, and the popularity of new energy vehicles will speed up this process, with more product differentiation or around the "intelligent cabin" in the future.

2. Full-stack self-research capabilities of technology car companies to lead industrial change.

In the era of gasoline cars, the overall needs of the global automotive industry remain stable, and the competitive landscape remains stable. And intelligent will reconfigure the layout of the automotive industry, the market will undergo a "first decentralized, then centralized" transformation.

At the same time, the automotive industry is undergoing a transition from "mechanical products in the industrialization era" to "technological hardware in the intelligence era", and the core competitiveness of intelligent cars in the future is "product definition" and "user experience". The future core competitiveness of smart cars is "product definition" and "user experience", and technology car companies with full-stack self-research capability are expected to lead industrial changes.

3. Local industry chain will usher in new historical opportunities.

Intelligence has given rise to new supply chain requirements, such as "domain controller", "LIDAR", etc. The domestic supply chain is expected to grow rapidly with the "strategic opportunity period" of automotive intelligence, and deep The supply chain enterprises that participate in the intelligent upgrading of their own brands are expected to grow rapidly in the strategic opportunity period.


網站熱門問題

Why does my phone's GNSS air test exist?

The test procedure not only establishes the GNSS receiver's baseline radiated sensitivity but also assesses the impact of cellular communication on the GNSS receiver in a mobile device to make sure that GNSS performance is not compromised by interference from the mobile phone radio itself.

IoT is GNSS?

The Global Navigation Satellite System (GNSS) is a collection of satellites that are placed in a specific way to produce and transmit location, timing, and navigation data from space to connected sensors on Earth. These sensors are typically found inside Internet of Things (IoT) devices.

How does GNSS function?

A constellation of satellites known as the Global Navigation Satellite System (GNSS) transmits signals from orbit that GNSS receivers can use to determine their location and time. Location is then determined by the receivers using this information. GNSS, by definition, offers worldwide coverage.

A GNSS signal is what?

A constellation of satellites known as the Global Navigation Satellite System (GNSS) transmits signals from orbit that GNSS receivers can use to determine their location and time. Location is then determined by the receivers using this information. GNSS, by definition, offers worldwide coverage.