Introduction：

The smart cockpit is a key human-machine interface in the car's path toward intelligence and connectivity. In the future, it will become an intelligent mobile space with advanced driving experience that meets the individual needs of users. The smart cockpit is a complete system composed of electronic equipment such as on-board infotainment system, streaming media rearview mirror, visual perception system, voice interaction system, smart seats, and rear display. It is an all-round upgrade to the traditional cockpit. In terms of hardware, the traditional mechanical instrument is upgraded to a digital LCD instrument, which provides a very technological display of driving information; it adds streaming media rearview mirror, HUD and rear display. The screen provides consumers with complete navigation information, surrounding environment information and entertainment information. At the same time, it further integrates human-computer interaction technologies such as voice recognition, face recognition, touch control, gesture recognition, and iris recognition. According to the Foresight Industry Research Institute, the scale of the domestic smart cockpit market will grow to 93.9 billion yuan by 2025, which will become a new blue ocean in the field of automotive electronics manufacturing.

Speech Companies to be Invited:

Target Audience：

Aptiv | Beijing Jingwei Hirain | Bikexi | Bosch | ZF AUTOMOTIVE SYSTEMS | Continental Automotive Interior | Volkswagen | Draexlmaier | Thyssenkrupp Valeo| Gz Tooiing Group | Harman | Hirschmann |  Geely | Huayu | Jiangsu Bdstar Navigation | United Automotive Electronic Systems | Magna | Mande

Topics:

•Smart cockpit product design and manufacturing and innovation solutions

•Key technologies and application scenarios of in-vehicle infotainment systems

•Multi-screen interconnection technology and interaction design thinking under human-computer interaction experience

•The development trend of HUD system design and production

•Adhesive smart cockpit application solution

•Analysis of Electronic Test Standards in Smart Cockpit