Background

As the automotive industry transitions to electrification, intelligence and connectivity, consumer demand for smart cabins is increasing. This is not only reflected in the expectation of high-performance infotainment systems, but also in the pursuit of safety, comfort and personalized experiences. In recent years, the smart cabin has gradually integrated advanced sensors, artificial intelligence and big data analysis technology, making the driving experience more intelligent. For example, voice recognition, gesture control and touch interfaces make it easier for drivers to access information and control in-car functions while driving. At the same time, with the development of autonomous driving technology, the function of the intelligent cockpit is increasingly complex, from the traditional navigation and entertainment system to a comprehensive intelligent ecosystem. In addition, the smart cabin also emphasizes the interconnection with smart devices, supporting a variety of communication methods such as Bluetooth, Wi-Fi and on-board networks, making the vehicle more closely connected to the life of the user. These changes not only enhance the ride experience, but also promote the upgrading of the car manufacturing process.