Chips are widely utilized in industrial automation, robotics, and intelligent manufacturing. Examples of such chips...

Wireless communication is a communication method that takes advantages of the ability of electromagnetic wave signals can propagate through free space to exchange information. In recent years, wireless communication technology has experienced rapid growth and has become widely utilized in the field of information and communication.

Due to their compactness, high efficiency and low power consumption characteristics, chips play a crucial role in various electronic devices, including cell phones, tablet PCs, and smart homes. The application of chips has become indispensable in the functionality and performance of these devices.

We provide solutions for automotive connectivity, digital control, sensors, algorithms and system integration, and other intelligent driving technologies. Our focus is on staying up-to-date with the trends of electrification and intelligentization in the automotive industry. By offering these solutions, we aim to support the advancement of automotive technology in line with the evolving industry landscape.

The essence of the “new infrastructure” trend lies in the core infrastructure demands, which places higher requirements on the reliability and manufacturing processes of chips. As the foundation of this trend, chips need to meet stringent standards in terms of reliability and manufacturing quality.

With the advancements in industries such as the Internet of Things (IoT), artificial intelligence (AI), and cloud computing, the importance of data centers as essential infrastructure has significantly increased. Various entities are actively striving to enhance their development in the data center domain. As the fundamental component for computation and data processing, servers play a central role as the core hardware within data centers.