Artificial Intelligence and Machine Learning:

The rapid development of artificial intelligence and machine learning places extremely high demands on computing power, and semiconductor integrated circuits are the key to realizing powerful computing power. In the future, chips dedicated to AI computing, such as GPUs and TPUs, will be continuously optimized and upgraded to meet the needs of AI algorithms for massive data processing and high-speed computing.

Internet of Things:

The popularization of IoT will bring massive device connections and data transmission, which requires low-power, low-cost, and highly reliable semiconductor integrated circuits. From sensors, controllers to communication modules, can not be separated from the support of integrated circuits, the rapid growth of the Internet of Things market will provide a broad application space for semiconductor integrated circuits.

Automotive electronics:

The intelligent and electrification trend in the automotive industry has driven the booming development of the automotive electronics market. The electronic control system, automatic driving system, in-car entertainment system, etc. in the car need high-performance semiconductor integrated circuits. For example, self-driving chips need to have strong computing power and real-time processing capabilities to ensure the safe driving of vehicles.

Medical electronics:

As medical technology continues to advance, so does the demand for medical electronics. Semiconductor integrated circuits play an important role in medical imaging, diagnostic equipment, health monitoring equipment, etc. In the future, they will develop in the direction of miniaturization, intelligence, and high precision to provide more advanced technical support for the medical industry.