The disruption of the global supply chain has a significant impact on the electronics market, especially due to the new tariff policy, which has resulted in products assembled in low-cost countries facing high tariffs of 46%-49%. This increases the cost of imported components and could lead to higher prices for electronic products in the U.S. market, affecting consumers and weakening the competitiveness of U.S. electronics manufacturers.

In the current era of rapid technological development, in the past few decades, from the popularization of the Internet to the rise of artificial intelligence, technology has iterated at an astonishing speed, setting off a wave of change in all walks of life.

As the cornerstone of modern science and technology, semiconductors play a vital role in many fields such as information technology, communications, energy, and automobiles. From smartphones, computers to IoT devices, from 5G base stations, data centers to new energy vehicles, semiconductors are everywhere and are the core force driving scientific and technological progress and industrial upgrading. In recent years, with the vigorous development of emerging technologies such as 5G, artificial in

Fuel vehicles around the world are transforming to electric vehicles and smart driving new energy. By 2030, the total global market for electric vehicle and hybrid vehicle batteries is expected to grow to nearly $1.6 billion. The rapid development of this field must be supported by the optimization of vehicle design, and vehicle design must be prepared to meet this epoch-making change. Among them, SiC and GaN have played a leading role in helping electric vehicles and charging infrastructure ext

The strong growth in 2024 is mainly due to the substantial increase in demand for artificial intelligence (AI) technology, especially the continued promotion of the memory market and GPU demand.

Today, semiconductor giants can use advanced packaging technology to produce CPU or GPU multi-die components with excellent density, energy efficiency and performance. However, the real potential of chiplets is to democratize the design of complex silicon systems.

The most important of these products, such as silicon carbide (SiC) and gallium nitride (GaN), are revolutionizing the world of electronics with their superior properties over traditional silicon-based semiconductors.

Gallium oxide (Ga₂O₃) has been hailed as the "bright new star" of the next generation of semiconductor materials in recent years, and has attracted much attention due to its unique physical properties and wide application potential.

Although the automotive market has slowed down and the forecast for automotive semiconductors has been revised downward, these new technologies will still improve the performance of automotive semiconductors and bring about technological changes...

In August 2024, as the CHIPS Act is further promoted, the United States strives to localize the semiconductor industry and reduce external dependence. This strategic transformation is reshaping the global chip supply chain and is crucial to the future development of emerging technology fields such as AI and big data. This article deeply analyzes how the CHIPS Act reshapes the global supply chain and brings key industry impacts.