In 2025, driven by both AI demand and geopolitical factors, the global semiconductor industry has sparked a new wave of wafer fab and facility construction, yet policy uncertainty and market volatility have also caused some projects to stall. Based on Semiconductor Engineering's annual report, this article interprets the underlying logic behind investment trends from dimensions such as the industry chain, technology roadmaps, and regional competition.
Analyzing the distribution, technology nodes, and investment layouts of the world's 10 most advanced wafer fabs, examining the three-way competition among TSMC, Samsung, and Intel from an industry chain perspective, as well as the impact of advanced processes such as 2nm and GAA on supply chains, regional dynamics, and long-term investment.
In 2025, the global semiconductor industry is ushering in a new wave of wafer fab and facility investment driven by AI demand and geopolitical factors. Based on SemiEngineering's annual report, this article provides an in-depth analysis of the underlying logic and future impact of this global capacity migration from the perspectives of the industry chain, technology roadmap, regional competition, and investment.
Based on SemiEngineering's Annual Global IC Wafer Fab and Facilities Report, this article provides an in-depth analysis of the impact of the 2025 global semiconductor facility investment boom on the industry chain, technology roadmap, and competitive landscape.
Based on the Semiconductor Engineering annual report, analyze the 2025 global wafer fab and facility investment trends, and explore supply chain restructuring, geopolitical impacts, and the future competitive landscape.
In 2025, semiconductor companies announced over 170 investments in wafer fabs and facilities, driven by AI demand, geopolitical factors, and localization policies. This article analyzes their impact on the global semiconductor industry from the perspectives of the industrial chain, technology roadmaps, and competitive landscape.
Intel announced an investment of 5 billion euros to expand its Fab 34 wafer fab in Ireland, introducing the Intel 3 (3nm) process. What does this move mean for the European semiconductor industry chain, the global foundry competition landscape, and geopolitics? This article provides an in-depth analysis from the perspectives of the industry chain, technology roadmap, market competition, and supply chain.
TSMC announced an additional $100 billion investment in Arizona, USA, with the possibility of building four new fabs. This investment will profoundly reshape the global semiconductor manufacturing landscape, influencing advanced nodes, advanced packaging, and geopolitical dynamics. This article provides an in-depth analysis from the perspectives of the supply chain, technology roadmap, market competition, and regional impact.
TSMC will add two advanced packaging factories in the Chiayi Science Park to cope with the explosive demand for AI chips. This article analyzes the far-reaching significance of this expansion for the semiconductor industry from the perspectives of technology roadmap, supply chain, competitive landscape, and regional impact.
Based on the latest IndexBox report, an in-depth analysis of the North American semiconductor materials market size, growth drivers, supply chain dependencies, and competitive landscape, exploring industry opportunities under the CHIPS Act and geopolitics.
SK Hynix, leveraging the success of its HBM chips in the AI field, has surpassed Samsung Electronics in market capitalization for the first time, becoming the most valuable listed company in South Korea. This article provides an in-depth analysis of the industrial significance of this milestone from the perspectives of the supply chain, technology roadmap, market competition, and supply chain.
Google is discussing with Samsung to produce the I/O Die for its tenth-generation AI chip "Icefish," using Samsung's 2nm process, while the main compute chip will still be manufactured by TSMC's 1.4nm process. This move marks a shift in the AI chip supply chain from sole reliance on TSMC to diversification, having a profound impact on the wafer foundry landscape, advanced packaging technology, and global semiconductor industry competition.
Taiwan's green energy industry has undergone more than two decades of development, with its strategic focus shifting from hardware manufacturing to industrial resilience and financial discipline. This transformation has a profound impact on the semiconductor wafer foundry and advanced packaging supply chains that are highly dependent on green electricity. Companies such as TSMC and UMC face new challenges in the stability and cost of energy supply.
NVIDIA and TSMC announced that they will apply NVIDIA’s accelerated computing, CUDA-X, cuLitho, cuEST, cuML, Metropolis, TAO, and Omniverse to wafer fabrication and yield optimization. This is not only a corporate partnership, but also reflects how advanced process nodes, advanced packaging, and fab operations are entering the “AI-native manufacturing” stage, and will reshape semiconductor equipment, software, yield management, and the way the industry supply chain competes.