Semiconductor News 20260629

Today’s semiconductor news highlights how the explosive growth in AI demand is propelling the entire industry toward unprecedented growth. According to TechInsights’ forecasts, semiconductor industry revenue is expected to exceed $2 trillion by 2027, and companies are accelerating massive investments to ride this massive wave.In particular, investment is picking up across the entire supply chain—from downstream to upstream—as Kyocera announced plans to invest 650 billion yen in its AI semiconductor component business, and Mitsui Metal’s specialty copper foil business is experiencing rapid growth driven by data center demand.At the same time, fierce competition in cutting-edge miniaturization is becoming increasingly apparent, as evidenced by supply shortages surrounding TSMC’s 2nm process and Apple being forced to transition to the 1.4nm process ahead of schedule.Furthermore, with LG Chem considering an increase in CCL production, the MIT Lincoln Laboratory investing in next-generation materials research, and Techzone entering the ESG waste management market, balancing production capacity expansion with sustainability has emerged as a critical management challenge.Amid a mix of AI-driven enthusiasm and caution regarding overinvestment, the semiconductor industry is entering a period of structural transformation.

Main News

1. AI Investment Expected to Drive Semiconductor Industry Growth to Over $2 Trillion by 2027
   According to the latest report from TechInsights, the rapid adoption of artificial intelligence (AI) is strongly driving the semiconductor market, and global semiconductor sales are projected to exceed $2 trillion by 2027.The industry, which previously surpassed the $1 trillion mark, is now growing at an unprecedented pace due to surging demand for AI infrastructure. This forecast suggests that investments in data centers and AI chips will fundamentally transform the industry’s revenue structure over the next few years.
2. Kyocera to Invest 6500億円 in Components Business; Aims to Triple Sales of AI Semiconductors
   Kyocera has announced a large-scale capital investment plan to invest 6500億円 in its components business over the six years ending in March 2031. This represents a 20 percent increase in scale compared to the previous six-year period.In particular, the company aims to significantly expand production capacity for ceramic packages for optical communications used in AI data centers and for components used in semiconductor manufacturing equipment, with the goal of tripling sales related to AI semiconductors. This strategy aims to boost profitability through concentrated investment in growth areas.
3. Amidst rising AI chip demand putting pressure on supply, LG Chem is considering expanding its Co-op Care Unit (CCL).
   The surge in demand for AI chips is causing a tight supply of copper-clad laminates (CCLs), a material used in semiconductor packaging substrates. In response, LG Chem is considering expanding its CCL production capacity. Advanced materials technology is essential for manufacturing high-performance chips for AI, and with the supply shortage becoming a bottleneck, the company is poised to accelerate its efforts to secure market share and meet customer needs. This development highlights the importance of material supply throughout the entire AI semiconductor supply chain.
4. Mitsui Mining Smelting: ROIC Achieves 10x Stock Price, Investment Decision Amid Mounting AI Demand for Copper Foil
   The rapid increase in demand for special copper foil for data centers led to a significant leap in Mitsui Mining Metals’ performance and stock price. Until now, the company has thoroughly pursued efficient management with a focus on return on invested capital (ROIC), but due to the explosive growth in AI demand, it has been forced to make large-scale investments to further increase production capacity. Management decisions on how to capture market demand and sustain growth while avoiding overinvestment are at a critical juncture that will determine the company’s future growth.
5. Due to the impact of AI, Apple was forced to abandon the 2nm process after only two generations, while securing a supply of 1.4nm technology has become its top priority.
   The overheating demand for AI chips has pushed TSMC’s supply capacity for its 3nm and 2nm processes to its limits. Even major customers like Apple are finding it difficult to secure priority supply, forcing Apple to quickly abandon its 2nm process and focus on securing the next-generation 1.4nm process. Competition for cutting-edge nodes is intensifying, making stable supply a top priority for product strategy.
6. Waste from Advanced 2nm Processes Surges 13-Fold; Techzone Enters the Semiconductor ESG Waste Treatment Market
   As semiconductor miniaturization advances, the volume of waste generated during the manufacturing process and the difficulty of treating it are increasing dramatically.In particular, waste from 2nm processes is projected to surge 13-fold compared to conventional processes, making the reduction of environmental impact an urgent priority. To address this challenge, Techzone has announced its entry into the semiconductor ESG waste treatment market. We have entered an era where environmental responsibility, not just manufacturing efficiency, determines the competitiveness of semiconductor manufacturers.
7. MIT Lincoln Laboratory Invests in Two AIXTRON Hyperion 300 mm Systems
   MIT Lincoln Laboratory has acquired two AIXTRON Hyperion 300 mm systems to accelerate research and development of next-generation semiconductors.This investment aims to strengthen research into innovative semiconductor technologies using gallium nitride (GaN) and 2D materials, as well as to support manufacturing scale-up. The introduction of state-of-the-art manufacturing equipment into this cutting-edge research facility is expected to accelerate efforts toward the societal implementation of next-generation semiconductor technologies.
8. Semiconductor Diversification Like Japan’s? The Real Reason TSMC Chose Kumamoto
   TSMC’s decision to establish a manufacturing base in Kumamoto Prefecture, Japan, was driven not only by the need to diversify geopolitical risks but also by strategic considerations such as Japan’s robust domestic supply chain and the ease of securing talent.Amid discussions in other countries, such as South Korea, about decentralizing semiconductor production facilities to regional areas, the Kumamoto case is drawing attention as a model that successfully combines regional economic revitalization with the revival of the semiconductor industry. As a result of the alignment between government policy and corporate strategy, it has become a symbol of Japan’s resurgence in the semiconductor sector.
9. SK promotes K-AI alliance…connecting investors and big tech.
   SK Group is promoting the K-AI Alliance to strengthen Korea’s AI ecosystem. This alliance aims to bridge the gap between investors and big tech companies, facilitating joint development and fundraising of AI technologies. By implementing a comprehensive AI strategy encompassing semiconductors, software, and services, the group aims to enhance the presence of Korean companies in global AI competition and accelerate technological innovation.
10. Will AI Cause a Stock Market “Bubble”? A Prominent U.S. Investor Identifies Excessive “Expectations and Fears”
    Amid the market frenzy driven by the AI boom, prominent investor Ken Fisher offers a level-headed analysis.While the debate surrounding AI tends to swing between the extremes of excessive optimism and fear, Fisher points out the possibility of a market bubble and the practical challenges companies face.While the productivity gains brought about by AI are real, he warns that investors must not get swept up in the frenzy and must instead calmly assess companies’ profitability and actual performance.

News List (115 items)

This article is delivered every morning via an automated collection and AI-generated system. Number of items collected: 115 | Last updated: 20260629

Editor’s Note: This article utilizes AI to summarize and organize news content. While every effort has been made to be as accurate as possible, it may contain errors in background explanation or interpretation of causal relationships. Please always check the source article for details and accurate context.