Semiconductor News 20260330

Today’s semiconductor news underscores a situation where explosive AI investments are powerfully driving the entire industry, as evidenced by projections that the global semiconductor market will reach $1 trillion ahead of schedule by 2026. The trend toward collaboration and in-house production among giant companies to secure AI compute resources is further accelerating, as evidenced by Musk’s promotion of Terafab and AMD and Meta’s audit of Samsung’s HBM4 line. On the other hand, the outbreak of the largest-ever strike at Samsung Electronics and growing shortages in the supply of specialty materials essential for cutting-edge package substrates have highlighted the physical and structural vulnerabilities in the supply chain behind the rapid growth, and there is a growing sense of caution about the risks that could shake manufacturing off its footing.

Main News

1. Semiconductor Market to Reach $1 Trillion by 2026; AI Investment Approaching $800 Billion
   The global semiconductor market size is expected to reach the $1 trillion milestone in 2026, up to four years ahead of schedule, according to a report. SEMICON China showed that AI-related investments are approaching $800 billion. On the other hand, IBS also pointed out the risk of a chip cycle in 2028, and caution about the future supply-demand balance is beginning to emerge in the face of explosive growth.
2. Samsung’s 2026 Strike Triples in Size and Raises Concerns about Impact on Supply Chain
   The 2026 strike at Samsung Electronics has tripled in size from previous years. Despite changes in economic conditions and an upturn in the business environment due to special demand for AI, labor-management conflict is escalating, posing additional challenges to management. the risk of production delays in cutting-edge memory and foundry businesses such as HBM is increasing, and there are strong concerns about the impact on the global semiconductor supply chain. There are strong concerns about the impact on the global semiconductor supply chain.
3. Musk Promotes Terafab Initiative in Response to Growing AI Ch ip Shortage
   Elon Musk, leader of Tesla and other companies, is accelerating his own large-scale semiconductor manufacturing project, Terafab, as the global AI chip shortage becomes even more acute. This is an ambitious move to bring vast computing resources in-house, rather than relying on the production capacity of existing giant foundries. By investing vast amounts of capital to vertically integrate its supply chain, Terafab has the potential to significantly change the balance of power in the AI hardware market.
4. AMD and Meta Audit Samsung’s HBM4 Line to Secure Supply of Next-Generation Memory
   AMD and Meta are reportedly auditing Samsung Electronics’ production line for its next-generation HBM4 broadband memory. To compete with NVIDIA’s dominance in the AI chip market, IT giants and semiconductor manufacturers are working directly and closely together to create a next-generation ecosystem.
5. SK Hynix and Kioxia Target of Memory Chip Investigation by U.S. ITC
   SK Hynix and Kioxia have been revealed as targets of a memory chip-related investigation by the U.S. International Trade Commission (ITC). This is believed to be due to disputes over intellectual property rights, including patent infringement. With fierce competition for market share in the global memory market, the investigation may affect imports and sales of products in the U.S. market, and industry attention is focused on the future course of the investigation and how the two companies will respond.
6. Tokyo University of Science and others have developed a new method to precisely control qubits using a semiconductor method.
   A group led by Associate Professor Tetsuo Kodera, Doctoral Student Takuma Kuno, and Hitachi, Ltd. in the Department of Electrical and Electronic Engineering at Tokyo University of Science has developed a new method to precisely control qubits using a semiconductor method, which is highly compatible with the existing semiconductor manufacturing process. The method requires a huge system, which is not possible with current systems. This is a groundbreaking achievement that opens the way to miniaturization and large-scale integration of quantum computers by applying silicon technology, unlike the current method that requires huge systems. Research and development toward the realization of overwhelming computational power in the next generation is steadily advancing.
7. Adata Invests $3 Million in KonstTech to Strengthen AI Computing Infrastructure Adata, a leading Taiwanese memory module manufacturer, announced a $3 million strategic investment in KonstTech to strengthen its AI computing infrastructure. The investment aims to increase integrated hardware and software solution capabilities to meet the rapidly growing data processing demands associated with the proliferation of generative AI. Memory companies are increasingly moving away from simply supplying components to becoming more involved in AI platforms.
8. DeepX Receives 27 Purchase Orders in Just 7 Months of Mass Production
   AI semiconductor startup DeepX (DeepX) announced today that it has received a total of 27 purchase orders from eight countries in just seven months since it began full-scale mass production of its products. Demand for low-power, high-performance neural processing units for edge AI is growing rapidly, and the startup is beginning to establish a solid presence in the global marketplace, rapidly building a track record with its unique architecture.
9. Nittobo’s T-Glass (special glass fiber) supply shortage is growing, according to a report by PRISMARK.
   A report by PRISMARK indicates that the supply shortage of Nittobo’s T-Glass (low thermal expansion glass fiber), which is essential for cutting-edge semiconductor package substrates and other products, is growing ever larger. for AI servers. While demand for high-performance substrates for AI servers is exploding, increased production of this special material, which requires advanced manufacturing technology, is not keeping pace. This highlights the physical risk that supply constraints for components can create bottlenecks in the production of advanced semiconductors.
10. Zhongwei Corporation Sweeps Outstanding Semiconductor Equipment Awards and Unveils Four New Products at Shanghai Exhibition
    At SEMICON China 2026, the world’s largest semiconductor trade show held in Shanghai, China’s leading semiconductor equipment manufacturer, Zhongwei Corporation (AMEC), dominated the Outstanding Semiconductor Equipment Awards and simultaneously announced four new The company also made a major announcement of four new devices. In order to counter U.S. export restrictions, China’s domestic production of semiconductor equipment and technological advancement is rapidly progressing, with core companies demonstrating a dominant presence.

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