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first_img Analysis: CXMT's production capacity has peaked, and DRAM prices continue to rise sharply

Analysis indicates that China's major DRAM manufacturer CXMT's monthly wafer output has reached a peak of approximately 240,000 pieces by the end of 2025, and is expected to remain flat in 2026. Due to the tightening of U.S. export controls on advanced semiconductor equipment, especially EUV lithography machines, its capacity for expansion is limited, and substantial expansion will not occur until at least 2027, depending on the progress of the domestic equipment supply chain. According to Goldman Sachs data, CXMT's coverage of domestic DRAM demand is only about 41% in 2026 and about 50% in 2028, reflecting a structural bottleneck for many years.TrendForce data shows that traditional DRAM contract prices are expected to surge by 90%-95% quarter-on-quarter in the first quarter of 2026, followed by another increase of 58%-63% in the second quarter. Jefferies predicts that prices will continue to rise by 40%-50% and 30%-40% in the third and fourth quarters, respectively. The price increase for server DRAM is even steeper, with Samsung and SK Hynix proposing price hikes of 60%-70% to clients like Microsoft and Google in the first quarter. S&P Global expects Samsung's traditional DRAM revenue per bit to rise by 116% year-on-year to $0.79 in 2026, while Micron's ASP will increase by 54% to $1.06; Bernstein predicts that SK Hynix's DRAM gross margin could reach 92.7% in the fourth quarter of 2026.Multiple forecasts suggest that effective supply relief may not occur until the end of 2027 or even 2028.

first_img HP, ASUS, and Acer reduce production capacity in Southeast Asia, with the focus of notebook production returning to China

According to DIGITIMES, the NB supply chain has reported that brand manufacturers are significantly returning to production in China, with "returning to China for production" becoming a new trend. Brands such as HP, ASUS, and Acer have recently noticeably reduced their originally planned capacity shifts to Southeast Asia, with production focus returning to Chongqing or Kunshan in China, and increasing orders to Chinese ODM or EMS manufacturers and the proportion of private label products. This involves production lines at Quanta, Inventec's Thailand factories, and Compal, Wistron’s Vietnam factories, which may be affected by customer transfers. Lenovo, Dell, and Apple, on the other hand, remain relatively unchanged.The supply chain indicates that after the U.S. equivalent tariffs were ruled unconstitutional by the Supreme Court, the impact of substitute tariffs is smaller, and the production costs for NB in Southeast Asia are on average $9 higher per unit than in China. The gross profit margin for brand manufacturers per unit of NB is mostly between 3% to 10%. Based on a low-priced model with an average price of about $300, the $9 difference is close to or even exceeds their profit, resulting in unprofitable shipments. Local Chinese governments are also demanding increased production due to reduced tax revenues, or they will reclaim past subsidies, creating a pull for returning production.Relevant ODM personnel stated that they will respect customer decisions, and if they cannot take on a single product, they will shift production locally to servers and other product lines such as networking. Lenovo is more cautious due to its diversified layout, with limited relocation; Dell has not significantly returned due to the high proportion of U.S. government orders; Apple targets the high-end market and promotes automation, with the main reason for relocating MacBook production from Shanghai being the pandemic-related supply chain disruptions, and its plans in Vietnam remain unchanged to date.

first_img Samsung's advanced foundry prices rise by up to 15%, driven by AI demand boosting capacity

According to Reuters, citing informed sources, Samsung Electronics has raised prices for some new advanced foundry service orders by up to 15%, due to a surge in demand for AI chips leading to tight capacity. The company has long lagged behind TSMC in the foundry sector. Demand from Chinese customers is particularly strong, but Samsung must prioritize serving U.S. customers and reserve some capacity to support its own chip production, making it unable to take on all orders. Affected by U.S. export restrictions on advanced chip equipment to China, Chinese companies are increasingly reliant on overseas foundries, with some Chinese customers accepting the maximum price increase.Informed sources stated that Samsung raised the prices for the 4nm (SF4) process in July, with price increases of 10% to 15% for Chinese and U.S. customers, and 5% to 10% for Taiwanese customers; the price for 5nm (SF5) wafers increased by 10% to 15%, nearly 10% higher than the older 8nm process. The SF4 production line at the Pyeongtaek factory has been operating at full capacity since the end of last year, producing logic chips for customers like Qualcomm and providing basic bare chips for Samsung's own HBM. Analysts point out that after TSMC's advanced capacity was fully booked, customers turned to Samsung and Intel, giving Samsung room to raise prices.Samsung's foundry business has been continuously losing money since 2022, but the company expects to quickly turn a profit driven by improved utilization rates, yield improvements, and rising prices. Foundry revenue in the second half of the year is expected to grow by double digits year-on-year, with advanced processes accounting for more than half, and AI and high-performance computing applications accounting for over 30%. Companies like Tesla, Apple, Broadcom, and NVIDIA have already reached relevant cooperation agreements with Samsung, and Google is also in talks to use the SF4 process.

hot_img The Shanghai court in China analyzes the criminal responsibility determination in cases of "traffic diversion" fraud involving virtual currency, which may constitute complicity in fraud or illegal use of information networks

The Shanghai Intermediate People's Court has published typical cases, analyzing whether "traffic personnel" involved in telecommunications network fraud related to virtual currencies constitute accomplices in fraud. From February 2022 to April 2023, the defendants, for the purpose of profit, assisted upstream fraudulent activities by "draining traffic," using online virtual phone software to lure victims into related scam groups, ultimately causing 30 victims to be defrauded of more than 2.34 million yuan (the same currency hereafter) by an overseas fraudulent organization. The overseas fraudulent organization transferred funds into the suspects' trading accounts via virtual currency.The Shanghai First Intermediate People's Court pointed out that in telecommunications network fraud cases, "traffic personnel" may constitute accomplices in fraud or illegal use of information networks depending on specific circumstances. The key lies in determining whether they have formed a clear criminal intent connection with the upstream fraudulent organization and whether there is stable cooperation and division of labor. In judicial practice, when assessing the criminal responsibility of "traffic personnel," factors such as their role in the criminal chain, the degree of organizational management, connections with upstream criminals, methods of profit, and abnormal behavior should be comprehensively considered. Actions that only provide general online services and do not form a conspiracy to commit fraud should be distinguished from "draining" actions that knowingly participate in the implementation of fraud.

Michael Saylor: BTC attempts to monetize digital scarcity, reshaping wealth storage and value transfer

Founder of Strategy, Michael Saylor, stated that Bitcoin integrates computers, digital networks, and cryptography to create the first currency network in human history designed in a digital manner. It completely dematerializes monetary assets, with supply controlled by public protocols rather than decisions, transforming economic value into information that can be securely transmitted across global communication networks.Compared to gold, Bitcoin is harder to inflate, easier to integrate with software, faster in transmission, and every participant has the incentive to maintain network security. The proof-of-work mechanism anchors it in the physical world, making the cost of tampering with history high by consuming real energy for ledger security, attracting miners, energy providers, and investors to collaboratively build a defense system. Bitcoin is digital gold, but understanding it as digital currency is more fitting.The Bitcoin network is not static software; it is an adaptive system composed of miners, nodes, developers, capital, and users. Bitcoin deliberately maintains functional simplicity, focusing solely on maintaining a secure and reliable ledger of scarce digital assets, leaving complexity to higher-level applications.This layered design of underlying integrity and upper-level functionality allows it to serve as a foundation for transmitting monetary energy across time and space while supporting continuous innovation in payments, credit, and financial services.The more profound impact is that Bitcoin creates a new form of digital sovereignty: private keys empower individuals to control economic energy without permission, with ownership verified by mathematics rather than institutions. Companies, banks, trusts, and applications can build a complete economic system around it, and social networks can introduce real costs and responsibilities into the digital space.Gold monetized physical scarcity, while Bitcoin monetizes digital scarcity. It is not merely a payment tool but an engineering solution to humanity's problems of energy preservation and guidance—currency is energy, and Bitcoin is the currency energy of the digital age.
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