Several domestic MLCC manufacturers have stated that they are "planning to raise prices," with industry insiders predicting that prices will rise until the end of 2027.
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OUSD claims that over 140 companies participated, but several South Korean companies, including Samsung Electronics, stated that they had not formally negotiated with the issuer.
BlockBeats reported on July 3 that Open Standard, a global stablecoin consortium, recently announced the launch of its USD stablecoin, OpenUSD (OUSD), with over 140 global financial and payment companies, including Visa, Mastercard, BlackRock, Samsung Electronics, and Dunamu, participating. The token is planned for launch within the year. However, several South Korean companies stated that they have not had formal negotiations with the OUSD issuer. A Samsung Electronics representative stated, "There have been no formal negotiations, and we don't know what role we will play in the consortium." Shinhan Financial Group, Dunamu, and K Bank also stated that Open Standard inquired about their interest in participating, and the companies only responded that they could conduct a simple evaluation, but their names were subsequently added to the consortium's member list. One company representative stated that they only learned of their company's inclusion in the OUSD consortium through the news, and "they only gave a perfunctory reply to Open Standard's inquiry about their participation, saying they would consider it if things went smoothly," adding that they were confused about being included on the member list. OUSD adopts an open infrastructure model, aiming to be jointly operated by companies that actually provide payment, remittance, and settlement services. According to the introduction, participating companies can mint 1 OUSD after depositing $1 into the Open Standard reserve account; after returning 1 OUSD, they can redeem $1 from the reserve account. OUSD alliance participants can mint and redeem OUSD without fees or restrictions, and the plan is to distribute the proceeds from reserve utilization to network participants after deducting a small management fee. (ChosunBiz)
Anfu Technology: Suzhou Yilan Microelectronics has sent samples for testing to several mainstream optical module manufacturers and is currently making every effort to advance mass production.
According to Mars Finance, an investor asked Anfu Technology: In August 2025, Suzhou Yilan Micro's pilot production line for silicon photonic heterogeneous integrated thin-film lithium niobate photonic chips officially commenced operation. A year has passed since the line's commissioning; what are the latest developments in the company's shipment scale and downstream customer expansion? Anfu Technology stated on its interactive platform that the completion and operation of the pilot line demonstrates that Suzhou Yilan Micro has made substantial progress in the stability of key processes and large-scale manufacturing capabilities, laying a solid foundation for subsequent large-scale mass production. Suzhou Yilan Micro has sent samples for testing to several mainstream optical module manufacturers both domestically and internationally, and the feedback has been positive. Currently, it is fully committed to advancing mass production. (Cailian Press)
Hongming Electronics: The company's MLCCs, feedthrough capacitors, ceramic wafers, electronic pastes, and ceramic packaging shells are all compatible with high-reliability equipment scenarios for high-end domestic computing power platforms.
Mars Finance reports that Hongming Electronics stated on its interactive platform on the 8th that, in addition to MLCCs, the company's feedthrough capacitors, ceramic wafers, electronic pastes, and ceramic packaging shells are all suitable for high-reliability equipment scenarios in China's high-end domestic computing power platforms. Currently, these related businesses account for a relatively small percentage of revenue, and the company will steadily advance market expansion according to its established strategy. (Cailian Press)
According to industry estimates, with several manufacturers expected to achieve mass production of commercial robots by 2026, the demand for magnesium alloys is expected to experience explosive growth.
According to Mars Finance, magnesium alloys are becoming the preferred material for core structural components of humanoid robots due to their comprehensive properties such as lightweight, high vibration reduction, electromagnetic shielding, and excellent heat dissipation. They are currently used in multiple models including the Tesla Optimus Gen2, XPeng IRON, Estun Robotics, and Zhiyuan Robotics. Industry insiders believe that as the commercialization process accelerates, the demand for magnesium alloys in the robotics field is expected to continue to expand. Institutional estimates show that with several manufacturers achieving mass production of commercial robots in 2026, the demand for magnesium alloys is expected to experience explosive growth. Based on a magnesium alloy usage of 12 kg per humanoid robot, assuming future shipments of 1 million and 10 million humanoid robots, the demand for magnesium alloys would reach 12,000 tons and 120,000 tons respectively. (Shanghai Securities News)
Goldman Sachs raised the target prices of several chip and memory concept stocks.
According to BlockBeats, on July 6th, Goldman Sachs raised its target prices for several stocks in the semiconductor and memory sectors: AMD's target price was raised from $450 to $640, with a "buy" rating reiterated; Qualcomm's target price was raised from $145 to $180; Western Digital's target price was significantly raised from $400 to $650; and SanDisk's target price was raised from $1200 to $2200.
Research indicates that AI-powered high-end MLCCs are driving record-high order-to-shipment ratios for major Japanese and Korean manufacturers, increasing the risk of shortages in the second half of 2026.
According to the latest MLCC industry research from TrendForce, driven by both the accelerated replacement of AI servers and the continued mass production of self-developed ASIC chips by cloud service providers (CSPs), the order-to-shipment ratios (BB Ratios) of the three leading MLCC manufacturers—Murata, Samsung Electro-Mechanics, and Taiyo Yuden—reached record highs of 1.30, 1.31, and 1.25 respectively in late June 2026. The overall MLCC market BB Ratio also rose to 1.04. Looking ahead to the second half of 2026, with new AI chip platforms from Nvidia, Google, and AMD entering mass production in the third quarter, capacity will continue to be occupied by AI orders. Coupled with the dual demand of advance stockpiling, the probability of longer delivery times and rising prices for high-end MLCCs is increasing. The fourth quarter is expected to be a crucial period for observing whether the high-end MLCC market will officially enter a period of shortage. (Cailian Press)