Group 1 - Rapidus, a company established by the Japanese government to revitalize the semiconductor industry, plans to start construction of its second factory in Chitose, Hokkaido by 2027 [1] - The company aims to achieve mass production of advanced 2-nanometer semiconductors by 2027 and 1.4-nanometer semiconductors by 2029, with total investments exceeding 7 trillion yen (approximately 28.2 trillion Korean won) [1] - The Japanese government has provided a total of 2.9 trillion yen in funding support to Rapidus, which plans to go public by 2031 [1] Group 2 - The competition in the advanced semiconductor field below 2 nanometers has become a national contest, with the U.S. supporting Intel's 2-nanometer foundry business and leading global semiconductor companies in domestic production [2] - Taiwan is actively supporting TSMC, which plans to build three 2-nanometer fabrication plants in Tainan, and has passed the "Taiwan Semiconductor Act" to provide tax incentives for R&D and strategic industry investments [2] - South Korea remains hesitant in directly supporting the semiconductor industry due to concerns about favoring large enterprises, with recent reports indicating a preliminary agreement to exclude exemptions from the 52-hour workweek requirement in the semiconductor industry special law [3]

Group 1: Samsung's Chip Manufacturing Delays - Samsung's second advanced process chip manufacturing plant in the U.S. has its production timeline pushed back from 2024 to 2026 due to insufficient local customer demand [1] - The company plans to invest over $37 billion in Texas over the coming years, with the Biden administration approving up to $4.7 billion in subsidies under the CHIPS and Science Act [1] - The delay in construction progress is attributed to a severe lack of large customer orders, making immediate production unfeasible even with equipment installation [1] Group 2: Challenges in Samsung's Foundry Business - Samsung's foundry division has postponed the mass production of 1.4nm semiconductors to 2029, two years later than previously planned, indicating a strategic retreat from direct competition with TSMC [2] - The foundry division recorded an operating loss of 2 trillion KRW in 2023, which doubled to 4 trillion KRW the previous year, with analysts predicting an additional loss of 3 trillion KRW by 2025 [2] - In contrast, TSMC continues to see revenue growth, with May revenues reaching NT$320.5 billion (approximately $10.7 billion), a year-on-year increase of 39.6% [2] Group 3: Quality and Yield Issues - Samsung's foundry business faces yield issues, a critical metric for chip manufacturing quality, leading to lost orders due to unstable yields [3] - Although recent improvements in yield have been noted, U.S. export restrictions on high-end chips to China have exacerbated the situation, resulting in lower capacity utilization compared to industry averages [3] - Despite potential short-term performance pressures, Samsung's stock reached a nine-month high, driven by low valuations and the U.S. lifting restrictions on chip design exports to China [3]

Core Viewpoint - Samsung is facing challenges in its semiconductor business due to setbacks in HBM and lagging wafer foundry capabilities, leading to performance issues and loss of market leadership in DRAM to SK Hynix and TSMC [1][2] Group 1: Semiconductor Production Adjustments - Samsung has officially postponed the mass production of 1.4nm semiconductors to 2029, two years later than previously planned, in an effort to enhance the profitability of its 2nm and higher processes [4] - The decision to delay 1.4nm production is seen as a response to a decline in operational rates that resulted in a loss of 4 trillion KRW for Samsung's foundry division last year [4] - Samsung plans to focus on stabilizing its 2nm process and improving the operational rates of its 4, 5, and 8nm processes to ensure profitability [5] Group 2: HBM Supply and Partnerships - Samsung is negotiating with Nvidia for the supply of HBM3E 12-layer chips, emphasizing that its quality is competitive with rivals [7] - The company has also secured supply agreements with AMD for its AI accelerator MI350X series, which has boosted confidence in Samsung's HBM3E 12-layer memory quality [7] - Nvidia is expected to begin shipping its Blackwell Ultra AI accelerator by the end of this year, with initial supply contracts already established with SK Hynix and Micron [8] Group 3: Market Dynamics and Competitive Position - The demand for Blackwell Ultra is anticipated to grow not only next year but also in the following year, as the initial production of the next-generation Vera Rubin is likely to be limited [10] - Samsung's entry as a third major supplier of HBM3E 12-layer memory could provide Nvidia with leverage in price negotiations with existing suppliers [10] - The average selling price (ASP) of HBM3E provided by SK Hynix is reportedly about 60% higher than that of the 8-layer version, indicating a competitive pricing environment [10]

Core Viewpoint - Rapidus aims to mass-produce cutting-edge 2nm semiconductors, although it will be two years behind TSMC, but it claims to enhance the speed of wafer processing to 2-3 times that of TSMC [1][2]. Group 1: Production Plans and Partnerships - Rapidus is currently negotiating with 40-50 companies as potential clients for its foundry services, including major US tech firms and AI chip startups [1]. - The company has signed cooperation memorandums with two US AI chip design startups, including Tenstorrent, to secure large clients and demonstrate production capabilities [2]. - The company plans to start full operations at its factory in Chitose, Hokkaido, by mid-July, with initial trial production already underway [1]. Group 2: Technology and Competitive Landscape - Rapidus has acquired advanced 2nm manufacturing technology from IBM and aims to achieve mass production by 2027, despite Japan's current capability being limited to 40nm [2]. - The company believes that by shortening the production cycle, it can differentiate itself from competitors like TSMC, which aims for 2025 mass production of 2nm chips [2]. - Rapidus is also optimistic about developing the next generation of semiconductors at 1.4nm, emphasizing the need to focus on next-generation technology within 2.5 to 3 years after 2nm production begins [3].