Core Insights - Xiaomi has officially launched its self-developed 3nm chip, the玄戒O1, during its 15th anniversary event, marking a significant milestone in its technology journey [1][5][9] - The company also introduced the Xiaomi YU7, a high-performance SUV, showcasing its expansion into the automotive sector alongside its advancements in chip technology [1][3] Chip Development - The玄戒O1 chip utilizes a second-generation 3nm process, featuring a 10-core architecture and achieving a benchmark score exceeding 3 million [5][8] - Xiaomi is now the first company in mainland China and the fourth globally to design a 3nm flagship SoC, filling a gap in the domestic chip design landscape [5][8] - The development of Xiaomi's chip technology began in September 2014, with significant investments and challenges faced over the years, including the initial failure of the澎湃S1 chip [7][9] Investment and R&D - Xiaomi has committed to investing at least 500 billion yuan over 10 years in chip development, with over 135 billion yuan already spent and a team of 2,500 people dedicated to this effort [8][12] - The company aims to achieve a production scale of over 10 million units within a short timeframe to ensure profitability, as the lifecycle of large chips is relatively short [12][14] Strategic Vision - The self-developed chips are expected to enhance product cost control, improve profit margins, and create a closed-loop ecosystem integrating hardware and software [14][15] - Xiaomi's approach represents a shift from a focus on cost-effectiveness to a strategy emphasizing technological premium, positioning the company uniquely in the competitive landscape [16][23] Market Position - The launch of the玄戒O1 chip and the YU7 SUV signifies Xiaomi's ambition to compete in both the smartphone and automotive markets, areas that have seen significant growth and consumer interest [1][3][16] - Xiaomi's success in chip development is seen as a long-term strategy that could redefine its market position and technological capabilities in the coming years [23]

Core Viewpoint - Xiaomi has made significant progress in developing its self-researched mobile processor, the "Xuanjie O1," which is seen as a crucial step in the company's technological advancement amidst increasing competition in the high-tech sector, particularly from the U.S. [1][2] Group 1: Development and Investment - Xiaomi has invested over 13.5 billion RMB in the development of the Xuanjie O1 processor over the past four years, with a projected investment of over 6 billion RMB for this year [2] - The research team for the Xuanjie O1 has grown to over 2,500 members [2] Group 2: Technical Specifications - The Xuanjie O1 features a 10-core architecture, including 2 super-large cores at 3.9GHz, 4 large cores at 3.4GHz, 2 medium cores at 1.89GHz, and 2 small cores at 1.8GHz, along with an Immortalis-G925 GPU [4] - Xiaomi will continue to use Qualcomm's Snapdragon 8 series processors in its high-end smartphones, indicating a dual-sourcing strategy [4][6] Group 3: Market Position and Strategy - The Xuanjie O1 is positioned as a significant player among self-researched processors below 5nm, with Xiaomi planning to use it in its high-end devices like the Xiaomi 15s Pro and the Xiaomi Pad 7 Ultra [9] - Xiaomi's approach contrasts with competitors like Samsung, which has been cautious in deploying its own Exynos processors in flagship devices [9] Group 4: Industry Context and Perception - There is skepticism regarding Xiaomi's reliance on public IPs for the Xuanjie O1, with some critics suggesting it undermines the company's self-research efforts [4][6] - The narrative surrounding the "magic ring" theory, which implies dependency on external partners, is viewed as a misinterpretation of the competitive landscape and the advancements made by Chinese tech companies [6]

天眼查显示，与小米、"玄戒"有密切联系的上海玄戒技术有限公司2021年成立，注册资本为19.2亿元， 经营范围含集成电路芯片设计及服务等，由X-Ring Limited全资持股，公司法定代表人、执行董事、总 经理是小米高级副总裁曾学忠。曾学忠曾担任紫光展锐CEO，具备丰富的手机通信芯片行业经验。 来源：中国证券报 免责声明 文章封面图来源于AI，以上观点来自相关机构，不代表天天基金的观点，不对观点的准确性 和完整性做任何保证。收益率数据仅供参考，过往业绩和走势风格不预示未来表现，不构成 5月15日晚，小米集团董事长兼CEO雷军发微博称， 小米自主研发设计的手机SoC （System on Chip） 芯片，名字叫玄戒O1，即将在5月下旬发布 。 图片来源：微博截图 2017年，小米曾发布自研的手机SoC芯片澎湃S1 ， 因性能问题反响平平。后来，小米调整策略，专注 开发影像、快充等小芯片。2021年，小米推出澎湃C1影像芯片，这是一款独立于SoC的图像信号处理芯 片（ISP），助力手机影像表现。此外，还推出澎湃P1电源管理芯片（PMIC），可支持高达120W的有 线快充。2022年，小米推出澎湃G1电池管理芯 ...

Core Viewpoint - The recent traffic accident involving Xiaomi's SU7 has led to significant public scrutiny and criticism, prompting the company to reassess its responsibilities as a major player in the automotive industry [1][2]. Group 1: Company Response to Crisis - Xiaomi's CEO Lei Jun acknowledged the unexpected severity of the public's reaction to the SU7 accident, emphasizing the need for the company to meet higher expectations as it has grown in scale and influence [1][2]. - The company recognizes that it is no longer a newcomer in the automotive sector and must adopt higher standards and goals, particularly in vehicle safety [2]. - Lei Jun stated that Xiaomi aims to become a leader in automotive safety, exceeding industry standards rather than merely complying with them [2]. Group 2: Internal Reflections and Future Plans - In the wake of the accident, Xiaomi's management has held numerous meetings to systematically address the issues and improve governance to meet public expectations [3]. - The company had planned various celebrations for its 15th anniversary, but many of these have been canceled in light of recent events, prompting a focus on reflection and learning from the past five years [3]. Group 3: Research and Development Focus - Xiaomi's R&D investment for 2024 is projected to be 24.1 billion yuan, a 25.9% increase year-on-year, with plans to exceed 30 billion yuan in 2025 and over 100 billion yuan in total R&D investment from 2022 to 2026 [10]. - The company is committed to developing its own chips, with a focus on AI algorithms, chips, and terminal applications as key areas for future research [10]. - Xiaomi's self-developed chips, including the Surge C1 imaging chip and Surge P1 power management chip, have been introduced to enhance mobile device performance [10].