铭芯启睿完成超亿元Pre-A轮融资，持续发力高密度RRAM与存算一体技术

Core Viewpoint - Mingxin Qirui has successfully completed over 100 million RMB in Pre-A round financing, which will be used for RRAM core technology research and team expansion, aiming to accelerate the mass production of RRAM technology products and the application of storage-computing technology [1][3]. Financing and Investment - The financing round attracted national industrial capital, strategic capital, and leading market funds, reflecting high recognition of Mingxin Qirui's technological innovation and optimism about the potential of the new storage and computing industry [3]. - Investors include Guokai Kechuang and Lenovo Venture Capital, with continued support from existing shareholders like Zhongke Chuangxing and Xiaomi's investment arm [1][3]. Company Overview - Mingxin Qirui, established in May 2024, focuses on advanced resistive random-access memory (RRAM) technology, integrating storage-computing solutions and advanced packaging technology to address the "memory wall" bottleneck [3][6]. - The company aims to provide high-performance integrated solutions and customized storage IP/chip products for consumer, industrial, and data center sectors [6]. Technological Development - The company has made significant progress in commercializing high-density storage, having established collaborations with multiple upstream and downstream enterprises to tackle storage manufacturing technology [3]. - Mingxin Qirui has successfully completed product engineering batch verification and is accelerating the development of storage-computing technology products to offer higher value AI computing solutions [3]. Investor Insights - Guokai Kechuang emphasizes RRAM's potential in advanced embedded storage and integrated computing, highlighting Mingxin Qirui's deep understanding of RRAM technology [4][5]. - Lenovo's representative notes the explosive growth in AI computing demand and positions RRAM as a key direction for the next generation of computing architecture [5]. - Zhongke Chuangxing stresses the importance of breakthroughs in next-generation computing architecture starting from the material and device level, supporting Mingxin Qirui's innovative capabilities [5].