Core Viewpoint - MRDIMM is a new memory module architecture designed for high-performance computing and data-intensive applications, achieving a data transfer rate of 8800 MT/s, which is nearly a 40% increase in peak bandwidth compared to standard DDR5 RDIMM [1][2] Group 1: MRDIMM Technology Overview - MRDIMM is suitable for high-performance computing and artificial intelligence applications, addressing the bandwidth decline per core due to the increasing number of processor cores [2] - The first generation of MRDIMM supports a data transfer rate of 8800 MT/s, with the third generation expected to reach 14000 MT/s [2] - The architecture of MRDIMM includes 1 MRCD (Memory Register Clock Driver) and 10 MDB (Memory Data Buffer) chips, indicating significant growth potential in the market [3] Group 2: Market Demand Projections - By 2030, the demand for MRCD and MDB is projected to increase significantly, with estimates under pessimistic, neutral, and optimistic scenarios suggesting demand for MRCD could reach 274 million, 456 million, and 593 million units respectively, while MDB demand could reach 2.736 billion, 4.560 billion, and 5.928 billion units [4] - The penetration rates for MRDIMM are estimated to be 30%, 50%, and 65% under pessimistic, neutral, and optimistic scenarios respectively [4] Group 3: Industry Implications - The adoption of MRDIMM technology is expected to drive demand for MRCD and MDB chips, particularly as it becomes compatible with Intel's sixth-generation CPUs [1][3] - Key companies in the market include 澜起科技 (Lanke Technology) and 聚辰股份 (Juchen Technology), which are involved in the production of MRCD/MDB chips and DDR5 memory modules respectively [1]

Investment Rating - The report maintains a "Positive" investment rating for the industry [1]. Core Insights - The transition of server-level CPU memory modules towards MRDIMM technology is highlighted, with a focus on MRCD and MDB chips as key growth areas. MRDIMM is suitable for high-performance computing and AI applications, achieving data transfer rates of up to 8800MT/s, with future generations expected to reach 14000MT/s [3][5][11][12]. - The report anticipates significant demand growth for MRCD and MDB chips, projecting that by 2030, the demand could reach 5.93 billion and 59.28 billion units respectively under optimistic scenarios [5][20][22]. Summary by Sections 1. Development of Server CPU Memory Modules Towards MRDIMM - The report discusses the evolution of memory modules in servers, emphasizing the importance of stability, error correction, and low power consumption as data storage and processing loads increase [8][9]. - Current mainstream memory module technologies include UDIMM, RDIMM, and LRDIMM, with MRDIMM emerging as a new architecture designed to enhance memory bandwidth and performance [10][11]. 2. Core Incremental Growth from MRCD and MDB Chips - MRDIMM utilizes a "1+10" architecture, consisting of one MRCD and ten MDB chips, which are crucial for its performance enhancements. The technology is already compatible with Intel's sixth-generation CPUs, and major memory manufacturers have begun producing MRDIMM products [5][17]. - The report outlines potential penetration rates for MRDIMM by 2030, estimating demand for MRCD and MDB chips under various scenarios [20][22]. 3. Demand Projections for MRCD and MDB Chips - Under optimistic assumptions, the report forecasts that by 2030, the demand for MRCD and MDB chips could reach 5.93 billion and 59.28 billion units respectively, driven by the increasing adoption of MRDIMM technology in server environments [20][23].