Micron 5MTE DDR5 MRDIMM 128GB

The Micron 5MTE DDR5 MRDIMM 128GB (MTC80F2189S1RR-65B) is a Multiplexer Rank DIMM designed for next-generation AI and HPC server platforms that demand extreme memory bandwidth. Built on DDR5 architecture with an on-module multiplexer buffer (MDB) and registering clock driver (RCD), the MRDIMM format enables operation at 8800 MT/s, substantially exceeding the throughput ceiling of conventional RDIMMs and LRDIMMs at comparable densities. The module targets Intel platforms supporting the MRDIMM specification and is engineered to satisfy the bandwidth requirements of large language model inference and training, high-performance computing clusters, and in-memory analytics engines.

With 128GB capacity per module, the 5MTE allows high-core-count server sockets to be populated with large, contiguous memory pools without sacrificing per-channel bandwidth. The MRDIMM architecture achieves its speed advantage by using the on-module MDB to re-drive signals at higher frequencies than the host memory controller alone could sustain, effectively decoupling the demanding electrical environment of the DIMM slot from the high-frequency signaling requirements of the DDR5 bus. This results in lower latency per unit of bandwidth compared to alternative capacity-scaling approaches such as 3DS stacking alone.

Micron's 5MTE series represents the first generation of production MRDIMM modules shipping in volume, positioned ahead of Intel Xeon 6 and future processor launches that incorporate native MRDIMM controller support. The module operates on a 1.1V supply consistent with standard DDR5 voltage rails, enabling deployment within existing server power delivery infrastructure. Enterprise data centers building out AI accelerator nodes, dense HPC racks, or bandwidth-sensitive database appliances will find the 5MTE a foundational component for maximizing the memory subsystem contribution to overall system throughput.

Ideal for

• Large language model (LLM) training and inference servers requiring sustained high-bandwidth memory access to feed GPU and accelerator compute pipelines
• High-performance computing clusters running memory-bandwidth-bound simulation, genomics, or computational fluid dynamics workloads
• In-memory database and real-time analytics appliances where dataset sizes demand both high capacity and low-latency, high-throughput access
• AI inferencing nodes co-located with accelerators where system memory serves as a staging and KV-cache buffer at extreme bandwidth
• Dense virtualization hosts consolidating many memory-intensive VMs that benefit from large per-socket DRAM pools at maximum DDR5 bandwidth
• Data streaming and event-processing platforms where high aggregate memory bandwidth prevents bottlenecking on memory reads during continuous high-volume ingestion

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.