Micron CAMM2 96GB DDR5-6400

The Micron CAMM2 96GB DDR5-6400 (MTC40F4085S1RC48BA1) is a next-generation Compression Attached Memory Module designed to the JEDEC CAMM2 open standard, replacing traditional SO-DIMM in high-performance mobile workstations and compact enterprise computing platforms. Operating at DDR5-6400 speeds with a 128-bit channel interface, this module delivers substantially higher bandwidth and improved signal integrity compared to dual SO-DIMM configurations, while occupying a significantly smaller board footprint and enabling thinner system designs without sacrificing memory capacity or throughput.

With 96GB of capacity on a single CAMM2 module, this Micron product targets professionals and enterprise users requiring large, contiguous memory pools for memory-intensive workloads. The DDR5 architecture introduces on-die ECC, improved power efficiency through reduced operating voltages relative to DDR4, and enhanced burst lengths that benefit both sequential and random access patterns. The CAMM2 interface consolidates what previously required two SO-DIMM slots into a single, lower-profile connector, improving thermal management and mechanical reliability in dense compute environments.

Micron's CAMM2 96GB DDR5-6400 module is engineered to meet the demands of AI inferencing at the edge, large-scale data analytics, computational design workloads, and professional content creation pipelines where available system memory directly constrains throughput and model size. As CAMM2 adoption expands across enterprise-class mobile workstation platforms from major brands, this module represents a forward-compatible investment in memory infrastructure aligned with the JEDEC CAMM2 standard.

Ideal for

• AI and machine learning inferencing on edge workstations where large model weights must reside entirely in system memory
• High-resolution 3D rendering and visual effects pipelines requiring expansive memory pools for complex scene geometry and texture data
• Large-scale in-memory database operations and real-time analytics on compact, high-density workstation nodes
• Computational fluid dynamics and finite element analysis simulations demanding high sustained memory bandwidth and large working sets
• Professional video production and color grading at 8K resolution or higher where frame buffer and media cache demands exceed standard SO-DIMM capacities
• Enterprise mobile workstation deployments in space-constrained environments benefiting from CAMM2's reduced physical footprint versus dual SO-DIMM configurations

Technical specifications

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