Micron CAMM2 48GB DDR5-6400

The Micron CAMM2 48GB DDR5-6400 (MTC20F2085S1RC48BA1) is a next-generation Compression Attached Memory Module engineered to the JEDEC CAMM2 open standard, replacing the aging SO-DIMM form factor with a lower-profile, higher-density alternative suited for modern high-performance computing platforms. Operating at DDR5-6400 (3200 MHz base clock, 6400 MT/s effective transfer rate), this module delivers substantially greater bandwidth compared to conventional DDR4 implementations while leveraging DDR5 on-die ECC, improved power efficiency through lower operating voltages, and a single-sided PCB construction that reduces z-height to enable thinner, thermally optimized system designs.

With a 48GB capacity on a single CAMM2 module, this Micron component targets platforms where per-slot density and bandwidth efficiency are critical — particularly workstations, mobile workstations, and compact server nodes where physical space constraints preclude the use of standard RDIMM or UDIMM form factors. The CAMM2 interface consolidates what previously required two SO-DIMM slots into a single unified connector, improving signal integrity at high frequencies and enabling the DDR5-6400 speed grade to be achieved more reliably at scale. Micron's advanced fabrication process underpins the module's signal fidelity and sustained operational reliability across demanding continuous-compute environments.

For enterprise IT procurement teams sourcing through Omnixon Global, the MTC20F2085S1RC48BA1 is available for fulfillment across UAE, GCC, EMEA, and APAC regions, making it accessible to organizations deploying next-generation AI-accelerated workstations, engineering simulation platforms, and data-intensive edge compute nodes that require maximum memory bandwidth in a compact module footprint.

Ideal for

• High-performance AI and machine learning workstations requiring maximum per-module memory bandwidth within thermally constrained compact chassis
• Engineering and scientific simulation platforms running finite element analysis, computational fluid dynamics, or molecular modeling workloads that benefit from large single-module capacity
• Mobile and compact workstations used in media production, 3D rendering, and visual effects pipelines where SO-DIMM slot count is limited and high-density CAMM2 modules maximize total addressable memory
• Edge compute nodes and ruggedized deployments where the reduced z-height and single-connector CAMM2 form factor enables denser system integration compared to dual SO-DIMM configurations
• Enterprise laptop and ultra-compact workstation refresh programs standardizing on DDR5 CAMM2 platforms to future-proof memory infrastructure for next-generation CPU generations
• Software development and DevOps workstations running large containerized environments, virtual machines, or in-memory databases that benefit from DDR5's improved bandwidth and on-die ECC reliability

Technical specifications

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