Samsung DDR5 96GB RDIMM 5600MHz

Brand: Samsung | Category: Memory (RAM)

SKU: M321R6GA3BB6-CWMQ | Part #: M321R6GA3BB6-CWMQ | MPN: M321R6GA3BB6-CWMQ

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Intel Xeon Scalable (4th Gen and newer) and AMD EPYC (4th Gen and newer) servers demand high-capacity, low-latency memory to maximize multi-socket performance, and the Samsung DDR5 96GB RDIMM 5600MHz module (part number M321R6GA3BB6-CWMQ) delivers exactly that specification. This registered DIMM operates at 5600 MT/s with a CAS latency of CL46 and primary timings of 46-45-45, making it ideal for data center environments where memory bandwidth and reliability are non-negotiable. The module features dual-rank x4 (2Rx4) architecture with 72-bit data width including 8-bit ECC protection, ensuring system-level error correction through both SECDED and On-Die ECC (ODECC) mechanisms.

Samsung engineered this 288-pin DDR5 RDIMM to operate at 1.1V across a 0°C to 85°C temperature range, meeting the thermal demands of high-performance compute clusters and mission-critical infrastructure. Enterprise IT procurement teams and infrastructure architects will appreciate the RoHS compliance and Samsung's proven track record in data center-grade memory. For organizations standardizing on next-generation processor families, this module represents a strategic investment in scalability and fault tolerance. Contact Omnixon Global to request a quotation for the Samsung DDR5 96GB RDIMM 5600MHz (M321R6GA3BB6-CWMQ) and discuss volume configurations for your deployment.

Deployment Scenarios

• Multi-socket Xeon Scalable Gen 4+ servers requiring 768GB or higher total system memory for in-memory databases and analytics platforms
• AMD EPYC Gen 4+ environments supporting virtualization, containerized workloads, and high-frequency trading applications
• Mission-critical infrastructure where On-Die ECC and SECDED error correction prevent data corruption in real-time systems
• Large-scale distributed computing clusters where registered DIMM stability and memory channel optimization are essential
• Data center refresh projects targeting DDR5 adoption across existing Xeon and EPYC installed bases