Dell 192GB DDR5 5600MHz RDIMM

The Dell 192GB DDR5 5600MHz RDIMM (SNP4Y1D1C/192G) represents a high-density, high-bandwidth memory solution engineered for demanding enterprise server platforms. Built on DDR5 architecture, this Registered DIMM operates at 5600MT/s, delivering substantially greater memory bandwidth compared to DDR4 predecessors — a critical advantage for throughput-sensitive workloads running on Dell PowerEdge servers that support DDR5 memory channels. The registered buffer architecture ensures signal integrity across high-capacity configurations, enabling stable multi-DIMM per channel deployments in memory-dense server builds.

With a 192GB capacity per module, this RDIMM allows IT architects to achieve extremely high per-socket memory footprints while minimizing DIMM slot consumption. DDR5's on-DIMM power management integrated circuit (PMIC) improves voltage regulation precision, and the standard ECC (Error-Correcting Code) support inherent to RDIMM designs provides continuous in-operation error detection and correction — essential for maintaining data integrity in mission-critical environments. The module is manufactured to Dell's specifications, validated against Dell PowerEdge server firmware and memory qualification lists for compatibility assurance.

This module is particularly relevant to enterprise datacenters, AI/ML inference and training infrastructure, in-memory database deployments, and high-performance computing nodes where large, contiguous memory pools directly translate to performance gains. As AI workloads increasingly demand that large model parameter sets and datasets reside entirely in system memory to avoid storage-tier latency penalties, modules of this capacity class have become foundational components in modern datacenter memory strategies. Omnixon Global supplies this module to enterprise, government, and institutional buyers across the UAE, GCC, EMEA, and APAC regions.

Ideal for

• AI and machine learning inference servers requiring large in-memory model parameter footprints to eliminate storage-tier data staging latency
• In-memory database platforms such as SAP HANA or Redis enterprise deployments where entire working datasets must reside in DRAM for sub-millisecond query response
• High-performance computing (HPC) nodes running memory-bound simulation, computational fluid dynamics, or finite element analysis workloads that benefit directly from maximum per-node memory capacity
• Virtualization hosts running dense virtual machine or container workloads where aggregate guest memory demand requires maximum physical RAM per socket
• Enterprise data analytics and business intelligence platforms processing large datasets in-memory to accelerate ETL pipelines and real-time reporting
• Cloud service provider infrastructure nodes and hyperscale-adjacent private cloud builds requiring high-density memory configurations to maximize workload consolidation per rack unit

Technical specifications

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