SK Hynix 96GB DDR5-6400 RDIMM

Brand: SK Hynix | Category: Memory (RAM)

SKU: HMCG94MEBRA107N | Part #: HMCG94MEBRA107N | MPN: HMCG94MEBRA107N

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SK Hynix has engineered the HMCG94MEBRA107N as a 96GB DDR5 RDIMM module purpose-built for mission-critical enterprise and data centre infrastructure where reliability cannot be compromised. The registered DIMM form factor is not incidental to this product—it is foundational. RDIMMs include a register chip that buffers control and address signals before they reach the DRAM array, which reduces electrical loading on the memory controller and enables larger memory configurations per socket than unbuffered alternatives. This architectural choice makes the SK Hynix HMCG94MEBRA107N the correct choice for dual-socket and multi-socket server platforms, hyperscale deployments, and AI infrastructure labs that demand both density and stability. Systems administrators and infrastructure architects responsible for memory procurement understand that RDIMM compatibility is a gating factor—if your platform supports only UDIMM or LRDIMM, the HMCG94MEBRA107N cannot be installed. SK Hynix positioned this module squarely in the RDIMM segment because the customer base for 96GB per-module capacity skews heavily toward Xeon-based systems and POWER architecture servers where RDIMM is the standard.

The DDR5-6400 speed specification reflects a deliberate balance between performance ceiling and platform-wide availability. At 6400 megatransfers per second, the HMCG94MEBRA107N operates at a frequency that current-generation Intel Xeon processors (Sapphire Rapids and later) and AMD EPYC systems (Genoa and newer) can reliably support without exotic cooling or power delivery overprovisioning. SK Hynix did not attempt to push this module toward the extreme end of DDR5 speed bins—5600 MT/s and 4800 MT/s variants exist for cost-optimized deployments, while 8533 MT/s and higher bins serve specialized workloads. The 6400 MT/s sweet spot means data centre buyers can deploy the part number HMCG94MEBRA107N into standard procurement channels with confidence that it will boot, train, and perform without requiring microcode updates, BIOS quirks, or custom vendor tuning. Full error correction code (ECC) support is inherent to the RDIMM design—every bit written to the HMCG94MEBRA107N is protected by SECDED (single-error correction, double-error detection) logic. For any organisation running virtualisation, containerised workloads, AI model training, or transactional databases, ECC is non-negotiable. Undetected memory corruption can silently propagate through hypervisor state, corrupt database indices, or poison training data. The SK Hynix engineering team built ECC into this module at the die level, not as a marketing feature.

Capacity density at 96GB per DIMM slot represents a pragmatic engineering milestone. A dual-socket Xeon platform with 12 DIMM slots per socket can now host 1.15 terabytes of memory using the HMCG94MEBRA107N in conjunction with matching modules—a figure that was impossible in the DDR4 era without resorting to LRDIMMs and their associated latency trade-offs. Data centre architects planning AI inference clusters, in-memory analytics platforms, or consolidated virtualisation environments benefit from this density because it reduces the total number of server chassis required to reach target memory pools. SK Hynix manufactured the HMCG94MEBRA107N to JEDEC DDR5 specifications, meaning the module meets industry thermal, electrical, and mechanical standards. The part number HMCG94MEBRA107N carries a new, sealed condition from the factory, ensuring no prior thermal cycling, no bent pins, and no latent defects from field handling. For enterprises deploying critical infrastructure, this provenance matters—a module sourced through proper distribution channels arrives with full traceability and manufacturer warranty.

The practical deployment scenarios for this module cluster around three primary use cases. First, virtualisation-heavy data centres consolidating dozens of physical servers onto fewer high-memory hosts rely on RDIMM modules to populate memory slots in bulk without worrying about signal integrity degradation or controller load. Second, AI infrastructure teams training large language models or computer vision systems need consistent memory performance across batches of identical systems, and the SK Hynix HMCG94MEBRA107N provides that homogeneity. Third, in-memory database platforms—Redis, Memcached, or SAP HANA deployments—demand ECC protection and predictable latency, both of which the DDR5 RDIMM form factor guarantees. Storage architects and network engineers rarely touch memory procurement directly, but systems administrators and infrastructure project managers make the final call on which SKU to load into bill of materials. They validate compatibility matrices, calculate total cost of ownership, and ensure support coverage aligns with maintenance windows. The SK Hynix brand carries weight in this conversation because the company manufactures memory at scale across multiple geographies and maintains consistent quality across product lines, reducing procurement risk.

Omnixon Global stocks the SK Hynix HMCG94MEBRA107N and maintains supply relationships across the GCC, with logistics hubs in Dubai, Abu Dhabi, and Saudi Arabia serving data centre build-outs, AI lab deployments, and enterprise refresh cycles across the region and into Asia. Our team understands the compatibility matrices, lead times, and vendor certification requirements that drive memory procurement in the Middle East and beyond. Whether you are provisioning a hyperscale facility, refreshing an existing installation, or validating memory specifications for a new platform deployment, we invite you to submit a request for quotation specifying your technical requirements and volume profile. Omnixon Global can provide technical validation, logistics coordination, and commercial terms tailored to enterprise and data centre procurement workflows.

Platform Compatibility and Performance Specifications

• 96GB capacity per DIMM enables 1.15TB maximum memory in standard dual-socket Xeon platforms without sacrificing signal integrity or controller stability
• RDIMM register reduces electrical loading on memory controller, supporting larger total memory configurations and higher reliability in multi-socket deployments
• DDR5-6400 MT/s speed supported natively by Intel Sapphire Rapids Xeon, 3rd Gen Xeon Scalable (Ice Lake), and AMD EPYC Genoa without microcode updates or exotic cooling
• Full ECC SECDED protection on all data paths prevents silent memory corruption in virtualisation, database, and AI training workloads
• JEDEC DDR5 compliance ensures mechanical, electrical, and thermal alignment with industry standards across multiple platform vendors
• New, sealed condition from SK Hynix factory guarantees no thermal history, no field damage, and full manufacturer warranty coverage
• Part number HMCG94MEBRA107N carries consistent specifications across all units, enabling bulk procurement and homogeneous system deployments