SK Hynix 16GB DDR5-5600 SODIMM ECC Server Memory HMCG78MEBSA092N

The SK Hynix HMCG78MEBSA092N is a 16GB DDR5-5600 SO-DIMM module engineered for space-constrained server environments including 1U edge nodes, industrial computing appliances, and telecom infrastructure requiring error-correcting code (ECC) protection. Launched in Q4 2023, this module combines DDR5's enhanced bandwidth and power efficiency with ECC reliability, addressing the emerging demand for verified memory in compact form factors deployed in hospital networks, telecom base stations, and distributed edge computing architectures.

The module leverages SK Hynix's advanced DRAM process technology to deliver dual-channel performance suitable for real-time applications, virtualization workloads, and database operations where data integrity cannot be compromised. SO-DIMM form factor enables deployment in systems with limited vertical clearance while maintaining full ECC functionality and thermal management compatibility with 1U chassis specifications. DDR5-5600 speed tier provides significant bandwidth uplift over DDR4 while maintaining backward compatibility with the broader DDR5 ecosystem.

This memory is specifically optimized for edge infrastructure where environmental conditions may be less controlled than traditional data center environments. The combination of ECC protection, industrial-grade reliability, and compact form factor positions this module as a core component for next-generation edge computing nodes, medical imaging systems, telecommunications equipment, and autonomous system controllers requiring fault-tolerant memory in space-constrained deployments.

Ideal for

• Compact 1U edge server deployments in hospital networks running real-time patient monitoring and medical imaging applications requiring ECC memory protection
• Telecom base station edge computing nodes running software-defined networking and cellular infrastructure with stringent uptime requirements
• Industrial edge AI inference nodes processing sensor data from manufacturing floors and smart factory environments in confined enclosures
• Distributed database replication clusters and in-memory cache nodes deployed at network edge with limited space and environmental controls
• Medical diagnostic and laboratory equipment controllers requiring verified memory integrity in healthcare facility environments
• Autonomous vehicle edge processing units and robotic system controllers with reliability-critical workloads in compact form factors

Technical specifications

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