Intel Optane Persistent Memory 300 Series 512GB DIMM

The Intel Optane Persistent Memory 300 Series represents a transformative approach to data persistence, combining the speed of DRAM with the durability of persistent storage in a single DIMM module. This technology bridges the performance gap between volatile memory and traditional storage, enabling applications to access data at memory speeds while maintaining data durability across system failures. The 512GB capacity variant addresses enterprise demand for large-scale in-memory databases, particularly SAP HANA deployments that require substantial working datasets without sacrificing transaction throughput.

Architecturally, Optane Persistent Memory operates alongside traditional DRAM in a dual-tier memory hierarchy, accessed through standard memory controllers on Intel Xeon Scalable processors. The persistent layer survives power loss events, system crashes, and ungraceful shutdowns, eliminating the write-penalty traditionally associated with durable storage. This enables financial institutions and enterprises to achieve microsecond-latency data access with guarantee of durability, fundamentally changing workload economics for latency-sensitive applications.

Launched in Q4 2022, the 300 Series iteration incorporates enhancements to reliability, capacity density, and performance characteristics developed through years of production deployment at leading financial services firms and enterprise database administrators. The technology has achieved production maturity with demonstrated reliability across high-transaction-volume environments running continuous workloads at scale.

Ideal for

• SAP HANA in-memory database deployments requiring multi-terabyte working datasets with sub-millisecond access latencies and persistent durability
• High-frequency financial transaction processing platforms where data loss during system events creates unacceptable business risk and persistence without latency trade-offs is essential
• Real-time analytics platforms processing streaming data from capital markets, requiring both rapid concurrent data access and guaranteed durability without checkpoint overhead
• Enterprise data warehousing operations consolidating multiple data marts into unified in-memory repositories with persistent consistency
• Banking and payment processing systems requiring ACID compliance with microsecond-level transaction confirmation without reliance on separate persistent storage layers
• Machine learning feature stores and online inference platforms maintaining large dimensional datasets with consistent, durable access patterns

Technical specifications

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