Dell 15.36TB NVMe Read-Intensive Enterprise SSD (E3.S)

The Dell EMC 15.36TB NVMe Read-Intensive Enterprise SSD in the E3.S form factor (part number 400-BPGS) is engineered for storage-dense PowerEdge server deployments that demand maximum capacity in a compact, thermally efficient package. The E3.S (formerly known as EDSFF E3.S) form factor is purpose-built for high-density data center environments, offering a thinner profile than traditional U.2 drives while delivering full PCIe NVMe performance. Optimized for read-intensive workloads, this drive is designed to sustain high sequential and random read throughput across large datasets with a read-optimized NAND architecture that prioritizes endurance at lower write duty cycles.

With 15.36TB of raw capacity, this SSD addresses the growing demands of AI inferencing pipelines, large-scale analytics platforms, and data lake storage tiers where rapid data retrieval at petabyte scale is critical. The NVMe protocol eliminates the latency bottlenecks inherent to legacy SAS and SATA interfaces, enabling direct CPU-to-storage communication via PCIe lanes. Dell EMC's integration of this drive into the PowerEdge ecosystem ensures full iDRAC telemetry visibility, predictive failure monitoring, and seamless firmware lifecycle management through OpenManage.

This model is particularly well-suited for next-generation PowerEdge servers that natively support the E3.S slot standard, including high-density storage and AI-optimized configurations. The drive's read-intensive endurance rating makes it appropriate for workloads with read-to-write ratios of approximately 80:20 or greater, such as content repositories, warm data tiers in tiered storage architectures, and large model inference serving. Its enterprise-grade reliability features align with continuous 24/7 operational requirements typical of production data center environments.

Ideal for

• AI and machine learning inference serving requiring rapid access to large model datasets stored on high-capacity NVMe flash
• High-density analytics clusters performing large sequential reads against multi-terabyte datasets in data lake or data warehouse tiers
• Content delivery and media storage backends where read throughput and capacity density are prioritized over sustained write endurance
• Warm storage tiers in tiered data center architectures, absorbing frequently read but infrequently modified datasets from primary all-flash arrays
• PowerEdge-based hyperconverged and software-defined storage deployments requiring maximum usable capacity per drive bay
• Genomics and life sciences research platforms that stage large reference datasets for repeated high-speed read access during computational pipelines

Technical specifications

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