NetApp EF600 NVMe All-Flash Array Expanded Capacity Config

The NetApp EF600 is a purpose-built, all-NVMe flash array engineered for latency-sensitive enterprise workloads that demand maximum throughput and consistent sub-100 microsecond response times. Built on a dual-controller active-active architecture, the EF600 connects directly to NVMe-oF fabrics — including NVMe over Fibre Channel, NVMe over RoCE, and NVMe over iSER — eliminating legacy protocol overhead and delivering native NVMe performance end-to-end from host to media. The expanded capacity configuration (EF600-NVME-2048) is positioned for environments requiring high raw flash capacity alongside extreme I/O performance, making it a leading choice for AI/ML training pipelines, high-frequency analytics, and GPU-accelerated compute clusters.

The EF600 array houses NVMe SSDs in a 2U enclosure and supports up to 24 NVMe drives per controller shelf, with the ability to attach DE212C or DE460C expansion shelves to scale raw capacity significantly beyond the base chassis. The platform integrates NetApp SANtricity OS, which provides granular performance monitoring, dynamic disk pooling, data assurance (T10-PI end-to-end protection), and RAID 6 data protection natively. SANtricity also enables online non-disruptive configuration changes, drive firmware updates, and proactive AutoSupport diagnostics, reducing operational risk in production environments.

Designed for enterprise datacenters operating in demanding regions including the UAE, GCC, EMEA, and APAC, the EF600 expanded capacity configuration is validated for direct integration with GPU server clusters, high-performance computing nodes, Oracle databases, Microsoft SQL Server, and Splunk analytics platforms. Its dense flash capacity combined with NVMe-native fabric connectivity makes it operationally suitable for consolidating multiple performance tiers onto a single, manageable all-flash platform, reducing rack footprint and simplifying storage administration across large-scale enterprise IT environments.

Ideal for

• AI and machine learning model training requiring high-throughput, low-latency access to large datasets from GPU compute clusters
• High-performance database acceleration for latency-critical Oracle, SAP HANA, and Microsoft SQL Server workloads
• High-frequency trading and financial analytics platforms demanding consistent sub-millisecond I/O response times
• Seismic data processing and simulation workloads in energy and scientific research environments
• Splunk and large-scale log analytics requiring sustained sequential and random read throughput across massive data volumes
• Consolidated enterprise SAN environments replacing multiple legacy hybrid or SAS-based arrays with a single high-density all-NVMe platform

Technical specifications

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