The E-Series P storage platform has been deployed in the most demanding enterprise environments offering unrivaled price and performance, robust connectivity options (FC, iSCSI) for seamless interoperability along with a robust qualified OS support matrix. The battle-tested E-Series P Storage Arrays give you the capacity and performance needed for your structured data workloads, along with the ultra-reliability Nexsan is long known for.
DOWNLOAD E48P & E60P DATASHEET
The E-Series F storage platform including the E18F and E32F takes the same industry proven, reliable storage architecture that supports TLC SSDs and enables the latest QLC NAND technology. The E-Series F is a perfect fit for high capacity, performance-sensitive workloads that fuel business — like real-time analytics, machine learning, artificial intelligence, big data, media content delivery, user authentication, and more.
E-Series is a high-density, high-performance, highly-scalable, ultra-reliable storage system that enables organizations to lower their storage costs, maximize storage uptime, and boost data storage ROI. E-Series is a versatile SAN or DAS solution to stay ahead of the enormous data growth, demanding workloads, and high resiliency requirements in a variety of businesses, including media & entertainment, government, healthcare, HPC, financial, surveillance and service provider sectors.
High performance block (FC, iSCSI) for structured data (databases and Exchange).
491 TB in just 2U or 960TB in 4U, or combine systems for over 9.6PB in a 42U rack.
AES-256 encryption protects data at rest.
All systems are stress-tested to deliver the highest reliability out of the box.
Starts as small as 60TB and scales to over 2.16PB in one 12U configuration.
Improve energy efficiencies and cost-savings.
Reduces vibration to increase drive performance.
Service drives whiles keeping data available for access.
Reduce heat to increase drive reliability and longevity.
"I love my Nexsan E60, it's dense, easy to configure and gets going in very little time. The company and the product are solid."
Sarah Channon, University of Maryland
