Data volume is growing faster than many IT infrastructures were designed to handle. Virtualized environments, mission-critical databases, and applications are placing ever-increasing demands on performance and reliability, while legacy systems and complex architectures are struggling to meet these demands cost-effectively. At the same time, customer needs extend beyond pure performance.
Reducing energy consumption, increasing data resilience, and simplifying infrastructure have become priorities, along with the need to consolidate workloads, reduce total cost of ownership, and optimize data center space. In this context, modernizing storage infrastructure is emerging as a key factor in achieving both economic and operational objectives.
Compact all-flash architecture that combines enterprise performance and energy efficiency
The ETERNUS EP300 delivers enterprise-grade all-flash performance in a compact form factor. Optimized for modern workloads—including AI, virtualization, databases, Kubernetes, and mission-critical applications—it provides the consistency and reliability these environments demand. Its design facilitates workload consolidation, reduces power consumption, and lowers the total cost of ownership compared to larger or more complex alternatives.
One of its key features is the incorporation of high availability through a storage cluster capable of operating in active-active mode. This allows for the transfer of resilience levels traditionally associated with large enterprise environments to a more accessible model in terms of cost and deployment, making this technology viable for smaller organizations as well. Integration into existing and hybrid IT environments is straightforward, enabling the modernization of storage infrastructure without disrupting already implemented architectures. Energy efficiency is a central element in the design of ETERNUS EP300: the EP stands for “Eco Power,” reflecting lower energy consumption, a reduced data center footprint, and support for sustainability goals.
