NEW DELHI, INDIA: Hitachi Flash Storage A series is Hitachi’s latest entry in its flash portfolio, which delivers flash solutions for multiple use case. The Hitachi Flash Storage A series joins the recently announced all-flash Hitachi Virtual Storage Platform (VSP) F series and enhanced models of the hybrid Hitachi VSP G series in the Hitachi flash storage portfolio.
Hitachi Flash Storage A series systems include a full suite of user-selectable data services that enable the right levels of capacity efficiency, data protection and predictable performance for a variety of workloads. Advanced features and selectable data services include inline data reduplication and compression, thin provisioning, snapshots, replication and data encryption. Customers now have the power to choose between turning on or off the inline data reduplication or compression based on application requirements for the right mix between performance and efficiency.
Available in three models, HFS A series includes a pair of high-performance controllers and up to 60 SSDs in a single 2U-high tray. With up to 384TB of effective capacity and 1 million IOPS, customers can easily and quickly consolidate multiple applications to reduce data center footprint while alleviating management headaches. The HFS A series is ideal for customers seeking optimized solutions for a particular set of use cases like virtual desktop, virtual server real-time analytics and database environments.
“Hitachi has delivered a full portfolio of optimized flash solutions bound together by a software-defined approach to storage infrastructure. This gives customers the ability to optimize solutions for a particular set of use cases while getting the power and efficiencies of common management, workflows and policies across their infrastructure,” said Miklos Sandorfi, vice president, Infrastructure Platforms, Solutions and Cloud, Hitachi Data Systems.
Hitachi Flash Storage A series arrays also provide data protection in a number of ways. Customers can protect data with copy-on-write snapshots per logical volume and full clones of logical volumes can also be created and copied for redundancy.