Infortrend ESVA F-20 | 101 Data Solutions

Infortrend ESVA-F20

The Infortrend ESVA-F20 is designed to support a powerful, reliable and flexible Fibre Channel (FC) SAN. Through expansion unit attachment, a single ESAV-F20 subsystem can be scaled to provide a maximum of 112TB of SATA storage. For secondary, capacity-demanding applications, the ESVA-F20 is the ideal choice to store and protect data with the optimal dollar-per-gigabyte advantage.

Infortrend ESVA-F20

Features	Benefits
Storage virtualization	Eliminate physical boundaries of storage consolidation
Thin provisioning	Ensure the most efficient allocation of pooled capacity
Distributed load balancing	Make performance linearly grow by adding subsystems to the virtualized foundation
Prioritized volume accessibility	Ensure applications to achieve their ideal service levels
Data protection: Snapshot Volume copy/Volume Mirror Sync and async remote replication	Support the highest data availability and quick service restart after storage accidents
Four 8Gb/s Fibre Channel host ports	Support capacity-hungry applications on 8G FC SAN with the optimal dollar-per-gigabyte Backward compatible with 4G or 2G speeds, protecting current infrastructure investment
Green designs: High efficiency power supplies Smart drive spin-down technology	Power supplies delivering more than 80% of energy conversion efficiency In spin-down state, drives can save up to 60% of energy consumption
Fault-tolerant hardware modules	Redundant controllers, PSUs, fans; high-availability hardware design, preventing “Single-Point-of-Failure”
Maximum expansion of 6 JBODs via multi-lane SAS links, up to 112 HDDs in total	“Pay-as-you-grow” scalability; no waste on what you don’t need, and no worries about what you will need
Powerful management suite, SANWatch, support, including multi-pathing functions	Easy management and monitoring of your subsystems anywhere, locally or remotely Recognize and manage redundant paths; support path failover and load-balancing
Multiple monitoring methods	Real-time problem detection and notification to achieve continuous operation