Centralized Management: Control and monitor your entire storage infrastructure from the DataCore dashboard. DataCore supports all of your existing and future storage hardware.
High Availability: Real-time offsite I/O replication ensures the highest degree of availability and eliminates your SAN as a single point of failure.
Thin Provisioning: DataCore's dynamic storage pools allow the dynamic allocation of just enough space, just in time. Virtual volumes appear as very large drives of 2TB or above, but take up only space that is actually being written to.
Remote Replication: DataCore automatically replicates your data via IP connection to an offsite storage pool. DataCore supports Distributed Disaster Recovery, allowing your organization to spread disaster recovery responsibilities across several smaller sites.
Continuous Disaster Protection: DataCore snapshots eliminate your back-up window, allowing you to quickly recover disks to a known good state. DataCore CDP allows you to travel back in time to restore and recover data and systems.
RAID Striping: I/Os are spread across multiple spindles to circumvent drive failures. Most popular RAID devices are supported.
High-Speed Caching: DataCore storage systems accelerate I/O response from existing storage by anticipating next blocks to be read and groups writes to avoid waiting on disks. Click here to download a Performance White Paper.
Load Balancing: Load is spread on physical devices using different channels for different virtual disks. DataCore automatically bypasses failed or offline channels.
Easy Data/Disk Migration: DataCore allows non-disruptive hardware disk upgrades for mirrored volumes. During data migration or disk upgrade, the data is still fully available to the application servers. There is no negative impact on availability and performance.
Virtual Disk Pooling: DataCore allows users to pool together disk resources into pools. The administrator can then assign a Quality of Service (QoS) level to these pools, depending on the requirements of the application servers that consume the respective virtual volumes.