Quantum DXi6701 Disk Based Backup

  • Quantum
  • 13104941
  • DDY67-CR01-008A
  • Temporarily Out-of-Stock
  • Call for next available delivery

High performance, easy-to-deploy disk backup with deduplication and replication for NAS and Fibre Channel environments!
Ordering Information
The DXi6701 is part of the DXi6700 Series. This version comes with four 8Gb FC connectors and six 1GbE connectors.

The DXi6701 Disk Based Backup solution provides deduplication without compromise, combining the broadest scalability and highest performance with leading value and unique extensibility to support the broadest range of IT environments today and into the future. Built on Quantum’s DXi 2.0 software, the DXi6701 is a purpose-built solution that scales from 8TB to 80TB of usable capacity in a single system, and provides the fastest backup performance of any midrange-to-Enterprise appliances—achieving up to 5.8TB/hour in conventional in-line target mode, without restricting backup applications or requiring additional software installation.

The DXi6701 gives IT departments optimal investment protection with a combination of maximum flexibility and value. All units provide simultaneous NAS, VTL, and OST interfaces making it easy for users to add or change interconnect choices as their backup environments evolve. To keep costs low both at acquisition and in the future, the appliance base price includes all software licenses, including encrypted remote replication for automated DR protection, direct tape creation for integrated long term retention, and DXi Accent software for hybrid-mode deduplication. Designed to extend deduplication beyond appliances, DXi Accent dramatically increases backup performance over low-bandwidth networks by moving part of the deduplication process to the backup server so that only unique blocks are sent to the appliance. DXi Accent supports local LAN and remote WAN installations, it can be enabled on a server-by-server basis, and it leverages replication and a direct path to tape for DR and long term retention.