Solutions with Open-E DSS V7

Open-E DSS V7 is the XFS-based software in our portfolio, and a perfect solution for standard storage setups requiring failover, replication and other basic features. Find out more about the possibilities that the product is offering.

A High Availability cluster over Ethernet is a type of cluster setup where the communication between redundant nodes as well as the data transfer, are being realized over an Ethernet connection in an automatic failover configuration.


Open-E’s Cloud Data Protection Service offers continuous data safety and fast recovery of your data, provided by the MSP (Managed Service Provider) of your choice. No matter what kind and size of business you run, it will safeguard your company by protecting your files and allowing to restore them after data loss or corruption. No initial investment required, all technical matters taken care of by your MSP, steady and affordable monthly fee.


The Avago Syncro™ technology is a solution for businesses of all sizes that require high available storage for high performance, high capacity or hybrid system. The Syncro™ CS solution is a hardware based, high-available DAS which is shared between two head-nodes. In combination with Open-E DSS V7 software, it is possible to create a customized solution for any need, from a high performance SSD storage to high capacity 3,5” HDD server with SDD caching.


The Avago Syncro™ technology is a solution for businesses of all sizes that require high available storage for high performance, high capacity or hybrid system. The Syncro™ CS solution is a hardware based, high-available DAS which is shared between two head-nodes. In combination with Open-E DSS V7 software, it is possible to create a customized solution for any need, from a high performance SSD storage to high capacity 3,5” HDD server with SDD caching.


The Failover feature provides High Availability of data. In an iSCSI Failover setup of two servers, data is saved on both servers simultaneously. When one system fails, its processes and all resources are being relocated to and restarted on the second node. The Active-Passive setup allows having all volumes active on one node (the primary node), while the other node has all passive copies and takes over the tasks in case of an emergency (the secondary node). A load-balanced Active-Active Failover on the other hand, doesn’t have a primary or secondary node. It adds extra performance by enabling the user to decide which volumes are active on which node. The failover process is the same, but the servers are able to utilize their full network performance and eliminate the unnecessary cost of idle hardware.

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