Protect your business against the effects of ransomware attacks thanks to frequent snapshots and advanced retention plans.
Article EOL
Date: Jul 25, 2011
Open-E Data Replication enables asynchronous file and folder copy from one storage system to another for maximum data availability. With Asynchronous Replication, a point-in-time snapshot copy of data on the source is made and copied to the target storage system.
Article EOL
Date: Jul 25, 2011
Failover is an excellent way to implement <strong>High Availability</strong>. It is a work mode that uses two Open-E Data Storage Software V6 servers (primary and secondary). The secondary server, which has a full up-to-date copy of the data, takes over as the file server in the event of a primary server failure.
Article EOL
Date: Jul 25, 2011
If you want to connect to an iSCSI Target Volume over a LAN from a Microsoft Windows system, perform the following steps: 1) Hardware configuration 2) Configure the DSS V6 3) Configure iSCSI Target Properties 4) Initialize the disk from iSCSI target 5) Accessing to the disk.
Article EOL
Date: Jul 25, 2011
High availability is crucial to many applications. Despite using high-quality hardware and superior connection, any node (network, server, storage equipment, etc) is still subject to crashes due to power shortages, communication and equipment faults, fire incidents, maintenance problems or a human factor. These crashes result in a loss of all active connections and data transactions, as well as service termination. The main goal of Failover is to protect company server against such cases.
Article EOL
Date: Jul 25, 2011
See example configuration of Multipath I/O on Open-E Data Storage Software. To run the Multipath I/O on DSS V6 with Windows 2008 server, perform the following steps: 1) Hardware configuration 2) Configure the DSS V6 3) Multipath I/O on DSS V6 with Windows 2008.
Article EOL
Date: Jul 25, 2011
Failover Cluster allows multiple computers work together in order to provide high availability of some services. In case of a situation when a node responsible for a service fails, the second one is able to take over this service and prevents from an unexpected downtime.