In the news

Losstech stattet Storage-Lösungen mit dem Betriebssystem Open-E DSS V6 aus

Der Storage-Software-Spezialist Open-E GmbH aus Puchheim bei München und der Lutzhorner IT-Systemintegrator Losstech GmbH geben zum Beginn des zweiten Quartals 2011 ihre verstärkte Zusammenarbeit bekannt, die bereits Anfang März auf der CeBIT 2011 begonnen hatte.

Open-E, Inc. brings to market Automatic NAS (NFS) Failover for its Data Storage Software (DSS) V6.

High availability is crucial to many applications. Despite using high-quality hardware and superior connections, any node (network, server, storage equipment, etc.) is still potentially subject to failures which can result in the loss of all active connections, data transactions or even service.

In this case an automatic failover is essential for smooth operation within a data center. It works by sensing the failure of the primary node. Redundant nodes can continue serving clients, effectively replacing the missing node(s). An automatic Failover does not require tech team deployment or administrator approval to ensure continued operation.

High availability is crucial to many applications. Despite using high-quality hardware and superior connections, any node (network, server, storage equipment, etc.) is still potentially subject to failures which can result in the loss of all active connections, data transactions or even service.

Open-E announced its Automatic NAS (NFS) Failover functionality for its Data Storage Software (DSS) V6. According to PR Log, the company claims V6 now offers NAS users a notable improvement in functionality, making it the highest performing and most cost-effective storage operating system on the market.

Open-E announced the much-anticipated introduction of the automatic NAS (NFS) failover functionality as an add-on for open-E DSS V6
Munich, March 2, 2011: Open-E, one of the leading developers of innovative storage management software, today introduces the automatic NAS (NFS) failover for its data storage software (DSS) V6 to the market. High availability is essential for many applications. Despite the use of high-quality hardware and excellent connections, each node (network, server, storage facilities) is causing the loss of all active connections, the exchange of data, or even the services potentially susceptible to failure. In this case, automatic failover is essential for the smooth running of the data center. It noted the failure of the primary node. Redundant nodes can continue to serve the clients and thereby replace the fehlende(n) Node(s) effectively. A fully automatic failover requires neither the use of the technology team of still the administrator, in order to ensure continuous operation.