Friday 23 September 2011

High Availability for SMBs - easy and cheap


The competition is getting bigger, small and medium businesses rely on being more efficient. A high availability infrastructure is therefore the most important requirement to be able to function competitively. What high availability means exactly what systems are affected, what can IT do to make your failsafe and what it costs, you will learn in our on-demand webcast from October 25. Answers to your questions in our high-availability of experts Birkner Collax Falk.System failures can quickly get expensive for companies. Even an hour of downtime can translate into a medium size company (500 employees) based on the industry, with amounts up to 18,000 euros. Especially small and medium enterprises to promote the issue remains in the background. This can avoid unnecessary costs, while taking care of the least critical systems are failsafe and high availability. That high-availability solutions should not be more expensive and complex, shown in our webcast.Birkner Falk GmbH is explained by the Collax comply, among other things, the demands of a modern IT infrastructure for small and medium enterprises should. Then the states can be formed based on technologies of virtualization and high availability also safe and affordable infrastructure that can be implemented easily and quickly, requires little administrative effort and also enables maintenance without downtime.That the appropriate products to implement this type of architecture to cost a fortune, Falk Birkner Collax an example of V-Family. With Collax V-Cube as server virtualization, Collax V Inter-cluster management and Collax V-store as an integrated storage solution allows small and medium enterprises to build a secure and affordable. Virtualization, clustering and high availability in a solution are summarized and available on request, a device, and ideally in a day, ready to use.Mr. Birkner answer your questions during the broadcast on the subject. Moderator of the event is Martin Seiler at Heise Online.

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