Why does the line of business or practice management software, electronic mail systems, and file/print storage go on separate servers?  This is not necessarily because these technologies require the full processing power of an individual server.  What if I could run from two servers what I used to run from four? Better yet, in the event of a failure, what if my data could instantly switch from one server to another?

Reducing costs and increasing functionality - this is the essence of virtualization. Server crash?  No problem.  Virtualization platforms increase performance and stability by efficiently and automatically processing multiple server or desktop logical operating systems and all the services that go on them from a smaller number of physical servers configured in a load balanced and fault tolerant manner.

Virtualization Savings By adding more, you can actually save more, cutting the costs per server for things like power, support and maintenance, and periodic hardware replacement.  Instantly and easily create new servers virtually in minutes instead of buying a new one every time the need arises.	Virtualization Performance & Overhead Improvements Maximize performance and minimize downtime.  Load balancing dynamically allocates virtual operating systems between available physical devices.  Plus, IT staff can perform regular maintenance transparently during business hours with redundancy and fail over in place.
Virtualization Multi-Platform Compatibility Virtualization platforms support not only Windows-based systems, but Mac, Linux and other commonly utilized operating systems found in the modern data center.	Virtualization Redundancy Mission critical servers can be instantly replicated to failover systems, providing near 100% uptime and a transparent experience to the user base when a failure occurs.

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