Virtualization is key to any efficient datacenter deployed today. The days of one-server one-application are gone. We've virtualized workloads for years with the next wave being the *cloud*. At the physical level, there have been several innovations
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Virtualization is key to any efficient datacenter deployed today. The days of one-server one-application are gone. We've virtualized workloads for years with the next wave being the *cloud*.
At the physical level, there have been several innovations that make cloud computing a reality. First the ability to move workloads seamlessly across machines, with technology like VMware's VMotion. Then there is the ability to move storage pools with Storage VMotion as an example from VMware. These technologies allow the movement of applications and storage between machines, but what about the I/O ?
That's where Xsigo fits. Using a single Host Channel Adapter (HCA) you can connect one cable to the host and define as many as 64 virtual HBAs and NICs. Xsigo is virtual I/O.
When I was first introduced to the Xsigo solution I thought, "Ohh great another proprietary fat pipe solution". Once I was able to see the Xsigo Director in action with VMware, it made more sense. "Ahhh, I just cable one time then I can create and move I/O around my virtualization cluster as I see fit". I also learned that it was not proprietary, but built on industry standards.
With Xsigo, as I move my workload around the virtualization cluster I can add more I/O resources dynamically, adding performance as my applications demand it.
See a demo of our Xsigo unit in the Dell TechCenter lab.
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