Looking at the hardware this doesn't win any density crown. This is exactly what I did 6 years ago with Lefthand. Rack mounts servers with a distributed storage layer.
Cisco flexes its HyperFlex hyper-converged muscles
Let battle be joined; Cisco has re-entered the storage market via the hyper-converged infrastructure appliance door, with its HyperFlex* system able to separately scale performance and capacity. It uses Springpath HALO software, as many thought it would, and places Cisco in direct competition with other HCIA vendors, …
COMMENTS
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Wednesday 2nd March 2016 09:03 GMT Anonymous Coward
You totally missed the point. This is not about density at all.
The correct questions are:
Did you provision Storage+Compute+Network and starting spinning your VMs in less than one hour?
Did you manage all those components in a single tool?
And then of course:
Was it cheaper than buying all those things separately?
Including the "DYI" costs part?
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Thursday 3rd March 2016 13:46 GMT Anonymous Coward
So a HX220C is an 1U single node appliance with storage......
A Nutanix or VxRail is a 2U quad node appliance with storage....
Which means a 4 node HyperFlex solution will be 4U...... Yeah, something's not adding up just quite yet.....
But knowing how Cisco operate, they'll drop their pants on price just to get market share (similar to their UCS product)
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Sunday 13th March 2016 23:55 GMT steinweo
What is Hyperconvergence
Good marketing, but scaling compute and storage independantly is not hyperconvergence !!!
Here is commonly accepted definition : in a hyperconvergence environment all elements of the storage, compute and network components are optimized to work together on a single commodity appliance from a single vendor. What really matters is: "a single commodity appliance".
What Cisco is referring about looks more like to me to hyperscale : "hyperscale is the ability of an architecture to scale appropriately as increased demand is added to the system. This typically involves the ability to seamlessly provision and add compute, memory, networking, and storage resources to a given node or set of nodes that make up a larger computing, distributed computing, or grid computing environment."