Archive for September, 2010

Dell’s Virtual Integrated System

Open, Capable, Affordable - Dell VIS

Open, Capable, Affordable - Dell VIS

It’s always interesting travel, you learn so many new things. And so it was today, we arrived in Bangalore yesterday to bring two of the sprint teams in our “Maverick” design and teams up to speed.

In an overview of the “product” and it’s packaging, we briefly discussed naming. I was under the impression that we’d not started publicly discussing Dell’s Virtual Intergrated System (VIS), well I was wrong as one of the team pointed out.

Turns out a Dell.com web site already has overview descriptions of three of the core VIS offerings, VIS Integration Suite; VIS Delivery Center; and VIS Deploy infrastructure. You can read the descriptions here.

Essentially, Maverick is a services oriented infrastructure (SOI), built from modular services, pluggable components, transports and protocols that will allow us to build various product implementations and solutions from a common management architecture. It’s an exciting departure from traditional monolithic systems management products, or the typically un-integrated products which use different consoles, different terms for the same things, and to get the best use out of them require complex and often long services projects, or for you to change your business to match their management.

Blades a go-go in Austin

We’ve been working on some interesting technology prototypes of our common software architecture. It forms the core of the “Maverick” virtualization solution, the orchestrator for the Dell Virtual Integrated System(VIS).[More on this in a follow-on post].

We have a far reaching outlook for the common software architecture including embedded systems. One thing I’ve been looking at is creating a top-of-rack switch, with an embedded management server. We demonstrated it to Michael Dell and the Executive Leadership Team on Monday to show them where we are with software.

The same stack and applications for the next generation Blade Chasis Management Controller (CMC). For VIS, we are building a set of “adjacency” services so that it can scale to thousands of physical servers. So it was with some interest when I saw this piece in the Austin American Statesman, our “local” paper. It covers the new $9 million supercomputer at the J.J. Pickle Research Campus of the University of Texas, to be installed next year.

The newest “Lonestar” system will be built and deployed by the Texas Advanced Computing Center; it’s expected to be operational by February 2011 and will will include 1,888 M610 PowerEdge Blade servers from Dell Inc., each with two six-core Intel X5600 Westmere processors.

Our VP of Global higher education, John Mullen, was quoted as saying “The system will be built on open-system architecture, which means it can be expanded as needed, that’s a cost-effective switch from proprietary systems of the past.”

Another coincidence for me, the entrance to the J.J. Pickles campus is right opposite the entrance to my old IBM office on Braker Lance, proving once again that old adage, as one do closes, another opens.


About & Contact

I'm Mark Cathcart, formally a Senior Distinguished Engineer, in Dells Software Group; before that Director of Systems Engineering in the Enterprise Solutions Group at Dell. Prior to that, I was IBM Distinguished Engineer and member of the IBM Academy of Technology. I'm an information technology optimist.


I was a member of the Linux Foundation Core Infrastructure Initiative Steering committee. Read more about it here.

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