A story came out today showcasing the platform built to power Xerox Managed Print Services (MPS), and it’s hard to describe better example of how Cisco’s data center technology comes together to help unlock the full potential of cloud computing. In the lead-up to this release and the webcast that we’re airing this Thursday, I had the pleasure of working with Tom Force who leads up the architecture team at Xerox that built the MPS cloud. What I heard him describe illustrates some of the fundamental differences in UCS that come into play for cloud builders:
- Fabric-centric design. MPS is a cloud based service and hosts over a hundred applications. Many of these are multi-tier apps and they benefit directly from the fact that every server in a UCS environment is connected to a single high performance, deterministic, low latency fabric. This eliminates hops between servers and opens up the platform to support intense E/W traffic within the servers that collaborate to deliver services. Contrast this to traditional architectures that put layers of switching between servers with in-chassis blade switching modules. The performance gains were noticed and communicated by Xerox customers to Tom, and that is the end result that really matters
- Form factor agnostic design. In UCS a server is a server is a server regardless of the shape of the box. The Xerox MPS cloud leverages blade and rack servers as and where they make sense and the architects and administrators can manage them all in one abstracted pool of resources. No other platform so fully eliminates the concerns of what shape the sheet metal is.
- A unified control plane exposed via XML API. The MPS cloud is orchestrated with vCloud director. The deep integration between UCS Manager and cloud platform SW enables automated discovery and configuration of new compute resources as they’re added to the system. This creates the true elasticity and automation that a cloud of the magnitude of Xerox MPS demands. Programmable pools of abstracted computing and network elements is what separates a robust cloud from one built on a brittle, manual infrastructure foundation.
- UCS Manager Service profiles: Simplification of server image types and elimination of configuration drift as applications move from development through test, staging and deployment was a big win for the Xerox IT team. Having a infrastructure that can be reliably and accurately provisioned and maintained, both in the primary and remote DR sites is another area Tom cited in our conversations.
- UCS Central: this is recently released technology that allows customers like Xerox to manage multiple UCS domains across the data center and across geographies.
- I’m sure i’m forgetting something but I’ll go with 5 unique attributes for now.
You have to love it when a plan comes together. **
**Fictional rendering of Tom Force
This Thursday, the Xerox team is joining us for a dynamite webcast we’ve pulled together to talk about UCS and laying the right foundations for cloud. James Staten of Forrester, who is THE MAN on cloud, helps us kick it off and we also have architects from FICO joining to talk about their private cloud design. If you’re in the business of looking at infrastructure strategy for cloud computing this is one you don’t want to miss.
Check also Xerox case study
Tags: Cloud Computing, data center, Hannibal, Servers, UCS, UDC
The following are excerpts from an interview with Wong IK Ming, Director, eSURIA MENTARI SYSTEMS SDN BHD.
From halfway around the globe in fabulous Singapore, I was delighted to have the chance to interview Wong IK Ming, a Cisco Certified Partner covering Southeast Asian nations, to get his perspectives on data center security opportunities.
Tell me about your customers. What are their most pressing problems?
eSURIA caters mostly for the public sector but we are now extending our services to include Oil and Energy. Our customers have to adhere to new and emerging government mandates around data privacy and sovereignty. This requires a combination of strong governance processes mapped to sound technical controls and a design that is future proof, for example ensuring unified policy, dynamic and logical segmentation. Security must be thought out from the beginning—from the application to the edge of the cloud. I’ve seen a couple of instances of community clouds where security has not been thought through and it’s a matter of time before a security incident occurs.
As a partner, what benefits do you see for Cisco’s approach to data center security?
Our customers are fast adopting new infrastructure models and having the Cisco Validated Designs is a huge benefit because it enables us to attest to the technical soundness of the overall solution and to present security as an integrated element as opposed to a separate element. It also enables us to build these into the overall services templates that we provide with confidence that the necessary testing has taken place. I look forward to seeing more of these validated designs. For example, a validated security blueprint for Microsoft private cloud applications with Cisco UCS.
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Tags: Cisco USC, Cisco Validated Design, cloud, data center, private cloud, Servers, UCS, virtualization, VMware
If your motto is “go big or go home” then you’re probably going to like UCS Central. Since inception, Cisco’s Unified Computing System has upheld some important core tenets in its design ethos: management via policy, simple scaling and open infrastructure programmability. UCS Central, a new management product in the UCS family, extends all of those principles to a level of scale and granular administrative reach that are truly unprecedented in our industry. The Data Center team at Cisco is very excited about what UCS Central is going to mean for our customers, so on November 8th we’re hosting an online event to lay out the whole story. I hope you will join us.
UCS Central is essentially a manager of managers. Consider a single domain of UCS to be a pair of Fabric Interconnects where an instance of UCS Manager resides and looks after the goings on of up to 160 servers and all of their I/O connectivity. UCS Central now allows administrators to manage multiple domains of UCS and scale their aggregate environment to the range of 10,000 servers.
You might say that UCS customers can opt for the “go big” option. I suppose since this the golden age of mobility, they can access it all remotely to go big and go home…
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Tags: cloud, Computing, data center, Servers, Systems Management, UCS, UCS Central, UCS Manager
In my previous blog post, I highlighted some of the benefits being seen by customers using the Cisco’s Unified Computing System ™ (UCS) from Case Studies. In posts two, three, four, and five, I discussed reduction in cabling, provisioning times, power & cooling, and other reductions in operating costs in more detail. Today, in the last post of the series, I will drill down on ongoing administrative and management costs.
Why are customers seeing a 59% reduction in administrative and management costs? UCS Manager and its associated benefits like Service Profiles and an open XML API. Cisco UCS Manager shifts administration tasks away from isolated, individual-system configuration that lacks context and visibility toward role- and policy-based management that provides end to end visibility as a single cohesive system using an intuitive GUI, with both command-line interface (CLI) and XML API options across the entire domain of 160 blade and rack servers.
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Tags: blades, data center, Servers, UCS, unified computing
In my first blog post, I highlighted some of the benefits being seen by customers using Cisco Unified Computing System™ (UCS) from Case Studies. In posts two, three, and four, I discussed reduction in cabling, provisioning times, and power & cooling in more detail. Today’s post will highlight three customers and their reduction in operating costs where, to quote Ben Franklin, “A penny saved is a penny earned.”
EDIF Holding SPA– “We have reduced our operating costs by 75 percent while renewing the technology in our IT infrastructure, and we can now offer better continuity of service and a faster response to our customers.” Samuele Cerquetti, CIO
Seven Corners Inc.– “The system paid for itself in less than a year by recouping the more than $1 million the company had been losing annually due to network outages. The company also achieved a $475,000 reduction in operating costs within the first six months of buildout and saved $84,000 instantly by not having to renew software licenses on a number of virtualized servers.”
Avago Technologies – “Ordinarily, expanding from two to three data centers would be expected to increase operational costs by 50 percent. ‘Our operational costs will actually decrease by 40 percent when we expand from two to three data centers.’” Shreyas Shah, Senior Director, Global Information Technology
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Tags: blades, data center, Servers, UCS, unified computing, unified computing system