Speed is one thing that Cisco UCS and the NHL’s Minnesota Wild franchise share in common. If you have ever been to a professional hockey game you recognized and probably came to appreciate the speed, skill, and nimbleness of the players out on the ice. For Cisco UCS, speed is an attribute inherent in what we do, too – our compute business is highly competitive and requires constant, skillful, and quick innovation to deliver the best and newest in technology to our customers.
The NHL’s Minnesota Wild franchise rely on a Cisco UCS based I.T. infrastructure for their Microsoft Dynamics and CRM software portfolio. To better serve and interact with clients the Wild I.T. staff established three goals for their recent IT infrastructure transformation project:
- Simplify infrastructure to boost staff productivity,
- Improve resource management for controlled growth
- Promote sustainability to conserve resources and provide environmentally conscious facilities for clients.
Looking at their long-term goals for cloud computing, the Wild staff decided to invest in a solution based on our Unified Computing System™ (UCS®) servers with Tegile based hybrid storage solutions. In doing so, the Wild established for them a highly agile data center environment that supports their current and future cloud initiatives with a virtual desktop infrastructure solution. The end results of the I.T. transformation project for the Wild were impressive as they:
- Achieved 43 percent reduction in support costs
- Reduced power by 63 percent and heat output by 68 percent
- Reduced data from 42TB to 17TB
Once again we see the UCS architecture delivering improved performance at lower operating costs for a Microsoft oriented environment – Dynamics and CRM. In the case of the Minnesota Wild, a small I.T. organization when compared with larger enterprise I.T. organizations, they were able to deliver significant business value to their organization and position themselves for future technology shifts. Read more about the Minnesota Wild and their Cisco UCS experience here.
Learn more about Cisco’s Unified Data Center Microsoft solution capabilities at www.cisco.com/go/microsoft.
Tags: Cisco, Cisco UCS, Cisco Unified Datacenter, crm, Dynamics, Microsoft, NHL
The London Eye
Last week I started my SDN reflections on the London Gartner Data Center Conference, and I found I had quite a lot to discuss.
Last week I covered:
- Do we need SDN?
- SDN and the Gartner Hype Cycle
- SDN Deployment Models
So here is the concluding part. This week I’ll cover:
- Overlay-Based SDN — and the questionable assumptions being made by others in this area (good for Gartner for calling these out!)
- The SDN Vendor Explosion Challenge,
- The “Unspoken Costs” of SDN Deployment, and
- The “How” of SDN is still missing.
I hope you find this useful and informative and as always, feel free to debate with me around my observations!
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Tags: architectural approach, Cisco ONE, Cisco onePK, Cisco Services, SDN controller, software defined network
In this video, Cisco Distinguished IT Engineer Jon Woolwine and I discuss Cisco IT’s approach to Network Programmability and SDN, describing some SDN-related use case solutions currently in development. Read More »
Tags: blog, Cisco, Cisco IT, cisco on cisco, coc-borderless-networks, Network programmability, SDN, videoblog
As part of our ongoing Partner Voices blog series, we had the opportunity to hear from MCPc. During the past 11 years, MCPc has bet long on Cisco, using networking, switching, telepresence, and digital media tools within its own business and in the outstanding help for the business of its clients.
For example, since the beginning of 2013, MCPc has used Cisco Telepresence internally for more than 4,320 hours of cumulative communication. That is more than 180 full days of time. Most MCPc associates have Jabber on their mobile devices, and their local media is paying attention to the ways in which MCPc has implemented Cisco throughout the company. But MCPc does more than just make its own travel schedule easier for employees – it has enabled clients to take advantage of Cisco’s full breadth of offerings. Read More »
Tags: Cisco, MCPc, partner, partner voices
Following part two of our Big Data in Security series on University of California, Berkeley’s AMPLab stack, I caught up with talented data scientists Michael Howe and Preetham Raghunanda to discuss their exciting graph analytics work.
Where did graph databases originate and what problems are they trying to solve?
Michael: Disparate data types have a lot of connections between them and not just the types of connections that have been well represented in relational databases. The actual graph database technology is fairly nascent, really becoming prominent in the last decade. It’s been driven by the cheaper costs of storage and computational capacity and especially the rise of Big Data.
There have been a number of players driving development in this market, specifically research communities and businesses like Google, Facebook, and Twitter. These organizations are looking at large volumes of data with lots of inter-related attributes from multiple sources. They need to be able to view their data in a much cleaner fashion so that the people analyzing it don’t need to have in-depth knowledge of the storage technology or every particular aspect of the data. There are a number of open source and proprietary graph database solutions to address these growing needs and the field continues to grow.
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Tags: analytics, Big Data, Cisco, database, Gremlin, InfiniteGraph, innovation, Intelligence, NoSQL, operations, security, Titan, TRAC, TRAC Big Data Analysis