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Introducing CIM Modeling Services

Collaborative Infrastructure Modeling (CIM)

We recently launched a new service capability out of our Customer Advocacy teams that provides a collaborative medium between facilities and IT operations.  For anyone who has tried to manage the design aspects of establishing a new data center infrastructure architecture, you know that some of the most painful moments come from “translating” between facilities and IT designs.  We’ve chosen to develop proposed infrastructure architectures using Google SketchUp which is freeware and incredibly easy to use.

Traditionally the physical design has been built using applications like Visio, AutoCad and BIM.  These applications are ideal if you need a very detailed blueprint to build against.  However, they tend to have large file sizes and are only accessible to specially trained individuals.  With SketchUp and the 3D Warehouse that Google maintains (thank you Google!) we are able to provide a 3D wiki of sorts that allows facilities and IT to work towards a reconciled design intent.  Once design intent is understood, the design specification process is quicker and far more simple.

You can see some examples of models we’ve built…

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Building the Cloud with Cisco Unified Computing System , EMC and VMware

 

Australian Curtin University of Technology is one of the first beta customers to sign up to a telecom provider ’s new private cloud-based service which utilises technology from Cisco, EMC and VMware and is also currently deploying an internal private cloud, based on the Cisco Unified Computing System  – An interesting journey to the cloud  presented by the Curtin University of Technology’s CIO, Peter Nikoletatos as described by Cisco Linda Horiuchi in her blog

if you want to know more about the deployment of this University at the forefront of the cloud computing adoption, listen to the roundtable organized with the systems integrator (Alphawest),the telecom provider (Optus Business) and the vendor partners (Cisco, EMC and VMware) in addition of Peter Nikoletatos

 

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Experience and benefits of Cisco Nexus and FCoE deployment at University of Arizona

Two of our favorite bloggers,  Kash Shaikh and Omar Sultan wrote several times on the emergence of the FCoE solution, and the benefits of the unified fabric approach

Today Kash Shaikh and Senior Director of IT Derek Masseth at University of Arizona talk about how customers are simplifying data centers with new FCoE Solution and how  consolidation, simplification and virtualization with unified fabric contribute to more business agility, significant cost reduction and investment protection in the existing customers infrastructures

 For those of you who want to know a little bit more about  Derek Masseth’s experience with FCoE and Nexus  deployment  here is the on-demand link for a 20 minutes presentation he made last September

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10GBASE-T for the Data Center

If you look at history, cabling infrastructure has generally been in place ahead of network adapters and switches. That was certainly the case when the market transitioned from 10/100 to 1Gigabit Ethernet. And BASE-T technologies using twisted-pair cables have been the volume leader during  each transition.

Same thing is happening here today with 10GBASE-T, short for 10Gigabit Ethernet over twisted-pair cables.  10GBASE-T can utilize the widely deployed Cat6, 6A or 7 cable plants. 

But wait, why would anyone need 10G in the data center?  

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Under the Covers with OTV

So, lets take a closer at OTV and how it works.  As a reminder, OTV is an NX-OS feature that allows us to extend Ethernet LANs between data centers. One of the nice things about OTV is that it is transport agnostic–the connectivity between data centers can be L2 based, L3 based, IP switched or label switch–pretty much anything that can transport IP.

 

OTV works by creating an OTV control plane through authenticated links between the Nexus 7000 switches at each of your data centers (called edge nodes in OTV parlance).  You can then “route” your LAN traffic by encapsulating it and routing it through this IP infrastructure.  Routing of the traffic is determined by associating a MAC address with a next-hop IP address.  The process is fully dynamic, so there is no need to establish and manage tunnels and virtual wires.  This approach certainly simplifies management and administration over existing approaches, but it also allows you to take full advantage of your IP core such as optimal routing and features such as load balancing, multicast traffic replication, and fast failover.

 

 

 

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