On March 16th 2009, Cisco launched the first series of Unified Computing Systems. To be more precise, a large ecosystem of partners led by Cisco created the unified computing and virtualization movement. The response of the market has been tremendous and the partnership between Cisco and these companies keeps growing . The Data Center of the Future has been certainly one of the most successful initiative of this partner ecosystem in terms of education around new architectures, new solutions and new products brought by a common vision shared by Cisco and key data center players. Last July, at Cisco Live in San Francisco, Cisco and these partners built an outstanding demo designed to showcase this common vision
In September at VMworld2009, Cisco and partners built an deployed a large virtualized data center based on Cisco unified computing systems Oracle Open World was another opportunity to demonstrate the possibilities of this new environment, and to introduce a new series of unified computing systems December 1st was a new milestone in the collaboration between Cisco and these market leaders with the launch of a new educational platform . The Data Center of the Future program regroups now :APC by Schneider, BMC Software, EMC, Emerson Network Power, Intel, Cisco, Microsoft, NetApp, Oracle, Panduit, VMware. On December 15th & 16th , these 11 partners invite you for a series of virtual conferences and exhibitions to explore the Journey to the Virtualized Data Center, and share with you the best ways to solve the toughest data center challenges in networking, storage, applications, and physical infrastructure technologies -
Difficult for Cisco not to be a key player in the Gartner 28th Annual Data Center Conference, as Gartner describes the mission of this event in the following terms “See how to : -Reduce IT costs while improving the quality of IT services. - Maximize productivity from existing applications systems and services -Align the data center culture with the business at large. Let our analysts put you in the know with information-rich sessions on cloud computing, next-stage virtualization, vendor consolidation, cost-optimization best practices and much more. Your take-away: fresh insight on the key technology and market developments that drive today’s real-world solutions.”
Today at Gartner Data Center conference, Cisco invites several customers to talk about the benefit of virtualization and share their experience of deploying these technologies (including Unified Computing Systems , Nexus 1000V and VN link..) during a special panel.
The Nexus data center switching family , the Unified Computing Systems are presented on the Cisco booth at Gartner, as well as the Application Networking Services portfolio, the Cisco’s Services Oriented SAN, Cloud Computing , Cisco’s services and the Intelligent Automation Platform from Tidal Software, which recently joined Cisco.
The term “cloud computing” covers many topics. One hot area is infrastructure as a service (IaaS), where servers and other data center resources are provided on-demand over the web and through a programming interface. The classic example is Amazon’s Elastic Compute Cloud (EC2). IaaS became popular at first as a way to deliver new applications, often from new companies. Examples included software-as-a-service companies like Animoto or Mashery, and bursty compute-intensive applications like those at Gigavox and UnivaUD. More recently enterprises have been studying IaaS as part of their IT infrastructure, and some companies have begun pilots. How do enterprises want to use IaaS? Does it differ from the ways that new companies started the use of IaaS? In this post, I’ll examine a few classic use cases for enterprises, and draw a few lessons.
In conversations with enterprises and in the trade press, three groups of applications are often cited as near-term uses of today’s IaaS. I call them Disasters, Development, and Deadlines:
In my last blog post on standards and innovation (Why Standards Matter…And When They Don’t) I mentioned that Cisco’s VNTag, had been submitted to the IEEE for standardization. Last week, the IEEE authorized a project, 802.1Qbh: Bridged Port Extension, to amend the Ethernet switch standard to include capabilities like those provided by our VNTag technology.
Official Scope of Project:
Amendment specifies protocols, procedures, and managed objects to support Port Extension. A Port Extender attaches to a MAC port of an 802.1Q bridge and provides additional MAC ports that are logically ports of the 802.1Q bridge to which it is attached (i.e. the “Controlling Bridge”). The protocols, procedures, and managed objects specified in this amendment are expected to specify new behavior in bridges that support port extension as well as the behavior of Port Extenders themselves. In addition, the protocols, procedures, and managed objects specified in this amendment support the cascading of Port Extenders. To the extent technically reasonable, all frame filtering and relay functions remain in the Controlling Bridge.
Use of a STag for Multichannel capability as being defined in Edge Virtual Bridging is envisaged to achieve this objective. A new on-the-wire indication (e.g. a new tag) is envisioned to support remote replication for purposes including frame flooding and group address support.
As always, Cisco is committed to supporting 802.1Qbh in its products once it becomes a ratified standard. More information about the proposed standard can be found at the following links:
I just wanted to give you a heads-up that we have an upcoming TechWiseTV on Unified Fabric. If you have watched TWTV before, you know this Robb and Jimmy Ray are going to take a no-holds-barred look at unified fabric with equal parts humor and enlightenment.