Cisco is pleased to announce that it has acquired privately-held vCider. Based in Mountain View, California, vCider has expertise in the development of virtual network overlay technology for secure data center infrastructure. vCider will be integrated into Cisco’s Cloud Computing organization, reporting to Lew Tucker, chief technology officer, Cloud Computing, and will play an important role in the Cisco Open Network Environment (ONE) strategy, particularly in support of OpenStack.
OpenStack is a key pillar of Cisco’s open, multi-hypervisor, multi-stack Cloud computing strategy. Cisco joined OpenStack 18 months ago and has been a significant contributor to the OpenStack Quantum API track ever since.
With Quantum becoming a core OpenStack service, it’s clear that programmable networking is quickly becoming an important component in large scale, multi-tenant, cloud computing environments. Cisco’s Quantum plug-in is designed to give application developers increased programmability of both virtual and physical networks linking the world of cloud computing to the advanced capabilities of Cisco’s Open Networking Environment (ONE).
So where does vCider come in? The vCider team has created a multi-tenant distributed virtual network controller. vCider’s code and technology will be integrated into our current development efforts of the OpenStack Quantum network service.
Mergers and acquisitions along with investments remain a key part of Cisco’s build, buy, and partner innovation framework and supports our strategy of providing best-in-class solutions for our customers. The vCider acquisition is well-aligned to our strategic goals to develop innovative virtualization/cloud technologies, while also cultivating top talent.
Tags: acquisition, Cloud Computing, lew tucker, M&A, OpenStack
It’s no secret that Cisco Unified Computing Sytem (UCS) has had some tremendous success in terms of customer adoption. In just three short years, UCS is nipping at the heals of IBM for the #2 spot for Worldwide x86 blade server revenue with 15.2% market share, compared to IBM’s 15.4%. In fact, Cisco now has over 15,000 customers that have moved from legacy architectures to a more “Unified” approach, combining compute, network and storage access into a single, easy to manage solution.
So what’s missing?
Well, believe it or not, until now it was relatively hard to do business with Cisco. Quoting and ordering took days instead of minutes. Well Cisco is changing that with the release of its new online presence called “Cisco Build and Price“, offering direct access to blade server pricing and rack server pricing.
A Simple Approach to Building and Pricing Cisco UCS Servers
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Tags: blade server, cloud, Cloud Computing, data center, server, server pricing, UCS, unified computing system
By Uwe Lambrette, Director of Service Provider Solutions, Cisco Internet Business Solutions Group (IBSG)
Cisco IBSG’s recent interviews with about 45 enterprise CIOs and architects clearly revealed that enterprises have a preference for private cloud. They want to maintain control over their IT, especially where the architecture is new and skills need to be built. In addition, they are not comfortable with accepting externally provided cloud solutions (although there are certainly exceptions).
At the same time, the survey indicated that once enterprises have gained private-cloud experience, they are more willing to allocate this architecture to an external provider.
This is reminiscent of the classic outsourcing
cycle, where corporate functions are moved externally once they have become a commodity.
This trend has Read More »
Tags: CIOs, Cisco, cloud, Cloud Computing, cloud providers, cloud services, Enterprise, Hybrid Cloud, IBSG, infrastructure, IT, private cloud, Service Provider, service providers, SPs
Cisco continues its cloud computing performance leadership with the announcement of VMware® VMmark™ 2.1 benchmark result published on July 10th 2012.
The Cisco UCS B200 M3 Blade Server’s score of 11.30@10 tiles on the VMware VMmark 2.1 benchmark outperforming all other 2-socket blade servers. The world-record score demonstrates how well a system’s servers, network, and storage components support virtual machine movement, storage migration, and virtual machine provisioning.
First generation VMmark (VMmark 1.x) was a server consolidation workload. It measured how many VMs that can be run on a single server. VMmark 2.x is the next generation benchmark from VMware that was introduced in December 2010. The VMmark 2.1 benchmark uses a tiled design that incorporates six real-world workloads to determine a virtualization score. Then it factors VMware vMotion, Storage vMotion, and virtual machine provisioning times to determine an infrastructure score. The combination of these scores is the total benchmark score. Because Cisco UCS is a truly unified system, it delivers both virtualization and infrastructure performance.
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Tags: benchmark, Cisco UCS, Cloud Computing, infrastructure, performance, VMmark
Organizations small or large can deploy collaboration technologies on premises, on the cloud, or on both with a hybrid deployment. I believe that the source or the provider of collaboration technology should be transparent to the end-user and that the experience should be the same regardless of deployment model or device used.
At Cisco we’re very focused on offering flexible deployment models that support on-premises, cloud, or hybrid deployments of our collaboration technologies. Of course, these are built on our collaboration architecture to ensure the interoperability and user experience. Read More »
Tags: Accenture, AT&T, Callway, Cisco Collaboration Cloud, Cisco HCS, cloud, Cloud Computing, collaboration, collaboration cloud, CSC, HCS, OBS, Sprint, Verizon, vodafone, WebEX