Today Microsoft launches Windows Server 2012 with various digital and in person activities occurring around the world showcasing their new operating system and cloud platform. This new release will open up new technical and business scenarios for IT organizations focusing on virtualization and private-cloud initiatives.
Cisco has been actively working with Microsoft at the technical level on Windows Server 2012 integration for some time with our UCS fabric computing, UCS Management, and Nexus networking solutions.
As we have discussed in prior blog postings our UCS Manager offering is tightly integrated with System Center and PowerShell and we will include System Center SP1 support for Windows Server 2012 interoperability. With Hyper-V’s new extensible switch in Windows Server 2012, Cisco’s Nexus 1000V switch family provides new flexible virtual networking capabilities for Network Administrators affording them improved network efficiency and utilization.
Finally, on this ‘Day One’ of Windows Server 2012 we are pleased to announce that our UCS family of Intel-based servers is hardware certified by Microsoft for Windows Server 2012. This “Certified for Windows Server 2012” logo demonstrates that our UCS server family meets Microsoft’s highest technical bar for Windows fundamentals and platform compatibility – meaning peace of mind for you.
To learn more on Cisco’s growing Microsoft solutions for Windows Server 2012, virtualization, Exchange, SharePoint and SQL Server please visit www.cisco.com/go/microsoft
Tags: Cisco, FlexPod, Microsoft, Nexus 1000v, PowerShell, UCS, UCS Manager, vspex, Windows Server 2012
Microsoft Windows Server 2012 is a huge step forward in Microsoft’s evolution and provides an industry-leading platform for virtualization that can provide the foundation both for on-premise private clouds and for host-provided public clouds in support of Microsoft workloads such as Exchange, SQL Server, and SharePoint.
The main new features of Windows Server 2012 include:
• Virtualization for a heterogeneous environment with industry-leading capabilities for Microsoft Windows and Linux workloads
• Enhanced manageability, supporting large-scale server management with the same simplicity as single-server management
• Capability to run any application in any cloud using a common feature set for both on and off-premises deployment.
Windows Server 2012 delivers tremendous server virtualization capabilities and a flexible cloud platform with enhancements in the Microsoft Windows Server 2012 operating system as well as many enhancements in Hyper-V. Our Cisco UCS server platform -- which is certified for Windows Server 2012 -- in combination with the Cisco Nexus 1000V Series and Cisco Data Center VM-FEX provides an optimal platform for Microsoft Windows Server 2012 Hyper-V deployments, enabling organizations to take full advantage of the Microsoft Windows Server 2012 Hyper-V capabilities and also to extend them through integrated Cisco solutions.
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Tags: Cisco, Hyper-V, Microsoft, Nexus 1000v, UCS, UCS Manager, Windows Server 2012
Cisco CVD’s are published…Giddy up!
Cisco Solution for EMC VSPEX…the overview
Yesterday Cisco and EMC announced new milestones in our collaboration on IT Transformation with VCE Vblock and with EMC VSPEX Proven Infrastructures. The announcement includes two new Cisco Validated Designs (CVD) along with aligned channel partner incentives and customer support for VSPEX. Through these advancements, and a decade long partnership, Cisco and EMC are working closer than ever together to accelerate IT transformation and the journey to the cloud.
3 Paths to the Cloud
Cisco and EMC together offer customers a flexible set of choices. We refer to it as the three paths to the cloud. The choice is fairly simple.
* Implement a customized design with best of breed products.
* Purchase a pre-integrated converged infrastructure with VCE Vblock System.
* Install a validated, easy to deploy reference architecture with Cisco Solutions for EMC VSPEX.
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Tags: EMC, nexus, UCS, vmworld, vspex
I’ve been spending the last couple weeks with friends from EMC, discussing what’s top of mind re: desktop virtualization and capabilities that we agree are effectively attacking the elusive ROI of virtual desktops. So it’s no surprise that when you put Cisco and EMC solutions together, (something we’ve done well, for a LONG time) towards the common goal of making virtual desktops and applications easier to deploy, with reduced cost and improved manageability, you end up with a very compelling end-to-end offer.
Essentially, our joint value nets-out as follows: i) enabling implementers to balance costs, while meeting SLA’s, ii) making virtual desktops less complex and time-consuming , especially where rapid provisioning and recovery is key, and iii) addressing the desktop management equation with a simplified approach that eliminates what used to be multiple tools
In these areas EMC and Cisco are offering an industry-leading platform with best-in-class desktop hosting density and performance, engineered solutions that absorb I/O storms and dramatically improve boot times, rapid provisioning of server infrastructure using service profile templates and self-service data recovery, and simplified desktop creation with automated deployment capabilities.
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Tags: Cisco, citrix, EMC, UCS, VCE, vdi, VMware, vxi
If I have said it once, I have said it at least a thousand times. No figure of speech here, completely one hundred percent literal. What have I said? “If you can do it in UCS Manager GUI, you can do it in UCS Manager API!” Whatever “it” is.
When do I say this? Whenever I talk about the UCS Manager to customers or coworkers, there is almost always the question, “Can this be done via the API?” To which I always reply “If you can do it in the GUI you can do it in the API.” Not sure if that is grammatically correct, but my point is made. That is the power and the ease of the UCS XML API.
The UCS Manager graphical interface is built on the XML API. When developing a script and you’re not sure how to do the action, what the call is, what the correct parameters are, etc… Just look at how the UCS Manager does it and you’re good. How do you look at how UCS Manager does it? Use Wireshark or some other packet capture tool and see what’s going on, what is getting passed from the UCS Manager client to UCS Manager. Done, no secrets, no convolution, no obfuscation.
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Tags: automation, PowerShell, PowerTool, UCS