Continuing on its tradition of contributing and committing to open source and open standards over the last 25 years, today Cisco announced “OpFlex” – a new open standards-based protocol for Application Centric Infrastructure that has been submitted into the IETF standardization process. We believe this will accelerate multi-vendor innovation in data center and cloud networks to drive operational simplicity, lower costs and increased agility.
Why is this required?
Traditional SDN models today function on the basis of an imperative control model with a centralized controller and distributed network entities that support the lowest common denominator feature set across vendors such as bridges, ports and tunnels. As the network scales, the controller becomes a bottleneck due to the need to maintain increased state, and starts to impact performance and resiliency. Likewise, because the applications, ops and infrastructure requirements need to be translated into network configuration, it impacts agility and introduces a manual learning process, requiring app developers to describe their requirements in low-level constructs.
If we contrast that with the vision of the ACI model with the Application Policy Infrastructure Controller (APIC), ACI adopts a declarative management approach. This model abstracts applications, operations and infrastructure providing simplification and agility. By distributing complexity to the edges, it also increases better scalability, and allows for resiliency – i.e. the data forwarding can still continue to happen even if there is no controller. It further provides ease of use with self-documenting policies automatically deployed or cleaned up from devices as necessary. All of these help circumvent the issues seen in traditional SDN models.
For this declarative model to work across a multi-vendor environment, to translate and map policy definition into the infrastructure, there has hitherto been no standard protocol to do that across physical/virtual switches, routers and L4-L7 network services. This vacuum has led to the development of “OpFlex” – a new open standard recently submitted to the IETF.
Who is contributing to OpFlex?
Several industry leaders and practitioners are actively involved in the standardization process. These include Microsoft, IBM, Citrix and SunGard Availability Services, in addition to Cisco.
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Tags: APIC, application centric infrastructure, AVI networks, Canonical, citrix, Embrane, F5, IBM, ietf, Microsoft, OpFlex, SunGard Availability Services
Business intelligence begets better, more informed decision making—and, ultimately, success. But how do you get effective business intelligence? It starts with your tools and infrastructure…
With the proliferation of database and virtualization sprawl and the growing requirement for business insight that has increased I/O performance demand and complexity in the datacenter, enterprises are asking for a simplified approach. Cisco UCS offers industry-leading performance along with the flexible infrastructure you need to deploy, manage, move to the cloud and scale your bare metal or virtual SQL Server workloads
On March 18, join Industry thought leaders from Cisco, Microsoft, NetApp, EMC, and DesignMind to explore how Microsoft SQL Server and integrated infrastructures such as FlexPod and VSPEX enable you to more effectively turn data into a valuable strategic asset for business decision makers.
Make plans today to join us and learn how these infrastructures can help you:
- Make sure optimal access to mission-critical data is available
- Enable greater business agility
- Increase cost-efficiency and lower TCO for business intelligence initiatives
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Tags: Cisco, EMC, FlexPod, Microsoft, Microsoft SQL Server, netapp, vspex
Windows Server 2012 R2 is central to Microsoft’s Cloud OS vision; the operating system platform delivers enhancements and new features in virtualization, management, storage, networking, and more. Our Cisco server infrastructure solutions (UCS) as well as our management (UCS Director, UCS Manager, Cisco Intercloud) and network capabilities are purpose built for supporting Microsoft’s virtualization and cloud offerings.
Figure 1. Cisco’s Microsoft Cloud OS Solutions and Capabilities
Together Microsoft and Cisco provide tightly integrated and flexible solutions that deliver on the benefits of a Microsoft private or hybrid cloud. Our R&D teams have spent, and continue to spend serious time together developing technologies, APIs, and solutions. In our blog post today, let’s focus in on the networking side of things, specifically on our award winning Nexus 1000V offering for Hyper-V:
- It’s all about simplifying and scaling virtual networking. Nexus 1000V for Hyper-V helps to reduce the operational complexities associated with virtual machine-to-virtual machine networking and thus help customers gain more of the benefits of server virtualization technology and cloud.
- It maintains networking resiliency across your physical and virtual environments as you move to the cloud. Protect your investment by future-proofing your network design with a flexible virtual networking platform.
- Recognized with the 2013 Best of Tech Ed award in the Virtualization category, Nexus 1000V extends comprehensive networking capabilities to your Hyper-V environment. A distributed virtual switching platform with advanced networking features and integrated virtual services, Nexus 1000V delivers consistency across your physical, virtual and cloud environments.
- Uses a consistent operational model designed to accelerate server virtualization and cloud deployments securely and transparently. Read More »
Tags: Cisco, Cisco UCS, Hyper-V, Microsoft, Nexus 1000v, virtual networking
“I offer personal congratulations to Satya Nadella on his appointment as Microsoft’s next CEO. I know him well and I know he will do a great job for Microsoft as he is a seasoned, world-class technology leader. I trust him and I know he instills trust in his customers and partners. I look forward to continuing to work with him and Microsoft to better serve our customers together.”
- John Chambers, Cisco Chairman and CEO
Tags: CEO, john chambers, Microsoft, Satya Nadella
As Wi-Fi continues to be the primary mode of access, enterprise Unified Communication(UC) applications usage is increasing with smartphones, tablets and laptops.
Customers are asking, is there anything I can do to prioritize Jabber or Lync traffic over others or even identify how much of the traffic is really collaboration traffic vs. other types of media. The recently introduced Wireless Release 7.6 enhances the ability to classify Microsoft Lync 2013 and Jabber with Cisco WLAN Infrastructure.
In the first blog about Application Visibility and Control over Cisco WLAN, I captured what is AVC and the capabilities included in the release 7.4. In a subsequent blog, I had captured a success story about a customer who benefited from the reliability by deprioritizing scavenger level applications as well as captured highlights of the enhancements in release 7.5. This blog captures how the release 7.6 allows popular collaboration applications to be accurately classified and prioritized as well as provides a teaser to some of the innovations that can be expected in the future.
What exact capabilities AireOS 7.6 provide ?
The protocol pack 6.3 introduced in AireOS 7.6 allows you to identify and prioritize not just Jabber but also sub-classify Cisco Jabber Audio, Cisco Jabber IM and Cisco Jabber Video. Customers may want to prioritize the Cisco Jabber Audio as the highest priority while the others may be lower priority. Similarly you can classify not just Microsoft Lync but also Microsoft Lync Audio, rtcp and Microsoft Lync Video and thereby prioritize them separately. Read More »
Tags: aireOS, App, Apple, application, AVC, beta code, certification, classify, collaboration, communication, control, controller, dropbox, ESPN, infrastructure, innovation, jabber, lync, media, Microsoft, NBAR, NBAR2, Outlook, packet size, protocol, protocol pack, qq, release 7.6, rtcp, traffic, UC&C, unified communications, user, video, visibility, webgui, whatsapp, wi-fi, wifi, wireless, wlan, WLC