Last week at Cisco live! Milan, we announced another milestone in our OpenStack strategy with the availability this quarter of the Nexus 1000V virtual networking platform for Linux Kernel Virtual Machine (KVM) hypervisor and integration with the commercial OpenStack distribution from Canonical (Ubuntu Linux and OpenStack). I had a chance to sit down in Milan with John Zannos, VP of Global Alliances at Canonical, to talk about the Cisco-Canonical partnership, and what the integration of Nexus 1000V into their OpenStack architecture means for customers.
The Nexus 1000V on KVM brings to the OpenStack cloud a fully integrated network virtualization solution. The solution provides a full layer-2 feature set, feature-rich Layer-3 IOS router, security and QoS policies, VXLAN virtual overlays, vPath-enabled virtual services, and full monitoring and management capabilities. Enterprises and service providers may now deploy a full-featured virtual network infrastructure consistently across VMware, Microsoft, and Linux-based software platforms.
Nexus 1000V for Ubuntu Linux with OpenStack support is now available with full automation and orchestration of enablement of the solution via Juju/Charms. Juju provides both a command-line interface and an intuitive web app to design, build, configure, deploy and manage your infrastructure. Charms give Juju its power. They encapsulate application configurations, define how services are deployed, how they connect to other services and are scaled. Nexus 1000V support for Red Hat KVM and OpenStack is planned for later this year.
Additional details and data sheets can be found here.
And on a related note, if you are interested in Nexus 1000V-related items, we recently recorded a technical podcast with Greg Ferro and Ethan Banks of packetpushers.net on the Microsoft Hyper-V version of our virtual switch, which you can find here.
Tags: cisco live, KVM, Linux, Nexus 1000v, OpenStack, Ubuntu, VXLAN
I could not have asked for a better start to the New Year. 2014 was quick off the starting blocks with January already setting the tone for the rest of the year as momentum continues to pick up in data center and cloud networking. Here are some highlights of the state of the business, new product introductions and additions to the ACI partner ecosystem –
- ACI customer traction continues to get stronger; Ecosystem continues to add new members
Cisco Live! in Milan provided first-hand evidence of the strong interest from customers to learn more about Cisco’s Application Centric Infrastructure (ACI). Customer briefing sessions were packed and demos in the World of Solutions had strong interest. Hundreds of customers are engaged in proof-of-concepts just in the first 30 days. Select customers have been provided the Application Policy Infrastructure Controller (APIC) simulator to get them early exposure and help harden the APIC ahead of its general availability targeted for Q2 this year.
The open architecture of the APIC means that it is easier for new technology partners to come on board and integrate. New members coming on board the ACI ecosystem include A10 networks, Cloudera, MapR and Catbird. Expect solution data sheets to be made available closer to the APIC availability.
Watch Soni Jiandani provide details of the momentum building around ACI –
The vision of ACI was also extended to Campus and WAN environments with the announcement of the APIC Enterprise module. Stay tuned for more on this space.
- Nexus 9000 continues to break new records – Miercom and Lippis test reports available
The Nexus 9000 has been shipping since Q4 of 2013 and is already breaking new records. Miercom released a report that detailed how the Nexus 9500 is offering the highest performance and lowest latency in 40GbE competitive studies. This supplements test reports released here earlier by Lippis and Ixia that focus on performance, availability, power efficiency and programmability.
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Tags: A10 Networks, ACI, APIC, Catbird, Cloudera, David Yen, F3 module, InterCloud, MapR, Neil Lock, Nexus 3100, Nexus 5600, Nexus 7700, Nexus 7706, Soni Jiandani, Unified Ports, VXLAN
There’s been a lot of news and momentum surrounding VXLAN technology in the last several months, and there is no doubt that VXLAN is becoming a more strategic and pervasive technology across cloud networks as a result. When we rolled out VXLAN about two years ago with the first commercial implementation as part of our Nexus 1000V virtual switch, VXLAN was solely a virtual networking construct and had real constraints in how it could be extended to physical networks and devices. It was also restricted to overlay networks using our Nexus 1000V switch (or other virtual switches supporting the VXLAN overlay protocol).
Now, however, VXLAN is being supported broadly across Cisco networking platforms and devices, across multiple Cisco fabric architectures, and we are even seeing broader support from other vendor ecosystems and non-Cisco switching platforms. Cisco is continuing to expand its support for VXLAN onto the new Nexus 5600 Series switches, as well as Nexus 7700 Series using the F3 line card.
For those of you not fully up to speed on VXLAN, VXLAN stands for Virtual eXtensible Local Area Network, and started out as vastly more scalable Layer 2 LAN and tenant isolation construct for data center and cloud networks. Where cloud networks were running out of only 4000+ VLAN IDs to segment application networks, VXLAN gave them over 16 Million logical network segments.
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Tags: ACI, application centric infrastructure, Application Virtual Switch, AVS, Nexus 1000v, Nexus 3000, Nexus 5600, Nexus 7700, Nexus 9000, virtual switch, VXLAN
Last week was a memorable one for me in more ways than one. First, the unveiling of Cisco’s Application Centric Infrastructure (ACI) specifics by John Chambers and his Executive Management team via a public webcast on Nov 6. The announcement was a big success and received broad endorsement and support from a big eco-system of Partners, customers, Press and Analysts.
Second, personally it is special to me, as I became part of the ACI Marketing team two weeks ago, to join life in fast lane. In this blog I want to share my excitement with you, and focus on nuances of ACI that do not overlap with blogs already posted by Shashi Kiran and Harry Petty.
The excitement started with an ACI boot-camp, I attended last week. In 2 days, I got a good overview on the architectural advantages of Cisco ACI and the Datacenter pain-points it addresses. By now, many of you would have learnt that ACI is all about Datacenter agility and automation. Sounds easy, but you may be wondering how to attain this goal. I will give examples from my career as a software engineer in the 90’s, when I worked for Sun Microsystems. Those days, I wrote code for 2 –tier and three-tier enterprise software applications that required global deployment and access by users on the company-wide WAN.
My problem started as I went from the Application Development phase to Test/QA phase. I had to run from pillar to post coordinating my application deployment needs with security, network and database/storage admins to identify the best rollout strategy. There was no collaboration between Dev and Ops teams. The alpha and beta test phases required testing on multiple subnets, across geographies, via multiple protocols like to establish proper SLA/functioning of the application. If my application had to open say, a firewall port to allow a particular traffic type (non http) it was next to impossible to get security ops to agree. Opening non-http ports were considered a security risk. In addition, tight coupling of network constructs like subnets, VLAN, security, network services, IP addresses etc with one another, further impacted the network flexibility and application deployment process. (Refer to Figure-1 below for details)
With ACI architecture, tight coupling between network constructs can be eliminated. Figure-1 above, illustrates this approach via Abstraction.
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Tags: Cisco ACI, Nexus 9000, programmability, SDN, VXLAN
Cisco always strives to innovate while meeting customer needs. Today we are proud to unveil the Cisco Nexus 3100 line of switches as part of our Unified Fabric Data Center portfolio. These highly scalable, power efficient, and flexible switches feature significant improvements in port density, programmability and VXLAN capable gateway functionality that are ideal for data center top-of-rack (ToR) deployment scenarios. As the second generation Nexus 3000 series, they offer a balanced mix of performance, cost, simplicity, and an innovative feature set that complements the rest of Cisco’s overall top-of-rack solutions.
A First Glimpse…
As the below graphic indicates, both switches are 1RU in height with 32 line rate 40-Gbps Quad Small Form-Factor Pluggable (QSFP+) ports for the Nexus 3132Q and 48 line rate 10 Gbps SFP+ with 6 fixed QSFP+ ports for the Nexus 3172PQ. All of the QSFP+ ports on the device can operate as a native 40-Gbps port or a four independent 10-Gbps ports. The switches also have a serial console port, USB port, PPS connector and an out-of-band 10/100/1000-Mbps Ethernet management ports. From a software perspective, the rich NX-OS operating system fully supports the Cisco Open Network Environment framework with Openflow and the onePK toolkit in addition to standards based Layer 2 and Layer 3 features.
What does this mean for your data center? Some examples include: Improved workload flexibility, higher availability, and Read More »
Tags: low latency, Nexus 3000, Nexus 3100, NX-OS, performance, SDN, Top of rack, VXLAN