There has been some seismic activity happening in Bay Area and the epicenter for all Virtual Networking shifts is right here at Cisco HQ in San Jose. (Our sympathies go to all those affected by the real earthquake further to the north.) At Cisco, it’s all about the applications and the shift to dynamic network virtualization. Cisco pioneered virtual networking with Nexus 1000V virtual switch and recently incorporated it in the application aware Application Virtual Switch (AVS), for Cisco ACI-enabled networks. Cisco is excited to announce the availability of Nexus 1000 Release 3.1 of Nexus1000V for vSphere (available for download here). We are showing the upcoming generation of the virtual switch at VMworld in San Francisco this week.
Nexus1000V is the edge switch for virtual environments, bringing the network edge right up to the virtual machine, and connecting virtual ports to the physical network and beyond. The Nexus 1000V is the foundation for our virtual network overlay portfolio, including all of our virtual L4-7 application and security services, our cloud orchestration software, VXLANs and more. It is also at the heart of AVS, a purpose-built, hypervisor-resident virtual network edge switch designed for the Application Centric Infrastructure.
Release 3.1 is a new major release enabling enterprise and cloud provider customers running the vSphere hypervisor to leverage the distributed virtual firewall VSG, expand VXLAN footprint in the datacenter, improve secure isolation thru Cisco TrustSec and dramatically simplify updates through Cisco VSUM (Virtual Switch Update Manager). Most of the new features are value add to the Advanced Edition. New customers will need a Ver 3 specific license to use the full functionality of Ver 3. Existing customers with support contract are automatically entitled to free upgrade to Ver 3. AVS incorporates Nexus 1000V capabilities with consistent application policy enforcement for virtual workloads and unprecedented end-to-end visibility for applications in your data center.
Increased Scalability (Advanced Edition)– More than doubles the scale from the previous release. The virtual switch now supports 250 hosts/servers per switch with 10,000 ports per switch. In addition it supports 4094 active VLANs and 16 million VXLAN (6144 active VXLANs) per switch across 6144 port profiles.
VXLAN control plane: BGP based control plane across multiple virtual switches provide expanded Layer 2 domain footprint that can potentially support nearly 40,000 VMs in a single domain
Increased Resiliency – Supports headless Port bring up where Virtual Machines can be bought up on the host even if VEM is offline i.e. the VSM is not reachable by VEM. Both VSM headful and headless VM vMotion is supported.
Cisco TrustSec 2.0 (Advanced Edition) – Continues to extended Cisco TrustSec solutions for network based segmentation of users and physical workloads, leveraging Security Group Tags (SGT) for defining security segments and SGACL support (Enforcement) and Native(in-line) SGT tagging.
BPDU Guard -- Keeps virtual network safe from misconfigured VLANs and strictly enforces VLAN boundries. It prevents Misconfigured VLAN Rogue devices from flooding the network
Storm Control -- Prevent network disruptions from a broadcast, multicast, or unknown-unicast traffic storm.
Simplified Deployment, upgrade and visibility with Cisco VSUM – Cisco VSUM is a FREE virtual appliance that enables Server and Network administrators to Deploy, Upgrade and Monitor Nexus1000V and to Deploy and Upgrade Cisco AVS from within their vCenter web interface.
Customer Experience -Here’s what one of our Beta customers, Josh Coen says about Cisco VSUM. Josh is a Principal Cloud Architect with Varrow and has been working in the IT industry since 1999, with a heavy focus on virtualization and storage since 2008.
Nexus 1000V has already reached the 10,000 customer milestone with some customers purchasing 1000+ CPU licenses. Nexus 1000V continues to provide the foundation for the most advanced virtual networks by supporting, 1) multiple hypervisor environments, such as VMware vSphere, Microsoft Hyper-V and Openstack KVM 2) the most extensive set of virtual network services, including ASA 1000V Cloud Firewall, distributed zone-based virtual firewall, vWAAS WAN optimization, the Cloud Services Router (CSR) 1000V, Cisco Prime Network Analysis Module (NAM) and advanced service insertion and chaining technology, vPath and 3) a true management control plane that provides greater policy and control features for richer networking functionality.
We’ll be showing a lot of these features this week. Come by our booth and check it out. If you are around #VMworld this week, give us a shout out on twitter using Cisco hash tag #ciscovmw. For those of you that can’t make it out to VMworld, listen to the review of these new features in Ver 3.1 in this webcast.
If you are like the many IT managers we talk to every day, you prefer to have options whenever you tackle a project or formulate your IT strategy. Perhaps, you do not like the idea of feeling limited, constrained or unable to leverage a viable contingency plan. Architecting your cloud strategy should be no exception …. And Cisco Intercloud Fabric can help!
So what does Cisco Intercloud Fabric do?
No time to read? This short video will provide you with an overview of the solution and perhaps entertain you for a couple of minutes. And if you are at VMworld this week, you can stop by at the Cisco booth to learn more about Cisco Intercloud Fabric.
In essence, Cisco Intercloud Fabric provides open and highly secure portability of workloads (aka applications) among heterogeneous cloud environments and with consistent network and security policies. You can move your workloads from your traditional IT environment or your private cloud to a public cloud provider of your choice. We have discussed in the past how hybrid cloud is becoming the ‘new normal’. Cisco Intercloud Fabric lets you deploy a hybrid cloud that operates as one unified environment—straddling your data center boundaries—with you in control.
And what are the benefits?
Choice -- Can you really put in place a sound strategy if you do not have options, if you do not have choice? Are you limited in your choice of hypervisors, public cloud providers, or IT infrastructure? How easy is it to change cloud providers if you wanted to do so in the future? Cisco Intercloud Fabric will give you the freedom to place workloads across clouds. And across heterogeneous environments … ‘any’ network … ‘any’ hardware platform … with multi-hypervisor support … from VMware vSphere to Microsoft Azure … and …. back!
Consistency -- Can you seamlessly extend your private cloud environment to the public cloud? What about your network and security policies? How will they change? Cisco Intercloud Fabric will make your life easier in this regard. You will be able to get consistent network and security policies across your data and applications, wherever they reside. This will allow you can accelerate the time required to deploy your applications to the cloud.
Control -- Managing multiple cloud frameworks is challenging! More importantly, it is about selecting the best cloud for your specific application and data. Cisco Intercloud Fabric gives you unified workload management across clouds ….. You are back in control!
Cisco Intercloud Fabric is a powerful enabler to facilitate that transition. You, like most IT decision makers want to retain control over your hybrid cloud environment and you may need the ability to repatriate your workloads back to your data centers. Avoid a ‘one-way’ trip to the public cloud …. Retain choice, consistency and control without compromising your compliance requirements with Cisco Intercloud Fabric!
Do you want to see a demo?
Well … If you are going to be at VMworld in San Francisco this week, you can stop by at the Cisco booth (#1217.) You will be able to witness how you can unleash your hybrid cloud with Intercloud Fabric. You can also attend one of our sessions on Tuesday to learn more about this solution and associated use cases.
Now get data center assurance for UCS integrated infrastructures and tie application performance to physical and virtual infrastructure performance.
You can achieve deep granular visibility into UCS components to optimize resources and deliver better service levels to customers without having to resort to multiple tools and “swivel-chair” management.
Moscone Convention Center-South Hall, San Francisco, CA
Sunday, August 24: 4:00 p.m. – 7:00 p.m. (Opening Reception)
Monday, August 25: 11:00 a.m.-6:00 p.m.
Tuesday, August 26: 11:00 a.m.-6:00 p.m.
Wednesday, August 27: 10:00–5:00 p.m.
Cisco UCS Performance Manager delivers capacity and performance management for Cisco UCS and integrated infrastructure network and storage devices. Just click on the device or the path and see the real-time performance metrics from the main dashboard.
Based on technology from Zenoss, this Cisco solution delivers granular device monitoring from a single customizable console. Cisco UCS Performance Manager uses Cisco UCS APIs and other native APIs and interfaces to collect data from UCS Manager and integrated infrastructure end points to display comprehensive information about all UCS infrastructure components.
Using Dynamic Views you can view the integrated infrastructure elements that an application is using – right now. They’re kept up to date by configuration change events from VMware and UCS and accurately reflect the infrastructure resources used by each application.
You can easily spot where an error is affecting an application by examining the event rainbows of the components. With added benefits for VMware administrators: UCS Performance Manager gives you the ability to map virtual resources that include vSphere hosts, vSphere defined datacenters, vSphere VMs and endpoints. So, no matter how the application is defined (logical, physical or virtual), from the blade to the switch, you can dynamically see and drill down into affected components for one-stop troubleshooting.
We are also presenting an overview of UCS Performance Manager with a live Q&A at the Cisco booth. Some of the benefits we will be discussing:
We will show how UCS Performance Manager provides deep visibility for service profiles, chassis, fabric extenders, adapters, virtual interface cards, ports, and uplinks for granular data center monitoring.
How you can use UCS Performance Manager to maintain service-level agreements (SLAs) by managing optimal resource allocation to prevent under-provisioning and avoid performance degradation.
You can define component or application-centric views of critical resources; you can monitor SLA health and performance from a single console, eliminating the need for multiple tools.
Mark your calendar for these VMworld speaking sessions:
“Performance and Capacity Management for Cisco Converged Infrastructures” Tuesday August 26, 2:00pm
And, at 3:30pm on Tuesday, Mark Balch, Director Product Marketing and Raju Penmetsa, Principal Engineer at Cisco will highlight UCS Performance Manager in their breakout session: “Management and Automation for UCS Integrated Infrastructure”.
Every organization needs more from their data centers, such as faster services and data analysis for real-time decision making. The unprecedented expansion of data is a major driver of rapid data center transformation. Consider these statistics:
90% of all data in the world was created in the last three years
Data centers handled 214 exabytes of data per month in 2012 and that is expected to grow to 644 exabytes per month by 2017
Just trying to image 214 exabytes of data is like trying to imagine how much money a trillion is. Bottom line: it is a lot of data!
Given that upward of 70% of what data centers do today is still about processing data, and IT budgets are at best flat, organizations have to become more efficient. They need newer, better ways to process data and deliver data center services, increase application performance and increase operational efficiency.
Cisco understands this problem. The combination of Cisco UCS Director and UCS Invicta allows your organization to deliver services faster, increase application performance and deliver those operational efficiencies everyone is seeking. We created a nice video illustration to explain:
Most of us expect immediate delivery both as consumers and as employees. As employees, we are no longer willing to wait weeks for IT to deliver what we need. IT departments feel the pain that ensues from our urgency in the form of shadow IT. Shadow IT results in the double trouble of higher risk and cost from a weaker ability to enforce compliance and best practices when users stray to acquire their own IT services.
What’s that? You believe if you add more staff to address this issue it goes away? You may provide more services but at the same slower pace while increasing operational costs and decreasing operating profits. The key to maintaining IT discipline and delivering services faster is simply a judicious use of integrated automation and management. It dramatically increases your staff’s ability to execute quickly -- to IT standards.
Cisco UCS Director is that missing piece that your staff needs to deliver services faster. It helps your staff deliver more services in minutes--not days or weeks. It lets your staff spend time to align IT with the business, instead of manually spinning up systems--and that’s what we all want. Read More »