Nexus 1000V Product Family Public Webcast Series for Customers & Partners

Dear customers and partners,

I’m delighted to invite you to the next wave of webinars related to our Virtual Data Center products line.  Feel free to register to each relevant sessions and contact me if you need more details about one of them at mneefs@cisco.com.

Date

Technical Track Topics

Webcast

2/14/12

Virtual Security Gateway (VSG) v1.3 Technical Deep Dive

Register

2/22/12

Nexus 1000V v1.5 Technical Deep Dive

Register

2/29/12

Nexus 1010-X v1.4 Technical Deep Dive

Register

3/7/12

vWAAS and Nexus 1000V Technical Deep Dive

Register

3/14/12

FlexPod & Nexus 1000V/1010

Register

3/21/12

QoS for multimedia traffic in the Virtualized DC (w/ Nexus 1000V)

Register

3/28/12

Vblock & Nexus 1000V / VSG / vWAAS

Register

4/4/12

vCloud Director, Nexus 1000V, and VXLAN Technical Deep Dive

Register

4/11/12

Cisco’s CloudLab Deep Dive: Hands-on labs for N1KV, VSG & VXLAN

Register

 The above table is also posted @ http://www.cisco.com/go/1000vcommunity

The presentation and Q&A will be  posted at this link after each webcast.

Resources

Best regards,

Michael

Ready for CiscoLive !!!

 

Follow the Belux community at CiscoLive London through this blog or through twitter (@CL12belux).

If you can’t be in London, don’t hesitate to visit the CiscoLive virtual site to view the keynote sessions and some technical sessions : https://www.ciscolivevirtual.com/

 

UCS and Nexus 1000V Network Architectures and Best Practices

 

 

 

 

UCS and Nexus 1000V Network Architectures and Best Practices Forum Invitation!

 

The Cisco Data Center Server Access and Virtualization Technology Group would like to personally invite you to the UCS and Nexus 1000V Network Architecture and Best Practices Forum. This event will provide and equip you with the latest information on Cisco Data Center Network Virtualization solutions and products. This one day event will feature the Nexus 1000V and the Nexus 1010 deployment/integration best practices in a UCS environment. The best practices of deploying the Nexus 1000V in Vblock and FlexPod will be discussed. Also, the best practices discussion will include the Nexus hardware platform in various redundant topologies, such as vPC with the Nexus 1000V.

 

 What  

 UCS Overview

 Nexus 1000V/1010 Overview

 Nexus 1010 Best Practice Network Options

 Nexus 1000V Deployment Best Practices in a Vblock

 Nexus 1000V Deployment Best Practices in a FlexPod

 

Who Network, Server, and Virtualization Engineers/Managers
When Various dates/times – see link under “Registration” below
Where Various locations – see link under “Registration” below
Registration Click Here to Register

 

 

Agenda

8:30am – 9:30am UCS Overview This session focuses on Unified Computing System (UCS) architecture and relevant features and technologies that affect the Nexus 1000V. Configuration considerations of the UCS “Service Profiles” and UCS operational mode will be discussed as it pertains with the Nexus 1000V deployment.
9:30am – 10:30am Nexus 1000V and Nexus 1010 Overview This session describes the general overview of the Nexus 1000V and Nexus 1010 architecture. A general description of the components that make up the Nexus 1000V and the communication that happens between the VSM, VEM, and VMware’s vCenter Database.
10:30am – 12:00pm Nexus 1010 Best Practice Network Options

This session will dive into details of the Nexus 1010 network options and best practice designs for those network options, including deploying L2/L3 communication of the VSM. Describing the various options for the “virtual service blades” that are currently supported and use cases of upcoming virtual service blades that could be deployed on the Nexus 1010.

12:00pm – 1:00pm Lunch provided by Cisco Systems, Inc.
1:00pm – 2:00pm Nexus 1000V Deployment Best Practices in a Vblock
2:00pm – 3:00pm Nexus 1000V Deployment Best Practices in a FlexPod

 

Cisco Catalyst 6500 ready to serve you another decade!

The Cisco Catalyst 6500 was born more than 12 years ago when it started its baby steps in the networking market around June 1999. In the last dozen years this platform has seen great evolutions and even caused some ‘revolutions’ in the networking industry. The first release went out and stayed in the market for about 6 years. Then the E-series chassis and SUP720 were introduced as from 2004. One year later in 2005 the SUP32 was also introduced, focusing on the Access layer. Although new chassis were launched you could still use the older chassis for the new SUP720 and SUP32. Also existing linecards could be reused with the new supervisor and in the new chassis. During its lifetime, the platform had some linecard additions, linecard revisions and supervisor enhancements. But overall the solution with SUP720 and SUP32 remained there for another 6 years.

This track record brings us twelve years later in 2012 where a lot of questions from customers arise around the future life of the Catalyst 6500. Certainly after the launch of our Datacenter centric Nexus products most of our customers started to question its future. Can the Catalyst 6500 keep up with these developments? Will the Nexus 7000 replace the Catalyst completely? Or will Cisco launch a complete new platform for the Campus?

Well, exactly at that time the next step for the Catalyst 6500 was already getting ready of being launched. A brand new Supervisor with amazing speed and without compromising on the vast amount of available features on the platform, together with a new set of linecards. The supervisor almost delivers 3x more speed and brings new in-hardware features.

Just to tease you already, it offers an amazing 2 Terabit crossbar with 80 Gbps per slot (even for the 13 slot 6513-E) and also new PFC4 and MSFC5 daughtercard on board. These 3 new components together deliver also new features like TrustSec incl MacSec, VPLS in hardware, L2/L3 MPLS in hardware and innovations in QoS, Managebility and Virtualization. And if these where not yet enough it also offers you up to 512k/1024k (for XL) of Flexible Netflow entries, up to 720Mpps* of IPv4 routing and 390Mpps* of IPv6 routing all performed in hardware as well. Like all the above was not yet enough you can of course use this in a proven Virtual Switching System (VSS) solution offering a massive 4Tbps system with all these features.

As for backward compatibility, the product has been developed with our customers as prior focus, to offer them maximum investment protection on their existing installed base. To begin with, all the existing E-chassis and power supplies are supported with this new hardware. With regards to linecards there are a few options. First of all it supports most of the existing 67xx linecards in CFC or in DFC as soon as you upgrade them to DFC4 with exception for the WS-X6708-10GE linecard which has been replaced with a new WS-X6908-10GE card. These 67xx linecards offer you the same backplane connection of 40Gbps. In case you would be ordering new linecards in this range they are available as a 68xx series where the same hardware ships with the DFC4 upgrade onboard. If you really want to take all advantages of the additional speed you can use the 69xx series linecards which offer you a 80Gbps bandwidth to the backplane. Last but not least it also supports a few of the 61xx line cards but only in a non-VSS setup.

All these new and exciting speeds and features make the Catalyst 6500 ready for again another decade. The platform provides a unique investment protection to customers, valuing the trust they have for all those years already in this great platform. This launch is only a beginning. Don’t forget to visit Cisco Live 2012 in London to discover what this platform will unleash even more in the future.

The Catalyst 6500 serves you again for another decade!

Cisco Live 2012 - London - January 30th till February 3rd

Cisco Cius Tidbits

Wanted to share some small movies on the Cisco CIUS.

Let us start with a basic Single Number Reach scenario:

To give you a view on the Cisco AppHQ and a sample application:

Basic calling & IM/Chat between Cisco Jabber for Blackberry & Cius

For more information goto www.cisco.com/go/cius

Before and after VXI

Recent studies have revealed that over 60% of enterprise companies plans to deploy desktop virtualization in some way over the next 3 to 4 years.  From a TCO point of view the advantages of desktop virtualization are simply amazing. As we move further into the so called “post-pc era”, having the ability to “port over” the virtual desktop environment to other devices or let’s say locations than the traditional office desk brings unseen flexibility and mobility.  Think of our Cius business tablet that offers you a full desktop environment in the office, while keeping access to the virtual desktop  over wi-fi or 3G/4G connectivity while on the go.

Desktop virtualization however just doesn’t prove to be that good a solution when it comes to integrating real-time audio and video. Using a soft phone or video client over a display protocol such as Citrix ICA or VMWare PCOIP simply doesn’t scale. “Hair-pinning” all the real-time traffic back and forth to the data center where the virtual desktop resides causes delay and jitter and puts a heavy burden on data center resources, not to mention possible bandwidth exhaustion…

Thanks to our Virtual Expirience Infrastructure or simply VXI, we are able to separate real-time traffic out of the VDI display protocol, routing voice and video traffic directly between end points, bypassing the data center.

Please take a moment to view a short video on our VXI solutions, showing you how separating voice and video traffic from the display protocol enhances the user experience. To start with, you will first see what you get without VXI. They say that seeing is believing. Well,  this video really speaks for itself.

 

 

To find out more about our VXI offering and VXC clients, please visit the link below, and see how we effectively bring the best of our borderless networking, virtualization and collaboration technologies together.

http://www.cisco.com/go/vxi

Cisco Prime NCS – A New Way of Managing “Access”

As mentioned in previous blogs regarding “enabling Bring Your Own device” or “New Ways of Working”, people will access the network  in more and more different and variable ways. Starting with Home Working in the morning, connecting on the road, working at a virtual desk in the office and returning to the home office. The end user is therefore continuously changing between VPN, LAN and WLAN. Within that changing scope, the user is connecting with corporate devices as well as own private devices.

And then suddenly the user cannot access the data he wants, and he calls the IT support and says : “I don’t have access – can you solve this ?”.

Today, IT support will need to dive into a myriad of management tools, connecting the LAN, WLAN, VPN and Security dots to find the cause of the problem. This is where NCS jumps in by delivering you that Unified Access View !!

With Cisco Prime Network Control System you can see every user in your network regardless of whether he is connected through a wire or wireless and get all the information you need for identity management. You also get complete visibility into endpoint connectivity ,no matter where or what that endpoint is and how it is connected.
As mentioned above, this speeds troubleshooting for the most reported customer pain point – network problems related to client devices.

Cisco Prime NCS also provides monitoring of endpoint security policy through integration with Cisco Identity Services Engine (ISE) to deliver visibility into compliance based on real-time contextual information from the network, users and devices across the entire wired and wireless access network.

Built on the WCS, Cisco Prime NCS includes complete lifecycle management of 802.11n and 802.11a/b/g, enterprise-class, indoor and outdoor wireless networks. You get immediate access to the tools you need, when you need them, so that you can more efficiently implement and maintain secure wireless LANs, monitor wired and wireless LANs, and view users and endpoints across both networks – all from a centralized location.
Operational costs are significantly reduced as well through the platform’s workflow-oriented, simplified, and intuitive user experience. Unlike overlay management tools, Cisco NCS incorporates the full breadth of management requirements – from radio frequency, to controllers, switches, endpoints, and users on wired and wireless networks, and to mobility and identity services.

For an nice overview , have a look at below video:

Still having doubts ?
Well the best way to be sure is to test Cisco Prime NCS
Demo licenses are available and should be issued within 15-minutes. Remember, you need your own server (VMware ESX and ESXi) to install the .ova:
https://tools.cisco.com/SWIFT/Licensing/PrivateRegistrationServlet?FormId=3999

For more information, please visit: www.cisco.com/go/ncs

Lennert

Trusted Relay Point configuration

The Cisco Unified Communications system can be deployed in a network virtualization environment. Cisco Unified Communications Manager enables the insertion of trusted relay points (TRPs). The insertion of TRPs into the media path constitutes a first step toward VoIP deployment within a virtual network.

The underlying network infrastructure comprises one of the key shared assets in an overall network design. A number of customer use cases require support for network infrastructure virtualization, such as the following examples:

-Guest internet access

-Partner access

-Departmental or divisional separation

-Subsidiaries/mergers and acquisitions

-Application segregation (data/voice)

All these applications include a requirement to maintain traffic separation on the network device as well as between network devices.

Traffic separation translates into concepts such as Virtual Routing and Forwarding (VRF). VRF allows multiple instances of a routing table to co-exist within the same router at the same time. In a virtualized network, these different routing domains, or VRFs, typically cannot communicate directly without transiting through the data center.

This situation challenges applications such as Cisco Unified Communications, where devices in the data VRF domain, such as software endpoints running on PCs, need to communicate directly with hard phones in the voice VRF domain without hairpinning media in the data center and without directly exposing the voice and data VRFs to each other.

Below a sample configuration off TRP.  This sample setup will force softclient RTP streams (voice or video) through the MTP control point in the router. In this router you might want to add additional security settings (FW, ACL, QOS,…). We will focus here on the basic TRP configuration in the  Cisco callmanager and  ISRG2 router.

Basic Principle:

Setup:

As you can see in this setup we make a direct call between a Cisco EX90 and the CUPC client. Both devices are registered to the Callmanager 8.6.

 

Configurations: 

Read more »

CiscoLive 2012 – Join Us In London

Datanews 2/12/2011: « Helft van Belgische bedrijven wil iPad – La moitié des entreprises belges veulent utiliser l’iPad »

Datanews’ yearly survey amongst 300 telecom- and IT-responsibles of Belgian companies (http://t.co/gnsy0DNF) is very clear : around half of the companies plan to use an iPad or another tablet for mobile data services (up from 21% last year). Impressive is that 41% of the companies mentioned that employees could use their own smartphone. Priority for the surveyed companies was : 1. Mobile Data, 2. Security and 3. Standardization. This survey confirms that the evolution to consumer devices entering the network (“Consumerization”) and people bringing in their own devices (“BYOD – Bring Your Own device”) is really breaking through.

More then 1 year ago, Cisco IT moved from an environment where all devices were corporate-owned and controlled, towards an environment allowing end users to choose from a broad catalog of devices as well as use their own devices. One year later, the result is spectacular: in 1 year mobile device count grew 59% up to more then 43.000 devices. iPhones take up 40% of those devices, BlackBerry 32% and Cisco IT now sees a rapidly growing community of Tablet users (15%), as well as Android device users (10%).


Can you block/ignore this evolution ?

No, difficult, as many customers mentioned us their upper management were the first to bring in the iPhone, iPad and other devices. Difficult to say “no” to them, although they might carry the most sensitive data and therefore carry the greatest potential security risk. So, how as an IT department can you accept and guide this evolution, taking into account the security risks ?

What happens when you say “yes” ?

First of all, it answers a real demand from the end users and leads to a more satisfied and productive end user community. As IT, you are addressing what Peter Hinssen mentions : “Work being that moment in time when you use old technology” (see Peter Hinssen : “The New Normal”). As mentioned above, at Cisco it led to an enormous growth in mobile devices, and a broad spectrum of new operating systems accessing the network. The times of the desktop with the single operating system are clearly behind us. Often, this evolution will also go hand in hand with enabling new ways of working : allowing the employees to work from home, on the road or in the office (behind a desk, virtual desk, flex desk, in meeting rooms or meeting corners – (wired or wireless).

How will mobile data usage evolve ?

An additional measurement of Cisco IT showed that the increased capabilities of the new generations of smartphones and tablets make data- and application access seamless, leading to a 40x increased data usage versus previous BlackBerry data usage. Therefore, it will be important to offload the devices wherever possible from 3G to a corporate wireless network for higher bandwidth and lower costs.

In fact, we need to move beyond looking at the access methods as such, and create an environment that allows the end user to connect seamlessly and transparently from anywhere to enable him to work in new ways : home working, working on the road, working behind one’s office desk, working in flexible desk environments, going wireless in meeting rooms and meeting corners, … This will require a going together of LAN, WLAN and VPN technologies into a seamless solution.

So, how can I start the journey ? How can Cisco help ?

First of all, as users access with new types of devices, you need to have the capability to discover which device they are using. Cisco’s Identity Services Engine with its unique profiling capability will give IT visibility on which devices access the network.

Secondly, you need to provide a strong standardized infrastructure to allow access from wherever needed : Cisco Virtual Office at home, mobile data services while on the road, a full wired and wireless LAN deployment in the corporate buildings.

Thirdly, as the end user wants access from different environments (without needing to be an IT expert), you need to provide him a uniform way of  access. Here, Cisco has unique capabilities to gradually evolve your LAN and WLAN environment towards a secure 802.1x environment. Cisco’s AnyConnect end device client can then incorporate VPN and 802.1x connectivity to deliver a seamless Access Experience, whether at home, on the road or in the office.

Finally, an adequate Security Policy environment is needed. As people can and will access the network with multiple devices – some controlled, some private – an evolution is required towards Context-Aware Security with Cisco’s Identity Services Engine as policy engine. This will allow IT to define the right security policies dependent on who accesses, as well as with what device, from where, at what time, …

In upcoming blogs, we will go deeper on each of the different above mentioned elements of the total solution.

Let’s start the journey !

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