We’ve talked about how the Internet is forecast to carry a million minutes of video every second in the next few years, and how Cisco’s Elastic Core solution will help the core infrastructure carry that load. But a scalable and flexible core is only one piece of the puzzle that network operators need. Who else is helping to make a video-centric future a reality?
One place to look is a solution that’s been developed by Miami, FL based NxtGn and Virginia-based Telarix. We wrote about NxtGn’s affiliate Next Communications last year, they’ve been successful in wholesale voice communications, in part due to in-house technology paired with an off-the-shelf Cisco ASR 1000 router performing Session Border Control functionality. Packing a softswitch and an SBC that can handle 16K voice or HD video calls in half a rack has enabled them to minimize their costs in a relatively low-margin market. Telarix isn’t as well known outside of the carrier market – they specialize in what is known as “interconnect business optimization” – basically the back-office components to handle billing, auditing, and traffic routing between carriers. While the concept of billing and auditing might make your eyes glaze over, if carriers can’t figure out how to bill for services rendered you can imagine they view that as a really bad thing.
What NxtGn and Telarix have Read More »
Tags: Asiya Comunicaciones, ASR1000, AVYDA, Cisco, IPv6, Next Communications, NxtGn, SBC, Telarix, video
Cisco’s Smart Grid Team is excited to support the Wireless Smart Utility Network Alliance (Wi-SUN). Lionel Chocron, vice president and general manager of Cisco’s Connected Energy Networks Business, will be representing Cisco on the Wi-Sun board of directors. Cisco will be joining at the promoter level and the entire team is looking forward to helping drive the development of interoperable Field Area Networks (FAN) for utility applications.
Field Area Networks today are often closed, proprietary systems and generally just supporting a single service. As a result, they do not support interoperability across multiple vendors or take advantage of the decades of networking expertise available within the Internet Protocol suite (IP).
By supporting Wi-SUN, Cisco will help drive the technical definition for standards based, multi service, secure, and scalable Field Area Networks. The Field Area Networks will support important utility use cases including Automatic Metering Infrastructure, Outage Management, and Distribution Automation.
The Wi-SUN defined Field Area Network will be based upon the IP protocol suite, with the initial release based on IEEE 802.15.4g PHY and 802.15.4e MAC wireless mesh technologies. Usage of the IP protocol suite will provide many benefits, including the ability to support additional PHY/MAC technologies in the future.
Our team will further assist in the development of certification testing and “plug-fests” for regions around the world. This will ensure international interoperability between multiple vendors implementing the Wi-SUN defined Field Area Network.
“We are very pleased to be joining the Wi-SUN alliance, and look forward to collaborating with our industry partners to bring interoperable, standards based utility Field Area Networks to reality,” said Lionel Chocron, vice president and general manager of Cisco’s Connected Energy Networks Business Unit.
Other companies who are promoters of the Wi-Sun alliance include:
Further details about the Wi-SUN Alliance can be found here
Cisco Connected Grid products and solution information is available here
Tags: Connected Energy, IPv6, M2M, Smart Grid
Recent Cisco news highlights two prominent service providers – Deutsche Telekom and Telefonica – who have chosen Cisco IP Next-Generation Network solutions.
Deutsche Telekom subsidiary Hrvatski Telekom – Croatia’s largest telecommunications company – is using Cisco solutions in its new TeraStream cloud-enabled IP architecture.
Key elements include all-IPv6 streamlined routing architecture; fully converged IP and optical layers with 100G coherent technology; integrated cloud service centers, enabling virtualized network services and applications for rapid service innovation; programmatic interfaces aligned with the software-defined networking architecture for real-time automation and OSS; and customer self-service management capabilities.
Cisco has delivered the following technologies in this landmark deployment:
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Tags: 100G_coherent, ASR_9000, Cisco, cloud, CRS, ip, IPNGN, IPv6, operator, Optical, service_provider
This past weekend, Google’s IPv6 Statistics reported that on November 17, 2012, user activity on their websites via native IPv6 reached 1% for the very first time. This may not sound like much at first glance, but for a system like the Internet which is slated to have 19 billion active fixed and mobile network connections by 2016, even one percent of this whole marks an impressive achievement. The billions of applications, devices, routers, and switches that make up the Internet are all interconnected such that if any one doesn’t support IPv6 on a given path between the end user and the content the user is trying to reach, the system automatically falls back to IPv4. This is necessary to keep the Internet running while the upgrade occurs, but it also means that the benefits of end-to-end traffic flow over IPv6 occurs only after all the various links in the chain are all capable of supporting IPv6.
To get a better idea of how each individual piece of the deployment puzzle is advancing, Cisco has been tracking various leading indicators and regional deployment statistics. We’ve pulled these together in an interactive tool at 6lab.cisco.com where you can view IPv6 deployment data from a variety of perspectives. With the tool you can “mouse over” different regions of the world to see how various countries are doing in different areas. For example, by moving your mouse cursor over the United States, you can see that 57% of the networks that appear as transit for IPv4 today also support IPv6, end users as measured by Google is higher than the global average at 1.93%, and that 45% of the time the average user in the US visits an IPv6 reachable website. You can also dig down into the methodology we are using to create the various rankings and percentages.
Moving the needle
Back in 2007 when Google began publishing its IPv6 measurements, native IPv6 deployment stood at 0.04%. Working together, the industry moved the needle 2500% over the past five years (while adding an additional billion users to the Internet during the same period). To help make this happen, two historic industry events have occurred: The World IPv6 Day in 2011 and the World IPv6 Launch in 2012. During the planning stages for the World IPv6 Launch, I had the privilege to work alongside other industry leaders and the Internet Society until agreement was reached to target three categories of participants that committed to enable production-level IPv6 by default: website operators, network operators, and home router vendors. Cisco signed on and participated as both a website operator and home router vendor.
Making a commitment is one thing, allowing a public measurement for all to see is another. For a website it is rather simple to measure IPv6 deployment as either a “AAAA” record for IPv6 exists in the public DNS system and the website can be reached from the Internet over IPv6 or not. For the network operator category we were looking for a lasting commitment together with some measurable factor that would provide reasonable proof that the network had moved beyond trials and on to production-level deployment. After much discussion, we came up with these two basic commitments for this category:
- IPv6 be a “normal part of business operations” for users, targeting ISPs to commit to enable IPv6 for users by default rather than on “special request”
- One percent of all user activity as measured by Google, Facebook, Yahoo! and Bing over IPv6 by June 6, 2012, the inaugural day of the Launch.
In practice, reaching one percent of user activity means deployment to a considerably larger subscriber base than one percent after accounting for legacy home networking gear, operating systems, and applications. For an ISP to reach this level as measured by the content providers, the “general population” of subscribers would have to brought into the deployment – a strong indication of production-level operation and reasonable proof that the deployment was more than a trial of friendly users or beta testers.
The aim of the World IPv6 Launch was to spark a sustained growth of IPv6 usage leading up to and continuing after June 6, 2012. The continued growth since June 6 and the milestone reached this weekend is an indicator that this commitment had its intended affect thus far. The Internet Society is continuing to report measurements for World IPv6 Launch participants, and has been soliciting new members. There are quite a few Network Operators on the list now, including not only ISPs but universities and other types of networks as well. As long as a network has its own Autonomous System number, it can be measured and potentially added to the participant list. Cisco now has its own AS (#109) on the list, making it the first in the world that is participating in all three categories of the World IPv6 Launch.
User activity as measured by Google hit 0.25% for the first time in March 2011. A year later, on March 10, 2012, it doubled to 0.5% for the first time. It’s taken about 8 months to double that again to reach 1.0% today. If this trend continues, it will double again by mid next year and could break past 10% by the end of 2014. The trend is increasingly clear: If you are a network operator, network-enabled application developer, or anyone else that works with IP and are not running IPv6 now or don’t have a plan in place to make it happen soon, now is the time to get started.
Tags: Cisco 6lab, Google, Internet Society, IPv6, IPv6 Transition, Linksys, Mark Townsley, mobile vni forecast, vni, World IPv6 Day, World IPv6 Launch, WorldIPv6Launch
So, lets dig into LISP Routing a little more. If you have not done so, I would recommend you read my first post, since I am not going to review the concepts here. In this post, I am going to break things down into three steps: 1) how packets are forwarded (i.e. the data plane operation), 2) how mapping information is propagated (i.e. control plane operation), and 3) how we internetwork with non-LISP locations.
For starters, lets head into the weeds and take a look at the LISP header format. In the last post, I mentioned there is some flexibility in how handles IP addressing. The two examples below show a couple of scenarios: pure IPv4 and a IPv4/IPv6 hybrid:
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Tags: Cisco ONE, ip, IPv6, LISP, LISP Routing, routing, vm mobility