When Cisco announced the CRS (Carrier Routing System) in 2004, many analysts and other observers thought it overkill. Some said that Cisco would not sell more than 50.
To date, the number is greater than 8000.
That would seem to fall into the category of “Exceeding Expectations”.
And just how did Cisco do this? In part, by continually staying ahead of the game with enhancements – never waiting for traffic loads, customer demands or other circumstances to force it into catch-up mode.
Today, Cisco continued that practice with further enhancements to the industry-leading CRS platform.
Cisco announced that GTS Central Europe (GTS CE), a leading provider of integrated telecommunications solutions and data center services in Central and Eastern Europe, has deployed the CRS for its Next-Generation Internet core. Cisco new elastic core networking capabilities enable service providers such as GTS CE to cost-effectively launch and scale revenue-generating services within minutes instead of months. The solution includes the industry’s first integrated coherent 100 Gbps IP over DWDM and Cisco’s nLight™ technology for the CRS.
Cisco’s nLight technology converges IP and optical transport networks by introducing programmability to minimize network complexity while maximizing service intelligence and monetization opportunities. This capability significantly reduces network total cost of ownership and is a key element of the Cisco Open Network Environment (ONE) framework.
Also, in recent related news, Cisco and BT recently conducted a landmark 100G DWDM trial
Tags: Carrier_Routing_System, Cisco, core_routing, CRS, DWDM, ip, ONE, Optical, service_provider, SP, tco, total_cost_of_ownership
The end-of-year holiday season is traditionally positioned as a chance to slow down and re-charge, but Cisco’s industry-leading products for service providers didn’t get the memo. Their momentum continued unabated.
Just two days before Christmas, Cisco announced that Dutch service provider KPN has chosen the Cisco CRS-3 multi-chassis carrier routing system, which will be deployed at the heart of KPN’s Internet peering network. The CRS-3 solution will transport all of KPN’s IP traffic to the Internet as part of KPN’s Internet Cluster Environment (ICE).
Not long before, Verizon announced that its IP network, one of the most advanced communications networks in the world, will be upgraded in the first half of 2012 with the Cisco CRS-3 to enable new services and meet growing traffic demands in several key U.S. markets, including Atlanta, Boston, Chicago, Dallas, Los Angeles, New York and Seattle.
As for the ASR 9000 edge routing system, Fibrenoire, a service provider offering Internet and private network services over an optical fiber network in Quebec and Ontario, has completed implementation of an end-to-end Cisco Carrier Ethernet System covering the Quebec City, Montreal and Toronto regions. Fibrenoire’s network is based on the ASR 9000.
Additionally, Next Communications, a Miami-based voice and video provider, has deployed Cisco technology for its IP Next-Generation Network. Integral to this will be deployment of the ASR 9000 and ASR 1000 routers for 100GE port capacity and greater resiliency.
And a couple of other interesting news items:
Tags: 100G, ASR_9000, Cisco, core_routing, CRS-3, DWDM, edge_routing, ONS_15454, operators, Optical, service_providers
Cable operators. Mobile operators. Fixed-line service providers. MSOs. It doesn’t make any difference . . . Operators of all types are showing strong confidence in Cisco’s service provider routing platforms.
The most recent examples are Portuguese cable operator ZON Multimedia and Mobile TeleSystems in Russia.
ZON Multimedia has deployed the Cisco CGv6 to handle the transition of its Carrier Ethernet network to IPv6. ZON has worked closely with Cisco to drive activation of IPv6 features in its access, aggregation and Internet peering networks to implement a transparent, end-to-end IPv6 infrastructure.
ZON’s infrastructure is based on a Cisco IP NGN architecture using the Cisco ASR 9000 edge routing system as a point of convergence for all CMTS equipments such as the Cisco uBR10000 CMTS (Cable Modem Termination System) loaded with the latest-generation line cards.
Mobile TeleSystems (MTS), the leading telecommunications service provider in Russia and other CIS countries, has deployed the Cisco CRS-3 core routing platform to provide its rapidly growing audience of subscribers with high-quality Internet access despite the growing shortage of IPv4 addresses.
The Cisco carrier-grade Network Address Translation (NAT) solution deployed by MTS makes it possible to connect new users by offering one address to several subscribers. The capability to extend the system to 80 million address translations will enable MTS to centralize Internet access for several regional mobile and fixed networks. In the initial phase, Cisco NAT has been installed in Siberia. In future this technology will be implemented in all other regional subsidiaries across the country.
Tags: ASR_9000, cable_operators, Cisco, core_routing, CRS-3, edge_routing, mobile_operators, MSO, operators, service_provider
Momentum continues to increase for Cisco’s ASR 9000 edge routing system and Carrier Routing System (CRS) core routing platform.
Recently, of course, Cisco announced major advancements to the ASR 9000. These will dramatically increase capabilities at the network edge and make it simpler for service providers to architect the next generation of the Internet to be more visual, mobile and virtual.
In addition, Cisco has announced quite a number of ASR 9000 customers throughout the world:
In regard to the CRS, Cisco released figures showing significant momentum for the market-leading CRS-3, as well as announcing additional capabilities for the platform. In less than a year since the product was launched, Cisco shipped CRS-3 units to more than 80 global service providers in more than 30 countries. Since 2004, Cisco CRS units have been shipped to more than 450 service providers in more than 80 countries.
There have also been several public announcements of customer deployments for the CRS platform:
Tags: ASR_9000, Cisco, core_routing, CRS, edge_routing
Derided as an expensive box that would experience little demand when it was introduced in 2004, the Cisco CRS core routing platform has time and again proven those predictions wrong.
At its inception, some thought Cisco would never sell more than 50 CRS units. It has now sold the CRS to more than 450 service providers in 80+ countries . . . and counting.
The CRS-3 has ramped even faster than the CRS-1, shipping to more than 80 operators – including nearly 20 Tier 1s – in more than 30 countries in just the first year since it was introduced.
And Cisco isn’t stopping there. The company today announced major packet transport enhancements to the CRS-3, which was designed to serve as the foundation of the next-generation Internet and support the tremendous growth of video transmission, mobile devices and new online services.
- Introducing Flexible Packet Transport for New Market Opportunities – The Cisco CRS-3 flexible packet-transport capability is a form of label switching enabled with the addition of a blade to the Cisco CRS. This scales the core network economically with fast switching, providing a high-speed, agile transport backbone.
- Significant Savings With a Single Cisco CRS-3 Platform – Because the flexible packet-transport capability does not require a new standalone product to be deployed in a network, operators can easily add it to existing CRS-3 networks without expensive, time-consuming qualification testing. The CRS-3 delivers functionality that competitive solutions require three platforms to deliver. Thus, the CRS-3 lowers total cost of ownership by as much as 40 percent.
Tags: Cisco, core_routing, CRS, CRS-3, internet, traffic_growth, video