Hopefully, there are a few Muppet Show fans that read this title with the word “space” trailing off into infinity. Ok, so maybe not as entertaining as “Pigs in Space”, but something about CRS-1s on a rocket caught our eye the other day. Looking at the news, it appeared that someone had put one of our large core routers, a Cisco CRS-1 in orbit. This caused me to double take, since it’s not the sort of thing one would typically rocket into space. In reality what was successfully launched was SpaceX’s Commercial Resupply Service mission 1 (or CRS-1), the first mission to deliver cargo to the International Space Station under contract from NASA.
Two separate things for sure, but maybe with some similarities. One thing that both CRS-1s share is the need for an extraordinary level of resiliency and reliability. In the case of the Cisco CRS, we ensure Read More »
In a blog post last week, Cisco cited its recent landmark 100 Gbps IPoDWDM trial with BT, which demonstrates ways to create a Next-Generation Internet, one that can handle a million minutes of video every second without having to trench new fiber or dig up streets. However, there is more behind this story because faster alone doesn’t represent a complete solution to the enormity of the challenge facing network operators. Carriers such as BT need the solution to be bigger, stronger, and smarter.
Take for example, the complexity of traffic flows. To a basic user, the Internet “Information Superhighway” of yesteryear had essentially one on-ramp and one off-ramp. Traffic traveled largely in a very straightforward pattern. Due to the growing popularity of mobility and cloud computing, traffic is quickly becoming multidirectional. According to Cisco’s recent Visual Networking Index (VNI) forecast, the mobile Internet will increase 18-fold by 2016 and cloud services will expand 12-fold by 2015. What’s more, VNI research indicates that by 2016 there will be nearly 19 billion global network connections. That’s 2.5 connections for every per person on earth!
To keep up, service providers must deploy networks that are more elastic to more easily grow and keep pace with these shifts. Like exercise, these innovations are vital for the heart of the Next-Generation Internet, the service provider core network. Today we announced several innovations for the Cisco Carrier Routing System (CRS) to Read More »
It was no accident that Cisco won “Best Core” and “Best Network Infrastructure Provider” of the year at the Telecom Asia People’s Choice Awards. We talked elsewhere about the rapid adoption rate of the Cisco CRS-3, but what are some of the specific reasons behind its success?
The key factor is that today’s core networks must handle dramatic increases in bandwidth both cost-effectively and intelligently. It is simply not enough to transport traffic faster and cheaper. The massive volumes of video, mobile, and cloud services require intelligent IP delivery. The CRS has ability to scale with true, standards-compliant 100GE, 322Tbps multi-chassis capacity, along with superior network intelligence using Network Positioning System to help ensure that content is transported most efficiently. For its one-year birthday, the CRS-3 has added a new capability with a Flexible Packet Transport processor card optimized for Label Switching. It scales the core economically with fast switching, providing carriers the ability to deploy high-speed, agile transport backbones.
Global service providers can reduce costs by utilizing a single core platform to deliver a mix of routing, peering, and transport services. To illustrate the versatility benefits, imagine that a business customer is initially provisioned for a point-to-point connectivity service using packet transport. This is traditionally a lower margin service with tremendous cost-pressures. As that customer grows, they require a multipoint connectivity service with Unified Communications and Telepresence. This service upgrade with higher profit margins can be made quickly and easily without need of a separate platform. This alone lowers the total cost of ownership for capital expenses by 44% and operating expenses by 36% (see the white paper: Flexible Packet Transport: An Approach to Core Network Optimization.)
Eve Griliches from ACG Research spent some time with me last week in this video discussing the new capabilities on the CRS platform, the new market opportunities it enables for Cisco, and how it compares to the competition. You can also listen to the Investor Tech-Talk on ‘The Evolution of Core Networks’ and why a separate standalone MPLS switch is sub-optimal from an architectural perspective.