By Leonard Luna, Senior Marketing Manager, Cisco Service Provider Solutions
If it’s Spring, then it is time for OFC/NFOEC – the world’s leading event for advancing optical solutions (March 9-13). Cisco will, once again, have a strong presence, including our largest booth ever (booth 4359), at this year’s event being held at the Moscone Center in San Francisco, California. Building upon the industry wide dialog around multi-layer convergence and SDN, we will showcase the Evolved Programmable Network (EPN), the Cisco Network Convergence Systems (NCS) and our highly innovative CMOS photonics technology – CPAK.
EPN is the foundational layer for Cisco Open Networking Environment ( ONE) strategy and is the natural evolution of the IP next generation network (IP NGN). It is designed specifically to leverage the opportunities presented by the Internet of Everything (IoE). It optimizes the delivery of multi-service solutions over service provider networks. An EPN increases service provider revenue opportunities, lowers total cost of ownership (TCO) and supercharges service agility. One of the key elements of Cisco’s EPN architecture is the Cisco NCS product family featuring the NCS 6000 Series IP Router, the NCS 4000 Series Converged Packet Transport platform and the NCS 2000 agile ROADM platform. A key differentiator to Cisco’s EPN is our growing portfolio of CPAK transceivers delivering never before seen levels of density, power savings and flexibility to Cisco’s portfolio of data center switches, IP routing and transport solutions.
It’s a very challenging time to be an economist – uncertainty is everywhere, and adapting to a market change is problematic. In contrast, if you’re a network planner you’ve now got the upper hand. You can think ahead with a degree of certainty that you’ll be prepared — no matter what the future holds in store.
That may seem like two totally unrelated thoughts. They’re actually closely aligned. Let me explain.
Cisco innovations have driven the Internet far beyond its original purpose to a network that can handle voice, video, cloud, and mobile services. Now we’re seeing a new Internet on the horizon – the Internet of Everything. In fact by 2017 IP traffic is estimated to grow to 1.4 zettabytes as more programmable devices such as smart phones, tablets, and sensor or machine-driven traffic rapidly come on line. Consider this – just this week there will be more than 26 million new programmable devices added to the Internet or twice the entire population of Mumbai.
This means that managing bandwidth growth isn’t enough anymore. The network must evolve to a multidimensional network, scaling to effectively manage machine-driven events, support ultra, high-definition video applications, and enable new custom-made services. It must also scale up and down with elasticity and be highly programmable, while integrating seamlessly with today’s network, data centers, and applications.
It’s a tall order, but we’re ready today with the announcement of the only such system on the planet. We call it the Network Convergence System—or Read More »
Each year a considerable part (up to 30% in some cases) of IT budgets is funneled towards device troubleshooting. It is no surprise therefore that after security, maintaining lean operational efficiency is the next most frequent concern regarding enabling a BYOD (Bring Your Own Device) model.
Suppose you have allowed personal devices to connect on your corporate network, and you get a helpdesk call from a disgruntled employee that can’t access certain resources. How would you go about addressing the issue? In this video, Saurabh Bhasin, Product Manager of the Cisco Prime Network Control System (NCS) – a newly launched platform for unified wired and wireless network management – answers the troubleshooting question.