It’s been a busy year (and by year, we mean fiscal year, which ends in a few weeks) for Cisco’s optical solutions team. We’ve had a number of customer announcements for our 100G nLight DWDM technology and most recently scooped up an award for our CPAK-based 100G transponder card. Service providers across the globe have responded positively to Cisco’s ability to extend 100G services across network that were engineered for 10G wavelengths, and with CPAK we’re reducing the space and power and increasing the density of 100G services in routers (CRS-X), data center switches (Nexus 7000), and optical transport equipment (ONS15454 MSTP).
The news for today centers on our latest customer announcement for our DWDM solution, Vectra S.A., one of the largest cable operators in Poland has deployed Cisco for their new national fiber optic backbone. The network is a nationwide ring, connecting nearly thirty cities around Poland, including Warsaw, Katowice, Wroclaw, Poznan, Radom, Bydgoszcz, Torun, and Gdynia. Read More »
From the outset, Cisco Unified Fabric has been ahead of the curve and ahead of the market in its innovation and the value that it brings to Cisco customers. Its introduction brought about a profound shift to data center fabric: unification of the IP and storage networks. Today it is foundational – a primary building block for cloud-based, virtualized data centers, providing architectural flexibility and consistent networking across physical, virtual, and cloud environments.
Customers know this too, as evidenced by Cisco’s continuous leadership in this market maintaining the #1 market share for Data Center Ethernet Switching with over 70% of the market*, and #1 in FCoE SAN Switching with 77% of the market**.
Cisco also announced the vision for our revolutionary networking architecture with Application Centric Infrastructure. Yet again, we are evolving our infrastructure to help IT departments dramatically simplify how they provision their data center resources (networking, servers, storage and services) that are critical to the performance of their applications. As we heard from Padmasree Warrior, “the Application Centric Infrastructure will give our customers the agility to deliver applications to end-users where they want, when they want, and to any device they want -- securely, rapidly, and at a lower cost.”
We continue to innovate as no other IT company does, providing the vision and technology to transform the data center. Tomorrow starts here.
*Source: Infonetics, Q1CY2013 DC Network Equipment Report **Source: Dell’Oro, SAN Switching, Q2CY2013
Just on the heels of our Packet Optical Networking Conference last week in San Jose we’re thrilled to announce another network operator has selected Cisco to make the transition to 100G. Last time was in the upper mountain state of Wyoming. This time it’s DukeNet Communications, a leading regional fiber network provider offering data and high-capacity bandwidth services to enterprise, data center, government and carrier customers. Primarily serving the southeastern United States, DukeNet controls an 8,000 route mile fiber-optic network now capable of delivering 100 Gbps services using Cisco’s nLight™ coherent Dense Wavelength Division Multiplexing (DWDM) technology. The Cisco ONS 15454-powered solution provides Read More »
This year we’re moving our Packet Optical Conference 2013 to San Jose and it promises to be an exciting three days (May 14-16) full of demonstrations and sneak peeks at new platforms and technology. We’ve also got a number of industry speakers including Krish Prabhu, CEO of AT&T Labs and Bikash Koley, Principal Architect at Google, in addition to key Cisco leaders and technology visionaries. The event will also feature two customer panels featuring representatives from Comcast, Microsoft, Verizon, FTP Vietnam, and others.
By Greg Smith, Service Provider Marketing Manager, Cisco
OK, so the title of this article isn’t totally accurate. Cisco’s 100G DWDM solution won’t work over barbed wire, or Cat-5 cable, or cotton string, but it will work on over 95% of the existing fiber in the ground, including systems that were designed to operate at 10 Gbps. Why is this important? Because 100G services aren’t just for large cities and international carriers. Even rural locations are starting to see Internet growth rates fast enough to justify the leap to 100G.
For example, to prepare for anticipated growth of IP network traffic, two independent communications providers in Wyoming recently completed a successful trial of a 100 Gbps optical connection. Silver Star Communications, based in Thayne WY, and Advanced Communications Technology (ACT), from Sheridan WY, completed this trial across 420 miles of existing fiber, over multiple networks in conjunction with Cisco in early April 2013.