We talked about Texas Lone Star Network (TLSN) about two years ago when they upgraded their network with Cisco ASR 9000 Series routers. Since then the company, a consortium of 40 Rural Telecommunications Carriers in Texas has expanded quickly, growing from 3000 lit miles of fiber to over 6225 miles and now providing services next door in New Mexico. Their Cisco-based IP and DWDM fiber network offers wavelength, Ethernet, and SONET services to its consortium company members, along with national carriers, wireless providers, regional cable TV operators, colleges and the federal government.
With bandwidth forecasts continuing to expand they’ve recently made the leap to 100G, adding Cisco’s coherent nLightTM 100G technology to their existing ROADM-based network. TLSN installed Cisco 40G in the network two years ago. For TLSN the ability to easily deploy 100G without the need to re-engineer the network or install new fiber is critical to their business. This will support growing customer demand for multiple 10G service on-demand. One service TLSN offers which they call “TLSN Texas Waves®” bundles multiple 10G or 2.5G optical wavelengths together. This solution has been well received as an ideal alternative to service providers faced with the high cost of a dark fiber IRU, maintenance and DWDM electronics. With the coherent optical upgrade they’re now well positioned to offer 40G and 100G wavelengths. Read More »
Tags: ASR9000, Brad Seymour, Cisco, coherent, CPAK, DWDM, ONS15454, Service Provider, Texas Lone Star Network, TLSN
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 »
Tags: #SystemForIoE, ASR9000, Cisco, Cisco Network Convergence System, CRS, Internet of Everything, IoE, ncs, NCS 2000, NCS 4000, NCS 6000, NCS2000, NCS4000, NCS6000, Network Convergence System, nPower, Service Provider
By Tim Rooney, Director, Product Management, BT Diamond IP
The discipline of network management has long offered technical and business benefits to organizations with the centralization of the monitoring, control, and provisioning of distributed network elements such as routers and application or services databases. These benefits include holistic management of a network from a centralized point where appropriate resources can be leveraged for troubleshooting, resolution, and escalation. The centralized “top down” approach also lends itself well to supporting structured network change control procedures.
It’s a small leap to consider DNS and DHCP servers as network elements in need of network management within an IP network, as they provide critical enabling services to clients or subscribers. While not in-band or on the data path for user IP traffic like traditional network elements, DNS and DHCP servers provide foundational services required to make such in-band data paths possible and usable, including automated IP address assignment and simpler IP application navigation.
But one cannot manage Read More »
Tags: ip, IPAM, Service Provider
By Joe Chow, VP & GM, Connected Devices Business Unit, Cisco
Headsup: Worldwide, Cisco’s TV technologies are present in nearly 300 million homes. Three. Hundred. Million. Homes! As my kids would say: Get. Out! That means that nearly a quarter of the homes on planet Earth are watching TV powered by Cisco – pretty amazing, right?
For us, it’s a very big deal, because it makes us the market share leader in set-top boxes. It took a long time to get here. We’re very happy, and grateful, to the 150 service providers and media companies who chose us for the television services they deliver.
One of the reasons for the introduction of the set-top box, dating back to the analog boxes of yore, is to secure television programming from theft. On the condition that you’re a subscriber, you get access to multichannel video. That, and channel expansion beyond channel three (which was as high as early television sets could go) gave Read More »
Tags: IBC 2013, rdk, Service Provider, video, videoscape
Over the last 30 years the Internet has transformed multiple times. Most of us take it for granted these days. We expect to watch videos on Netflix, run our meetings over WebEx, talk to our friends across the globe on Skype, and have access whether we’re at work, home, or on the go. But we forget that the Internet wasn’t originally built for this – it’s been barely 20 years since email, the World Wide Web, and always-on network access have become realities. The changes have occurred at a dizzying pace.
In the beginning the only way to handle the work of the Internet – routing and forwarding packets – was by using general-purpose computer chips. This didn’t last long as the explosive growth in network bandwidth drove Cisco and other infrastructure providers to use more customized silicon. Indeed, Cisco’s market success was driven in large part by our ability to offer industry-leading solutions with the best combination of price, performance, and capabilities. This in turn was fueled by Cisco’s use of internally developed network silicon using advanced ASIC development models ahead of competitors who continued to rely on general purpose CPUs or FPGAs to power their products.
Now the Internet is on Read More »
Tags: #SystemForIoE, ASIC, Cisco nPower™ Network Processor, Internet of Everything, IoE, network processor, npower x1, Service Provider