Guest blog by Dan Crawford, Marketing Manager, Cisco
In the western Scandinavian fjords of Norway, Enivest an internet service provider has deployed a new optical transport network using a Cisco optical network solution (NCS 2000). While this, in itself, may not be big news to most people, the real story is about how Enivest managed this deployment. For people who are not familiar with the expertise and time needed for installing and then lighting up an optical network, it typically takes two days per node/site with some give or take depending on the level of the technician’s expertise.
So, if we consider the eight (8) sites and nodes that Enivest lit up along a 260km span of Sognefjord in Norway (see map below) we would estimate the deployment to have taken upwards of 16 days. What is impressive abut this deployment is that it took less than a week for Enivest to install and turn on over 260 km of fiber running through 8 sites/nodes for its customers. This kind of agility is important for service providers who are continually looking to cut operating costs and realize new revenue streams.
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Tags: 10G, Cisco, deployment, DWDM, epn, evolved programmable network, fiber, Fibre, FTTX, IPoDWDM, Layer 1, Optical, Service Provider, telco, telecom, transport
Written by Sultan Dawood, Marketing Manager
As SDN and NFV continue to be top of mind technologies for service providers, Light Reading is launching its first Big Telecom Event focused on bridging the gap in the telecom industry between technology know how and business acumen. In partnership with the Open Networking Forum (ONF), this event will comprises a conference with show floor demonstrations of networking technologies and applications that deliver real insight and tangible value to attendees. The BIG Telecom Event (BTE) will be a single big-tent event that aggregates all the hottest areas across our industry – including SDN/NFV and the carrier cloud, Ethernet, telco data centers, service orchestration, packet-optical transport, mobile backhaul, mobile network security, 4G/small cells, service provider IT, content management, and business services.
The event will be held in Chicago next week, June 17-18, 2014. Cisco will be Read More »
Tags: Cisco, epn, esp, Evolved Programmable Networks, evolved services platform, mobility, NFV, open network forum, packet optical, SDN, Service Orchestration, Service Provider, transport
I’ve been thinking a lot about TCO recently and ways we can help the Government maximize the investment of our tax dollars. By chance, I ran across this incredible White Paper written by one of our top Optical Engineers entitled “Government Transport Networks: Minimize Lifetime Costs”.
It’s a good read, and if you are a Network Architect making purchasing decisions in this area, I would highly recommend it. In fact, if you have any further questions on any of the data presented please reach out to me directly and I’ll put you in touch with the author.
This paper makes the case that transport networks represent a significant portion of government IT costs and is often overlooked in terms of TCO. It guides the reader through the various Network Deployment Models (private, managed private, hybrid) and the benefits in real dollars by going with one approach over another.
Transport networks affect government operational costs at least as much as campus or data center networks, and carefully selecting the platform can result in significant savings. In summary, a well-planned transport architecture can help agencies avoid the considerable expense of upgrades as they accelerate adoption of business video and virtualization. In contrast, a platform with lower upfront costs may have a shorter lifespan and require IT teams to continually add overlay networks that increase costs and management complexity.
So “caveat emptor” when considering your next network purchase.
To learn more about Cisco transport platforms, visit: http://www.cisco.com/go/optical.
Tags: architecture, Cisco, cost, Optical, pollock, tco, transport