Need to conduct a quick interview for a blog post or press release. Use these tips to capture the sights and sounds needed to take your written content over the edge.
With NAB in full swing this week, everyone is talking about delivering video services. Makes it a good time to discuss how Copenhagen (Denmark) based service provider Nianet has combined an extensive fiber deployment (100K+ km ) with a new investment in their IP network to offer video conferencing as a cloud service to business customers. For the small and medium sized business owner, you get big business productivity. Lease video conferencing on demand!
Nianet, which offers high-speed fiber communications throughout Denmark also distributes content from its sister company Waoo. They are now seeing the impact of companies increasingly producing their own video content, and therefore demanding faster and more symmetrical high speed data connections. The combination of fiber and high performance routers results in much faster speeds on both up and downstream.
“Businesses have really taken video communication as an alternative to physical meetings, and the technology is now spreading also from dedicated telepresence rooms for desktops and mobile devices. This places greater demands on both up and downstream, and Nianet has chosen to expand its backbone with twelve Cisco ASR 9000 routers to meet the increasing traffic and quality needs.
We also offer video conferencing as a cloud service to companies that want to begin with HD video communications. It therefore becomes easier to implement a full videoconferencing setup since we provide the server space, management software and plenty of bandwidth,” says Rasmus Helmich, CEO of Nianet.
Earlier this week, Eric Schoch, Senior Director for Cisco’s Hosted Collaboration Solution business and Roberta Mackintosh, Verizon’s Director of Unified Communications and Collaboration hosted a ‘Collaboration to the Cloud’ discussion over TelePresence and WebEx with journalists and analysts in Boston, Florida, New York, Washington and Toronto.
Eric and Roberta expanded on each company’s vision for collaboration in the cloud and gave details on their partnership to offer Unified Communications and Collaboration services. Verizon has integrated Cisco’s Hosted Collaboration Solution (HCS) and now offers an enterprise unified communications and collaboration platform which can be tailored and customized for its customers. The platform can be deployed as cloud-based only or as a hybrid of a cloud service and on-premise offering. In phase one of the deployment, some of the applications included are voice, video, instant messaging, and presence based such as Cisco Unified Communications Manager, Cisco Unified Mobility, Cisco Unified Presence, Cisco Unity Connection, and Cisco WebEx Meeting Center (hosted by Cisco).
View the video to hear more about:
o Why I should care about cloud collaboration as a service provider?
o Why are service providers essential for collaboration in the cloud?
o How is Verizon currently deploying collaboration solutions via the cloud?
o What are the collaboration deployment issues that are facing enterprises?
Last week, we introduced the new IP SLA Video Operation tool to assess the readiness of a network by generating synthetic traffic to mimic real applications. When you use IP SLA VO to generate simulated RTP traffic between two sites, you can use the medianet Performance Monitor feature to measure the performance of this synthetic traffic across the network. You can also use Mediatrace to discover the network elements on the paths between the two sites. For each network element discovered in the network path, Performance Monitor can collect metrics to detect potential capacity bottlenecks and proactively identify quality issues.
In addition to the obvious use for pre-deployment assessment, many enterprises understand that the network and applications are constantly changing so it is necessary to do continuous assessments. For example, after a major scheduled network maintenance or upgrade during non-business hours, you can use IP SLA VO to simulate real application traffic and assess the impact of the network changes to minimize potential business disruption or even downtime. Another example is prior to an important event, you can use IP SLA VO to stress test the network and verify that it can handle the rich media traffic without impacting existing application performance.
Whether you are doing an initial assessment for a new deployment, an expansion to an existing deployment, or ongoing operations, IPSLA VO, Performance Monitor and Mediatrace are effective tools to identify and proactively resolve rich media problems across the network. Put this handy tool in your toolbox and you will like it.
- Performance Monitor Configuration Guide
- Mediatrace Configuration Guide
- IPSLA Video Operation Configuration Guide
Derided as an expensive box that would experience little demand when it was introduced in 2004, the Cisco CRS core routing platform has time and again proven those predictions wrong.
At its inception, some thought Cisco would never sell more than 50 CRS units. It has now sold the CRS to more than 450 service providers in 80+ countries . . . and counting.
The CRS-3 has ramped even faster than the CRS-1, shipping to more than 80 operators – including nearly 20 Tier 1s – in more than 30 countries in just the first year since it was introduced.
And Cisco isn’t stopping there. The company today announced major packet transport enhancements to the CRS-3, which was designed to serve as the foundation of the next-generation Internet and support the tremendous growth of video transmission, mobile devices and new online services.
- Introducing Flexible Packet Transport for New Market Opportunities – The Cisco CRS-3 flexible packet-transport capability is a form of label switching enabled with the addition of a blade to the Cisco CRS. This scales the core network economically with fast switching, providing a high-speed, agile transport backbone.
- Significant Savings With a Single Cisco CRS-3 Platform – Because the flexible packet-transport capability does not require a new standalone product to be deployed in a network, operators can easily add it to existing CRS-3 networks without expensive, time-consuming qualification testing. The CRS-3 delivers functionality that competitive solutions require three platforms to deliver. Thus, the CRS-3 lowers total cost of ownership by as much as 40 percent.