A custom private optical network opens the door to new customers for an ISP.
A Tier 1 Internet Service Provider (ISP) was looking for a network that would allow them to increase the scalability of its Internet network and allow them to connect to new peering partners throughout NY and the mid-Atlantic region. They needed an extremely reliable network and were looking for a carrier that could build and manage it on their behalf.
This network needed to be geographically diverse, capable of providing enough bandwidth to meet today’s demands, and offer the ability to scale as traffic grows.
RCN Metro Optical Networks was able to design, build, and manage multiple SONET networks that provided connectivity to multiple peering points. Working closely with the customer, the RCN Metro Optical Networks account team created a network design that was flexible, highly scalable, and offered them the level of diversity they demanded.
RCN Metro Optical Networks’ SONET VPN is exactly what this global ISP is searching for.
A global Internet Service Provider (ISP) focused on serving the business marketplace was looking to connect multiple locations within a major metropolitan market in the Northeast. Because they were providing services to business customers, they needed reliable network solutions with the ability to easily add locations to the network and reallocate bandwidth.
Aware of the ISP’s intent for a SONET ring, the RCN Metro Optical Networks account team proposed a SONET VPN network as a way of providing connectivity to these locations.
Combining the reliability and availability associated with dedicated SONET rings and the ease and flexibility of ordering individual circuits, RCN Metro Optical Networks’ SONET VPN is provisioned over multiple shared SONET rings – offering a fully protected service with SONET reliability.
The service provides an OC-48 or OC-12 virtual SONET ring connecting a predetermined set of locations. Once the service is established, any combination of DS-3s through OC-12s can be added between locations, up to the total capacity of the network.