New Edge multi protocol label switching (MPLS) service provides your business with a protocol-based high-speed solution to solve all of your network woes.

MPLS is the most efficient system you can adopt for your wide area network (WAN) because it facilitates the flow of data, boosting your productivity by improving end-to-end connection and data transfer – all without sacrificing the overall health of your network’s bandwidth. In other words, New Edge MPLS helps you connect throughout your network and to your end-users by optimizing the method of how your data packets are sent throughout the WAN.

How it works

New Edge’s MPLS service keeps a close watch on the data moving through your network, observing the flow and identifying the various classes of traffic. It then tags the different data packets, segregating heavy-bandwidth data (such as video and audio conferencing) from light bandwidth data (like e-mail and web browsing.) The protocol then prioritizes heavy traffic that requires significantly heavier bandwidth, and allocates more resources to that data packet.

New Edge has tailored their service to work with DSL or T-1 connection speeds that use a variety of protocols in addition to MPLS, such as frame relay and ATM. For your convenience, they offer up to 5 Classes of Service – a feature exclusive to New Edge – to provide you with the highest bandwidth speeds and optimal network capacity.

What to expect

Since New Edge uses a combination of frame relay (Layer 2) and IP-VPN (Layer 3) protocols, their system is a functional and secure network with flexible bandwidth designed specifically to eliminate external and internal noise from end-to-end. In addition, New Edge MPLS system runs on a completely secure line, meaning it is masked from the rest of the public network and safe from any IP security threats.

The real gem in New Edge’s service and rerouting system of the MPLS protocol is the ability to keep the network up when one sector undergoes system maintenance. Users have the choice of setting up a main network and a backup network. In the event of a system malfunction, you can seamlessly switch from your T-1 system (main) to your DSL network (backup) in order to retain the continuous transfer of data with minimal losses in fidelity and structural integrity.