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MPLS (Multiprotocol Label Switching)mpls


Multiprotocol Label Switching (MPLS) integrates latency, bandwidth, and utilization into Layer 3 (IP) within the same system. The technology dramatically simplifies and improves the exchange of packets over the carrier network. Speed, scalability, quality of service, and security are all drastically improved. MPLS sets up a specific path for a given sequence of packets, identified by a label put in each header, saving time needed for a network to look up the address of the next node to which it will forward the packet.

MPLS as a Frame Relay Replacement


MPLS proves to be a next-generation intelligent network that delivers advanced value-added services over a single infrastructure. Unlike Frame Relay, MPLS is a connection-less IP technology developed on the Internet side of the industry. MPLS is a more secure, new technology that offers many benefits both in terms of functionality and pricing.

Advantages of MPLS


The end-to-end availability and serviceability of MPLS networks have become increasingly critical as customers more frequently consolidate multiple services over a single infrastructure. This type of traffic engineering provides full control of network resources, enabling admission control, Quality of Service, bandwidth protection, constraint-based routing, and explicit routing. Extending the MPLS service from the core to a customer's location provides scalability of multiple services over a single infrastructure. For these reasons, MPLS is expected to be readily adopted as networks begin to carry more and different mixtures of traffic. MPLS provides minimal packet loss over an IP backbone while providing protection that equals the capabilities of SONET in the order of milliseconds. Because of these capabilities, Service Providers can provide higher SLAs and bandwidth protection for intolerant traffic types.

How Is MPLS Used?
  • Tying together all of your locations into a unified voice and private data network.
  • Implement an infrastructure that can be used for CoS, and mission-critical applications.
  • Securely connect all of your locations in a fully meshed network.
  • Boost the performance of software-based IP.
  • Eliminate the need for VPN or Frame based security while increasing overall bandwidth.
  • Increase end-to-end availability and serviceability.
  • Improve communications, reduce costs, and build additional stability into your network.

To discuss "MPLS" with Open Access

Contact an Open Access Account Executive to help determine if OA MPLS solutions makes sense for your business. An Open Access Network Engineer will help with overall analysis of your current network and your future needs.