Multiprotocol Label Switching or MPLS is a high performance mechanism of telecommunication networks that transmits data from one network node to the other. It is the easier way to generate virtual links involving distant nodes. MPLS also sum up a variety of packets of network protocols.
The labelling packets are MPLS' innovation, which makes it protocol agnostic, substantially scalable and an efficient data-carrying device. MPLS networks have assigned labels in its data packets, which allow the user to build end-to-end circuits from various types of transport mediums using any protocol. Similarly, the labels provide a system to put together added information to each packet, which is way beyond what the previous routers ever achieved.
These networks run using the OSI model, which correspondingly provides a combined data-carrying facility for the packet-switching and circuit-based clients. It is also utilised to carry a variety of traffic that includes IP packets, ATM, SONET and Ethernet frames.
5 benefits of using the MPLS Networks
Eliminate dependency on Data Link Layer Technology
The establishment of end-to-end circuits across any transport medium eliminates reliance on specific data link layer technology like ATM, SONET, frame relay or Ethernet, as well as the necessity for multiple Layer 2 networks to be suitable for different traffic.
Improved network operation
With its end-to-end circuits, network engineers and designers can significantly diminish the amount of "network hops" that will correspondingly enhance the response time and the performance of the applications in the system.
Enhanced Disaster Recovery
MPLS enhances
disaster recovery with its data centres and sites that are connected to the main sites and other sites of the network. Add to this, the remote sites have the capabilities of immediately and effortlessly reconnecting to the backup locations, should the need arise.
QoS enabled
MPLS supports QoS, or the Quality of Service technology, that is primarily expected to carry and guarantee the real time delivery of certain application data or resources, to a specific destination. It is particularly helpful for companies and networks that have voice and video features.
It also helps in facilitating any-to-any communications and converge future services on a common structure. More importantly, it secures customer traffic, helps in the measurement and managing of traffic flow, and reduces complexity in its operation.
Reduction of costs
Maintaining and operating a network needs a budget allocation to meet its demands, which could eventually turn to profits for the network and the company. Networks should make sure that they have what it takes to operate efficiently and correspondingly to meet the needs of the systems' applications and that of the end user. Using the MPLS network will save the network and the company a 10% to 25% reduction in its operation costs and even as much as 40% if the network has added voice and video traffic services.
Its data centre virtualisation, coupled with a flexible bandwidth, makes it ideal and convenient. With these features, MPLS will surely boost your network and company's profits.
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