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MPLS is a technology used to speed up network traffic by designating the correct path for each function, minimizing bottlenecks. It allows different types of traffic and faster data recovery after network failure, making it an essential traffic management tool for large enterprise networks.
MPLS refers to the technological operation more properly known as multiprotocol label switching. In essence, MPLS is an operational scheme used to speed up the flow of traffic on a network by making better use of the available network paths. The main objective of the idea is to define or designate the correct path for each function so as to minimize the opportunity for bottlenecks within the network.
The concept of MPLS is the brainchild of the Internet Engineering Task Force, or IETF. As the need to handle more traffic on networks connected to the Internet became apparent, the concept of establishing labels in packets that would control the flow and destination of data was seen as a solution to the problem. MPLS made good use of existing technology and continued to be refined as use of the World Wide Web continued to grow.
MPLS plays an important role in keeping large enterprise networks running smoothly today. The tagging process involves setting information retrieval policies, sometimes determined by an IP address. The data is then routed through routers that have been predetermined by label switching. As a final step, the data is delivered to the final location. The entire process is completed in less than a few seconds when the system is running at maximum efficiency.
The implementation of the MPLS protocols also allows different types of traffic to be carried on the same network, such as the ability to carry data, audio and video simultaneously. MPLS technology also allows you to recover data faster after a network failure, even if there is no backup server involved in the overall network design. Overall, MPLS is an essential traffic management tool that becomes more and more important as the Internet is used for more communication applications.
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