7 Reasons Why MPLS Technology Has Been Wildly Successful

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In today’s hyper-connected global marketplace, an uninterrupted network connection is a lifeblood to keep businesses running smoothly. Businesses of every size require fast and reliable communication networks to function and grow. Given to that, Multiprotocol Label Switching (MPLS) technology is being used by businesses, as it increases the network flow and makes it easier to handle.

More About MPLS

MPLS is flexible and cost-effective. It is designed to enable enterprises to reduce costs, converge voice, video, data and support more applications on a single network. Being around for many years, the feature of any-to-any topology lets the network managers have the flexibility of diverting traffic around link failures and network congestion on the fly. It offers better network segmentation and quality of service (QoS) and companies are using it to increase their productivity. It is an enhanced way of transporting latency-sensitive applications such as audio, video and ramp up security.

Get a head start with these eight primary reasons why MPLS technology has been widely successful.

1. Flexibility

MPLS security technology is known for its flexible quality. It is flexible because the data plane and the control plane are separating, which is excellent for several control planes and forwarding controls. The independence allows a lot of flexibility. Featured to support ‘A’ label stack undetermined size, the loose semantics of the MPLS allows flexible control. It is also flexible for handling unicast forwarding.

2. MPLS Traffic Engineering

MPLS Traffic Engineering (TE) is one of the features that every business loves to use. It is essential for Service Providers (SP) and Internet Service Provider (ISP). Most of the SPs have more than one link between different routers. They can have issues if the bandwidth of these links is different. Though IGP features allow them to configure the load sharing between these links, it is very difficult and not scalable. The MPLS Traffic Engineering is an ideal option to address these scenarios. Your network managers can use the TE with IGP for better solutions.

3. Adaptability

MPLS is adaptable. It supports the latest applications and services such as Layer 2 and Layer 3 VPNs, Ethernet services and traffic engineering. It progresses as technology progresses as well as evolves overtime for supporting new services and applications. Further, MPLS allows service providers to expand network quickly, add new services and cut costs.

4. Quality of Service (QoS) Control

QoS is one of the main reasons enterprises migrate to MPLS networks security technology. Its functions include congestion management, traffic marking, conditioning and more. MPLS prioritizes VoIP and ensures it arrives at the desired destination without any hindrance.

5. MPLS Supports Metrics

By migrating to MPLS, companies develop the capability to access a wide range of statistics that they can use to analyze traffic trend and plan. Moreover, the MPLS allows them to measure latency, traffic volume, and the delay between two routers. Besides these, network experts can measure traffic between metros, hubs, and regions.

6. Better Security

MPLS is the perfect technology for the companies that are looking for tighter security for their network. MPLS enables them to have greater security.

7. Cost Savings

MPLS technology can cut the costs to a great extent. But it depends on the particular mix of network configuration and applications. Majorly, it can reduce the costs by 10 to 20 percent over comparable data services. If companies add voice and video traffic, the savings can go up to 35%.



These are the seven reasons why MPLS technology is being used widely. It provides you with many options and opportunities that are not available with the ATM-based connectivity. If you want to enhance security, quality of service and the network that can support the latest applications, shifting to MPLS technology is a great move.

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7 Reasons Why MPLS Techno…

by Sandeep Srivastava time to read: 2 min