MPLS: Hostline’s Backbone and the Network Ring Around the World

Businesses are using advanced networking solutions that put performance and security first as demand for effective data transmission rises. A key component of modern networking is the technology known as MPLS (Multiprotocol Label Switching). MPLS is the foundation of Hostline’s network, enabling us to effectively connect different regions globally. 

This article explores MPLS, its benefits for businesses, and how it powers Hostline’s global connectivity.

What is MPLS?

Multiprotocol Label Switching, or MPLS, is an advanced method for increasing the effectiveness and speed of data transfer across networks. In contrast to traditional IP routing, MPLS uses short path labels. By allowing data packets to be swiftly routed along pre-established network paths, these labels maximize throughput and efficiency. For companies requiring high-performance networking to connect various locations worldwide, MPLS provides a scalable and adaptable solution.

What is an MPLS network and how does it work?

An MPLS network can create virtual paths throughout its infrastructure. These paths—known as Label Switched Paths, or LSPs—ensure that data packets are efficiently routed based on predetermined criteria instead of being handled by each router separately. 

In an MPLS network, routers are replaced by Label Edge Routers (LERs) and Label Switch Routers (LSRs). Simply put, when a data packet enters the network, the LER assigns a label to the packet based on its destination and class of service. The LSRs then read these labels and forward the packets along the most optimal path without the need of re-examining the IP addresses.

Thanks to MPLS, data transmission can be sped up and congestion reduced, as well as it allows for dynamic adjustments in network traffic flows. MPLS networks can prioritize certain types of traffic over less time-sensitive traffic, ensuring important business applications operate smoothly.

Hostline’s MPLS network: core infrastructure

We’ve built an infrastructure that adheres to the highest demands of various businesses by leveraging dedicated, redundant fiber transport circuits. These circuits connect our data centers across multiple regions worldwide, ensuring continuous service even during localized outages.

An encrypted link between private networks and client sites is made possible by Hostline’s network virtualization infrastructure, enabled by default. This ensures that sensitive data is protected from potential threats. To give our clients flexibility in how they connect and manage their networks, our data centers also support various connectivity options, including public internet, virtual private networks (VPNs), Layer 2 (L2) and Layer 3 (L3) networking, and direct handoffs.

Layer 2 MPLS connectivity

One of the key features of Hostline’s MPLS network is our Layer 2 (L2) MPLS, which allows businesses to create secure, high-performance links between multiple locations. L2 MPLS establishes point-to-point connections across our data centers, as well as a private, encrypted connection between these points. This ensures data security, high speed and low latency, important for businesses in industries like finance that require smooth connections worldwide.

The network ring concept

Hostline’s global MPLS network is built on the network ring concept, linking our data centers and client networks in strategic locations. Our data centers are established across Europe, Asia, the US, and other regions. 

This network ring ensures that in case of an outage, traffic can be re-routed through other parts of the ring without disrupting service. It also reduces latency, as traffic is always directed through the most efficient path. Finally, our MPLS network enhances overall reliability, providing consistent uptime for businesses.

Benefits of Hostline’s MPLS infrastructure

Enhanced performance

The goal of our MPLS technology is to increase data transfer performance and speed. Hostline’s MPLS infrastructure also lowers latency by giving priority to high-value traffic, guaranteeing real-time services for our global customer base.

Security and privacy

All traffic is transmitted via Hostline’s MPLS dedicated lines, which means it isn’t shared with other users. Additionally, Hostline’s MPLS solutions are ideal for businesses handling sensitive data because special encryption and authentication protocols ensure that only authorized users can access their network. 

Increased reliability

We guarantee uninterrupted service, even in the case of localized outages. As previously indicated, data can be rerouted via alternate paths to minimize the risk of downtime if a failure arises in one area of the network. 

Scalability and flexibility

Hostline’s scalable and adaptable MPLS solutions are suitable for companies of all sizes. Our MPLS infrastructure can expand to accommodate higher demands as businesses tend to grow and their network requirements change accordingly. The ability to prioritize traffic also allows businesses to tailor their network performance to their specific needs.

Use cases for Hostline’s MPLS network

With secure, high-speed connections between international data centers, businesses can rely on seamless communication, file sharing, and application usage across their entire network. This is especially important for organizations with critical operations that require consistent uptime and high data integrity, such as financial services.

Conclusion

The foundation of Hostline’s worldwide connectivity solutions is the MPLS network. We’re capable of providing improved performance, increased security, and unmatched reliability because of a resilient network ring powered by MPLS. For companies looking to scale their operations worldwide, Hostline’s MPLS infrastructure provides the efficient connectivity needed to succeed.

Frequently asked questions

What is MPLS technology?

Multiprotocol Label Switching (MPLS) is a networking technique that uses labels rather than network addresses to route traffic along the shortest path. This approach efficiently manages data forwarding across private wide area networks.

What is MPLS in networking?

The label-switching method enables MPLS to speed up data transfer and lower the complexity and processing time associated with data routing in networking.

What is MPLS used for?

MPLS is used to improve data transmission speeds and efficiency throughout a network by directing traffic through pre-established paths rather than using traditional routing techniques.

What is an MPLS circuit?

Within an MPLS network, an MPLS circuit is the virtual path that data takes to safely and effectively connect two or more points.

What is the difference between SD-WAN and MPLS?

MPLS is a data transfer technique that uses labels to direct traffic, whereas SD-WAN is a software-defined approach to wide-area network management. While MPLS is known for its performance and security, SD-WAN is considered to be more flexible.