Ethernet / MPLS
Dedicated Ethernet links and MPLS networks connect headquarters and branches with low latency and high availability. The applicable SLA is defined in the proposal. Connect critical data with security and control.
The latency reference depends on the route and conditions defined in the proposal.
Reference topology
Benefits
Dedicated connectivity solutions that offer security, performance, scalability, and cost savings for your business
Site count, traffic profile, routes, and dependencies guide the combination of dedicated Ethernet, MPLS, and Wavelength.
Traffic isolation, encryption and DDoS protection depend on the network design and services included in the proposal.
Latency and SLA parameters are evaluated according to locations, routes and operational requirements.
Expand your network as your company grows. Add new units, increase capacity, or connect to new data centers without limitations.
Predictable and transparent costs without surprises. Reduce connectivity costs compared to multiple internet connections and have full control over your expenses.
Technology
Understand how MPLS and Dedicated Ethernet technology work together to offer high-performance enterprise connectivity
Dedicated Ethernet links connect your units through our high-capacity optical fiber network.
MPLS technology enables traffic prioritization through QoS according to the network design.
MPLS organizes traffic through labels. Encryption and DDoS protection depend on the services specified for the project.
The SLA and performance targets are defined in the proposal. Monitoring and technical support are available 24/7.
MPLS (Multi-Protocol Label Switching) is a routing technology that uses labels to transmit data efficiently and reliably. Operating between layers 2 and 3 of the OSI model, MPLS offers advanced features such as Quality of Service (QoS), traffic engineering, and virtual private networks (VPN).
Ethernet/MPLS architecture is defined according to the topology and communication requirements between locations.
Features
Connectivity features to plan the network according to each project’s topology and requirements.
Physical and virtual options for connecting sites.
Capabilities applied according to the logical design.
Technical oversight according to the contracted service.
Commitments recorded for each link and route.
Applications
Discover how companies from various segments use Ethernet and MPLS to transform their operations
Connects business sites and service points to the central environment.
Connect all your company units in a secure private network. Share resources, applications, and data with low latency and high availability.
Connect physical stores to the central system for real-time transaction processing, inventory control, and unified management.
Connects environments that exchange data or access remote infrastructure.
Synchronize databases and critical systems between data centers with high-speed, low-latency links to ensure business continuity.
Connect directly to cloud providers (AWS, Azure, GCP) through dedicated links for maximum performance and security.
Organizes sensitive traffic and the addition of new locations.
Hold video meetings with HD quality between all units. QoS ensures priority for voice and video traffic without interruptions.
Expand your operations to other countries maintaining secure and reliable connectivity between all global locations.
They are dedicated connectivity solutions to interconnect headquarters and branches, with dedicated Ethernet links (EPL, EVPL) and MPLS networks (L2VPN, L3VPN) over our fiber-optic network.
MPLS (Multi-Protocol Label Switching) is a label-based routing technology. Features such as QoS and traffic engineering depend on the architecture defined for the network.
The dedicated Ethernet link provides the point-to-point physical connection between your sites, while MPLS adds intelligent label-based routing and prioritization (QoS) on top of it. They work together to deliver reliable connectivity.
MPLS can segment traffic according to the network architecture. The technology does not imply encryption; confirm encryption and DDoS protection in the project proposal.
Availability and latency follow the SLA terms defined in the proposal for each route. Monitoring and technical support are available 24/7.
MPLS technology enables QoS according to the network design. Traffic classes and bandwidth should be scoped for the project.
Wavelength delivers dedicated optical fiber for very high-capacity connections, ideal for companies that need end-to-end dedicated bandwidth.
Yes. The solution is scalable: you can add new sites and increase capacity as your company grows, while maintaining security and performance.
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