Multi Protocol Label Switching definition

Multi Protocol Label Switching or “MPLS” means a private, global IP-based VPN service based on industry standards that provides you with any-to-any connectivity and differentiated performance levels, prioritisation of delay and non-delay sensitive traffic as well as voice and multi-media applications, all on a single network. “Network Terminating Equipment” or “NTE” means the BT Equipment used to provide the Service, either at the point of connection between the BT Network and the Access Line, or provided at the Sites for connection to the Network Terminating Unit.
Multi Protocol Label Switching or “MPLS” means Multi-Protocol Label Switching, a private, global IP-based VPN service based on industry standards that provides the Customer with any-to-any connectivity and differentiated performance levels, prioritisation of delay and non-delay sensitive traffic as well as voice and multi-media applications, all on a single network.
Multi Protocol Label Switching or “MPLS” means Multi-Protocol Label Switching, a private, global IP-based VPN service based on industry standards that provides the Customer with any-to-any connectivity and differentiated

Examples of Multi Protocol Label Switching in a sentence

  • The Service is a private, global, IP-based VPN service based on Multi Protocol Label Switching industry standards that provides the Customer with any-to-any connectivity and differentiated performance levels, prioritisation of delay and non-delay sensitive traffic as well as voice and multi-media applications, all on a single network.

  • The cornerstone of this offering is Verizon’s Multi Protocol Label Switching (MPLS)-powered NBIP-VPNS network.

  • These Service Levels cover the following data service categories: • ACURUS Leased Line Services; • ACURUS Frame Relay Services; • ACURUS Asynchronous Transfer Mode (“ATM”) Services; • ACURUS Ethernet Services (“Ethernet”); • ACURUS Multi Protocol Label Switching (“MPLS”) Private Network Services and; • ACURUS Managed Solution.

  • On top of each virtual infrastructure, GEYSERS defined a Generalized Multi- Protocol Label Switching (GMPLS) and Path Computation Element (PCE) based Network Control Plane (NCP) for the on-demand provisioning of energy-efficient optical connectivity between DCs and a Service Management Layer for the provisioning of cloud services.

  • After years of rapid technical and standardization efforts, various Quality of Service (QoS) architectures such as Differentiated Services (DiffServ) [1], Multi Protocol Label Switching (MPLS) [2] and Resource Reservation Protocol (RSVP) [3] begin to take a foothold in today’s networking environments.