Advantages of MPLS-TP vs Carrier Ethernet.
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Hello, Multiprotocol Label Switching Protocol Transport Profile (MPLS-TP) is a transport technique that integrates MPLS packet switching with traditional transport network features. MPLS-TP networks are poised to replace traditional transport networks in the future. MPLS-TP Operation, Administration, and Maintenance (MPLS-TP OAM) works on the MPLS-TP client layer. It can effectively detect, identify, and locate faults in the client layer and quickly switch traffic when links or nodes become defective. OAM is an important part of any plan to reduce network maintenance expenditures. PurposeBoth networks and services are part of an ongoing process of transformation and integration. New services like triple play services, Next Generation Network (NGN) services, carrier Ethernet services, and Fiber-to-the-x (FTTx) services are constantly emerging from this process. Such services demand more investment and have higher OAM costs. They require state of the art QoS, full service access, and high levels of expansibility, reliability, and manageability of transport networks. Traditional transport network technologies such as Multi-Service Transfer Platform (MSTP), Synchronous Digital Hierarchy (SDH), or Wavelength Division Multiplexing (WDM) cannot meet these requirements because they lack a control plane. Unlike traditional technologies, MPLS-TP does meet these requirements because it can be used on next-generation transport networks that can process data packets, as well as on traditional transport networks. Because traditional transport networks or Optical Transport Node (OTN) networks have high reliability and maintenance benchmarks, MPLS-TP must provide powerful OAM capabilities. MPLS-TP OAM provides the following functions:
Benefits
A metro Ethernet network consists of the core layer, edge layer, aggregation layer, and access layer. The core layer is responsible for high-speed forwarding of service data. The edge and aggregation layers serve as the access points for various services. Services are forwarded through the BRAS, centralized PE, or aggregation node, based on the service type. The access layer is composed of DSLAMs, aggregation switches, AGs, and NodeBs for user access. Figure 9-2 shows a metro Ethernet network. The aggregation layer devices use IP/MPLS for service access and forwarding. Aggregation nodes connect to DSLAMs for individual service access. Enterprise services are aggregated at Layer 2 through a switch or are directly transmitted to aggregation nodes.
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Hello, Multiprotocol Label Switching Protocol Transport Profile (MPLS-TP) is a transport technique that integrates MPLS packet switching with traditional transport network features. MPLS-TP networks are poised to replace traditional transport networks in the future. MPLS-TP Operation, Administration, and Maintenance (MPLS-TP OAM) works on the MPLS-TP client layer. It can effectively detect, identify, and locate faults in the client layer and quickly switch traffic when links or nodes become defective. OAM is an important part of any plan to reduce network maintenance expenditures. PurposeBoth networks and services are part of an ongoing process of transformation and integration. New services like triple play services, Next Generation Network (NGN) services, carrier Ethernet services, and Fiber-to-the-x (FTTx) services are constantly emerging from this process. Such services demand more investment and have higher OAM costs. They require state of the art QoS, full service access, and high levels of expansibility, reliability, and manageability of transport networks. Traditional transport network technologies such as Multi-Service Transfer Platform (MSTP), Synchronous Digital Hierarchy (SDH), or Wavelength Division Multiplexing (WDM) cannot meet these requirements because they lack a control plane. Unlike traditional technologies, MPLS-TP does meet these requirements because it can be used on next-generation transport networks that can process data packets, as well as on traditional transport networks. Because traditional transport networks or Optical Transport Node (OTN) networks have high reliability and maintenance benchmarks, MPLS-TP must provide powerful OAM capabilities. MPLS-TP OAM provides the following functions:
Benefits
A metro Ethernet network consists of the core layer, edge layer, aggregation layer, and access layer. The core layer is responsible for high-speed forwarding of service data. The edge and aggregation layers serve as the access points for various services. Services are forwarded through the BRAS, centralized PE, or aggregation node, based on the service type. The access layer is composed of DSLAMs, aggregation switches, AGs, and NodeBs for user access. Figure 9-2 shows a metro Ethernet network. The aggregation layer devices use IP/MPLS for service access and forwarding. Aggregation nodes connect to DSLAMs for individual service access. Enterprise services are aggregated at Layer 2 through a switch or are directly transmitted to aggregation nodes.
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