Download Designing and Implementing IP MPLS-Based Ethernet Layer 2 by Zhuo Xu PDF

By Zhuo Xu

A advisor to designing and imposing VPLS companies over an IP/MPLS switched merchant backboneToday's communique prone are searhing for comfort, simplicity, and versatile bandwidth throughout large zone networks-but with the standard of carrier and keep an eye on that's serious for company networking purposes like video, voice and information. service Ethernet VPN companies in line with VPLS makes this a truth. digital inner most LAN provider (VPLS) is a pseudowire (PW) established, multipoint-to-multipoint layer 2 Ethernet VPN provider supplied through companies prone via deploying a VPLS carrier to consumers, the operator can concentrate on offering excessive throughput, hugely to be had Ethernet bridging prone and go away the layer three routing determination as much as the customer.Virtual deepest LAN companies (VPLS) is instantly turning into the #1 selection for lots of agencies and repair services to installation facts communique networks. Alcatel-Lucent VPLS resolution permits provider companies to provide company buyers the operational expense advantages of Ethernet with the predictable QoS features of MPLS.Items Covered:Building Converged carrier Networks with IP/MPLS VPN TechnologyIP/MPLS VPN Multi-Service community OverviewUsing MPLS Label Switched Paths as carrier shipping TunnelsRouting Protocol Traffi c Engineering and CSPFRSVP-TE ProtocolMPLS Resiliency — Secondary LSPMPLS Resiliency — RSVP-TE LSP quick RerouteLabel Distribution ProtocolIP/MPLS VPN provider Routing ArchitectureVirtual Leased Line ServicesVirtual deepest LAN ServiceHierarchical VPLSHigh Availability in an IP/MPLS VPN NetworkVLL carrier ResiliencyVPLS carrier ResiliencyVPLS BGP Auto-DiscoveryPBB-VPLSOAM in a VPLS carrier community

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Extra info for Designing and Implementing IP MPLS-Based Ethernet Layer 2 VPN Services: An Advanced Guide for VPLS and VLL

Example text

Given the ever-changing landscape of customer demands, service provider networks must keep pace by staying competitive while increasing profitability. It is evident that the approach of building separate networks is not cost-effective when a service provider must offer multiple services. The ideal way to approach network design is a solution wherein multiple services can be converged on a single network infrastructure. This is why MPLS as a technology for service provider networks has gained rapid momentum in the marketplace.

VPLS enables multipoint connectivity at Layer 2 within an enterprise infrastructure. 2 illustrates a VPLS service within a network where three service routers participate in the same VPLS service. Each service router has a VPLS service instance (also referred as a Virtual Switching Instance, or VSI). Each VSI performs MAC address learning and constructs a table that maps MAC addresses to the corresponding MPLS paths (pseudowires) or the customer access ports. The VPLS concept is similar to a 24 PA R T I ■ I P/ M PL S V PN S E RV IC E N E T WO R K OV E RV I E W logical LAN connection — for example, all end devices connected to the same VPLS service appear as if they are within the same LAN segment (broadcast domain).

IP data is growing in strategic importance in wireless networks. Mobile users are keen for rich IP-based multimedia services. Service providers also want to deliver television content over IPTV applications, which require a network throughput with very high bandwidth and low latency. It’s clear that building a network optimal for IP/Ethernet traffic delivery is crucial to service providers. Because enterprises are now starting to use more and more IP/Ethernet-based applications, they require their IT infrastructures to have high throughput, and to be reliable, secure, and cost-efficient.

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