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MPLST - Implementing Cisco MPLS Traffic Engineering & Other Features
Calendário de Implementing Cisco Mpls Traffic Engineering & Other Features
| Novembro | Dezembro | Janeiro | Fevereiro |
|---|---|---|---|
Objetivo
Diferenciais Telecon
After completing this course the student should be able to:
Identify MPLS's peer-to-peer architecture and explain label allocation, routing update distribution and packet forwarding model in this architecture
Given a working MPLS network and diagram of a network, used the CISCO IOS commands required to successfully configure, monitor, and troubleshoot service provider support using the MPLS Carrier supporting Carrier service.
Identify the MPLS Traffic Engineering architecture and explain how MPLS implements traffic engineering, establishes the constraint-based path and assigning traffic to traffic trunks
Given a working MPLS network and diagram of a network, used the CISCO IOS commands required to successfully configure, monitor, and troubleshoot MPLS Traffic Engineering.
Given a working MPLS network and diagram of a network, used the CISCO IOS commands required to successfully implement a defined SLA using the MPLS QoS services
Given a working MPLS network and diagram of a network, used the CISCO IOS commands required to successfully configure, monitor, and troubleshoot layer-2 services using the Any Transport over MPLS service.
Given a working MPLS network and diagram of a network, used the CISCO IOS commands required to successfully configure, monitor, and troubleshoot IPv6 support in a MPLS environment.
Público Alvo
Employees
Channel Partner/Reseller
Customers
Requisitos
BGP, QoS, MPLS or equivalent background
Conteúdo
Module 2: Carrier Supporting Carrier (CsC)
Module 3: MPLS Traffic Engineering Technology
Module 4: Configuring MPLS Traffic Engineering
Module 5: MPLS Quality of Service
Module 6: Any Transport over MPLS (AToM)
Module 7: MPLS IPv6 support