Explains MPLS routing concepts, supported LSP types, LSP creation and path configuration, and troubleshooting procedures essential for deploying and maintaining MPLS networks.
MPLS routing
Explains how MPLS routings handle LSPs, including their establishment, rerouting procedures, and demand management for effective traffic engineering.
Supported LSP types
Describes the LSP types supported by Cisco Crosswork Planning to facilitate path management. These types enable users to identify and configure specific routing mechanisms within the network infrastructure.
Create and visualize LSPs and LSP paths
Describes how to create and visualize MPLS LSPs within the network design interface.
LSP paths
Describes the configuration and visualization properties of LSP paths within a network design.
Route demands through LSPs
Explains how to route demands through intra-area, inter-area, and specific LSPs, including demand routing order, explicit versus dynamic inter-area routing, creating private demands and LSPs, deleting demands, and configuring load sharing.
Global simulation parameters
Describes how global simulation parameters define network behavior during failure scenarios and impact route and optimization simulations.
LSP simulation diagnostics
Provides details about the LSP simulation diagnostic tool, including its features and behaviors for analyzing simulated routing and LSP path issues.