Description

An advanced level course that will allow you to master: the concepts of distance vector protocols, link state protocols, path vector protocols, the criteria for selecting a routing protocol, the characteristics of the protocols: RIP-1 , RIP-2, EIGRP, OSPF, BGP, IP switching mechanisms, virtual private network design, voice over IP and access security.

Who is this training for ?

For whom ?

Anyone whose duties require knowledge of configuring routing protocols on Cisco routers.

Prerequisites

Training objectives

Understand routing protocols

Implement an EIGRP IP network interconnection Create a secure OSPF interconnection

Create an IPSec VPN virtual private network

Implement an IP network interconnection using the BGP4 protocol

Training program

• Compare routing possibilities
  • - Topology: tree or mesh.
  • - Prioritization: flat network or with backbone.
  • - Services: prioritization or not.
  • - Flows: synchronous or asynchronous.
  • - Technical or strategic criteria: flow, delay, price or preference.
• Distance vector routing
  • - The RIP 1 and RIP 2 protocols.
  • - The simplicity of RIP.
  • - Loop processing.
  • - Convergence.
  • - Message processing.
  • - Routing by subnetworks, security.
  • - Multicast broadcasting, SNMP administration.
  • - External route management, Next Hop.
  • - Authentication.
  • - The EIGRP protocol.
  • - Multiple metrics.
  • - Choosing the best path.
  • - Loop processing, Split Horizon.
  • - Poison Reverse.
  • - Convergence.
  • - DUAL broadcast update algorithm.
  • - Protocols Hello, RTP.
  • - External route management.
  • - Feasable Distance Possible Successor.
  • - Neighborhood.
  • - Topology.
  • - Configure EIGRP.
  • - Implement load sharing.
  • - Operator action on the choice of routes.
  • - Globalization or not subnets.
  • - Filter routing: access-lists.
  • - Compare convergence between EIGRP and RIP.
  • - Configure authentication.
  • - Practical work RIP configuration commands on LAN, on WAN.
  • - Validate the limits.
  • - Implementation of a network interconnection.
  • - Creation of problems and debug actions on RIP.
  • - Implementation of an EIGRP IP network interconnection.
  • - Implementation of a distribution /load sharing.
• Link-state routing

  - n'as pas encore du programme

• BGP path vector routing
  • - Definition.
  • - Autonomous systems.
  • - Topology, tables, loops, routes, political routing.
  • - Path vectors.
  • - Attributes.
  • - BGP procedures.
  • - Exchanges, updates, polls.
  • - Processing political routing.
  • - Practical work Implementation of an interconnection of IP networks using the BGP4 protocol.
  • - Creation of a network of autonomous systems.
  • - Verification of broadcasts in the backbone.
  • - BGP debug actions.
  • - Creation of a decision table.
• Multicast routing
  • - Presentation.
  • - Implementation of multicast processing on Cisco.
  • - The IGMP protocol on LAN.
  • - The Dense and Sparse mode PIM protocol between routers.
  • - DVMRP, MOSPF protocols on the Backbone.
  • - Cisco GMP between router and switch.
• Multicast routing
  • - Presentation.
  • - Implementation of multicast processing on Cisco.
  • - The IGMP protocol on LAN.
  • - The Dense and Sparse mode PIM protocol between routers.
  • - DVMRP, MOSPF protocols on the Backbone.
  • - Cisco GMP between router and switch.
• QoS - Prioritization of flows
  • - Requirements definition.
  • - DiffServ: flow marking: DSCP.
  • - Solutions: traffic shaping, queuing.
  • - Fair Queuing, Priority Queuing.
  • - Custom Queuing.
  • - Prioritization by DLCI Frame Relay.
  • - Practical work Configuration of the different types of queues 'wait.
  • - Validation of the impact on transfers.
• Virtual Private Networks: VPN
  • - MPLS VPN.
  • - MPLS components.
  • - VPN architecture.
  • - Associate flow, label, QoS.
  • - IPSec VPN.
  • - Principle.
  • - Selection of an algorithm.
  • - Road and tunnel association.
  • - Implementation principles .
  • - Practical work IPSec tunnel creation.
  • - Encryption mechanisms.
  • - IPsec configuration.
  • - Verification.
  • - Debug actions.
• Le protocole IS-IS
  • - Presentation.
  • - Implementation and use.
  • - Comparison with OSPF.
  • - Practical work Example of use of the IS- protocol IS.