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Configuring Juniper Networks Routers (CJNR) - M Series and T Series (40hrs)
Objectives
After successfully completing this course, you will be able to:
Perform initial configuration on M Series and T Series platforms.
Describe the basic functionality of the RIP routing protocol and how to configure it on a Juniper Networks M Series or T Series platform.
Use the routing policy within JUNOS software to control routes within the routing and forwarding tables.
Describe the basic functionality of the OSPF routing protocol and how to configure it on a Juniper Networks M Series or T Series platform.
Describe the basic functionality of the IS-IS routing protocol and how to configure it on a Juniper Networks M Series or T Series platform.
Describe the basic functionality of the BGP routing protocol and how to configure it on a Juniper Networks M Series or T Series platform.
Describe the concept of traffic engineering and how to configure MPLS on a Juniper Networks M Series or T Series platform.
Describe how packet filtering can control the flow of IP packets and provide security within the Juniper Networks M Series and T Series platforms.
Configure and monitor IP multicasting on a Juniper Networks M Series or T Series platform.
Course Level
This is an intermediate-level course designed to provide an in-depth exposure to general configuration and routing protocol operation to prepare students for the more advanced courses available in the Juniper Networks training curriculum.
Prerequisites
A basic familiarity with the JUNOS software CLI
TCP/IP basics
Link-state routing protocols, including a familiarity with either OSPF or IS-IS
Operation of BGP4 and knowledge of the BGP4 mandatory attributes
General interdomain routing issues.
Course Contents
Introduction and Overview
JUNOS Software CLI Review
Gaining Access to the CLI
CLI Modes and Feature Overview
Configuration Mode
Initial Configuration
Getting the Router up and Running
Configuration Groups
Software Upgrades and Installation
Configuring Interfaces
Protocol Independent Routing Properties
Static Routes
Aggregate Routes
Generated Routes
JUNOS Software Routing Tables
Route Preferences and Active Route Selection
RIP
Routing Information Protocol Overview
RIP Version 2 Message Types and Limitations
Configuring and Monitoring RIP
Routing Policy
Policy Overview
Match Conditions
Applying Policy
Route Filters
OSPF Operation, Configuration, and Troubleshooting
OSPF Overview
OSPF Scalability
Adjacency Formation and DR Election
Configuring OSPF
OSPF Monitoring and Troubleshooting
IS-IS Operation, Configuration, and Troubleshooting
IS-IS Overview
IS-IS PDUs
Monitoring IS-IS Operation
Border Gateway Protocol Operation, Configuration, and Troubleshooting
BGP Overview
BGP Route Selection
BGP Attributes
Configuring and Monitoring BGP in JUNOS Software
Traffic Engineering Overview
The Concept of MPLS
The Need for Traffic Engineering
Overlay Networks and Their Drawbacks
Traffic Engineering: A Definition
MPLS Fundamentals
MPLS vs. IGP Traffic Engineering
MPLS Terminology
MPLS Labels
MPLS Processing Examples
RSVP-Signaled LSPs
Static vs. Signaled LSPs
Signaled LSP Overview
RSVP Signaling
RSVP Extensions That Support MPLS Traffic Engineering
Path and Neighbor Maintenance
Configure RSVP Signaling
Monitor RSVP-Signaled LSPs
LSP and Routing Table Integration
Mapping Next Hops to LSPs
Default Ingress Router Behavior
Using Next-Hop Self vs. a Passive IGP
Overview of LSP Integration Options
Named Paths and Routing Constraints
Explicit Route Objects
Strict and Loose Hops
Named Path Configuration
Confirming LSP Routing
Internet Processor II Firewall Filters
Overview of Firewall Filter Syntax
Match Conditions
Actions
Applying Firewall Filters
Filter Examples
Rate Policing
Operational Analysis of Counters and Policers
Multicast Theory
The benefits of Multicast
Multicast Addressing
IGMP
Multicast Routing
Dense and Sparse Mode Operation
RP Discovery Options
SAP and SDP
Multicast Configuration and Monitoring
JUNOS Software Multicast Support
Configuring Multicast
Auto-RP and Bootstrap
Monitor Multicast operation
Confirming Presence of Tunnel Services PIC
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