Course Code : CJNR-M
Configuring Juniper Networks Routers - M/T-Series |
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COURSE OVERIEW |
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The Configuring Juniper Networks Routers (CJNR) course is an intermediate-level, instructor-led course that focuses on initial platform configuration and the configuration and operational analysis of common protocols, including OSPF, IS-IS, BGP, RIP, multicast, and Multiprotocol Label Switching (MPLS). In-depth coverage of the operation and capabilities of each protocol is also provided. The newly updated course now covers selected features from the JUNOS software 6.3 release.
The course combines both lecture and labs, with significant time allocated for hands-on experience with JUNOS Internet software configuration and the operational analysis and troubleshooting of common protocols. The complete five-day CJNR class is the recommended way to prepare students for attending the advanced courses in the Juniper Networks training curriculum.
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DAY 1 |
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Module 0: Introduction and Overview |
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Module 1: JUNOS Software CLI Review |
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Gaining Access to the CLI |
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CLI Modes and Feature Overview |
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Configuration Mode |
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Module 2: Initial Configuration |
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Getting the Router up and Running |
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Configuration Groups |
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Software Upgrades and Installation |
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Configuring Interfaces |
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DAY 2
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| Module 3: Protocol Independent Routing Properties
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| Static Routes
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| Aggregate Routes
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| Generated Routes
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| JUNOS Software Routing Tables
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| Route Preferences and Active Route Selection
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| Module 4: RIP
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| Routing Information Protocol Overview
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| RIP Version 2 Message Types and Limitations
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| Configuring and Monitoring RIP
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Module 5: Routing Policy
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| Policy Overview
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| Match Conditions
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| Applying Policy
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| Route Filters
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| Module 6: OSPF Operation, Configuration, and Troubleshooting
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| OSPF Overview
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| OSPF Scalability
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| Adjacency Formation and DR Election
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| Configuring OSPF
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| OSPF Monitoring and Troubleshooting
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DAY 3
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| Module 7: IS-IS Operation, Configuration, and Troubleshooting
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| IS-IS Overview
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| IS-IS PDUs
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| Monitoring IS-IS Operation
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Module 8: Border Gateway Protocol Operation, Configuration, and Troubleshooting
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| BGP Overview
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| BGP Route Selection
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| BGP Attributes
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| Configuring and Monitoring BGP in JUNOS Software
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DAY 4
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| Module 1: Traffic Engineering Overview
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| The Concept of MPLS
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| The Need for Traffic Engineering
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| Overlay Networks and Their Drawbacks
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| Traffic Engineering: A Definition
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| Module 2: MPLS Fundamentals
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| MPLS vs. IGP Traffic Engineering
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| MPLS Terminology
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| MPLS Labels
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| MPLS Processing Examples
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| Module 3: RSVP-Signaled LSPs
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| Static vs. Signaled LSPs
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| Signaled LSP Overview
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| RSVP Signaling
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| RSVP Extensions That Support MPLS Traffic Engineering
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| Path and Neighbor Maintenance
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| Configure RSVP Signaling
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| Monitor RSVP-Signaled LSPs
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| Module 4: LSP and Routing Table Integration
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| Mapping Next Hops to LSPs
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| Default Ingress Router Behavior
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| Using Next-Hop Self vs. a Passive IGP
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| Overview of LSP Integration Options
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| Module 5: Named Paths and Routing Constraints
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| Explicit Route Objects
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| Strict and Loose Hops
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| Named Path Configuration
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| Confirming LSP Routing
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DAY 5
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| Module 6: Internet Processor II Firewall Filters
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| Overview of Firewall Filter Syntax
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| Match Conditions
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| Actions
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| Applying Firewall Filters
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| Filter Examples
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| Rate Policing
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| Operational Analysis of Counters and Policers
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| Module 7: Multicast Theory
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| The benefits of Multicast
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| Multicast Addressing
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| IGMP
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| Multicast Routing
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| Dense and Sparse Mode Operation
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| RP Discovery Options
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| SAP and SDP
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| Module 8: Multicast Configuration and Monitoring
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| JUNOS Software Multicast Support
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| Configuring Multicast
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| Auto-RP and Bootstrap
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| Monitor Multicast operation
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| Confirming Presence of Tunnel Services PIC
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