Course Code : AJNR
Advanced Juniper Networks Routing - M/T-Series |
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COURSE OVERIEW |
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This lab-intensive, hands-on, five-day course provides an advanced look at popular routing and traffic engineering protocols supported on Juniper Networks M-series and T-series platforms. The AJNR course investigates the intricacies of interior gateway protocol (IGP) operation through OSPF and IS-IS labs that engage the student in a detailed examination of the link-state database and the effects of virtually all protocol options. The complexities of large-scale routing using the Border Gateway Protocol (BGP) are then explored, with the focus placed on scaling networks using route reflection and confederations. In addition, numerous BGP options, such as multihop, multipath, and authentication, are discussed and configured in a lab setting. The class moves on to cover advanced JUNOS software features relating to MPLS and traffic engineering. In these sections the student is exposed to detailed discussions of RSVP and LDP signaling. Additional topics include CSPF and ERO-based routing constraints, routing table integration options, and traffic protection. The final sections of the course are devoted to a detailed exploration of multicast routing protocols, such as PIM, MSDP, and MBGP, in the context of interdomain multicast topologies that permit the demonstration of advanced multicast configuration options and monitoring.
The class was recently updated to address features associated with the JUNOS software Release 6.1.
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Course Contents |
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Open Shortest Path First (OSPF) |
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LSA Contents and Flooding |
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Shortest Path First Operation |
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Graceful Restart |
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OSPF Areas (Stub, Stub with no Summaries, NSSA, NSSA with no Summaries) |
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Virtual Links |
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Authentication |
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Reference Bandwidth |
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Prefix Limits |
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Route Summarization |
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Labs |
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Content. |
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| Intermediate System-to-Intermediate System (IS-IS)
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| LSP / TLV Contents and Flooding
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| Shortest Path First Operation
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| Graceful Restart
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| Multilevel IS-IS
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| Route Leaking and Summarization
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| Wide Metrics
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| Overload
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| Authentication
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| Reference Bandwidth
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| Prefix Limits
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| Mesh Groups
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| Labs
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Border Gateway Protocol (BGP)
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| BGP Attributes
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| Route Selection
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| Graceful Restart
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| Modifying Attribute Values
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| Scaling with Route Reflection
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| Scaling with Confederations
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| Load Balancing
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| Authentication
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| Prefix Limits
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| Multipath
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| Multihop
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| Labs
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| Multiprotocol Label Switching (MPLS)
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| MPLS and RSVP Review
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| RSVP Sessions
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| RSVP Messages and State Structures
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| Traffic Engineering Extensions
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| RSVP Authentication
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| RSVP Graceful Restart
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| CSPF Overview
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| Analyzing the Traffic Engineering Database (TED)
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| CSPF Algorithm
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| Applying User Constraints
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| Primary and Secondary LSPs
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| Fast Reroute and Link Protection
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| Adaptive Style Reservations
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| Forwarding Adjacencies
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| Ultimate Hop Popping (Explicit Null)
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| Auto Bandwidth
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| Controlling the Time-to-Live
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| LDP Neighbor Discovery
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| LDP Session Establishment
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| The LDP Database
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| LDP Tunneling
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| LDP Authentication
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| LDP Graceful Restart
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| Labs
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| Multicast
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| Protocols and Forwarding Trees
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| PIM-SM Packet Formats
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| RP Options (Static, BSR, Auto-RP)
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| Multicast Scoping
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| MSDP Packet Formats
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| MSDP Mesh Groups
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| Anycast RP Using MSDP
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| Inter-AS MSDP
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| MBGP Overview
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| MBGP Attributes
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| Inter-domain Multicast Using MBGP
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| Routing Table Groups
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| Altering the RPF Table
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| Labs
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