JSRJPJuniper NetworksJP-JSR19.a<p>After successfully completing this course, you should be able to:</p> <ul> <li>Describe and configure segment routing.</li><li>Describe and configure traffic engineering with segment routing static paths.</li><li>Describe and configure traffic engineering paths using BGP and colored route tags.</li><li>Describe and configure TI-LFA.</li><li>Describe and configure Anycast segments.</li><li>Describe and configure LAG in a segment routing design.</li></ul><p>The following are the prerequisites for this course: </p> <ul> <li>Understanding of the OSI model.</li><li>Advanced routing knowledge; the Advanced Junos Enterprise Routing (AJER) course or equivalent knowledge strongly recommended.</li><li>Intermediate knowledge of MPLS functions.</li><li>Intermediate to advanced Junos CLI experience.</li></ul><p>The primary audiences for this course are the following: </p> <ul> <li>Service Provider design engineers</li><li>Campus and Enterprise design engineers</li></ul><h5>Day 1</h5> <h5>Chapter 1: Course Introduction</h5> <h5>Chapter 2: Segment Routing Overview</h5><ul> <li>MPLS Forwarding Overview</li><li>SPRING Concepts</li><li>Segment Routing Architecture</li><li>SDN and Segment Routing Overview</li></ul><h5>Chapter 3: Configuring Segment Routing</h5><ul> <li>Segment Types</li><li>Configuring, Monitoring, and Verifying Segment Routing</li><li>Configuring, Monitoring, and Verifying Segment Routing Traffic Engineering</li><li>Lab: Configuring Segment Routing</li><li>Basic Segment Routing</li><li>Segment Routing Traffic Engineering (TE)</li></ul><h5>Chapter 4: Segment Routing Redundancy and High Availability</h5><ul> <li>IP/MPLS Protection Mechanisms</li><li>Topology Independent Loop-Free Alternative</li><li>Link and Node Protection</li><li>Fate Sharing</li><li>Label Stacking for Backup Paths</li><li>Anycast Segments</li><li>Segment Routing with Link Aggregation Groups (LAG)</li><li>Lab: Segment Routing Redundancy and High Availability</li><li>Configuring TI-LFA</li><li>Configuring Anycast Segments</li><li>Configuring Link-Specific Labels for LAG</li></ul><h5>Appendix A: NorthStar Segment Routed LSPs</h5><h5>Day 1</h5> <h5>Chapter 1: Course Introduction</h5> <h5>Chapter 2: Segment Routing Overview</h5><ul> <li>MPLS Forwarding Overview</li><li>SPRING Concepts</li><li>Segment Routing Architecture</li><li>SDN and Segment Routing Overview</li></ul><h5>Chapter 3: Configuring Segment Routing</h5><ul> <li>Segment Types</li><li>Configuring, Monitoring, and Verifying Segment Routing</li><li>Configuring, Monitoring, and Verifying Segment Routing Traffic Engineering</li><li>Lab: Configuring Segment Routing</li><li>Basic Segment Routing</li><li>Segment Routing Traffic Engineering (TE)</li></ul><h5>Chapter 4: Segment Routing Redundancy and High Availability</h5><ul> <li>IP/MPLS Protection Mechanisms</li><li>Topology Independent Loop-Free Alternative</li><li>Link and Node Protection</li><li>Fate Sharing</li><li>Label Stacking for Backup Paths</li><li>Anycast Segments</li><li>Segment Routing with Link Aggregation Groups (LAG)</li><li>Lab: Segment Routing Redundancy and High Availability</li><li>Configuring TI-LFA</li><li>Configuring Anycast Segments</li><li>Configuring Link-Specific Labels for LAG</li></ul><h5>Appendix A: NorthStar Segment Routed LSPs</h5>After successfully completing this course, you should be able to: - Describe and configure segment routing. - Describe and configure traffic engineering with segment routing static paths. - Describe and configure traffic engineering paths using BGP and colored route tags. - Describe and configure TI-LFA. - Describe and configure Anycast segments. - Describe and configure LAG in a segment routing design.The following are the prerequisites for this course: - Understanding of the OSI model. - Advanced routing knowledge; the Advanced Junos Enterprise Routing (AJER) course or equivalent knowledge strongly recommended. - Intermediate knowledge of MPLS functions. - Intermediate to advanced Junos CLI experience.The primary audiences for this course are the following: - Service Provider design engineers - Campus and Enterprise design engineersDay 1 Chapter 1: Course Introduction Chapter 2: Segment Routing Overview - MPLS Forwarding Overview - SPRING Concepts - Segment Routing Architecture - SDN and Segment Routing Overview Chapter 3: Configuring Segment Routing - Segment Types - Configuring, Monitoring, and Verifying Segment Routing - Configuring, Monitoring, and Verifying Segment Routing Traffic Engineering - Lab: Configuring Segment Routing - Basic Segment Routing - Segment Routing Traffic Engineering (TE) Chapter 4: Segment Routing Redundancy and High Availability - IP/MPLS Protection Mechanisms - Topology Independent Loop-Free Alternative - Link and Node Protection - Fate Sharing - Label Stacking for Backup Paths - Anycast Segments - Segment Routing with Link Aggregation Groups (LAG) - Lab: Segment Routing Redundancy and High Availability - Configuring TI-LFA - Configuring Anycast Segments - Configuring Link-Specific Labels for LAG Appendix A: NorthStar Segment Routed LSPsDay 1 Chapter 1: Course Introduction Chapter 2: Segment Routing Overview - MPLS Forwarding Overview - SPRING Concepts - Segment Routing Architecture - SDN and Segment Routing Overview Chapter 3: Configuring Segment Routing - Segment Types - Configuring, Monitoring, and Verifying Segment Routing - Configuring, Monitoring, and Verifying Segment Routing Traffic Engineering - Lab: Configuring Segment Routing - Basic Segment Routing - Segment Routing Traffic Engineering (TE) Chapter 4: Segment Routing Redundancy and High Availability - IP/MPLS Protection Mechanisms - Topology Independent Loop-Free Alternative - Link and Node Protection - Fate Sharing - Label Stacking for Backup Paths - Anycast Segments - Segment Routing with Link Aggregation Groups (LAG) - Lab: Segment Routing Redundancy and High Availability - Configuring TI-LFA - Configuring Anycast Segments - Configuring Link-Specific Labels for LAG Appendix A: NorthStar Segment Routed LSPs4 jours1000.001000.001000.004000.004000.004000.004000.004000.004000.004000.004000.004000.00