Overview
Segment Routing (SR) with MPLS is a simplified and scalable method for routing in large networks. By utilizing labels and segments, SR removes the need for traditional signaling protocols like RSVP-TE and LDP, enabling efficient traffic engineering and path optimization. This training provides a comprehensive, in-depth look at Segment Routing with MPLS and prepares engineers for deployment, optimization, and troubleshooting in modern networks
Prerequisite
Familiarity with MPLS and basic MPLS operations
Level
Beginner | Intermediate | Advanced
Goals
Learn how to configure SR with MPLS for traffic engineering and path optimization
Intended for
IT Professional, Network Engineer, Service Provider Engineers, Individuals preparing for advanced network
Syllabus
Day 1 – Introduction to Segment Routing and MPLS
Day 1A - Overview of Segment Routing
- Benefits of Segment Routing
- Key concepts: Segments, SR-TE (Traffic Engineering), and Path Computation
- Comparing SR with traditional MPLS signaling protocols (RSVP-TE, LDP)
Day 1B - MPLS Overview and SR Integration
- SR-MPLS and the role of IGPs (OSPF, IS-IS)
Day 1C - Segment Routing Global Block (SRGB) and Local Block (SRLB)
- Basic Configuration of Segment Routing
- Configuring SR on IGPs (OSPF, IS-IS)
- Assigning Node-SIDs and Adjacency-SIDs
- Verifying Segment Routing operation in MPLS
Day 2 – Advanced Segment Routing Concepts
Day 2A - Traffic Engineering with Segment Routing (SR-TE)
- Creating SR-TE tunnels and policies
- Path Computation Element (PCE) and its role
- Explicit and dynamic SR-TE paths
Day 2B - SR Fast Reroute (TI-LFA)
- Configuring and enabling Fast Reroute for high availability
- Protection against link/node failures with TI-LFA
Day 2C - Advanced SR Features
- Using Anycast-SID for load balancing and redundancy
- Role of Segment Routing in Multi-Topological networks
Day 2D - Configuring SR-TE and TI-LFA
- Implementing SR-TE policies and validating traffic flows
- Setting up and testing Fast Reroute functionality
Day 3 – SRv6 and Inter-domain SR
Day 3A - Segment Routing over IPv6 (SRv6)
- Introduction to SRv6 and differences from SR-MPLS
- Benefits of SRv6 in modern networks
- Configuring SRv6 and integrating with MPLS
Day 3B - SR Inter-Domain (Inter-AS) Configuration
- SR in multi-domain or multi-AS environments
- Creating Inter-AS SR policies
- Inter-AS traffic engineering and path computation
Day 3C - Implementing SRv6
- Configuring and testing SRv6 in a lab environment
- Inter-domain routing with SR and MPLS
Day 4 – Segment Routing in Large Networks
Day 4A - SR Scaling and Optimization
- Managing large-scale SR-MPLS deployments
- Optimizing path selection and traffic engineering
- Advanced BGP integration with SR
Day 4B - SR in Large-Scale Service Provider Networks
- Best practices for deploying SR in large provider environments
- Case studies on traffic engineering and network optimization
Day 4C - SR with MPLS VPNs
- Integrating Segment Routing with MPLS VPNs for end-to-end traffic engineering
- Using SR to optimize MPLS VPN routing
Day 4D - Scaling SR in Large Networks
- Configuring SR in large-scale topologies
- Verifying large-scale MPLS traffic flows
Day 5 – Troubleshooting and Advanced Use Cases
Day 5A - SR and MPLS Troubleshooting
- Identifying and resolving SR label allocation issues
- Debugging Segment Routing and MPLS issues
- Common SR failures and resolutions
Day 5B - Advanced SR Use Cases
- SR in IoT, 5G, and cloud environments
- Optimizing multi-tenancy and SD-WAN with SR
Day 5C - Troubleshooting Segment Routing
- Simulating SR-related issues and resolving them
- Validating network performance and rerouting scenarios
Duration
5 Days (09.00-17.00 WIB)
Investment (Minimum 2 Pax)
Rp.9.990.000
Investment (Kelas Private)
Rp.14.990.000
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