Your Instructor for this course:
Wail Ahmed
Wail Ahmed is a teacher at TechCast as well as a network engineer with impressive track record in installation and implementation from small to mega projects including campus networking, WAN solution MPLS and Security as well as providing high-tech networking and systems solutions.
Description
One of CCIE Service Provider lab's key topics that exploring multiple scenarios of MPLS Segment Routing (SR-MPLS) [ RFC8660]. SR-MPLS is a method of source routing a packet through an MPLS data plane. This is achieved by the sender imposing a stack of MPLS labels that partially or completely specify the path that the packet is to take and any instructions to be executed on the packet as it passes through the network.
Pre-requisite: CCNP
Level: Professional
Duration: 27h 45m
Release date: Oct. 15, 2023
Course Curriculum
- Enable ISIS Segment-Routing MPLS overview
- Enable ISIS Segment-Routing MPLS Lab
- ISIS Prefix-Segment Identifier (Prefix SID) overview
- ISIS Prefix-Segment Identifier (Prefix SID) Lab - part 1
- ISIS Prefix-Segment Identifier (Prefix SID) Lab - part 2
- ISIS dynamic Adjacency SID overview
- ISIS dynamic Adjacency SID Lab
- ISIS static layer-3 Adjacency SID overview
- ISIS static layer-3 Adjacency SID Lab
- ISIS static layer-2 Adjacency SID overview
- ISIS static layer-2 Adjacency SID Lab
- ISIS Segment-Routing Multi-Level topology overview
- ISIS Segment-Routing Multi-Level topology Lab
- Enable OSPF Segment-Routing MPLS overview
- Enable OSPF Segment-Routing MPLS Lab
- OSPF Prefix-Segment Identifier (Prefix SID) overview
- OSPF Prefix-Segment Identifier (Prefix SID) Lab
- OSPF dynamic Adjacency SID overview
- OSPF dynamic Adjacency SID Lab
- OSPF static layer-3 Adjacency SID overview
- OSPF static layer-3 Adjacency SID Lab
- OSPF Segment-Routing Multi-Area topology overview
- OSPF Segment-Routing Multi-Area topology Lab
- SR and LDP co-existence overview
- SR and LDP co-existence Lab
- SR and LDP Interworking overview
- SR and LDP Interworking Lab - part 1
- SR and LDP Interworking Lab - part 2
- SR and LDP Interworking Lab - part 3
- SR and LDP Interworking Lab - part 4
- Segment-Routing Mapping-Server (SRMS) overview
- SRMS with IGP Protocols overview
- SRMS with ISIS protocol Lab
- SRMS with OSPF protocol Lab
- SRMS with IGP Multi-topology overview
- SRMS with ISIS Multi-Level topology Lab
- SRMS with OSPF Multi-Area topology Lab
- Loop-Free Alternative overview
- Classical Local LFA overview
- Local LFA with OSPF protocol Lab
- Local LFA with ISIS protocol Lab
- Local LFA Tiebreakers overview
- Local LFA Tiebreakers Lab
- Remote LFA overview
- Remote LFA with Segment-Routing Lab
- Remote LFA with LDP Lab
- TI-LFA overview
- TI-LFA Lab
- TI-LFA Protection Types overview
- TI-LFA Link-Protection Lab
- TI-LFA Node-Protection Lab
- TI-LFA SRLG-Protection Lab
- TI-LFA for IP and LDP traffic protection overview
- TI-LFA for IP traffic protection Lab
- TI-LFA for LDP traffic protection Lab
- TI-LFA with SR/LDP interworking
- TI-LFA for protected Adjacency SID
- Segment-Routing Microloops avoidance