کامل ترین دوره آموزشی Segment Routing

1- Configuration Segment Routing with MPLS forwarding in IS-IS

2- Configuration of Prefix Segment with Absolute and Index method in IS-IS

3- Verification of Adjacency SID with IS-IS show commands

4- Verification of Prefix SID with IS-IS show commands

5- Verification of SRGB with IS-IS show commands

6- Push/Swap/Pop Mechanism in Segment Routing Introduction

7- Follow the Packet in Segment Routing Domain

8- Capture the packet in Segment Routing Domain

1- Configuration Segment Routing with MPLS forwarding in OSPF

2- Configuration of Prefix Segment with Absolute and Index method in OSPF

3- Verification of Adjacency SID with OSPF show commands

4- Verification of Prefix SID with OSPF show commands

5- Verification of SRGB with OSPF show commands

6- OSPFv2 Router Information Opaque LSA (type 4) Introduction

7- OSPFv2 Extended Prefix Opaque LSA (type 7) Introduction

8- OSPFv2 Extended Link Opaque LSA (type 8) Introduction

1- Step 1 : Configure IP Addresses and OSPF Configuration

2- Step 2 : Enable Segment-Routing Globally

3- Step 3 : Configure  SID-Map in R1,R5

4- Step 4 : Configure Prefix-SID in R1 with Index=1 for 1.1.1.1/32

5- Step 5 : Configure Prefix-SID in R5 with Absolute=16005 for 5.5.5.5/32

6- Step 6 : Enable Segment-Routing Globally in OSPF

7- Step 7 : Enable Segment-Routing for area 0.0.0.0 in OSPF

1- Step 1 : Configure IP Addresses and IS-IS Configuration

2- Step 2 : Enable Segment-Routing Globally

3- Step 3 : Configure  SID-Map in R1,R5

4- Step 4 : Configure Prefix-SID in R1 with Index=1 for 1.1.1.1/32

5- Step 5 : Configure Prefix-SID in R5 with Absolute=16005 for 5.5.5.5/32

6- Step 6 : Enable Segment-Routing Globally in IS-IS

1- Configuration Segment Routing with MPLS forwarding in IS-IS for IPv6

2- Configuration of Prefix Segment with Absolute and Index method in IS-IS for IPv6

3- Verification of Adjacency SID for IPv6 adjacencies with IS-IS show commands

4- Verification of Prefix SID for IPv6 addresses with IS-IS show commands

5- "I" flag Introduction about IPv4 address-family encapsulation capability

6- "V" flag Introduction about IPv6 address-family encapsulation capability

7- Push/Swap/Pop Mechanism in Segment Routing for IPv6 Traffic Introduction

8- Follow the Packet in Segment Routing Domain for IPv6 Packet

9- Capture the packet in Segment Routing Domain for IPv6 Packet

1- MPLS Data Plane Operations review

2- Penultimate Hop Popping (PHP) review

3- Explicit-Null functionalities reviews

4- Prefix-SID noPHP-flag Introduction

5- Prefix-SID ExpNull-flag Introduction

6- Prefix-SID Explicit Null Configuration

7- Capture the packet for Explicit-Null Function

1- Equal Cost Multi Path (ECMP) Capability in SR introduction

2- Equal Cost Multi Path (ECMP) Capability in SR configuration

3- Equal Cost Multi Path (ECMP) Capability in SR verification

1- Segment Routing Use case in simple and efficient transport of MPLS services

2- MPLS L3VPN service without LDP introduction

3- MPLS L3VPN service without LDP Configuration

4- MPLS L3VPN service without LDP Verification

1- Segment Routing Global Block (SRGB) introduction

2- Segment Routing Global Block (SRGB) Configuration

3- Segment Routing Global Block (SRGB) Best Practice

4- Effect of different Segment Routing Global Block (SRGB) on routers

1- Label Switching Database (LSD) introduction

2- Label Switching Database (LSD) default label allocation introduction

3- Label Switching Database (LSD) SRGB allocation introduction

4- Label Switching Database (LSD) SRGB preservation introduction

1- Segment Routing Co-existence with LDP introduction

2- IP-to-MPLS , MPLS-to-MPLS , MPLS-to-IP behaviour Introduction

3- SR preference configuration

4- Simplest migration LDP to SR introduction

1- Simple Migration from LDP to Segment Routing Introduction

2- Simple Migration from LDP to Segment Routing Requirements

3- Simple Migration from LDP to Segment Routing Steps Introduction

4- Simple Migration from LDP to Segment Routing Configuration

5- Simple Migration from LDP to Segment Routing Verification

1- Interworking Deployment Model - LDP to SR Introduction

2- Interworking Deployment Model - LDP to SR Configuration

3- Interworking Deployment Model - LDP to SR Verification

1- Interworking Deployment Model - SR to LDP Introduction

2- Interworking Deployment Model - Mapping-Server Introduction

3- Interworking Deployment Model - Mapping-Server Configuration

4- Interworking Deployment Model - SR to LDP Verification

1- Interworking Deployment Model - SR over LDP Introduction

2- Interworking Deployment Model - SR over LDP for LSP terminate outside of LSP Domain

3- Interworking Deployment Model - SR over LDP for LSP terminate inside the LSP Domain

4- Interworking Deployment Model - SR over LDP Verification

1- Interworking Deployment Model - LDP over SR Introduction

2- Interworking Deployment Model - LDP over SR for LSP terminate outside of LSP Domain

3- Interworking Deployment Model - LDP over SR for LSP terminate inside the LSP Domain

4- Interworking Deployment Model - LDP over SR Verification

1- Classic Loop Free Alternate (LFA) Introduction

2- Classic Loop Free Alternate (LFA) Advantages Introduction

3- Classic Loop Free Alternate (LFA) Disadvantages Introduction

1- Topology Independent Loop Free Alternate (TI-LFA) Introduction

2- Topology Independent LFA (TI-LFA) Benefits Introduction

3- TI-LFA uses Post-Convergence Path Introduction

4- TI-LFA algorithm research Introduction

5- Zero-Segment and Double-Segment Link Protection Introduction

1- Topology Independent Loop Free Alternate (TI-LFA) Introduction

2- Topology Independent LFA (TI-LFA) Benefits Introduction

3- TI-LFA uses Post-Convergence Path Introduction

4- TI-LFA algorithm research Introduction

5- Zero-Segment and Double-Segment Link Protection Introduction

1- Topology Independent LFA - Node Protection Introduction

2- Topology Independent LFA - Node Protection Configuration

3- Topology Independent LFA - Node Protection Verification

4- TI-LFA Link Protection vs. Node Protection Introduction

1- Topology Independent LFA - SRLG Introduction

2- Topology Independent LFA - SRLG Configuration

3- Topology Independent LFA - SRLG Verification

1- Preference between TI-LFA Link & Node Protection introduction and verification

2- Preference between TI-LFA Link & SRLG Protection introduction and verification

3- Preference between TI-LFA Node & SRLG Protection introduction and verification

4- Configuration Inheritance Introduction

1- Topology Independent LFA - LDP Traffic Protection Introduction

2- Topology Independent LFA - LDP Traffic Protection Configuration

3- Topology Independent LFA - LDP Traffic Protection Verification

1- Topology Independent LFA - LDP Traffic , Single Segment Introduction

2- Topology Independent LFA - LDP Traffic , Single Segment Configuration

3- Topology Independent LFA - LDP Traffic , Single Segment Verification

1- Segment Routing Traffic Engineering - Explicit Path in IOS-XE Introduction

2- Segment Routing Traffic Engineering - Explicit Path in IOS-XE Configuration

3- Segment Routing Traffic Engineering - Explicit Path in IOS-XE Verification

1- Segment Routing Policy Identification Introduction

2- Segment Routing Policy Color Introduction

3- Segment Routing Policy Candidate Paths Introduction

4- Segment Routing Traffic Engineering - Explicit Path in IOS-XR Introduction

5- Segment Routing Traffic Engineering - Explicit Path in IOS-XR Configuration

6- Segment Routing Traffic Engineering - Explicit Path in IOS-XR Verification

1- The need to Explicit Path with Adjacency SID Introduction

2- Explicit Path with Adjacency SID Configuration

3- Explicit Path with Prefix-SID and Adjacency SID Configuration

4- Explicit Path with Adjacency SID Verification

1- Binding SID introduction

2- Binding SID types introduction

3- Binding SID usage introduction

4- Binding SID configuration

5- Binding SID example

1- Automatic Traffic Steering with BGP introduction

2- Automatic Traffic Steering with BGP configuration

3- Automatic Traffic Steering with BGP verification

4- Extcommunity opaque configuration

1- Disable Automatic Traffic Steering with BGP introduction

2- Disable Automatic Traffic Steering with BGP configuration

3- Disable Automatic Traffic Steering with BGP verification

1- Traffic Steering  with Color Assignment in ingress PE introduction

2- Traffic Steering  with Color Assignment in ingress PE configuration

3- Traffic Steering  with Color Assignment in ingress PE verification

1- SR-TE Weighted ECMP (WECMP) Introduction

2- SR-TE Weighted ECMP (WECMP) Configuration

3- SR-TE Weighted ECMP (WECMP) Verification

1- SR - Traffic Engineering - Dynamic Path - Metric-Type IGP-TE Introduction

2- SR - Traffic Engineering - Dynamic Path - Metric-Type IGP-TE Configuration

3- SR - Traffic Engineering - Dynamic Path - Metric-Type IGP-TE Verification

1- SR - Traffic Engineering - Dynamic Path - Metric-Type Hop Count Introduction

2- SR - Traffic Engineering - Dynamic Path - Metric-Type Hop Count Configuration

3- SR - Traffic Engineering - Dynamic Path - Metric-Type Hop Count Verification

1- Affinity Attribute Introduction

2- Affinity Map Introduction

3- SR-TE Interface Affinity Configuration

4- SR-TE Policy Configuration with Affinity Exclude-Any

1- Affinity Attribute Introduction

2- Affinity Map Introduction

3- SR-TE Interface Affinity Configuration

4- SR-TE Policy Configuration with Affinity Include-Any

1- Affinity Attribute Introduction

2- Affinity Map Introduction

3- SR-TE Interface Affinity Configuration

4- SR-TE Policy Configuration with Affinity Include-Any

1- SR-TE On Demand Nexthop (ODN) introduction

2- SR-TE On Demand Nexthop (ODN) benefits

3- SR-TE On Demand Nexthop (ODN) configuration

4- SR-TE On Demand Nexthop (ODN) verification

1- SR-TE Multi domain ODN with Path Computation Element (PCE) introduction

2- SR-TE Multi domain ODN with Path Computation Element (PCE) configuration

3- SR-TE Multi domain ODN with Path Computation Element (PCE) verification