Mastering Cisco VxLan (Theory+Packet Walk+Lab)

Mastering Cisco Vx-Lan (Theory+Packet Walk+Lab)
Published 10/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 3.57 GB | Duration: 6h 13m

Mastering CISCO VX-LAN (Theory+Packet Walk+LAB)

What you'll learn

CISCO VXLAN therory

CISCO VXLAN packet walk

CISCO VXLAN LAB

CISCO VXLAN fundamentals

Requirements

basic understanding of routing and switching

Description

Mastering CISCO VX-LAN (Theory+Packet Walk+LAB)1) EVE-NG issues and fixes for LAB2) VXLAN high level overviewa) Challenges in legacy Networks:b) use of VNIsc) brief about underlays and overlaysd) VXLAN benefitse) Logic behind 16 millions broadcast domainsf) MTU consideration into VXLAN3) IP schema design consideration inside the Fabric4) Topology overview5) Static ingress replication LAB6) Static ingress replication packet walk7) Benefits and drawback of Static ingress replication8) Ingress replication using BGP: LAB9) Ingress replication using BGP packet walk10) Use of route type 3, benefits and drawback of Ingress replication using BGP11) Intra subnet communication using multicast LAB12) Intra subnet communication using multicast packet walk (route type 2)13) Use of suppress-arp feature, packet walk14) Inter subnet communication LAB15) Inter subnet communication packet walk16) Inter subnet communication with silent host packet walk part-117) inter subnet communication with silent host part-218) inter subnet communication with silent host LAB19) VPC and VXLAN20) VPC and VXLAN packet walk21) External connectivity to VXLAN fabric22) Asymmetric IRB23) Endpoint mobilityI hope you will enjoy this series and learn something new.Thanks

Overview

Section 1: Introduction

Lecture 1 EVE-NG issues and fixes while performing the Labs

Section 2: VX-LAN high level overview

Lecture 2 Lectire-1. VXLAN-High level Overview

Section 3: Lecture-3 Topology Overview

Lecture 3 Lecture-3 Topology Overview

Section 4: Lecture-4 Static ingress replication LAB

Lecture 4 Lecture-4 Static ingress replication LAB

Section 5: Lecture 5 .Packet Flow-Static-ingress-replication

Lecture 5 Lecture 5 .Packet Flow-Static-ingress-replication

Section 6: Lecture 6 Ingress-replication-BGP-Part-1

Lecture 6 Lecture 6 Ingress-replication-BGP-Part-1

Section 7: Lecture 7 ingress replication bgp part-2 with packet flow

Lecture 7 Lecture 7 ingress replication bgp part-2 with packet flow

Section 8: Lecture 8 Intra-subnet-communication-Multicast

Lecture 8 Lecture 8 Intra-subnet-communication-Multicast

Section 9: Lecture 9 Packet flow- multicast-vxlan

Lecture 9 Lecture 9 Packet flow- multicast-vxlan

Section 10: Lecture 10 Suppress-arp feature

Lecture 10 Lecture 10 Suppress-arp feature

Section 11: Lecture 11 Inter-subnet communication-LAB

Lecture 11 Lecture 11 Inter-subnet communication-LAB

Section 12: Lecture 12 Inter-subnet Packet Flow

Lecture 12 Lecture 12 Inter-subnet Packet Flow

Section 13: Lecyure 13 Inter-subnet communication silent host part-1

Lecture 13 Lecyure 13 Inter-subnet communication silent host part-1

Section 14: Lecture 14 inter subnet communication silent host part-2

Lecture 14 Lecture 14 inter subnet communication silent host part-2

Section 15: Lecture 15 inter-subnet communication-silent host-lab

Lecture 15 Lecture 15 inter-subnet communication-silent host-lab

Section 16: Lecture 16 VXlan with VPC LAB

Lecture 16 Lecture 16 VXlan with VPC LAB

Section 17: Lecture 17 VXLAN-VPC Site of Origin concept

Lecture 17 Lecture 17 VXLAN-VPC Site of Origin concept

Section 18: Lecture 18 External-Connectivity to VXLAN Fabric

Lecture 18 Lecture 18 External-Connectivity to VXLAN Fabric

Section 19: Lecture 19 Asymmetric IRB

Lecture 19 Lecture 19 Asymmetric IRB

Section 20: Lecture 20 Endpoint Mobility

Lecture 20 Lecture 20 Endpoint Mobility

Network Engineers