VXLAN BGP EVPN by Arash Deljoo

Name: VXLAN BGP EVPN by Arash Deljoo
Rating: 4.4 (120 reviews)

Concept and Configuration

Bestseller

Created byArash Deljoo

Last updated 6/2026

English

What you'll learn

VXLAN Foundations
VXLAN Underlay
VXLAN Overlay
VXLAN Configuration

Course content

5 sections • 45 lectures • 8h 54m total length

East–West Communication Flow8:18
1- East–West Communication Flow Introduction
2- VLAN Number Limitation Introduction
3- Scalability Issues Introduction
4- STP Limitation Introduction
5- Any-to-Any Model Introduction
6- Flexibility,Scalability,Mobility,Agility requirements Introduction
East–West Communication Flow Quiz
Network virtualization overlays14:42
1- Network virtualization overlays Introduction
2- Network virtualization overlays characteristics Introduction
3- Network virtualization overlays Types Introduction
4- Underlay transport network Introduction
5- Network virtualization overlay Learning Introduction
6- Network virtualization overlays BUM Traffic Handling Introduction
7- Host overlays Introduction
8- Network Overlays Introduction
9- Hybrid overlay Introduction
10- Underlay Taxonomy Introduction
11- Overlay Taxonomy Introduction
Network virtualization overlays Quiz
Spine-and-Leaf Architecture10:06
1- Spine-and-Leaf Architecture Introduction
2- Spine-and-Leaf Layers Introduction
3- Redundancy in Spine-and-Leaf Topologies Introduction
4- Leaf Redundancy Introduction
5- Underlay Networking Introduction
6- Overlay Networking Introduction
Spine-and-Leaf Architecture Quiz
Introduction to VXLAN Part-113:58
1- Virtual Extensible Local Area Network (VXLAN) Introduction
2- Traditional Layer 2 networks Introduction
Introduction to VXLAN Part-1 Quiz
VXLAN Functions11:33
1- VXLAN Frame Format Introduction
2- VXLAN Tunnel Endpoint (VTEP) Introduction
3- VXLAN Network Identifier (VNI) Introduction
Introduction to VXLAN Part-216:57
1- VXLAN Frame Format Introduction
2- VXLAN Frame Format Details Introduction
3- VXLAN Need to Multicast Introduction
VXLAN Flood and Learn (F&L)21:39
1- VXLAN Flood and Learn (F&L) Introduction
2- VXLAN Flood and Learn (F&L) Disadvantages Introduction
3- The need to BGP EVPN Introduction
Introduction to BGP EVPN with VXLAN10:11
1- Introduction to BGP EVPN with VXLAN Introduction
2- Introduction to BGP EVPN with VXLAN Advantages Introduction
3- BGP EVPN differences with Flood and Learning Introduction
MP-BGP Features and Common Practices15:12
1- MP-BGP Features and Common Practices Introduction
2- iBGP with a Route Reflector Introduction
3- eBGP with no Route Reflector Introduction
4- Route Distinguisher Formats and Types Introduction
5- Route Target Concept Introduction
6- Automated derivation of RD and RT Introduction

VXLAN Underlay Consideration7:54
1- Underlay Considerations Introduction
2- North–South Traffic Introduction
3- East–West Traffic Introduction
4- Multistage Network Switch Introduction
5- Multistage Clos Network Introduction
VXLAN Underlay Consideration Quiz
VXLAN MTU Consideration7:19
1- VXLAN MTU Consideration Introduction
2- VXLAN Frame Format, Including Byte Count Introduction
3- VXLAN Jumbo Frame MTU Requirements Introduction
4- VXLAN Design Requirement for MTU Consideration Introduction
VXLAN Underlay IP Addressing18:32
1- VXLAN Underlay IP routing Introduction
2- STP Versus ECMP Introduction
3- OSPF as an Underlay Introduction and Consideration
4- IS-IS as an Underlay Introduction and Consideration
5- IS-IS as an Underlay Introduction and Consideration
VXLAN Lab Time - Lab1 Underlay Configuration Step 1-20:40
1- VXLAN Lab Instruction
VXLAN Underlay IP Unicast Routing24:18
1- VXLAN Underlay IP routing Introduction
2- STP Versus ECMP Introduction
3- OSPF as an Underlay Introduction and Consideration
4- IS-IS as an Underlay Introduction and Consideration
5- IS-IS as an Underlay Introduction and Consideration
VXLAN Lab Time - Lab1 Underlay Configuration Step 30:40
1- VXLAN Lab Instruction
VXLAN Multidestination Traffic Unicast Mode9:35
1- VXLAN Multidestination Traffic Unicast Mode Introduction
2- Static Ingress Replication Configuration Introduction
3- Ingress Replication Configuration with EVPN Introduction
VXLAN Multidestination Traffic Multicast Mode7:39
1- VXLAN Multidestination Traffic Multicast Mode Introduction
2- Single Multicast Group VNI Assignment Introduction
3- Scoped Multicast Group VNI Assignment Introduction
VXLAN PIM Any Source Multicast (ASM) Considerations7:13
1- PIM Any Source Multicast (ASM) Introduction
2- Anycast RP Conceptual Introduction
3- PIM Anycast RP Configuration in Spine Switches
4- PIM Anycast RP Configuration in Leaf Switches
VXLAN Lab Time - Lab1 Underlay Configuration Step 40:24
1- VXLAN Lab Instruction
VXLAN BiDirectional PIM (PIM BiDir) Considerations14:10
1- BiDirectional PIM (PIM BiDir) Introduction
2- Phantom RP Concept Introduction
3- Phantom RP Configuration Introduction
4- Phantom RP with Load Balancing Concept Introduction
5- Phantom RP with Load Balancing Configuration Introduction
VXLAN Lab Time - Lab1 Underlay Configuration Step 51:08
1- VXLAN Lab Instruction

Bridge Domain3:28
1- Bridge Domain Introduction
2- Bridge Domain Usage Introduction
3- Bridge Domain Components Introduction
VLANs in VXLAN16:09
1- VLANs in VXLAN Introduction
2- VLAN-to-VNI Mapping Introduction
3- VLAN-to-VNI Mapping Configuration Introduction
4- Different-VLAN-to-Same-VNI Mapping Introduction
5- Different-VLAN-to-Same-VNI Mapping Configuration Introduction
6- Per-Port VLAN-to-Same VNI Mapping Introduction
7- Per-Port VLAN-to-Same VNI Mapping Configuration Introduction
VXLAN Lab Time - Lab1 Overlay Configuration Step 10:46
1- VXLAN Lab Instruction
Layer 2 Multitenancy , Mode of Operation10:47
1- Layer 2 Multitenancy Introduction
2- VLAN Oriented Layer 2 Multitenancy Introduction
3- VLAN Oriented Layer 2 Multitenancy Configuration Introduction
4- Bridge Domain Oriented Layer 2 Multitenancy Introduction
5- Bridge Domain Oriented Layer 2 Multitenancy Configuration Introduction
VRF in VXLAN BGP EVPN9:50
1- VRF in VXLAN BGP EVPN Introduction
2- VRF Lite Configuration Example Introduction
3- Integrated Routing and Bridging (IRB) functionality Introduction
VXLAN Fabric Anycast Gateways20:44
1- Distributed IP Anycast Gateway Introduction
2- Distributed IP Anycast Gateway Configuration
3- Gateway Placement Introduction
4- Subnet Prefix Advertisement for Distributed Anycast Gateway
5- Anycast Gateway MAC addresses (AGM) Introduction
VXLAN Lab Time - Lab1 Overlay Configuration Step 20:38
1- VXLAN Lab Instruction
Layer 3 Multitenancy , Mode of Operation9:46
1- Layer 3 Multitenancy Mode of Operation Introduction
2- Basic VRF Configuration in a VXLAN BGP EVPN Network Introduction
3- BGP EVPN-Related VRF Configuration for Layer 3 Multitenancy Introduction
VXLAN Integrated Route and Bridge (IRB)12:53
1- Asymmetric Integrated Route and Bridge (IRB) Introduction
2- Asymmetric Integrated Route and Bridge (IRB) Consideration
3- Symmetric Integrated Route and Bridge (IRB) Introduction
VXLAN Lab Time - Lab1 Overlay Configuration Step 3-40:31
1- VXLAN Lab Instruction

Lab1 - Underlay Configuration Step 1 - IP addressing8:56
1- Underlay IP Addressing Requirements Introduction
2- Underlay IP Addressing Configuration
3- Underlay IP Addressing Verification
Lab1 - Underlay Configuration Step 2 - MTU3:42
1- Underlay MTU Requirements Introduction
2- Underlay MTU Configuration
3- Underlay MTU Verification
Lab1 - Underlay Configuration Step 3 - Routing Protocol10:30
1- Underlay Routing Protocol Requirements Introduction
2- Underlay Routing Protocol (OSPF) Introduction
3- Underlay Routing Protocol (OSPF) Configuration
4- Underlay Routing Protocol (OSPF) Verification
Lab1 - Underlay Configuration Step 4 - Multi Destination Traffic11:26
1- Multicast Mode Introduction
2- Multicast Mode with PIM Anycast Introduction
3- Multicast Mode with PIM Anycast Configuration
4- Multicast Mode with PIM Anycast Verification
Lab1 - Underlay Configuration Step 5 - BGP IPv4 Address Family9:20
1- BGP IPv4 Address Family Introduction
2- BGP IPv4 Address Family Configuration
3- BGP IPv4 Address Family Verification
Lab1 - Overlay Configuration Step 1 - L2 Multitenancy7:48
1- VXLAN Overlay Features Configuration in Leaf and Spine Switches
2- VLAN Configuration in Leaf Switches
3- VLAN to VNI Mapping Configuration in Leaf Switches
4- VLAN Membership Configuration in Leaf Switches
Lab1 - Overlay Configuration Step 2 - L3 Multitenancy12:44
1- VXLAN Overlay L3 Multitenancy Introduction
2- VXLAN Overlay L3 Multitenancy Configuration
3- Anycast Gateway Introduction
4- Anycast Gateway Configuration
Lab1 - Overlay Configuration Step 3 - VXLAN Tunnel7:26
1- VXLAN Tunnel Introduction
2- VXLAN Tunnel Configuration
3- VXLAN Tunnel Verification
Lab1 - Overlay Configuration Step 4 - BGP EVPN Address Family15:28
1- BGP EVPN Address Family Introduction
2- BGP EVPN Address Family Configuration
3- BGP EVPN Address Family Verification
4- Connectivity Test between End Devices
BGP EVPN Route Type 2 NLRI27:30
1- BGP EVPN Route Type 2 Introduction
2- BGP EVPN Route Type 2 Permanent Fields Introduction
3- BGP EVPN Route Type 2 Non Permanent Fields Introduction
4- BGP EVPN Route Type 2 MAC-Only Introduction
5- BGP EVPN Route Type 2 MAC-Only Verification
6- BGP EVPN Route Type 2 MAC-IP Introduction
7- BGP EVPN Route Type 2 MAC-IP Verification
VXLAN BGP EVPN Review22:46
1- Virtual Extensible LAN (VXLAN) Benefits Review
2- BGP EVPN Benefits Review
3- IP Transport Devices Running MP-BGP EVPN Review
4- VTEPs Running MP-BGP EVPN Review
5- MP-BGP EVPN NLRI and L2VPN EVPN Address Family Review
6- VXLAN Bridging Review
7- VXLAN Routing Review
8- Symmetric IRB Review
9- Multitenancy in MP-BGP EVPN Review
Lab2 - Underlay Configuration23:14
1- Underlay IP Unnumbered Addressing Configuration
2- Underlay Interface MTU Configuration
3- Underlay IGP ( IS-IS ) Configuration
4- Underlay Multicast Configuration
5- Underlay BGP Configuration
Lab2 - Overlay Configuration52:51
Explore overlay configuration in vxlan bgp evpn lab, detailing env overlay vpn, interface env, vni mapping, l2vpn bgp control plane, and distributed anycast gateway for inter-vxlan routing across tenants.

Requirements

Ethernet LAN Understanding
OSPF , IS-IS , BGP Concept and Configuration
PIM Sparse Mode , PIM BiDir Mode Concept and Configuration
NX-OS Basic Configuration

Description

Master VXLAN BGP EVPN and Elevate Your Networking Career

The demand for scalable, flexible, and efficient data center networking solutions is rapidly increasing, making expertise in VXLAN BGP EVPN a highly valuable skill in the IT industry. As organizations transition to modern network architectures, professionals with knowledge of VXLAN and EVPN are in high demand to design and implement next-generation data center and cloud infrastructures.

This course is designed to equip you with the fundamental concepts and practical skills required to work with VXLAN BGP EVPN in real-world environments. Whether you are a network engineer, data center specialist, or IT professional looking to enhance your expertise, mastering these technologies will open doors to exciting career opportunities.

Gaining hands-on experience with VXLAN BGP EVPN will make you a sought-after candidate for roles in network design, implementation, and troubleshooting. Many large enterprises, service providers, and cloud environments rely on these technologies to build scalable and resilient network infrastructures.

By understanding how VXLAN and EVPN function together, you will be prepared to tackle complex networking challenges, optimize network performance, and support large-scale deployments. Investing in these skills will not only future-proof your career but also set you apart in a competitive job market.

Take the next step in your professional journey and become a key player in the evolving world of network engineering!

Who this course is for:

Enterprise Network Engineers
Data Center Network Engineers

VXLAN BGP EVPN by Arash Deljoo

What you'll learn

Explore related topics

Course content

VXLAN Foundations9 lectures • 2hr 3min

VXLAN Underlay12 lectures • 1hr 40min

VXLAN Multi tenancy10 lectures • 1hr 26min

VXLAN Labs13 lectures • 3hr 34min

VXLAN BGP EVPN Enhancements1 lecture • 13min

Requirements

Description

Who this course is for: