The Cumulus Linux Fundamentals to Advance VXLAN EVPN is a modular course, you can virtually start from anywhere provided you have a knowledge of previous topics in the course. The course will walk form the basic configuration of network device running the Cumulus Linux to advanced VXLAN EVPN topics.The advanced theoretical VXLAN EVPN control plane lectures are vendor-independent and such knowledge will be helpful to configure and troubleshoot VXLAN EVPN implementation of any vendor.This course also walks the students to practical part MP-BGP EVPN control implementation for VXLAN encapsulation. Students will be using virtual Cumulus devices. Upon completion of this lab, users will able toConfigure and understand the Cumulus LinuxManually configure eBGP in a standard Spine-Leaf topology for VTEP reachability informationManually configure VXLAN BGP EVPN in a standard Spine-Leaf topologyUse command-line interface to verify VXLAN and BGP EVPN operationTroubleshooting VXLAN and EVPN control plane on any vendorCourse contentsModule 2: Network Command Line UtilityIntroduction to NCLUBasic switch configuration with NCLUNCLU configuration optionsModule 3: Interface configurationInterface IntroductionVirtual vs Physical InterfacesLoopbacksSwitchport BasicsSwitched Virtual Interface (SVI)BondsModule 4: Unnumbered InterfaceUnnumbered Interface ConceptsUnnumbered Interface configurationModule 5: Multi-Chassis Link Aggregation (MLAG)MLAG OperationMLAG ConfigurationModule 6: First Hop Redundancy Protocol (FHRP)Introduction to FHRPVirtual Router Redundancy (VRR)Virtual Router Redundancy Protocol (VRRP)Module 7: Datacenter ArchitectureTraditional Datacenter ArchitectureLayer 3 IP CLOS BasicsModern Datacenter ArchitectureModule 8: Underlay routing protocolIntroduction to BGPeBGP as Underlay routing protocolBGP unnumbered interfacesBGP route reflector principalsModule 9: VxLANVXLAN OverlayVXLAN Packet DetailsKey Components of VXLANVXLAN Fabric BenefitsStatic VXLAN TunnelsModule 10: EVPN Control plane for VxLANEVPN fundamentalsTenant/Customer and VRF ConceptsAutogenerated and manual RD and RT AssignmentModule 11: EVPN Routes-1EVPN Route TypesTenant/Customer with one network with bridging within networksType 2 MAC EVPN Route AnalysisType 3 EVPN Route AnalysisModule 12: EVPN Routes-2Tenant/Customer with two networks with bridging within networksType 2 MAC EVPN Route AnalysisType 3 EVPN Route AnalysisModule 13: Asymmetric Integrating Routing and bridging (IRB)Introduction to Asymmetric IRBInter-subnet routingAsymmetric IRB configurationType 2 MAC and MAC+IP EVPN Route AnalysisType 3 EVPN Route AnalysisModule 14: Symmetric IRBIntroduction to Symmetric IRBSymmetric IRB configurationL3VNI conceptsInter-subnet routingType 2 MAC and MAC+IP EVPN Route AnalysisType 3 EVPN Route AnalysisModule 15: Section 15: EVPN Type 5 Routes explanation - Internet/External connectivityIntroduction external Connectivity to the Fabric - 1Introduction external Connectivity to the Fabric - 2External Connectivity to the Fabric lab - 1Border leaf and FW config for Internet ConnectivityInternet Connectivity verificationType 5 route analysis in detailsBGP route filteringType 5 route summary