This Course includes Network fundamentals, LAN Switching Fundamentals, WAN Technologies and Routing Technologies. Topics will be covered different kinds of Cables, ethernet standard, OSI layer and how its work , IP Address, Subnetting, Basics of DHCP, DNS, Ping and Trace Route, ARP, Collision Domain & Broadcast Domain, MAC address, Difference between MAC and IP, Routed and Routing Protocols, Classful, Classless Routing, I will use Packet Tracer, GNS3, Wireshark for the programs and packet flow, Broadcasting, Multicasting, Unicasting, router interface, mode, configuration, login into router, Routing Table, Routing Metrics, Administrative distance, Types of Routing, Static Routing, Default Routing, Dynamic routing and its commands, Ping, Tracert and ARP, RIP, Timers, Loopback prevention methods, Routing table command, program will be done on either GNS3 or Packet Tracer, EIGRP, Metric, Convergence Rate, Table, Autonomous No., Routing table, Neighbor Table, OSPF, metric, AD value, Areas, commands to run OSPF, ISIS, metric, AD value, Levels, Commands to run ISIS, BGP, AD, metric(attribution), BGP states, messages, Troubleshooting steps. Layer 2 Technologies, Switching, STP, VLAN ids, RSTP, HSRP and VPN. MPLS, Label, Control Plane and data plane, MPLS Layer 2 VPN, MPLS L3 VPN, Configuration will be on GNS3, PE to CE Connectivity will be shown on GNS3 using different protocols, VRF, RD, RT, MP-BGP.