Design the below network and load it in to Packet Tracer Simulator.
Note: For R1 and R3 - Router 1841. For R2 – router 2811
Select R1 – S0 and R2 – S1 as DCE side for clocking inside the simulator.
Assign IP addresses according to Net ID for each and every device .
Ethernet: Connect Ethernet ports to a hub or a switch using a straight-through cable. Use a cross-over cable if going directly between Ethernet ports on two routers.
Serial: If going directly between two routers, don’t forget to connect one port via the DTE cable and the other via the DCE cable
PC 1 - 192.168.10.2
R 1 - FastEthernet - 192.168.10.1
Serial - 10.0.0.2
R 0 - R1-R0 network serial - 10.0.0.1
R0-PC 0 - 192.168.11.1
R0-R2 - 11.0.0.1
R 2 - R2-R0 - Serial 11.0.0.2
FastEthernet - 192.168.12.1
After assign IP address to each and every device first step is to checking whether the data packets by "ping" from pc to router.
Adding Dynamic Routing: RIP
If this router will be participating in a dynamic routing protocol like RIP or IGRP, you will need to enable the routing protocol along with those directly connected networks that will be participating. Only use the classful network address, not the subnet address of the network.
Router(config)# router rip
Router(config-router)# network network-address {NOT Subnet Address}
Router(config-router)# network network-address {NOT Subnet Address}
Adding Dynamic Routing: IGRP
If this router will be participating in a dynamic routing protocol like RIP or IGRP, you will need to enable the routing protocol along with those directly connected networks that will be participating. Only use the classful network address, not the subnet address of the network.
Router(config)# router igrp autonomous-system {autonomous-system a.k.a. process-id}
Router(config-router)# network network-address {NOT Subnet Address}
Router(config-router)# network network-address {NOT Subnet Address}
TCP / IP - An animated discussion
TCP / IP - An animated discussion
