CMIT $225$ Packet Tracer Labs

Packet Tracer Lab $$ Static Routing

Topology

Objectives

$$ Design a three network subnetting scheme

$$ Configure two routers for static routing

$$ The Server from $$Network A$$ and a PC in $$Network C$$ must ping each other

Scenario

This lab increases the complexity a bit by adding an additional router and network to our environment. This will create three separate networks where Network A is unaware of Network C$.$ Static routing will be used to achieve convergence allow the PCs to ping each other.

We will also introduce the Packet tracer Server Object.

Instructions

$1.$ Use the $1941$ for the routers

a$.$ Connect the router with a cross$-$over cable

CMIT $225$ Packet Tracer Labs

$2.$ Use the Catalyst $2950-24$ for the switches

$3.$ Place a Server Object and one PC in Network A and two PCs in Network C

$4.$ Design an IP address scheme for the three networks

a$.$ Make all the networks Class C

$5.$ Configure the router, PCs$,$ and Server Object with the appropriate IP settings

$6.$ Configure static routes for the stub networks on each router so Network A know the path to Network C and vice$-$versa

$7.$ Ping between the Server Object and the PCs in Network C

Notes

$$ The Catalyst $2950-24$ switches are managed switches but use them as unmanaged for this lab. No switch configuration beyond plugging in cables is necessary

$$ Document the lab in accordance with the CMIT $225$ Packet Tracer Documentation Standards

$$ Placing two PCs in each network can aid in troubleshooting routing errors