Device Names TableA few things to keep in mind while completing this activity

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Assessment Objectives

Part $1$: Build the Network

Part $2$: Develop an IP Addressing Scheme

Part $3$: Configure Basic Device Settings

Part $4$: Configure Security Settings on Router$-1$ and Switch$-1$

Part $5$: Configure the Hosts and Verify Connectivity

Instructions

In this assessment you will configure the Router$-1$ router and Switch$1$ switch, as you have

done in the activities in this course. You will also connect two PCs using a switch and a router that

are in the main wiring closet. You will subnet the $81\mathrm{.}4.\frac{168\mathrm{.}0}{24}$ network to provide IPV$4$

addresses for two subnets that will support the required number of hosts. Subnet LAN $1$ requires

$80$ hosts and the smaller subnet $-$ LAN $2$ requires $50$ hosts.

NOTE:

For the purpose of this exercise use a $4321$ Router and a $2960$ switch and carry out

the configuration on Packet Tracer in Physical Mode.

Part $1$: Build the Network

a$.$ Build the network according to the logical topology by placing the required equipment in the

wiring closet equipment rack.

b$.$ Cable the network devices in the closet as shown in the topology diagram.

c$.$ Connect the hosts as shown in the topology diagram.

Part $2$: Develop an IP Addressing Scheme

In this part of the assessment you will develop an IP addressing scheme. You will subnet an IPv$4$

network to create two subnets with the required number of hosts. You will then assign the

addresses according to the requirements below.

Work with the following information:

IPV$4$ Network: $81\mathrm{.}4\mathrm{.}168\mathrm{.}0/24$

Required number of hosts in IPV$4$ LAN $1$:$80$

Required number of hosts in IPV$4$ LAN $2$: $50$

a$.$ Record your subnet assignments according to the following requirements:

Assign the first IPV$4$ address of each subnet to a router interface

LAN $1$ is hosted on Router$-1$ G$0/0/1$

LAN $2$ is hosted on Router$-1$ A GO$/0/0$

Assign the last IPV$4$ address of each subnet to the PC NICs.

Assign the second IPV$4$ address of LAN $1$ to Switch$-1$ SVI.

You will receive one of three possible scenarios. In order to use the logical topology diagram that is provided with the instructions, use the device names in the Device Names Table.

$\backslash$table$[[\backslash$table$[[$Topology Diagram$],[$Name$]],$Scenario Name $1,$Scenario Name $2,$Scenario Name $3],[$R$1,$Router$-1,,],[$S$1,$Switch$-1,,],[$PC$-$A$,$PC$-1,,],[$PC$-$B$,$PC$-2,,]]$

Addressing Requirements Table

ITN Packet Tracer PTSA Assessment Practice