CCNA Lab Challenges Category

Checking Lab Challenge 4 (VTP, STP, EtherChannel, NAT, OSPF, HSRP)

Introduction

You are tasked to check the network configuration of a new company and answer some related questions. This company has four switches and four routers connected as shown in the topology. Because of security reasons, the traceroute commands are disabled on all devices.

Note: You are not allowed to configure anything by company policy. The network is operating correctly so just use various “show” commands to learn how this network works.

This lab is good to help you understand how a simple network with routers and switches work together. But it includes many CCNA topics so you should grasp the concept well before taking this lab challenge.

The topology of this lab is shown below.

Topology.jpg

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Checking Lab Challenge 3 (VTP, STP, EtherChannel)

You are tasked to check the network configuration of a new company and answer some related questions. This company has four switches connected as shown in the topology below.

Switch_Topology.jpg

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Config Lab Challenge 2 (VTP)

Your company decided to implement four new switches as shown in the topology. Your task is to configure VTP on these switches. Please follow the instructions below to complete this task. Suppose trunking has been configured correctly.

Topology.jpg

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Checking Lab Challenge 2 (Basic)

Your company has just installed and configured a new router to provide Internet access. Your task is to check the configuration of this router and take notes for future reference. Because of security, the “show running-config” command is disabled on R1.

Note: You are not allowed to configure anything by company policy. The network is operating correctly so just use various “show” commands and “ping” to learn how this network works.

Topology_Basic.jpg

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Checking Lab Challenge 1 (OSPF)

Your customer network is running OSPF. An engineer has just finished network configuration. You are now tasked to check the configuration of the routers and answer some questions about the network operation. Because of security, “show running-config” commands are disabled on R1 and R5.

Note: You are not allowed to configure anything by company policy. The network is operating correctly so just use various “show” commands and “ping” to learn how this network works.

OSPF_Topology.jpg

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Config Lab Challenge 1 (NAT)

Refer to the exhibit. You are tasked to configure Internet access for the users in your company. Your ISP has given you six public IP addresses in the range of 45.9.1.65 45.9.1.70/29 .
Your company has 62 hosts that need to access internet at the same time. They are using private IP addresses in the 172.16.4.65 – 172.16.4.126/26 range.

Basic router configuration has been configured. Your tasks are:
+ Configure NAT on R1 so that all hosts can have Internet access at the same time
+ Configure appropriate interfaces for NAT translation

NAT_Topology.jpg

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TroubleShooting Lab Challenge 3 (Switch Basic)

You have just been recruited to the TUT company. Recently your company has just setup a new network with five switches and three routers. Unfortunately, the network administrator forgot to write interface labels for the topology. You are only allowed to access the Command Line Interface (CLI) of Sw3. Use various “show” commands to answer the questions.

Note: You are not allowed to configure anything by company policy. So just use various “show” commands to find out the answers.

VTP_Topology.jpg

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TroubleShooting Lab Challenge 2 (EIGRP)

You have just been recruited to the TUT company. Recently your company has just setup a new network with six routers running EIGRP. A network administrator has configured the network but some issues have been raised. You are tasked to troubleshooting the issue and identify the cause.

EIGRP_Topology.jpg

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Troubleshooting Lab Challenge 1 (OSPF)

Your customer network is running OSPF. An engineer has edited the network configuration and now their users are experiencing network issues. They have contacted you to resolve the issues and return the network to full functionality.

OSPF_Topology.jpg

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