Inter-VLAN Routing Challenge And Skills Integration Assignment

Assignment Task

Scenario

In this activity, you will demonstrate and reinforce your ability to implement inter-VLAN routing, including configuring IP addresses, VLANs, trunking, and subinterfaces.

Instructions

Configure the devices to meet the following requirements.

• Assign IP addressing to R1 and S1 based on the Addressing
• Configure the default gateway on

Packet Tracer - Inter-VLAN Routing Challenge

• Create, name, and assign VLANs on S1 based on the VLAN and Port Assignments Ports should be in access mode. Your VLAN names should match the names in the table exactly.
• Configure G0/1 of S1 as a static trunk and assign the native
• All ports that are not assigned to a VLAN should be
• Configure inter-VLAN routing on R1 based on the Addressing

Verify R1, S1, and all PCs should be able to ping each other and the server.

Background / Scenario

The router Central, ISP cluster, and the Web server are completely configured. You must create a new IPv4 addressing scheme that will accommodate 4 subnets using the 192.168.0.0/24 network. The IT department requires 25 hosts. The Sales department needs 50 hosts. The subnet for the rest of the staff requires 100 hosts. A Guest subnet will be added in the future to accommodate 25 hosts. You must also finish the basic security settings and interface configurations on R1. Then, you will configure the SVI interface and basic security settings on switches S1, S2, and S3.

Instructions

IPv4 Addressing

• Use 168.0.0/24 to create subnets that meet the host requirements.

  • Staff: 100 hosts

  • Sales: 50 hosts

  • IT: 25 hosts

  • Guest network to be added later: 25 hosts

• Document the IPv4 addresses that have been assigned in the Addressing
• Record the subnet for the Guest network:

PC Configurations

• Configure the assigned IPv4 address, subnet mask, and default gateway settings on the Staff, Sales, and IT PCs using your addressing
• Assign the IPv6 unicast and link local addresses and default gateways to the Staff, Sales, and IT networks according to the Addressing

R1 Configurations

• Configure the device name according to the Addressing
• Disable DNS
• Assign Ciscoenpa55 as the encrypted privileged EXEC mode
• Assign Ciscoconpa55 as the console password and enable
• Require that a minimum of 10 characters be used for all
• Encrypt all plaintext
• Create a banner that warns anyone accessing the device that unauthorized access is
• Configure and enable all the Gigabit Ethernet
  • Configure the IPv4 addresses according to your addressing

• Configure the IPv6 addresses according to the Addressing

• Configure SSH on R1:
  • Set the domain name to CCNA-lab.com
  • Generate a 1024-bit RSA
  • Configure the VTY lines for SSH
  • Use the local user profiles for
  • Create a user Admin1 with a privilege level of 15 and use the encrypted password of Admin1pa55.
• Configure the console and VTY lines to log out after five minutes of
• Block anyone for three minutes who fails to log in after four attempts within a two-minute

Switch Configuration

• Configure the device name according to the Addressing
• Configure the SVI interface with the IPv4 address and subnet mask according your addressing
• Configure the default
• Disable DNS
• Assign Ciscoenpa55 as the encrypted privileged EXEC mode
• Assign Ciscoconpa55 as the console password and enable
• Configure the console and VTY lines to log out after five minutes of
• Encrypt all plaintext

Connectivity Requirements

• Use the web browser on the Staff, Sales, and IT PCs to navigate to Cisco.srv
• Use the web browser on the Staff, Sales, and IT PCs to navigate to cisco6.srv.
• All PCs should be able to ping all other the devices.

Question 3

This question gives you the opportunity to configure and test a network involving both IPv4 and IPv6 address schemes using Cisco’s Packet Tracer network simulator. Make sure to include a reference to the version of Packet Tracer you used at the end of your answer to this question.

Task 1

• Download the Packet Tracer Skills Integration Challenge Lab, which you will find in Introduction to Networks Module 17 – section 17.8.2. It is recommended that you also download the associated instructions along with the Packet Tracer file for this lab. These instructions are in pdf format and they must not be included with your final submitted answer.

  Task 2

  Note: do not alter or delete any of the configuration commands or addresses already set up in any of the devices in this network as this will stop your solution from working as expected. Of course, you will have to add commands and addresses to the existing configurations. If you do accidentally change any existing configuration, you can use the Reset Activity button, circled in Figure 1, to start over again. However, if you do this all your existing work will be lost, so it is a good idea to back up your work regularly and go back to an earlier version if you think that you have changed the configuration accidentally.

  It is worth keeping a copy of the commands that you use in a notepad (text editor) document to reduce stress in case of any configuration issues on Packet Tracer.

  Task 3

  Follow the supplied instructions in the PT file to complete a copy of the Addressing Table shown in Table 1. You can download a Word file. You should include this table in your answer, but do not supply a separate file; instead copy it into your answer.

  Task 4

  Complete the lab as described, making sure that you use exactly the same passwords and other case sensitive information; failure to do so may mean that your tutor will be unable to view your configuration. Your completion score will be displayed in the activity window, shown in Figure 1. You may use the Check Results button to show what you have achieved and to see what you still need to do.

  Task 5

  Include screenshots from each PC showing the results of pinging the appropriate ‘Web’ server address. Also, include a screenshot from each PC showing the results of entering the appropriate URL into the web browser – proving the operation of the DNS server also running on the ‘Web’ server, as well as your correctly configured end-to-end connectivity.

  Do not worry if all of the network isn’t working; you will still gain some credit for this Task for correct use of the PC commands. You must ensure that your screenshot includes which PC is being used (shown at the top of the device window).

  Note: you cannot ping from an IPv4 network to an IPv6 network as the appropriate configuration commands have yet to be configured to allow both address schemes to be used together. These commands will be covered elsewhere in this module at a later date.

  Task 6

  Include in your answer the version of Packet Tracer used in this question. Once you have completed as much of the activity as you can (remember that you can always contact your tutor for advice), save it and zip up a copy of your file along with your answer document and send it to your tutor using the online TMA/EMA service. Details of how to do this can be found from the Help section of your StudentHome page. Please put a reference to this part into your answer document so that your tutor can provide marks and feedback on this part.

  Question 4

  This question gives you the opportunity to demonstrate your ability to set up a small network and use some show commands using Cisco’s Packet Tracer simulator.

  Task 1

  Download the Packet Tracer – Inter-VLAN routing Challenge which you will find in Switching, Routing and Wireless Essentials Chapter 4 Section 4.5.1. It is recommended that you also download the associated instructions along with the Packet Tracer file for this lab. These instructions are in pdf format and they must not be included with your final submitted answer.

  Task 2

  Open the Packet Tracer file and immediately save the file as, where  is your Open University Personal Identifier code (in the form A1234567). You can find this code on your Student Home home page.

  Complete the lab configuration as instructed. Your completion score will be displayed in the activity window. You may use the Check Results button to show what you have achieved and to see what is still needed to be done. Also show a screen shot of the final results obtained.

  Task 3

  Use an appropriate show command to display the routing table for R1 in the CLI. Copy and paste the table into your TMA.

  Briefly explain what is indicated by the letters C, L R and S shown in the routing table. You only need a few words to explain each (some research may be required).

  Task 4

  Ping from PC1 to PC3 and from PC2 to the web server. Copy the printout of the successful pings into your TMA.

  Task 5

  Include in your answer the version of Packet Tracer used in this question. Once you have completed as much of the activity as you can, remember that you can always contact your tutor for advice, save it and zip up a copy of your file along with your answer document and send it to your tutor using the online TMA/EMA service. Details of how to do this can be found from the Help section of your StudentHome page. Please put a reference to this part into your answer document so that your tutor can provide marks and feedback on this part.

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