Unit 5 Graded Exercise 1 Downloadable Instructions ✓ Solved

Unit 5 Graded Exercise 1 Downloadable Instructions In this

In this lab you will be creating a network using three routers, three switches, one server and three PCs. You will configure routing using the RIP protocol. You will set up DHCP on your server to allow the PCs to pull dynamic addresses through the network. Finally, you will connect to a corporate server through the multiuser link. Download the graded exercise instructions. Type your class number: 10.___.0.0/16 in all of the underline ___ indicators, answer the questions as you go through the steps and add the screenshots where indicated in the instructions document.

Paper For Above Instructions

This paper presents a comprehensive overview of setting up a network as outlined in the Unit 5 Graded Exercise. The exercise involves creating a network infrastructure using a variety of devices including routers, switches, a server, and PCs. The aim is to configure the network to support dynamic addressing through DHCP and establish routing using the Routing Information Protocol (RIP). This paper will discuss the necessary steps to complete the exercise effectively, including diagrams and screenshots as required by the instructions.

Network Design Overview

The network will be designed with three routers, which will facilitate communication between different network segments. Each router will connect to a switch, which in turn connects to PCs and the server. The following devices will be implemented:

  • Three Routers
  • Three Switches
  • One Server
  • Three PCs

This design allows for sufficient network segmentation, performance improvement, and enhanced security.

Setting Up the Network

To begin, the network devices must be configured individually before integration. The following steps outline the configuration process:

Router Configuration

Configuration of the routers is a crucial first step. Each router must be programmed to handle traffic appropriately and communicate with neighboring routers. The following key steps should be taken for each router:

  1. Access the router's command-line interface (CLI).
  2. Assign interface IP addresses consistent with the chosen subnet. For example, Router 1 could be assigned the IP address 10.1.0.1/16.
  3. Configure the RIP protocol to enable dynamic routing. This can be done using the command router rip, followed by network 10.0.0.0.

It is crucial to follow similar configurations for Router 2 and Router 3 using appropriate IP addresses that fall within the selected range.

Switch Configuration

After routers are configured, the next step is to set up the switches:

  1. Connect each router to its respective switch.
  2. Utilize VLANs to segment the traffic if needed. This can be achieved using the command vlan [vlan_id], followed by assigning the ports.
  3. Ensure that all switch ports are properly configured to handle the devices connecting to them.

Server Configuration

The server will be responsible for assigning IP addresses dynamically to the PCs connected to the network. Here are the steps for server setup:

  1. Install and configure the DHCP server role.
  2. Define the DHCP scope based on the network's configuration. For instance, the scope can cover IP range 10.1.0.10 - 10.1.0.100.
  3. Set up options such as the default gateway and DNS if required.

PC Configuration

Finally, the PCs need to be configured to obtain their IP addresses from the DHCP server:

  1. Connect each PC to the respective switch ports.
  2. Set the network interface settings to obtain an IP address automatically.
  3. Verify IP address acquisition by using the command ipconfig.

Connecting to the Corporate Server

Once all devices are set up, the last task is to establish connectivity to the corporate server using a multiuser link. This involves:

  1. Configuring appropriate routes on each router pointing towards the corporate server.
  2. Testing connectivity using the command ping [corporate_server_IP].

These steps will verify if the network setup allows access to the corporate resources seamlessly.

Documentation and Screenshots

Throughout the exercise, it is crucial to document each step with appropriate screenshots. This includes capturing router configurations, server setup, and the display of PCs acquiring IP addresses:

  • Router CLI outputs showing the IP configuration.
  • Server DHCP configuration screen.
  • PCs with successful ipconfig outputs.

These images will provide a comprehensive view of the completed network setup as required by the documentation guidelines.

Conclusion

In conclusion, this network configuration task not only enhances understanding of fundamental networking concepts but also provides practical experience in implementing a functioning network using modern technology. By following the steps outlined in the assignment and documenting the process with screenshots, students can successfully complete the exercise while gaining valuable networking skills.

References

  • Forouzan, B. A. (2013). Data Communications and Networking. McGraw-Hill Education.
  • Kurose, J. F., & Ross, K. W. (2017). Computer Networking: A Top-Down Approach. Pearson.
  • Tanenbaum, A. S., & Wetherall, D. J. (2011). Computer Networking. Pearson Education.
  • Peterson, L. L., & Davie, B. S. (2011). Computer Networks: A Systems Approach. Morgan Kaufmann.
  • Beasley, J. S., & Worden, W. (2016). Cisco Networking Academy: Introduction to Networks Companion Guide. Cisco Press.
  • RFC 2453. (1998). RIP Version 2 - Carrying Additional Information. Retrieved from https://tools.ietf.org/html/rfc2453
  • RFC 2131. (1997). Dynamic Host Configuration Protocol. Retrieved from https://tools.ietf.org/html/rfc2131
  • Comer, D. E. (2018). Internetworking with TCP/IP Volume One. Pearson.
  • Cisco Systems. (2019). Implementing and Administering Cisco Solutions. Cisco Press.
  • Hall, S. (2020). Network Fundamentals. Cengage Learning.