Capstone Project
Design and Build a Small Business Network
Use Packet Tracer and a word processing application to complete this activity – 2-3 students per group.
Design and build a network from scratch.
- Your design must include a minimum of one router, one switch, and one PC.
- Fully configure the network - use IPv4 or IPv6 (subnetting must be included as a part of your addressing scheme).
- Verify the network using at least five show commands.
- Secure the network using SSH, secure passwords, and console passwords (minimum).
Create a rubric to use for peer grading – or your Instructor may choose to use the rubric provided with this activity.
Present your Capstone Project to the class – be able to answer questions from your peers and Instructor!
Class Activity - Design and Build a Small Network Instructions
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Capstone Project – Design & build a SOHO network
Background: The aim of this project is to design and build a SOHO network. To do so we carried an investigation into the current network infrastructure and emerging technologies of the Divine Word University SOHO network in order to understand how its networks are designed. Results: As a result of the investigation, we have demonstrated our knowledge and skills in designing, documenting, configuring, verifying and securing a SOHO network. The design and documentation is specifically for the DWU SOHO network while the configuration, verification and securing of a network using packet tracer is for the small business network whose network topology has been provided. Conclusion: The project involves two parts; the network documentation and the configuration simulation in packet tracer.
Related Papers
University Research Journal of Engineering and Applied Sciences (URJEAS) ISBN: 978-99971-0-861-6
wai phyo aung
Fiber-to-the-home (FTTH) is the broadband network access architecture that uses the existing telecommunication infrastructures to provide the Internet service. The architectures in general are the dedicated active optical network (AON) and distributed passive optical network (PON). The fairness in cost of using the service, fastness in data transmission and the extensibility of fiber access network are the main reasons the FTTH are becoming more popular day by day. The Implementation of a mini FTTH for TU (Loikaw) Campus Network was done through the partial researches: Study on FTTH, Study on Fiber Transmissions, TCP/IP Configurations and Network Design using Switches and Routers. The main aim of this research paper is to be effectively carried out high performance of fiber transmission for a FTTH by both theoretical and practical approaches. To design FTTH network in this university, fiber mainly serves as a transmission medium. Wide bandwidth signal transmission with low delay is a key requirement in present FTTH. Optical fibers provide enormous and unsurpassed transmission bandwidth with negligible latency, and are now the transmission medium of choice for long distance and high data rate transmission in telecommunication networks. To be a perfect fiber link infrastructure, splicing, good performance connector must be considered and take care of component handling. The implementation of fibre link is emphasized on active optical network (AON). For transmission link in AON, the signal degradation is not an issue for this university campus FTTH.
Moses Aggor
abdullah alrashdan
Yvonne James
Research across the University of Huddersfield has increased in terms of number of users utilising the cluster systems. These systems provide a valuable service allowing high speed, complex calculations and graphics rendering to be performed. The clusters have grown out of user requirements and the availability of computing and networking equipment. In the early days very little consideration was given to the placement of equipment to fulfil these needs. As a result the speed of data transmission was slow and often resulted in bottlenecking and/or data loss through protocol timeouts. An increase in bandwidth has helped to improve this, but more importantly the allocation of space within the data centre has enabled a significant increase in bandwidth, as well as providing a direct connection to the network backbone. As a result of our work the network topology has changed and has reduced the number of switches and routers packets traverse across the network from end user to cluster. ...
Nilanjan Das
Engineering Research Publication and IJEAS
The structural cabling system is the foundation of the modern information network upon which overall information system strategies are built. Structured Cabling system presents the rules and Subsystems of structural cabling for a local-area network (LAN). A structured cabling system can alleviate the workflow disruption and network downtime associated with office restricting such as support for multiple voices, data, video and multimedia systems regardless of their manufacturer. It can be said that the structured cabling system prepares you for tomorrow, which outlives other networking components. This paper presents a technical report from one of the Largest LAN installation for nearly every building on campus, including all administrative, academic and residential buildings, and most athletic facilities. In order to carried-out this installation, extensive information was collected across 20 buildings of the entire network of FUT, Minna, Nigeria with more emphasis on SAAT network.
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COMMENTS
Computer with Cisco Packet Tracer installed Storage space for Packet Tracer network file to be accessed in later modules. Context: In Capstone Project 2-2 in Module 2, you installed Packet Tracer and completed several modules in the Introduction to Packet Tracer course. In Module 3, you worked with MAC address tables in Packet Tracer.
Access to the Packet Tracer network created in Capstone Project 5-2. Storage space for Packet Tracer network file to be accessed in later modules. Context: In Capstone Project 5-2, you created the initial version of a network in Packet Tracer that you will continue to build on throughout other modules.
Design and build a network from scratch. Your design must include a minimum of one Cisco 4321 router, two Cisco 2960 switches, and two PCs. Fully configure the network and use IPv4 or IPv6 (subnetting must be included as a part of your addressing scheme). Verify the network using at least five show commands. Secure the network using SSH, secure ...
One of those tools is a network simulator called Packet Tracer. In this Capstone Project, you download and install Packet Tracer and take a tour of the simulator interface. This version of Packet Tracer is free to the public, and your school does not have to be a member of Cisco's Networking Academy for you to download and use it.
This video was created as an Innovative assignment for the subject CEM151 - Securing Interconnecting Systems.Relevant LinksDownload CPT - https://www.netacad...
Capstone Project. Design and Build a Small Business Network. Use Packet Tracer and a word processing application to complete this activity - 2-3 students per group. Design and build a network from scratch. Your design must include a minimum of one router, one switch, and one PC. Fully configure the network - use IPv4 or IPv6 (subnetting must ...
Packet Tracer. Context: This Packet Tracer project starts with a new network and is not intended to build on your Packet Tracer network for the Capstone Projects. In this project, you will experiment with various devices and configurations to explore the boundaries of subnets and broadcast domains.
The design and documentation is specifically for the DWU SOHO network while the configuration, verification and securing of a network using packet tracer is for the small business network whose network topology has been provided. Conclusion: The project involves two parts; the network documentation and the configuration simulation in packet tracer.
View Capstone Project 2-2 Install and Use Packet Tracer - Copy.docx from CSC 234-02 at Quinsigamond Community College. 7. A) What is the first step in deploying a Packet Tracer network? Build the
Answer the questions to the best of your ability. Instructions Step 1: Identify common components of a network as represented in Packet Tracer. The icon toolbar at the bottom left hand corner has various categories of networking components. You should see categories that correspond to intermediary devices, end devices, and media.
M02 - Part 2: Capstone Project 3-2: Build a MAC Address Table in Packet Tracer. Now that you're in privileged EXEC mode, you can check the switch's current MAC address table. Enter show mac address-table. What entries are listed? Vlan, mac address, type, and ports; Access Switch0's CLI again. Click at the bottom of the CLI pane and press ...
M07 - Part 1: Hands-On Project 11-1 Configure ACLs in Packet Tracer To get to the Hands-On Projects: Open the textbook from within the course Open the correct chapter for the assignment Scroll Q&A In the next steps, you will transfer the public key and digitally signed document over from TargetLinux01 to the vWorkstation using WinSCP.
Feel free to experiment beyond the tests we suggest. You might even want to create a copy of your Packet Tracer file so you can experiment more extensively or create your own unique network with different configurations. Capstone Project 8-2: Add VLANs to Your Packet Tracer Network This Capstone Project picks up where Capstone Project 8-1 left off.
Step 8: Now that you've created the two new VLANs, you need to configure ports for each VLAN. In the left pane, click FastEthernet0/1. What mode and VLAN is this port already configured for? Answer: Access mode, VLAN 1 Step 9: Make sure Access is selected and then change the VLAN to 2:Accounting. What command did Packet Tracer use to configure ...
Adding subnets to packet tracer network table subnet network id range of host address broadcast address 192.168.43. 192.168.43.15 192.168.43.16 192.168.43.31. ... Project 8.1 tables - Adding subnets to packet tracer network. Course: Internet Com (IFS230) University: Drexel University. Info More info. Download. AI Quiz. AI Quiz. Download. AI Quiz.
M05 - Part 2: Capstone Project 8-1 Add Subnets to Your Packet Tracer Network 7. You'll need a different subnet for each connection to a router or each connection between routers. How many subnets will you need altogether? _ 9 subnets are needed _____ 8. Using the formula , how many bits will you need to borrow from the host portion of the IP address?__ 4 additional bits are needed for the ...
For this project, do not use your existing Packet Tracer network (most recently worked on in Module 7)—you'll come back to that network file in this module's Capstone Projects. In this project, start with a new Packet Tracer file to experiment with router and switch behaviors. You will not need to save this network for future projects or ...
Question: I need help with Capstone Project 8-2 Add VLANs to Your Packet Tracer Network from book CompTIA Network Guide to Networks (Cengage) 1. In Packet Tracer, open your Packet Tracer file from Capstone Project 8-1. 2. On the far-left side of the workspace, add three more PCs as shown in Figure 8-41. If you need to create more space on that ...