Objectives
The objective of this assignment is to assess your understanding of fundamental networking structure and network design concepts and apply them to practical comprehensive exercises using a tool.
Learning Outcomes
On completion of this assignment students should be able to:
1) Plan and evaluate network implementations.
2) Analyse and evaluate data communication technologies.
3) Discuss the importance of network models based on layers and the role of network standards.
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Task Details
You have been given the final high level design which was approved by the tender process and have been hired to implement that into a low level design. In this submission, you should take the requirements given and implement them using Packet Tracer. The network is to be implemented in the following three phases:
1) Phase 1 requires planning of layer 2 switching networks with an understanding of how virtual LAN can be used to provide various subnets with limited hardware resources. IT Assignment Help
2) Phase 2 includes evaluating how layer 3 devices such as routers can connect various LANs via understanding the concept of ARP with various scenarios.
3) Phase 3 implements a network combined with those two phases and shows the differences between layers 2 and 3. It helps to understand how layer 2 networks can connect to layer 3 devices with various options.
Tasks and Requirements:
Phase 1: VLAN planning for various departments 1) Prepare a video recording using ‘picture in picture’ function. Exercise and be familiar with the tools prior to your recording. The video must be recorded with your own voice and face. 2) Configuration: VLAN tagged (Figure 1 in Appendix)
a) Design and allocate IP addresses for hosts to include 3 VLANs in each switch. The remaining hosts are regarded as untagged.
b) Design 3 virtual LANs so that each VLAN belongs to a department. For example, Vlan10 for marketing, Vlan 20 for HR etc. Remember that a host IP should be in the same subnet with other hosts in the same VLAN.
c) Configure VLAN interfaces from switches to hosts. There should be 3 x VLAN allocated across the network, e.g. vlan10, vlan20, vlan30 in each switch.
d) Configure untagged hosts and interfaces so that they can be verified by native vlan. e) Configure trunk interfaces between switches. This will provide redundancy between switches. IT Assignment Help
