Network Design/Wireless Networks 1 Report - Semester 1 Project

This report provides a comprehensive analysis of network design and wireless networks. It begins with a detailed cost calculation for hardware, software, and operational expenses. The report then delves into a thorough site analysis, including an inventory of existing equipment, software, power services, and cabling. A needs assessment identifies required software, workstation specifications, server storage requirements, printing needs, and network load estimates. The design section includes a site diagram, cable access methods, and topology selection. The implementation section outlines the cost of network installation. Furthermore, the report addresses the installation of Wi-Fi access points, detailing equipment types, pricing, advantages, disadvantages, and optimal device locations. A sample network diagram and conclusions regarding network efficiency and security are also included. References to relevant sources support the analysis and recommendations.

Running head: NETWORK DESIGN/WIRELESS NETWORKS
Network Design/Wireless Networks
Name of the Student
Name of the University
Author’s Note

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NETWORK DESIGN/WIRELESS NETWORKS
Table of Contents
Answer to Question 1......................................................................................................................
Network Design.........................................................................................................2
1. Calculation of the network cost..............................................................................2
2. Operating software.................................................................................................3
3. File Server and Workstations.................................................................................4
Answer to Question 2......................................................................................................................
Analysis......................................................................................................................4
 Site Log – Computers, Powers, Communications............................................4
 Need Assessment..............................................................................................6
Design........................................................................................................................9
 Site Diagram.....................................................................................................9
 Cable Access methods....................................................................................11
Implementation........................................................................................................13
Answer to Question 3....................................................................................................................
1.0. Introduction.................................................................................................15
2.0. Wi-Fi network...................................................................................................15
3.0. Sample diagram of the organization.................................................................17
4.0. Conclusion.........................................................................................................17
References......................................................................................................................................

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NETWORK DESIGN/WIRELESS NETWORKS
Answer to Question 1
Network Design
1. Calculation of the network cost
Hardware
Cisco Catalyst 2800 24 Port Layer 3
switch.
Learning With
Technologies
$
8,333.0
0
2 $
16,666.00
Cisco Catalyst 2800 Router Learning With
Technologies
$10,000 4 $
40,000.00
Lacie 2 TB 10/100/1000 Back-up
Device
Learning With
Technologies
657 2 $
1,314.00
APC Back UPS RS Learning With
Technologies
495 2 $
990.00
Netgear WG302 Managed Wireless
Access Point
Learning With
Technologies
331 10 $
3,310.00
Netgear GS108 Switch 8-port Learning With 159 26 $

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NETWORK DESIGN/WIRELESS NETWORKS
Technologies 4,134.00
Acer Veriton S480 including 17”
LCD monitors
Learning With
Technologies
886 200 $
177,200.0
0
Samsung Laser Printers Learning With
Technologies
921 28 $
25,788.00
Cabling Store n $
5,000.00
Office Furniture Officeworks n $
15,000.00
Sub Total $
289,402.0
0
2. Operating software
Operating System $
-
Microsoft Windows
Server 2010 R2
Online 16
50
1 $
1,650.00
Microsoft Windows 10 Online 17
95
23
4
$
420,030.0
0

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NETWORK DESIGN/WIRELESS NETWORKS
3. File Server and Workstations
A file server is required for handling the request of the users and the hardware
components used for the development of the file server is listed below:
Hardware Cost $
Operating System Windows Server 2012 R2 1600
Memory 8 GB 117
Hard Disk 500+ GB, @7200 rpm 70.99
Processor Intel core i5 CPU 2+ GHz 215.95
Graphics Card Open GL two monitor
supported
536.98
Monitor Two 24” 1920*1200
monitor
2*379
Mouse Optical 3 button wheel
mouse
99
Backup Equipment External HDD 172.99
Network Adapter 100 MB 175
Answer to Question 2
Analysis
 Site Log – Computers, Powers, Communications
1. List of existing computer equipment’s at the installation site
There are some equipment present at the installation site and this can be used for the
development of the local area network proposal including the resource server with file

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NETWORK DESIGN/WIRELESS NETWORKS
backup, 30 workstations, power protection and internet connection. The following table is
created for listing the computer equipment and given below:
ID Name Department Location Users
1 Dell 7500 Computer Science LF11A B438,
P221
2 Dell 9000 Physics PS100 P222
3. Samsung 22” Monitor Computer Science LF11A P221
4. Cannon MG3050 Printer Office RF10B A001
2. List of Existing Software
There are some software installed in the machines used in the different departments of the
campus and they are listed as follows:
 Microsoft Word – word processor
 Microsoft Excel – Spreadsheet
 Tally – ERP
 Adobe Reader – Pdf reader
 Picasa – Photo viewer
3. Existing power service to area
The existing network have no backup power plan only ups are installed with each of
the PCs that provide backup for 30 minutes and it should be replaced with a single UPS of 5
ampere for serving power supply to all the network components for handling emergency
condition. The area covered for the network plan should be estimated and the network load
should also be calculated for implementation of the backup ups in different location of the
network.

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NETWORK DESIGN/WIRELESS NETWORKS
4. List of any existing cable and pathways
The existing network have cat 5 cables installed and they are enclosed in the wiring of
the building of the campus. The cables can be used for connecting the switch with the pcs
installed in the network and reduce the cost of the network (Barry et al. 2015).
 Need Assessment
1. Required software –
Some additional software should be installed in the PCs for increasing the efficiency
of the network and get the best output. The list of the required software are as follows:
 Microsoft Word – word processor
 Microsoft Excel – Spreadsheet
 Tally – ERP
 Adobe Reader – Pdf reader
 Picasa – Photo viewer
 Avast Internet Security - Antivirus
 Corel Premium Collection – Graphics Suite
 Microsoft Project – Scheduling software
2. Workstation Requirement
The workstation should be deployed in the network for management of the network
components and improve the productivity and management of the network. The number of
workstation required for the management of the different components of the network are as
follows:
 Software Development – 2
 Office Applications – 3
 Interface designing – 2

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NETWORK DESIGN/WIRELESS NETWORKS
 Project management – 1
3. Server Storage Requirement
The storage capacity of the server is estimated for the allocation of the storage in the network
and they are listed as follows:
 Use of different applications – 3 Gb
 Microsoft office – 30 Gb
 Browsing – 500 Mb
 Tally – 10 Gb
 Adobe Reader – 900 Mb
 Picasa – 200 Mb
 Avast Internet Security - 1 Gb
 Corel Premium Collection – 10 Gb
 Microsoft Project – 3 Gb
Data usage for the applications
 Microsoft Office – 350 Mb
 Netscape – 50 Mb
 Tally – 150 Mb
 Avast Internet Security – 400 Mb
 Corel Premium Collection – 400 Mb
4. Printing Requirements
Local printer should be installed in each of the department for reducing the printing
queue and handle more number of request at a time. The network printer installed in the
office is used for printing colour pages. The printers are configured to print letter size papers
and three workstations are allocated with a printer for the management of the printing service.

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NETWORK DESIGN/WIRELESS NETWORKS
The server installed in the network is configured with a printing service and meet the current
requirement of the organization.
5. Network load Estimates
The load of the network is estimated after calculation of the data usage per application
and it is found that on an average 20 to 30 mb of data is used per hour.
6. Communication Options
DSL model is used for communicating in the network and the routers are configured with IP
route to communicate with different departments of the organization.
7. Estimated power requirement for server, workstations and printers
Two APC Back UPS RS are installed in different location of the campus area network for
serving power to the device installed in the network.

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NETWORK DESIGN/WIRELESS NETWORKS
Design
 Site Diagram
a. Proposed Server and Workstations
b. Estimated distance
For the building of length 20 meters and breadth 20 meters the network diagram is
created and the building have 4 rooms and a passage corridor the network cable are layed on
the walls of the building. 2 cat5 cables of 40 meter length, 2 cat 5 cables of 25 meter length, 1
cable of 35 meter length and a small patch cord for connecting the server with the hub. Some
extra cables are estimated for inclusion of the rise and fall in the network and increase the
efficiency of the cabling plan.

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c. Indication of the unused cables at the locations
There are no extra unused cables in the network and it is essential for the creation of
an effective cabling plan (Oliviero and Woodward 2014). The location of the device is
maintained according to the network cabling plan and the existing cables are used for
reducing the network cabling cost.
d. Indication of the power location and power protection plan.

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NETWORK DESIGN/WIRELESS NETWORKS
 Cable Access methods
a. Selection of the topology, cabling type and access methods