INTERNETWORKING TECHNOLOGIES

Running head: INTERNETWORKING TECHNOLOGIES
Network design proposal for University of Future Technology
Name of the Student
Name of the University
Author’s Note

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INTERNETWORKING TECHNOLOGIES
Table of Contents
Project Scope and Goal....................................................................................................................2
Project hardware & Software requirements.....................................................................................3
Network Design in Packet Tracer....................................................................................................6
Network Device Configuration........................................................................................................7
Bibliography..................................................................................................................................18

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Project Scope and Goal
Project Scope
A network is needed to be installed for the University of Future Technology in Australia
having two campuses located at the two different end of the city. A network is needed to be
deployed for interconnecting the lecture theaters, Lab, Faculty area, Administration Office and
student areas for both the campuses. Internet access is needed to be provided to each of the
employee and they are also needed to be provided wireless connectivity such that they can access
internet to solve their query during the lecture.
In Scope
 2 Routers
 1 Layer 3 Switch
 5 Workgroup Switch
 5 Wireless Access Point
 1 Data Server
Out Scope
The layout of the cable is needed to be deployed by the facility department and it is out of
scope for the network development plan.
Project Goals
The goal of the project is to develop a network design such that it can be used for
dividing the network traffic for the student, faculty and admin. The network solution is also
needed to be secured with separate login id and password and active directory is needed to be

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INTERNETWORKING TECHNOLOGIES
configured for the management of user access. The internet access is needed to be allowed to all
the users and wireless connection is needed to be provided for enabling the user to access data
service and internet.
Project hardware & Software requirements
Name of the network device
The following are the network device that are essential for the development of the network
solution are tabulated below:
Hardware Manufacturer Series Model Ports Cost
Router Cisco 2811 Cisco
2800
Series
integrated
service
router
Two Integrated
10/100 Fast
Ethernet ports
Enhanced
Network
Module Slot
Optional Layer
2 switching
support with
Power over
Ethernet (P o
E)
USD$2,495.00
2960 Cisco WS-
C2960G -
Speed: Gigabit
Ethernet (1000
USD$949.99

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Switch Cisco
8TC -L Mbit/ s)
24 Ethernet
ports.
Max.
Data
Transfe
r Rate:
1000
Mbps/
1Gbps
MPN: WS-
C2960G- 8TC -
L
3500 Cisco WS-
C3524-
XL-EN
3500
Series
Catalyst
Switch
Reduction in
latency and
NAT support
for
management of
access control
and
management of
access to the
resources
USD$2995.0
Type of cables

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The following are the cables that are essential for interconnecting the network device that are
tabulated below:
Cat 6 Cat 5e Optical Fibre
Bandwidth of 250 MHz
1000 Mbps network speeds
across a full cable length of
100 meters
1000BaseTX networks
10GBase-T networks
Speeds of up to 10 GB/ ps up
to 50 meters.
Cost (50 feet): 9 (USD)
RJ45 connectors are built
with corrosion-resistant gold-
plating
Support Bandwidth 150MHz
Speed 1000 Mbps
Cost (15.25m): 9.9 (USD)
50/125 optical fibre core/
cladding
1/10/40Gb Multimode
1.25mm ceramic ferrule
125μm diameter cladding
Fast Ethernet 100Basw-FX
2000m
40Gb Ethernet 40GBase-SR4
100m (330m QSFP+ eSR4)
Cost (3.28): 9.95 (USD)
Server and PC configuration
File Server
Operating System – Windows Server 2016
RAM – 12 Gb
Hard Disk – 2 TB
Processor – Intel Xeon processor E5-4610 v2

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Motherboard - Intel S4600LH2 motherboard
PC
Operating System – Windows 10 Enterprise
RAM – 4 Gb
Hard Disk – 500 GB
Processor – Intel Core i5 7400 - LGA1151 - 7th Generation Core Desktop Processor
(LGA1151, 3.0Ghz Upto 3.5Ghz Turbo, 6MB Cache)
Motherboard - Gigabyte GA-H110-D3A ATX LGA1151 Motherboard
Network Design in Packet Tracer
Network Design
Justification

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The network solution for University of Future Technology is prepared following the
requirement and the network is divided into multiple VLAN for the management of user data and
serve the needs of the user. The network is developed throughout the lecture theaters, lab, facility
area, administration office and the student service area. The network is developed for enabling
centralized management and VTP domain is created for automatically distributing the VLAN
information. Each of the department are assigned with separate VLAN and separate access point
is used such that the user can access the data and internet service seamlessly. Separate interface
is used for the administrative office since it is located in an adjacent building. Separate subnet is
used for connecting the office and full connectivity for the internet and data service is offered.
The servers are installed in the administration office and access to the subnet is managed such
that the network is kept secured from unauthorized users. The following IP addressing plan is
followed for the configuration of the network device interface and the VLAN. The configuration
steps and commands used for the configuration of the network are given in the following section
of the report.
Network Device Configuration
Switch Configuration
Setting IP address on PC and Switch

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Create VLAN

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Ping each other
Set VTP domain
Set VTP password

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Demonstration of VTP packets
e
Router Configuration
Setting description in interface
The command: int fa 0/0
no shut
description Mayon
exit
int fa 0/1
description Silva
no shut
exit
int S0/0/0

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INTERNETWORKING TECHNOLOGIES
description dayantha
no shut
exit
is used for setting description to the interface of the router and it is shown in the following
screenshot:

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Displaying information about directly connected device
Show IP route command is used for displaying the information about the directly connected
device details.

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Setting IP address for each interface
For setting the IP address for each of the interface the following command is needed to be used:
int f0/0.10
encapsulation dot1Q 10
ip add 172.18.12.1 255.255.255.0
exit
int f0/0.20
encapsulation dot1Q 20
ip add 172.18.10.1 255.255.255.0
exit
int f0/0.30
encapsulation dot1Q 30
ip add 172.18.9.1 255.255.255.0
exit
int fa 0/0.40
encapsulation dot1Q 40
ip add 172.18.11.1 255.255.255.0
The proper configuration of the IP address in the interface is verified and demonstrated in the
screenshot below:

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INTERNETWORKING TECHNOLOGIES
Subnet mask used
The following is the verification command used for the demonstration of the IP address
and subnet mask used for the configuration of the interface.
Subnet
Name
Neede
d Size
Allocat
ed Size
Address Mas
k
Dec Mask Assignable
Range
Broadcast
lecture
theatres
254 254 172.18.12
.0
/24 255.255.25
5.0
172.18.12.1
-
172.18.12.2

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172.18.12.2
54
55
Labs 254 254 172.18.10
.0
/24 255.255.25
5.0
172.18.10.1
-
172.18.10.2
54
172.18.10.2
55
Faculty area 254 254 172.18.9.
0
/24 255.255.25
5.0
172.18.9.1 -
172.18.9.25
4
172.18.9.25
5
Administrati
on Office
254 254 172.18.8.
0
/24 255.255.25
5.0
172.18.8.1 -
172.18.8.25
4
172.18.8.25
5
Student
service
areas
254 254 172.18.11
.0
/24 255.255.25
5.0
172.18.11.1
-
172.18.11.2
54
172.18.11.2
55

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INTERNETWORKING TECHNOLOGIES
Ping to all routers
The IP address of each of the VLAN is used for pinging the router and testing the
configuration.

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Bibliography
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[6].Sandhu, R., Gill, H.K. and Sood, S.K. Smart monitoring and controlling of Pandemic
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