This document outlines a presentation on designing and implementing a VLAN for a university campus network. It begins with introductions to LANs and VLANs, explaining their characteristics and benefits. It then details the specific VLAN implementation for the GUB network, including IP addressing, router and switch configurations, and host configurations for different VLANs. Diagrams and configuration steps are provided as examples. The overall purpose is to present the project of designing and establishing VLANs to logically segment the university's network.

1. CSE 496 Project and Thesis
Design and implementation of VLAN of a
University campus
Presented by
Md. Ismail Miah (ID-100302014)
Jannatul Ferdous (ID- 110202001)
CSE Department

2. Well Come
To
Our Presentation

3. Objectives
Introduction to Local
Area Network (LAN)
Topics:
 Defining LAN
 Characteristics of LAN
 Types of LAN
 OSI model of Networking
 Ethernet Cabling
 Problems in LAN
Introduction to Virtual Local
Area Network (VLAN)
Topics:
Defining VLAN
Collision domain and Broadcast Domain
Types of VLAN connection Link
Establishing VLAN membership
Benefits of VLAN
Security Required in VLAN
VLAN implementation
Topics:
 IP diagram
VLAN designed for GUB
VLAN designed by Cisco Packet Tracer
Modes of Router and Switch
Ways of getting connection into User mode
VLAN configuration step by step

4. Introduction to Local Area Network (LAN)
Defining of LAN
Figure: Diagram of LAN

5. Introduction to Local Area Network (LAN)
Characteristics of LAN
Easily resource sharing
Data transfer rate are high
Small area covered by LAN
Cost of setting up the network is usually low
Flexibility, low error rates and reliability of operation and
simple maintenance

6. Introduction to Local Area Network (LAN)
Types of LAN
Figure: Star Topology
Figure: Ring Topology
Figure: Bus Topology

7. Introduction to Local Area Network (LAN)
OSI model of Networking
Figure: OSI model of Networking

8. Introduction to Local Area Network (LAN)
Ethernet Cabling
Figure: Straight-Through cable Figure: Cross Over cable
Figure: Rolled cable

9. Introduction to Local Area Network (LAN)
Problems in LAN
 To create group of users by department that work together instead of by
physical location is impossible in LAN
 Cannot reduce broadcast domain
 Cannot enforce security by group wise
 Overall performance is not good
 Impossible to design a network using more than 300 computers
 Need more Network administrators
 To increase the number of host is complex
 Maintenance cost is high

10. Introduction to Virtual Local Area Network (VLAN)
Defining VLAN
A Virtual Local Area Network (VLAN)is a group of devices that function as a single
Figure: Without VLAN broadcast sent from
host A to host B
Figure: In VLAN broadcast sent from
host A to host B
Local Area Network segment (broadcast domain).

11. Introduction to Virtual Local Area Network (VLAN)
Collision domain and Broadcast domain
Figure: Collision domain
Figure: Broadcast domain

12. Introduction to Virtual Local Area Network (VLAN)
Types of VLAN connection Link
There are two types of VLAN connection links and they are Access
link and Trunk link-
Access Links/Ports: Access Ports: An access port belongs to
and carries the traffic of only one VLAN
Trunk Links/Ports: Trunk ports can carry multiple VLANs at
a time. A trunk link is 100 or 1000Mbps point-to-point link
between two switches, between a switch and router, or even
between a switch and server, and it carries the traffic of
multiple VLANs from 1 to 4094 at a time.

13. Introduction to Virtual Local Area Network (VLAN)
Establishing VLAN membership
The two common approaches to assigning VLAN membership
are as follows:
Static VLANs
Dynamic VLANs
Figure: Static VLAN Figure: Dynamic VLAN

14. Introduction to Virtual Local Area Network (VLAN)
Benefits of VLAN
Increased performance
 Improved manageability
 Simplification of software configurations
 Increased security options

15. Introduction to VLAN
Security Required in VLAN
The following security requires for a good VLAN:
Authentication
Access Control
Confidentiality
Integrity
Non repudiation

16. Implementation of VLAN
IP diagram
Table: IP diagram for VLAN

17. Implementation of VLAN
VLAN designed for GUB
Real IP Switch
MIKROTIK ROUTER
Figure: VLAN diagram
ANNEX BUILDING
Netgear Switch
SCIENCE CAMPUS
Cisco Switch-C
VLAN
CISCO
ROUTER
CISCO VLAN SWITCH-A
URMS Server
Proxy Server
KOHA Server
Tally Server
Netgear
Switch
CISCO SWITCH-B
Domain Server
MC
Netgear
Switch
Netgear
Switch
Netgear Switch Netgear Switch
Netgear Switch Netgear Switch
Netgear Switch Netgear Switch
Trunk
Trunk
Netgear
Switch
Netgear
Switch
Trunk

18. Implementation of VLAN
VLAN designed by Cisco Packet Tracer
Figure: VLAN diagram

19. Implementation of VLAN
Modes of Router and Switch
User Mode
Privilege Mode
Config Mode
Example
Router> (user mode)
Router # (privilege mode)
Router(Config)# (Config Mode )

20. Implementation of VLAN
Ways of getting connection into User mode
Console: An RJ-45 connection on all Cisco routers allows full
access to the router if no passwords are set.
Aux: An RJ-45 connection on most routers allows to connect a
modem to the port, dial in to the router, and make a console
connection.
VTY: Virtual Teletype is used to allow a Telnet connection to
the router, which will then work like a console port. It must
have an active interface on the router for Telnet to connect to
the router.

21. Implementation of VLAN
VLAN configuration step by step
Router configuration
Switch configuration
 Host configuration

22. Implementation of VLAN
Router configuration
Figure: Router connection to PC
Rolled
Cable
To set the host name we use the following commands
Router>enable
Router#configure terminal
Router(config) #hostname GRouter
To set the password at the console port we use the following commands
GRouter(config)#line vty 0 4
GRouter(config-line)#login
GRouter(config-line)#password 123
GRouter(config-line)#exit
GRouter(config)#

23. Implementation of VLAN
To set the IP address and subnet mask by using the following commands
GRouter(config)# interface g0/1
GRouter(config-if)# ip address 172.16.1.1 255.255.255.0
GRouter(config-if)#duplex auto
GRouter(config-if)#speed auto
GRouter(config-if)# no shutdown
GRouter(config-if)# exit
GRouter(config)# ^z
GRouter# write
GRouter#disable
GRouter>
To configure the inter VLAN by using the following commands(This step should be done by telnet after all
the switches configure)
GRouter>enable
GRouter#
GRouter(config)#interface g0/1.3(creating sub interface)
GRouter(config-subif)#encapsulation dot1q 3(3 for VLAN 3)
GRouter(config-subif)#ip address 172.16.3.1 255.255.255.0
GRouter(config-subif)#no shutdown
GRouter(config-subif)#exit
GRouter(config)#interface g0/1.4
GRouter(config-subif)#encapsulation dot1q 4(4 for VLAN 4)
GRouter(config-subif)#ip address 172.16.4.1 255.255.255.0
GRouter(config-subif)#no shutdown
GRouter(config-subif)#exit
GRouter(config)#
GRouter(config)# ^z
GRouter# write
GRouter#

24. Implementation of VLAN
Switch configuration
Cisco Switch
Rolled
cable
Power cable
Figure: Switch connection to PC
To set the host name we use the following commands
Switch>enable
Switch #config t
Switch-A(config) #hostname Switch-A
Switch-A (config) #
To set the password we use the following commands
Switch-A(config)#line vty 0 4
Switch-A(config-line)#login
Switch-A(config-line)#password 123
Switch-A (config-line)#exit
Switch-A (config)#

25. Implementation of VLAN
To set the IP address and subnet mask by using the following commands
Switch(config)# interface vlan 1
Switch-A(config-if)# ip address 172.16.1.2 255.255.255.0
Switch-A(config-if)# no shutdown
Switch-A(config-if)# exit
Switch-A (config)#
Switch-A(config)#ctrl+z
Switch-A#write
To configure the name of VLANs by using the following commands
Switch-A#config t
Switch-A(config)#vlan 3
Switch-A(config-vlan)#name Registrar
Switch-A(config)#exit
Switch-A(config)#vlan 4

26. Implementation of VLAN
To configure the ports by using the following commands
Switch-A #config t
Switch-A (config)#interface g1/1
Switch-A (config-if)# switchport mode trunk
Switch-A (config-if)#exit
Switch-A(config)#interface f0/1
Switch-A (config-if)# switchport trunk allowed vlan 1-20
Switch-A (config-if)# switchport mode trunk
Switch-A (config-if)# exit
Switch-A(config)#interface f0/2
Switch-A (config-if)# switchport trunk allowed vlan 1-20
Switch-A (config-if)# switchport mode trunk
Switch-A (config-if)# exit
Switch-A(config)#interface f0/6
Switch-A (config-if)# switchport access vlan 6
Switch-A (config-if)# exit
Switch-A(config)#interface f0/7
Switch-A (config-if)# switchport access vlan 7
Switch-A (config-if)# exit
Switch-A (config)#
Switch-A (config)# ctrl+z
Switch-A# write
Switch-A# disable
Switch-A>

27. Implementation of VLAN
Host configuration
For the computers under VLAN 3
IP address- 172.16.3.11-254
Subnet mask-255.255.255.0
Default gateway-172.16.3.1
Preferred DNS-202.191.120.2
Alternate DNS-2-202.191.127.3

28. Thank you for your
attention!