1. Topic: Campus network design
Submitted By:
Abani Sarkar- 183015126
Rubayet Sazzad- 191015033
Submitted To:
Wahia Tasnim
Lecturer,
Dept. of CSE
Green University of Bangladesh.
Welcome To Our Presentation
3. INTRODUCTION
Networking is refereed as connecting computers electronically for
the purpose of sharing information. Resources such as a file,
applications, printers & software are some common information
shared in a networking. The advantages of networking can be seen
clearly in terms of security, efficiency, manageability & and cost
effectiveness as in allows collaboration between users in a wide
range.
5. SYSTEM DEVELOPMENT
In this growing network area, it has become necessary to protect our network
from unauthorized users and prevent it from hacking, so it is necessary to
maintain security in our network by using various security option like port
security, encryption using most secure routing protocol.
6. SWITCHES
The campus network uses gigabit Ethernet switching network.
Configure a central switch and seven secondary switches. Each switch
supports beer expansion ports with expansion module slots. Campus
network backbone for the Gigabit network, Fast exchange to the
desktop, to protect all users at the same time call the service resources
can be fast and smooth.
7. SERVER
Network center configurer 2 department-level servers respectively,
to process application server and Web server.
A server is a computer program or device that provides a service to
another computer program and its user, also known as the client. In a data
center, the physical computer that a server program runs on is also
frequently referred to as a server.
8. WHY DO WE NEED NETWORK DESIGN!
• Improved service levels
• Cost effective LAN design
• Security of the networks
• Strong network means scalability
• Consistency
9. WHY FOCUS ON CAMPUS NETWORKS
• The Campus Network is the foundation for all Research and
Education activity.
• Without a good campus network, the Research and Education
Network can’t work as well as it should.
10. CAMPUS NETWORK RULES
• Separate layers of your network
• Minimize number of network devices in any path
• Use standard solutions for common situations
• Provision central services near the core
• Route near the core, switch at the edges
• Separate core router functions from border router functions
• Use DHCP centrally
• Separate DNS server duties