This project simulates a University Campus Area Network in Cisco Packet Tracer, utilizing VLANs, RIP v2, DHCP, and various network services like DNS, Web, and Email servers. The network is designed to demonstrate effective segmentation, inter-VLAN routing, and service integration within a simulated university environment.
The main objective of this project is to create a scalable and secure network that accommodates various departments within a university. Each department is assigned a unique VLAN, with specific services accessible to users based on their VLAN. The network also integrates essential protocols and services to ensure smooth communication and connectivity across the campus.
- VLAN Configuration: Network segmentation into multiple VLANs for departments like Administration, Academics, Students, and Guest.
- RIPv2 Routing: Configured RIPv2 for dynamic routing between VLANs and to enable efficient inter-VLAN communication.
- DHCP: Centralized DHCP server to automatically assign IP addresses to devices within each VLAN.
- DNS Server: Provides domain name resolution services within the network.
- Web Server: Hosts the university's website, accessible from all VLANs.
- Email Server: Facilitates internal email communication within the university network.
The network topology is designed with the following key components:
- Access Layer Switches: Connects end devices within each VLAN.
- Routers: Configured with RIPv2 to manage routing between the campus and external networks.
- Servers:
- DHCP Server: Assigns IP addresses dynamically to devices within each VLAN.
- DNS Server: Resolves domain names for internal and external network access.
- Web Server: Hosts the university's official website.
- Email Server: Provides email services for internal communication.
| VLAN ID | Department | Purpose |
|---|---|---|
| 40 | Administration | Administrative Network |
| 120,130 | EC Academics | EC Academic Resources |
| 70,80,90 | CSE Students | CSE Student Network Access |
| 50 | Hostel | Hostel Network Access |
Each VLAN is assigned a unique subnet and IP range for network segmentation and efficient IP management.
- RIP v2: Configured on routers for dynamic routing within the campus network.
- DHCP: Provides automatic IP address assignment to devices.
- DNS: Resolves domain names, enabling users to access network resources by hostname.
