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Implementation of a small enterprise-style campus network using VLAN segmentation, inter-VLAN routing, HSRP for gateway redundancy, and DHCP services for automated IP addressing.

Key Concepts

  • Inter-VLAN Routing
  • HSRP Configuration (MLS1 & MLS2) - Implemented Hot Standby Router Protocol to provide gateway redundancy. VLANs were load-balanced by assigning active roles across both multilayer switches.
  • DHCP Configuration (MLS1)
  • VLAN Segmentation & Trunking

Result

  • All PCs successfully receive IP addresses via DHCP.
  • Devices within and across VLANs can communicate.
  • HSRP provides redundancy with seamless failover between multilayer switches.
  • Load balancing is achieved by distributing active VLAN gateways across both MLS devices.
  • End-to-end connectivity verified using ping and traceroute tests.

What I Learned

  • How HSRP provides default gateway redundancy and ensures high availability.
  • How to verify failover and network functionality using show commands and connectivity tests.
  • The importance of proper network design for scalability, redundancy, and reliability.
hsrp-topology

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VLAN segmentation, inter-VLAN routing, HSRP-based gateway redundancy, and DHCP-based IP address automation.

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