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Network-Documentation.md

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Network Documentation – Inter-Site IPv6 Communication
Project: Hamburg ↔ Lübeck IPv6 Network Integration
Prepared for: Network Design Project / Final Submission
Date: June 17, 2025
Author: Network Engineering Team
 
1. Introduction
This document provides a complete technical overview of the configured IPv6 network between the Hamburg and Lübeck sites. It includes router and switch configurations, VLAN definitions, IP addressing schemes, routing tables, and device port assignments. All settings and logical elements are explained with context to ensure transparency and ease of future maintenance.
2. IP Address Management (IPAM)
The following IPv6 addressing scheme was applied across the network:
• Global Unicast Prefix: 2001:db8::/48
• Hamburg VLAN 10: 2001:db8:1000:10::/64
• Lübeck VLAN 30: 2001:db8:2000:30::/64
• Router-to-Router (P2P): FD00:0:0:1::/127
3. VLAN Configuration and Port Mapping
The VLANs and physical port mappings for both switches are as follows:
SW-HH-01 (Hamburg Switch):
Port VLAN Description
Gig1/0/1 Trunk To Router RT-HH-01
Gig1/0/2 10 Client 1
Gig1/0/3 20 Client 2
SW-HL-01 (Lübeck Switch):
Port VLAN Description
Gig1/0/1 Trunk To Router RT-HL-01
Gig1/0/2 30 Client 3
Gig1/0/3 40 Client 4
4. Routing Configuration
Static IPv6 routes were configured on both routers to enable inter-site communication:
RT-HH-01:
• ipv6 route 2001:db8:2000::/48 FD00:0:0:1::1
RT-HL-01:
• ipv6 route 2001:db8:1000::/48 FD00:0:0:1::0
5. Network Topology Overview
The network topology includes two sites connected via a point-to-point IPv6 link. Each site has local VLANs configured on switches, with trunk links to routers performing inter-VLAN routing. The following diagram should be reviewed for port interconnection and logical layout.
[TOPOLOGY DIAGRAM PLACEHOLDER - Insert Screenshot Here]
6. Conclusion
This documentation summarizes the complete Layer 2 and Layer 3 configuration required for seamless IPv6 connectivity between two remote locations. Key network elements including VLANs, IP addressing, trunk links, routing paths and client settings were designed and tested for correctness. The solution provides a robust and scalable framework for future IPv6 expansion.