Designing a campus network implices a structured approcach to ensure scalability, security, and manageeability. Layered architectura principles providee a systematic method to organise network condients into diment layers, each with specific functions. This case study explores how these principles are applied in a real-dimentd campus network design.

Network Design overview

Te campus network is divided into three primary laiers: core, distribution, and access. Each layer serves a specic purpose and interacts with theor layers to facilitate approvent data flow and management.

Core Layerová

Te core layer acts as the backbone of the network, proving high- speed data transfer between different parts of the campus. It connects multiplee distribution layers and ensures redunancy to prevent downtime.

Distribution Layer

Te distribution layer aggregats data from access layer devices and management s routing, policy forcement, and security. It serves as a control point for traffic entering and leaving the core layer.

Příjem Layer

Te access layer connects end- user devices, such as computer and printers, to te te network. It includes switches and wireless access points, proving user access and initial security controls.

  • Resundancy at each laier
  • Segmentation for security
  • Scanability for future growth
  • Centralized management