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10 Gbps fiber backbone

Network Topology

Redundant, secure, and scalable campus-wide connectivity across academic and hostel blocks.

10 Gbps Fiber Backbone
60 Distribution Switches
4 Connected Buildings
7 Hostel/Academic Blocks

Network Architecture Overview

The Institute network is designed as a highly resilient and secure digital backbone, connecting the Data Center, academic blocks, and all hostel facilities through a 10G Optical Fiber network. The architecture ensures robust internet access, seamless WiFi and wired connectivity, and high-availability for research, learning, and administration.

Firewall-Secured Internet Gateway
Central Server Farm
Core & Distribution Switches
Multi-Building Fiber Connectivity
Institute & Hostel Block Coverage
VPN Remote Access Support
Campus-wide WLAN Controller
Layer 2/3 Redundant Switching
Hierarchical Topology (Core–Dist–Edge)
Live Architecture

SPAV Network Topology

End-to-end view from Internet gateway and data centre through core/distribution layers to institute floors and hostel blocks.

10G Fiber Ethernet VPN / Secure Line Failover Path
SPAV Network Topology diagram showing Internet, firewall, core switches, server farm, WLAN controller, VPN endpoint, distribution switches, institute block floors, and hostel blocks connected via 10G fiber
Data Center → Core → Distribution → Institute & Hostel Blocks

Institute Block Connectivity

  • Basement Floor
  • Ground Floor
  • First – Fifth Floors

Hostel Block Connectivity

  • Boys Hostel North Block
  • Boys Hostel South Block
  • Girls Hostel
  • Visiting Faculty Block

Data Center & Core

  • High-availability firewall pair
  • Spine/leaf core switch fabric
  • Server farm & WLAN controller cluster