Karol Bagh, New Delhi, Delhi - 110007
Fiber & Core InfrastructureHigh Throughput

Enterprise Optical Fiber & Data Backbone

High-throughput single-mode fiber links, SFP transceivers, fiber patch cords, and optical termination enclosures.

Site Analysis

The Problem & Practical Challenge

Multi-building commercial compounds and high-load IT facilities suffer from bandwidth bottlenecks, electromagnetic interference, and severe distance limitations when relying solely on traditional copper cabling.

Topology Design

Recommended Architecture Setup

A high-speed fiber optic backbone utilizing single-mode armored fiber cables, 10G/1G SFP+ optical transceivers, 24-Port rackmount fiber LIUs, and LC-LC duplex armored patch cords linking core switches directly to server clusters.

Field Deployment

Step-by-Step Implementation Approach

  1. 1

    Route armored fiber cables through designated underground conduits or utility risers.

  2. 2

    Mount 24-port rackmount LIUs at central and distribution server racks.

  3. 3

    Perform precision fusion splicing of individual fiber strands with low-loss protection sleeves.

  4. 4

    Verify optical power loss with calibrated OTDR and optical power meters.

  5. 5

    Connect SFP optical transceivers and link core switches across multi-floor spans.

Recommended Hardware (BOM)

Garg Telecom Stock
Fiber TransceiversCisco & D-Link 1G / 10G SFP+ Optical Transceiver Modules
Fiber LIU EnclosureD-Link 24-Port Rackmount Light Interface Unit (LIU)
Fiber Patch CordsD-Link LC-LC / SC-LC Duplex Single-Mode Armored Patch Cables
Backbone Cable6-Core / 12-Core Armored Outdoor Single-Mode Optical Fiber Cable
Fiber Splicing TraysHigh-Precision Fusion Splicing Trays & Protection Sleeves
Core Managed SwitchCisco CBS250-24P-4G with Dedicated SFP Uplinks

Key Business Outcomes

Immunity to electrical interference and lightning surges
Ultra-high data throughput exceeding 10 Gbps across long distances
Future-proof backbone for next-generation data center expansions
Negligible latency for real-time mission-critical applications