Market Analysis

August 1, 2024

Key Facts

Category / Services

Market analysis

High-Level Design

Fiber to the Home

Telecommunication

Location

Czechia

Timeframe

January 2021

December 2021

Ongoing

Tools

QGIS

MeasureOn

Qfield

Volume

134 Address Points

Challenges

Analyzing diverse public data and market insights.

Designing optimal trenching routes in varied urban environments.

Assessing internet demand from home Wi-Fi network visibility.

Solutions

Use advanced data analytics to gather and interpret public data and market insights.

Employ detailed field surveys to design efficient trenching routes.

Utilize Wi-Fi network visibility data to accurately gauge internet demand.

Results

Comprehensive understanding of market insights and public data.

Efficient and effective trenching routes designed for diverse urban areas.

Accurate assessment of internet demand, guiding FTTH implementation.

Proof of Concept for FTTH Network Design in High-Density Urban Areas

This comprehensive study served as a proof of concept for various activities involved in the design of Fiber to the Home (FTTH) networks. The study encompassed multiple facets including public data gathering and market analysis based on research of the local inhabitants. Additionally, it involved high-level design (HLD), a field survey to determine the optimal routes for trenching and cabinet placement, an in-house survey, and a proposal for in-house installation within a selected residence.

‍

The study focused on a high-density urban area characterized by a diverse mix of buildings, including villas, blocks of flats, shops, and schools. The marketing potential of the area was evaluated based on the visibility of home Wi-Fi networks, providing insight into existing internet usage and the demand for FTTH services.

Through this multifaceted approach, the study aimed to establish a robust methodology for FTTH network design, tailored to the specific needs and conditions of dense urban environments. The findings and proposals from this study provide a foundational concept for future implementations of FTTH networks in similar settings.

‍