DESIGN AND CONSTRUCTION OF A LOW-COST GSM SIGNAL BOOSTER FOR RURAL/REMOTE AREAS (CASE STUDY: FUPRE ELECTRICAL AND ELECTRONICS ENGINEERING LABORATORY)
Abstract
ABSTRACT
This research presents the design and implementation of a Signal Booster aimed at improving the quality and reliability of wireless communications in weak-signal environments using the Federal University of Petroleum Resources Effurun Electrical / Electronic Lab as a case study. The booster operates by capturing existing network signals, amplifying them, and re-broadcasting them within a defined range, thus extending signal coverage and reducing dropped connections. The design incorporates advanced signal filtering and amplification techniques to minimize noise while maximizing output power. Key features include multi-band compatibility for support across various network frequencies (e.g., 3G, 4G LTE, and 5G), adaptive gain control to prevent signal distortion, and an efficient power management system. Practical testing in rural and urban settings demonstrates significant improvements in signal strength, network speed, and connection stability.
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