Ugnay: Designing a low-cost antenna system to bridge coe and irtc networks with starlink, unlicensed microwave link, and wifi 7/
Ma. Christina S. Baldrias, Jelene Mae R. Borja, Joshua G. Letrondo, Mariel D. Onting, Elmary Christine R. Regio, and Jerome Jr. E. Supisa.--
- Manila: Technological University of the Philippines, 2025.
- xix, 271pages: 29cm.
Bachelor's thesis
College of Engineering.--
Includes bibliographic references and index.
This research aims at the development of a low-cost antenna system for providing a guaranteed internet link from the College of Engineering (COE) to the Integrated Research and Training Center (IRTC). The system takes advantage of Starlink technology, which utilizes a dish antenna for communication directly with satellites in order to access internet connections that are reliable. To further expand this connectivity, there is an unlicensed microwave link that connects the internet from the COE to the IRTC building. Also, Wi-Fi 7 technology is utilized to provide wireless internet delivery seamlessly and dependably within the IRTC. To support network management and performance observation, a web application is installed in the system. This application allows real-time monitoring, tracking, and regulation of all components in the network, providing stability and efficiency. The main goal of this project is to create a well-organized and effective wireless internet system that ensures stable and reliable connectivity between COE and
IRTC with minimal costs. By integrating Starlink, microwave link technology, Wi-Fi 7, and web- based network management, this system is designed to offer a sustainable and scalable solution
for internet distribution in schools and other similar environments.
Low-cost antenna system Network bridging Hybrid wireless connectivity