In my thesis, I focused on designing a gigabit Passive Optical Network (GPON) for the area of Bohinjska Bistrica. Firstly, I provided a detailed description of the main characteristics of the network, which include high data transfer speeds, reliability, longer reach without quality loss, and lower maintenance costs. I also explored various implementation options for the GPON network, including connection methods and configurations that enable optimal coverage and performance. I reviewed different technologies used in GPON networks, such as various types of optical fibers, splitters, Optical Network Terminals (ONT), and Optical Line Terminals (OLT). I concentrated on the currently most commonly used technologies and their role in the overall network.
The main objective of the thesis was to develop a technical solution for the GPON network. In doing so, I utilized various programs to verify the existing telecommunications infrastructure to ensure compatibility of the new network with current systems. I also used specialized programs for the actual implementation and design of the technical solution, which enabled precise planning of all necessary network components.
As a result, I prepared a geographic overview of the telecommunications infrastructure (TKI) and the equipment required for the GPON network. Additionally, I created a schematic plan for four cables, which details their laying, connection, and distribution within the network. These plans are crucial for the successful implementation and maintenance of the GPON network and provide a thorough and efficient solution for broadband access.
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