For years copper-based cable has been the standard for network connectivity. As services such as video streaming and wireless communication become ubiquitous, and concern over network security grows, traditionally copper cabling has become weak. Advances in Passive Optical Network (PON) and Active Ethernet (AE) technologies offer new, cost-effective copper-based cable option that allows the transition to fiber-optic cabling. The challenging part of this thesis is to adapt a pre-existing topological network (that is not primary designed for optical fiber communication) in order to build a Fiber-To-The-Home (FTTH) network, taking into account the evolution of the network with respect to the bitrate demands of coming years.