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5G communications will require the effective transmission of new radio signals through fiber networks, in order to facilitate the proliferation of antenna sites as well as greater pooling of resources. Next generation optical access networks can provide an efficient platform for mobile x-haul. Techniques discussed in this paper shows how both wired and 5G wireless services may be converged over a...
Multicarrier modulation based schemes — Universally Filtered Orthogonal Frequency Division Multiplexing (UF-OFDM) and Generalized Frequency Division Multiplexing (GFDM) have emerged as potential candidate waveforms for 5G mobile communication [1]. Fronthauling (the delievry of services between centralized baseband unit (C-BBU) and radio element at antenna site) of the 5G signals in the optical domain...
The provision of both wireless and wired services in the optical access domain will be an important function for future passive optical networks (PON). With the emergence of 5th generation (5G) mobile communications, a move toward a dense deployment of small cell antenna sites, in conjunction with a cloud radio access network (C-RAN) architecture, is foreseen. This type of network architecture greatly...
The requirements and key areas for 5G are gradually becoming more apparent, and it is becoming clear that 5G will need to be able to deal with increased levels of diversity in both the requirements it must fulfil and the technologies that it uses to fulfil them. The diverse and demanding requirements for 5G necessitate a shift away from the rigid networks of previous generations, toward a more versatile...
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