This paper addresses the needs of mobile access network and presents the benefits of
integrated microwave photonics for 5th-generation (5G) mobile networks. Full convergence …

Bandwidth constraint in the radio access networks is, nowadays, a mayor problem in the
implementation of next generation 5G mobile communications. In order to cope with …

1–100GHz microwave photonics link technologies for next-generation WiFi and 5G
wireless communications Page 1 1-100GHz Microwave Photonics Link Technologies for …

We explore the advantages that integrated microwave photonics (IMWP) can bring to access
networks. We first of all review the most common architectures of radio access networks …

Microwave photonics technologies for 5G and industry 4.0 Page 1 1 Microwave photonics
technologies for 5G and industry 4.0 P. Ghelfi1, F. Scotti1, C. Porzi2, G. Serafino2, F. Falconi1 …

This paper describes the background, motivation, approach and experimental results of our
research and development of mobile fronthaul based on analog radio-over-fiber and related …

Currently available copper-based Internet access technologies like xDSL and DOCSIS
cover data transmission speeds in the range of some 10 Mb/s. With new applications, an …

Wireless communication networks that support emerging broadband services and
applications provide new opportunities for integrated optical wireless networks. We describe …

We compare the three options of distributing signals through fifth-generation fronthaul
communication network of fiber-wireless architecture with a wireless section operating in …

Millimeter-wave (MMW) wireless technology is promising for fifth generation (5G) mobile
communication systems owing to the outstanding characteristics for high-speed data transfer …