Optics and Photonics Society of Iran

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In order to achieve the data speed predicted in the fifth generation of mobile telecommunications (5G) as well as to reduce latency, the capacity of the Backhaul / Fronthaul segment of the mobile telecommunication network must be increased. On the other hand, with the increase in frequency and data rate in 5G standards, (which will lead to an increase in the number of base stations and the occurrence of construction problems and increase the cost of network implementation) the need for more mobile and fixed telecommunications integration in the network Telecommunications are felt. In this paper, the compatibility of the two passive optical access technologies (XGPON) and mobile (5G) from the point of view of sharing the ODN section in the Backhaul / Fronthaul section of the 5G network has been investigated using power, delay and CNR budget analyzes. The simulations are performed in Optisystem software and the results prove the consistency of the idea proposed in the convergence of fixed and mobile telecommunications.

Keywords: Optical Distribution Network, Passive Optical Networks, Fifth Generation of Mobile Telecommunication

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