Integrated Hybrid Optical Networking (IHON) /Fusion for 5G Access Networks

摘要: Today, deployment of optical fiber has offered large transmission capacity which cannot be efficiently utilized by the electronic switches. Rather, Integrated Hybrid Optical Network (IHON) is a promising approach combines both packet and circuit switching techniques. As result, it achieves efficient utilization bulk guarantees absolute Quality Service (QoS) optimizing advantages two schemes while diminishing their disadvantages. Transpacket developed Fusion node implementing IHON principles in Ethernet for data plane. Hence, this paper investigates evaluates network 5G access networks. The simulated results numerical analysis confirm that Packet Delay Variation (PDV), Loss Ratio (PLR) Guaranteed Transport. (GST) traffic met requirements mobile fronthaul using CPRI. number nodes limits maximum separation distance between Base Band Unit. (BBU) Remote Radio Head (RRH), link length; increasing nodes, length decreases. In addition to this, we verified how leftover fusion can used carry low priority packets GST have deterministic characteristics on single wavelength delaying with Fixed Line (FDL). For example, LSM 1GE=0.3 added Statistical Multiplexing (SM) increases 10GE up 89% without any losses SM PLR=0.001 92% utilization.