A Deep Review of O Type Communication and also WL Based Backhaul N/Ws using in the Communication Technologies

The exponential growth of mobile data traffic driven by the proliferation of mobile 5g/6sg devices necessitates advanced mobile networks capable of handling high traffic volumes with ubiquitous coverage and low latency. To meet these demands, 5G/6g networks aim to deliver ultra-dense coverage with peak data rates of up to 10Gbps and end-to-end latency as low as 1 ms. This paper discusses the need for enhanced system capacity through the deployment of various small cell paradigms and explores the importance of a suitable backhaul solution for supporting ultra-dense networks. The transport network in 5G is envisioned as a heterogeneous mix of wired and wireless backhaul technologies, comprising backhaul, midhaul, and fronthaul components. Cooperative access-backhaul mechanisms are proposed to optimize resource utilization and minimize costs. One promising approach is described as sharing methodology with respect to cooperative spectrum, in this approach both accessibility along with backhaul networks utilize a common thread of spectrum pool efficiently. The paper evaluates various kinds of mechanism that works on this description of sharing a common thread of spectrum through simulation in densely voluminous urban cases, considering various factors such as link types and channel state information (CSI). Results demonstrate the impact of CSI values on backhaul link throughput and highlight the effectiveness of different spectrum partitioning strategies in meeting the diverse requirements of 5G networks