International Journal of Computing and Mathematics

In our article, SRAN (single radio access network technology) supports multi-band and multimode communication for mobile users. In this, we discuss the signaling effect outcomes of different phone bands and their use of the spectrum, the use of high-velocity resources and their decreased latency model. Using decreased space ability and enhanced use of network resources, we implemented this network architecture. Achievements of baseband board technology, simplicity. This presents an issue of optimization involving a trade-off between the number of extra bands needed and the cost of shifting to spectrum use through the mobile sector. The basic idea is to use a single multi-band rectangular antenna to achieve 2 G, 3 G, and LTE communication. The suggested technique ensures that during the restoration no further delay or latency of the network can happen. It considers the power usage and residual base station power as well as the quality of connections to find energy-efficient and reliable paths that boost the network's operating life. Communication network service quality is also enhanced in rural or hilly areas. We will evaluate the competitiveness of the multimode of this and conclude the performance of various bands. The efficiency of the graphic model can be displayed.