5 G signal could be directly combined into the existing 4 G indoor signal distribution subsystem

which can realize indoor coverage of 5 G signal quickly and on fair cost. However

due to the limitation of current flow quantity of existing indoor signal distribution system

it is difficult to realize the high-speed rate of 5 G. The coverage scheme of odd and even staggered layers only makes a simple modi? cation of the trunk from the main equipment to the layer distribution interface

which can increase the 5 G download rate of the qualified indoor signal distribution station by 30%～70%

and achieve a better user experience. In this paper

according to the modi? cation practice of two locations of 5 G odd and even staggered layers of single ? ow modi? ed into double ? ow and double ? ow modi? ed into quadruple ? ow

analysis of the modi? cation effect

existing problems and solutions is conducted so as to provide reference for the design and optimization of odd and even staggered layer coverage of 5 G indoor signal distribution system.