Embodiments of the present application provide a
system dual-connection scheduling strategy and an apparatus thereof, relating to the field of communications, which does not support LTE-NR dual-function terminal can effectively improve the spectrum efficiency of the
system without affecting the terminal experience. The method comprises the following steps: the first
base station determines that the terminal does not have LTE support. At NR
dual function, receiving a measurement report of
cell signal quality including an LTE
cell and an NR
cell reported by the receiving terminal, wherein the LTE cell and the NR cell are first respectively, under the coverage of the
base station, The first
base station judges whether the
signal quality of the LTE cell and the NR cell meets the preset condition. If the
signal quality meets the preset condition, the first base
station sends the first RRC reconfiguration message and the first configuration information to the terminal and the second base
station, respectively, so that the second base
station establishes the SRB3 and the DRB2 for the terminal according to the first configuration information. If not, the first base station establishes a DRB1 for the terminal. Embodiments of the present application are used to improve
system spectrum utilization without affecting the terminal experience.