High-precision clock system based on 5G network

The invention belongs to the technical field of clock systems, and particularly relates to a high-precision clock system based on a 5G network, which comprises a 5G network model and a neural network accelerator for computing access of a computing acceleration data packet. The 5G network model comprises a capacity cube module for bearing the data packet, a base station cloud for transmitting the data packet and a data synchronization module for realizing timely synchronization of data in the data packet. According to the high-precision clock system based on the 5G network, the virtualization architecture is arranged, so that the virtualization of the clock system and the receiving terminal can be endowed with a greater degree of freedom for inter-layer cooperation, and higher efficiency, flexibility, reliability and robustness are brought to inter-layer communication. More efficient inter-layer communication is achieved by increasing intra-layer communication traffic through close intra-layer cooperation: com