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In 5G communication networks, there is a high link density and a large amount of transmitted data, which can easily lead to load imbalance and congestion. To improve the balance between links in 5G communication networks, a 5G communication link balance load control system based on cloud edge collaboration is designed. Modify the link data collector, processor, switch, and load controller, add cloud servers and edge servers, connect the optimized equipment to the system power circuit, and complete the optimization of the system hardware. Collect real-time data of 5G communication links, use cloud edge collaboration technology to calculate the link load and determine whether there is load congestion in the link. Based on the load status detection results, calculate the 5G communication link balanced load control amount, and achieve 5G communication link balanced load control under the MQTT protocol constraints. Through system testing experiments, it was concluded that compared with traditional control systems, under the optimized design of the control system, the load jitter of the 5G communication link was reduced by 13.95%, effectively reducing communication delay and improving link utilization, proving that the optimized design system has good control functions and effects.