Based on the application scenario of the airborne stores management system and the aerospace standard AS5653, the topological structure, network management and the communication scheduling mechanism of the high-speed Fiber Channel (FC) network are explored. The implementation plan is put forward from three aspects:the control and management of node initialization, the scheduling and management of network communications, and the monitoring and management of the effective node activities. This technique provides a feasible technological model for the next-generation airborne stores management system to construct a high-speed network by adopting FC.