The invention discloses an onboard comprehensive control system based on SOC and FPGA integration. The system comprises a control assembly, a time sequence assembly and a plurality of interface modules. The control assembly comprises an SOC processor, an FPGA chip and a plurality of transmit-receive circuit modules. The plurality of transceiver circuit modules are connected with the SOC processor, one end of each interface module in the plurality of interface modules is connected with a corresponding transceiver circuit module, and the other end of each interface module is connected with airborne equipment or a terminal system. The transceiving circuit module and the corresponding interface module are used for acquiring first instruction information of airborne equipment and second instruction information of a terminal system, transmitting the first instruction information and the second instruction information to the SOC processor, and transmitting the first instruction information processed by the SOC processor to the terminal system; the FPGA chip is integrated in the SOC processor and used for controlling logic input and output of the first instruction information and the second instruction information. According to the invention, the FPGA chip is integrated in the SOC processor, and communication between the airborne equipment and a terminal system is realized with a peripheral circuit and other units.

本申请公开了一种基于SOC与FPGA集成的机载综合控制系统，该系统包括控制组件、时序组件与多个接口模块；控制组件包括SOC处理器、FPGA芯片与多个收发电路模块；多个收发电路模块均与所述SOC处理器连接，多个接口模块中的各接口模块一端与对应的一个收发电路模块连接，另一端与机载设备或终端系统连接，收发电路模块与其对应的接口模块用于采集机载设备的第一指令信息与终端系统的第二指令信息并将其传输至SOC处理器，以及将SOC处理器处理后的第一指令信息传输至终端系统；FPGA芯片集成于SOC处理器内部，用于控制第一指令信息与第二指令信息的逻辑输入与输出。本发明将FPGA芯片集成于SOC处理器中，与外围电路及其他单元实现机载设备与终端系统之间的通信。