In view of the present condition in the aquaculture in our country where wireless remote information monitoring system is mainly with mature microcontrollers as the core control parts, which is difficult to meet the current situation of special interface requirements and the lack of independent core controllers in the industry. With standardization and chip autonomy as the ultimate goal, a module based on field programmable gate array (FPGA) scheme was proposed to realize AD conversion, digital interface, control output and drive, and aquaculture field data storage and remote communication and control. Through the research and design of the main links of the wireless measurement and control module, the remote measurement and control of the temperature and dissolved oxygen information of the aquaculture were realized by the module of the prototype to the system FPGA functional verification method. The system test and board-level experiment results showed that the design can meet the requirements of water environment measurement and control module with low-costs, scalable interfaces and standardized core controllers.