CS-1000 UTX1700PTFE is responsible for data acquisition, tracking and solving, which is called the mission computer; machine B is responsible for displaying and manipulating the integrated radar posture and related data, and at the same time completing the operation of various interfaces, which is called the human-machine interface computer; data are exchanged between machines A and B through the shared storage area.

CS-1000 UTX1700PTFE adopts military reinforced machine, machine A is connected with radar interface board, antenna orientation interface board, etc., while machine B needs to control and operate a variety of interface boards and cards, such as display interface boards, external interface boards, data storage boards, network interface boards, etc. At the same time, there are various interface boards for controlling the radar integrated situation and related data, which are called human-machine interface computers. At the same time there are various small systems in the system for controlling the radar extension, such as servo systems;

CS-1000 UTX1700PTFE GPS system that provides ship’s latitude and longitude information, and these small systems communicate with the B-machine through the serial port. It can be seen that the traditional computer system consists of many boards, a single function of each board, a complex system composition structure, poor reliability, and low efficiency of data exchange, which may not be able to complete the data exchange and tracking and settlement in the case of multiple batches of targets.