To improve the bandwidth of digital video transmission of an optic-electronic tracker

enhance the anti-jamming performance of the system and ease the workload of a slip-ring

a fiber transmission system for high-speed digital video image signals was designed. By making use of the anti-jamming and high bandwidth characteristics of the fiber data transmission technology

the image transmission quality was improved and the transmission capacity was enlarged. At the sending end

the parallel digital video signals were serialized and the serial data were transferred into optical signals by a fiber module. At the receiving end

the optical signals were transferred back into the electronic signals by another fiber module

and the serial data were de-serialized back to the parallel data format. The frame signals

line signals and data signals were transmitted together and the processed clock signals were transmitted separately as system clock signals. Experiment results indicate that the image signals can be correctly transmitted by the fiber transmission system

and the bandwidth and the clock frequency have been up to 1.25 Gbit and 62.5 MHz

respectively. Furthermore

the data transmission latency of the system is less than 236 ns

and the clock edge can be located at the valid data position.