Video Data Transmission System Based On The Fibre Channel Lvds Receiver Design And Realization

With computer technology, data communication and network technology development,avionics system of further generic, modular and open the direction of development of the bus network is also getting higher and higher bandwidth requirements. FC (Fiber Channel referred to as FC) is a high-performance data transmission order to meet the requirements of the design of computer communication protocols. It has high-bandwidth, low latency, is not sensitive to distance, topological flexibility, supports a wide range of advantages such as the upper protocol.Fiber Channel currently in the field of business has been widely used, and also provide an electronic environment in the aviation support. In order to adapt to the environment in avionics applications, Fiber Channel provides a set of related electronic environment in the aviation applications subset of agreement FC-AE (Fiber Channel Avionics Environment). It standardized in the aviation environment, fiber channel switching network with loop topology to connect the choice of equipment and has been applied.Building a new generation of unified avionics network of aviation electronic systems has become an inevitable choice for development.This paper is to address the problem in FC-AE as the main object of study, in-depth analysis of FC-AE agreement on the basis of the design and implementation of a protocol based on the fiber channel video transmission system were innovative and exploratory research . The main contents of this paper are:1. Detailed study of the fiber channel protocol, as well as its electronic environment in the aviation agreement in a subset of the application of FC-AE content.2. Research on high-speed video transmission system, method and physical layer to achieve specific technical choices and design options put forward. Fiber Channel based on the agreement LVDS video transmission receiver design and the specific implementation.3. A detailed study of the use of FPGA realization of Fiber Channel FC-AE-frame processing unit, in the various functional blocks within FPGA design and functional simulation, and the use of QuartusⅡ8.0 software simulation and layout of the integrated wiring.4. A detailed study of the use of Altium Designer 6 software schematic circuit board design and production of PCB board.5. Fiber Channel based on the LVDS video data transmission system receiver function method and authentication method.