Based Fpga / Sopc Modular Teaching And Research And Realization Of The Experimental Platform

As the FPGA technology unceasing development and application, electronic design scale integration and continuously improve, simultaneously has also brought the electronic system design method and design idea of constantly. The new generation of FPGA even integration of the central processing unit (CPU) or digital processor (DSP) kernel, in a FPGA design, coordination On soft for on-chip Programmable System (SOPC, System On Programmable Chip), System hardware support provides a powerful.SOPC is a flexible, cost-effective SOC solution.This topic is based on the SOPC technology, complete the system design, it has good real-time, Cost-effective, small volume, etc." The Modular Teaching and Experimental Platform Based on FPGA/SOPC " in-depth research-based teaching developed out. Combined with the modern student's needs, based on the modular thought, every function of the circuit will be separated, make its have puzzle.The separation of the various functions of the circuit, It has the same effect puzzle. That theory and practice, sensibility and rational combination, complete stereoscopic teaching, lets the student in a short time, master knowledge to establish good teaching and experimental platform.The project is a FPGA and SOPC development of an integrated teaching experimental platform, there are eight main modules:the main control module, AD/DA module, USB transfer module, logic input module, the keyboard module, digital display and VGA interface module,232/CAN/PS2 module, Ethernet module.Alter the experimental platform is based on the Altera company's FPGA devices, combined with QuartusⅡembedded development environment, The experimental platform can complete the embedded software IC core design and programming, complete the task and digital logic circuit design, and combines SOPC and FPGA respective merits, cut and expansion, upgrade, expanded the SOPC design and development ability. The platform also with other embedded system for more co-operation with the CPU to work, its rich peripheral facilitate the man-machine interaction, a great increase in the development of fun and good to meet the university and scientific research personnel needs.