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Application of uIP stack in SOPC system

Yimin Liu

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Abstract

In order to improve the flexibility of embedded system and adapt to the future direction of the embedded system development,a method of network data transmission based on Xilinx FPGA and applied the technology of SOPC(system on a programmable chip,SOPC) is put forward.Firstly,the hardware structure of the whole system,the tools,the flows and key technologies is introduced.On this basis,by using EDK(embedded development kit,EDK) tools,a SOPC composed platform by Xilinx IP core is constructed.Then,with the uIP stack in the design of software,the development of drivers and applications are implemented.At last,the design is tested by communicating with the computer to verify its feasibility and validity.

About this research paper

What this paper is about

In order to improve the flexibility of embedded system and adapt to the future direction of the embedded system development,a method of network data transmission based on Xilinx FPGA and applied the technology of SOPC(system on a programmable chip,SOPC) is put forward.Firstly,the hardware structure of the whole system,the tools,the flows and key technologies is introduced.On this basis,by using EDK(embedded development kit,EDK) tools,a SOPC composed platform by Xilinx IP core is constructed.Then,with the uIP stack in the design of software,the development of drivers and applications are implemented.At last,the design is tested by communicating with the computer to verify its feasibility and validity.

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Available abstract

In order to improve the flexibility of embedded system and adapt to the future direction of the embedded system development,a method of network data transmission based on Xilinx FPGA and applied the technology of SOPC(system on a programmable chip,SOPC) is put forward.Firstly,the hardware structure of the whole system,the tools,the flows and key technologies is introduced.On this basis,by using EDK(embedded development kit,EDK) tools,a SOPC composed platform by Xilinx IP core is constructed.Then,with the uIP stack in the design of software,the development of drivers and applications are implemented.At last,the design is tested by communicating with the computer to verify its feasibility and validity.

Key concepts: Computer science, Embedded system, Field-programmable gate array, Flexibility (engineering), Stack (abstract data type), Key (lock), Software, System on a chip

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