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Design of Ethernet Interface Based on FPGA and W5300

Sheng Kun Li, Xue Song Wang

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Abstract

In order to give consideration to the speed and distance of data transmission, we design and put forward a design of ethernet interface based on FPGA and W5300, in which we achieve the high-speed ethernet connectivity between equipment and terminal device. UDP unicast mode is adopted in ethernet interface, and high-quality transmission medium is used to ensure the reliability of transmission link. It is proved that, the interface, with characteristics of relatively high-speed and long-distance, is relatively reliable and almost no package lost.

About this research paper

What this paper is about

In order to give consideration to the speed and distance of data transmission, we design and put forward a design of ethernet interface based on FPGA and W5300, in which we achieve the high-speed ethernet connectivity between equipment and terminal device. UDP unicast mode is adopted in ethernet interface, and high-quality transmission medium is used to ensure the reliability of transmission link. It is proved that, the interface, with characteristics of relatively high-speed and long-distance, is relatively reliable and almost no package lost.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In order to give consideration to the speed and distance of data transmission, we design and put forward a design of ethernet interface based on FPGA and W5300, in which we achieve the high-speed ethernet connectivity between equipment and terminal device. UDP unicast mode is adopted in ethernet interface, and high-quality transmission medium is used to ensure the reliability of transmission link. It is proved that, the interface, with characteristics of relatively high-speed and long-distance, is relatively reliable and almost no package lost.

Key concepts: Unicast, Ethernet, Ethernet flow control, ATA over Ethernet, Interface (matter), Computer science, Embedded system, Synchronous Ethernet

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