Nowadays, the Ethernet interface chip EOE1 has been validated by FPGA.
目前，所设计的以太网接口芯片EOE1己通过FPGA验证。
The microprocessor LPC2210 with the ARM kernel is introduced, and the Ethernet-controlled chip RTL8019AS, and the Ethernet interface of the embedded system are designed.
介绍基于ARM内核的微处理器LPC 2210、以太网rtl 8019as芯片的性能，设计了一种基于二者的嵌入式系统以太网接口方案。
CAN-BUS interface adopts protocol control chip SJA1000 plus receiving and sending chip 82c250. Ethernet interface adopts Ethernet controller RTL8019AS as physical transmission media.
CAN总线接口采用协议控制芯片SJA1000，配以收发器82c250。以太网接口采用以太网控制器rtl 8019as作为物理层传输媒介。
SCM ARM which is widely applied is researched deeply, using it to control Ethernet chip, and making up of an embedded interface transition device containing several agreements.
深入研究了目前广泛应用的ARM单片机，并由其控制以太网芯片，构成一个支持多协议的嵌入式接口转换装置。
Then, this article discusses how to use single chip and RTL8019AS to realize the Ethernet interface.
然后论述了用单片机和RTL8019AS实现以太网接口的方法。
Based on the introduction of industrial Ethernet technique, this paper describes a method of expanding an Ethernet interface using RTL8019AS Ethernet controller in the 80c196 single-chip system.
该文在对工业以太网技术阐述的基础上，具体介绍了在80c196单片机系统中，利用RTL8019AS以太网控制芯片，实现工业以太网接口的硬件电路设计及软件设计。
Based on the introduction of industrial Ethernet technique, this paper describes a method of expanding an Ethernet interface using RTL8019AS Ethernet controller in the 80c196 single-chip system.
该文在对工业以太网技术阐述的基础上，具体介绍了在80c196单片机系统中，利用RTL8019AS以太网控制芯片，实现工业以太网接口的硬件电路设计及软件设计。
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