方案中给出了基于以太网芯片W5100白勺通讯卡硬件设计方案和软件设计实现。
The article provides a W5100-based hardware design scheme and an implement of the system firmware.
研制具有自主知识产权的安全以太网芯片，构造安全可靠的网络交换系统具有重要的意义。
It is signality to develop a security Ethernet chip with intellectual property and build a safe and reliable system for network switch.
最后本文基于SOPC技术设计并实现了一块安全以太网芯片，从根本上保证了网络的高安全性和强可控性。
Finally, the design and implementation of security Ethernet chip based on SOPC are described in detail, which ensures the higher security and better control of networks.
随着计算机网络的普及和应用的深入，网络安全日益重要，研制具有自主知识产权的安全以太网芯片迫在眉睫。
With the popularization and in-depth application of networks, the network security is more and more important Its urgent to develop a security Ethernet chip with IP.
在执行数据采集任务时，MCU对现场采集的数据进行处理，并驱动以太网芯片将数据发送到远程在线监测系统。
While it carries out data acquisition, MCU disposes the data and makes Ethernet chip transmission the data to remote inspection system.
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。
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.
为了解决此问题本文论述了采用嵌入式微处理器LPC 2210和以太网芯片rtl 8019as构成的嵌入式以太网接入方案。
In this paper, in order to solve this problem by using embedded microprocessor chip LPC2210 and Ethernet chip RTL8019AS constituted. Porting embedded Ethernet and Network Access Program.
介绍以太网控制器芯片rtl 8019as的结构和应用于多媒体网络中控的编程技术。
This paper introduces RTL8019AS Ethernet controller's structure and programmed technology that used in network central control system.
在对现有的防盗报警系统进行研究后，提出一套用8051单片机、以太网控制芯片、红外探头及计算机构成的防盗报警系统。
After researching the existing alert system, it is put forward a set of guard against theft alert system which consists of 8051 MCU, Ethernet - controlled chip, infrared detector and computer.
目前，所设计的以太网接口芯片EOE1己通过FPGA验证。
Nowadays, the Ethernet interface chip EOE1 has been validated by FPGA.
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。
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.
系统主要利用CMOS摄像机、高性能CPLD、ARM7芯片以及以太网接口芯片作为硬件平台。
This system made use of CMOS digital camera, high performance CPLD, ARM7 chip and Ethernet chip as its hardware platform.
使用物理层网络控制芯片配合微控制器片内集成的EMAC以太网控制器，提供对网络传输的支持。
The system employs a Fast Ethernet Physical Layer Chip and EMAC embedded in MCU to support network transmission.
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。
CAN-BUS interface adopts protocol control chip SJA1000 plus receiving and sending chip 82c250. Ethernet interface adopts Ethernet controller RTL8019AS as physical transmission media.
另外该芯片内置以太网物理层可直接连接内置变压器的RJ 45插座，而不需要专用的物理层芯片。
And this chip contains PHY layer, so it can connect to RJ45 socket which has built-in transformer directly.
最新的思科云规模的ASIC技术实现成本效益的36端口100千兆以太网在一个单一的芯片设计。
The latest Cisco Cloud Scale ASIC technology enables cost effective 36 port 100 GbE in a single chip design.
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.
MDIO接口模块为以太网接口芯片中MAC层对PHY器件的控制管理接口。
MDIO interface module block is an interface that is used in MAC level to control and manage PHY devices.
应用以太网硬件协议栈芯片技术，设计并实现了具有网络数据高速传输功能的DSP嵌入式系统。
The DSP embedded system offering high speed transmission function for network data is designed and implemented by adopting the technology of Ethernet hardware protocol stack chip.
最后以亿恒公司的芯片解决方案为例，为采用VDSL和以太网交换的宽带接入系统给出了一种功能完整的实现方法。
Then a broadband access solution with complete functions based on chipset (10bases, AR2224) from Infineon Technology is given as an application example.
详尽阐述了以单片机c 8051f 020和以太网控制芯片rtl 8019as为主要结构的硬件特点，进一步概述了实现的软件协议以及该系统所具有的良好的应用前景。
The feature of hardware which is mainly composed of C8051F020 and RTL8019AS is explained in detail, and software protocol and good application prospect of the system are summarized.
介绍了以太网控制器芯片RTL8019AS，并给出了单片机控制RTL8019AS实现以太网通讯硬件电路的实现方法；
Ethernet controller RTL8019AS is introduced, and a method of single-chip computer controlling RTL8019AS to achieve ethernet communication is gived;
介绍了以太网控制器芯片RTL8019AS，并给出了单片机控制RTL8019AS实现以太网通讯硬件电路的实现方法；
Ethernet controller RTL8019AS is introduced, and a method of single-chip computer controlling RTL8019AS to achieve ethernet communication is gived;
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