The machine has 32mb of RAM and an Ethernet controller.
这种机器具有32MB的RAM和一个以太网控制器。
ERROR: Failed to detect and initialize Ethernet controller.
错误：无法检测和初始化以太网控制器。
Most of new motherboards that has integrated Ethernet controller supports this feature.
大多数新主板，集成了以太网控制器支持这一功能。
This paper discussed detailedly about the CAN Bus-Ethernet Controller of Data Exchange design and configure software design.
本文详细讨论了CAN—以太网数据转换控制器及上位机配置软件的设计。
For instance, the Ethernet controller with specification 02:01.0 tells you that the card is in bus #02, slot #01, with function #0.
例如，规范说明为 02:01.0 的以太网控制器，告诉您这个插件是在 #02总线的 #01插槽中，其功能是 #0 。
Because there is another Ethernet controller with the same bus and slot number (and a different function), this is a two-port controller.
因为还有另一个有着相同的总线和插槽编号(而功能不同)的以太网控制器，所以这是一个两口的控制器。
Data-output module, its functions is transmitting combining frame data to Ethernet controller, then send the data to the protective device.
数据输出模块将组帧后的数据传送到以太网控制器，继而发送给二次保护测控设备。
The internal structure and principle of Ethernet controller are analyzed, and the Ethernet interface circuit is designed using this controller.
分析了以太网控制器的内部结构和工作原理，并用其设计了以太网接口电路。
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；
The connection between can bus and Ethernet can be realized with MC68HC05X16 microcomputer integrated can communication controller and RTL8019AS Ethernet controller.
采用集成CAN通信控制器的MC68 HC 05x16单片机和RTL8019AS以太网控制器可实现CAN与以太网的连接。
For monitoring the working state signal of mechanical transmission test-bed immediately, adopt the remote monitoring system which bases on embedded Ethernet controller 8000e.
为了实时监测机械传动试验台工作状态信号，采用基于嵌入式以太网控制器8000e的远程监测系统。
The paper introduces the transmission of data based on MCS51 microcontroller series and Ethernet controller -cs8900a. Also, the software and hardware method is given to realize it.
本文介绍了基于MCS51系列单片机和CS8900 A以太网控制器的数据的网络传输，井给出了软硬件的实现方法。
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。
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。
Then mainly expatiates RTL8019AS Ethernet controller driver and serial interface driver of embedded communication platform; Finally, discusses the application program development and driver testing.
然后重点阐述了嵌入式通信平台RTL8019AS以太网控制器和串口驱动程序的设计方法，并分析了驱动程序的调试方法；
For the VIO Server, you must allocate at least one storage controller and one Ethernet card.
对于该VIOServer，您必须至少分配一个存储控制器和一个以太网卡。
They would be ideal candidates for using the VIO Server since each of them would not completely utilize the full capacity of an Ethernet card or disk controller (see Figure 3).
它们就是使用VIOServer的理想候选LPAR，因为其中每个LPAR都不会完全利用以太网卡或磁盘控制器的全部容量(请参见图3)。
To avoid interfering by work, data were sampled through a multi-layers network which synthesize the field-bus and Ethernet and center on programmable logic controller.
为了排除人为干扰、提高可靠性，采集数据以可编程逻辑控制器为核心，通过现场总线和以太网的多层网络传送至数据库中。
A new networking project based on Ethernet for different numerical control systems and communication controller for network communication are designed in this paper.
本文设计了一种新的基于以太网的异构数控系统联网方案，并且设计出用于联网通讯的通讯控制器。
Based on an embedded Ethernet, a communication controller with multiple interfaces for heterogeneous network interconnection is presented in this paper.
文中基于嵌入式以太网技术，设计了一种具有多种接口，能实现异种网络互联的通信控制器。
This equipment switched SPI data and Ethernet data from one to another is divided into SPI master controller module and Ethernet module.
通信分机一是一个多功能的模块化通信设备，从对外接口方面划分为SPI主控制器模块以及以太网传输模块两个部分。
Ethernet communication is used for communication between the host computer and bottom controller to implement remote control of the system.
底层主控制器与上位机之间采用以太网进行通信，实现了对系统的远程控制。
Connect the PC's network card to the hub using a standard Ethernet cable, and connect the hub, again using a standard Ethernet cable, to the Bus Terminal controller.
PC的网卡连接到使用标准以太网电缆的枢纽，连接枢纽，使用标准以太网电缆再次，总站控制器。
The network controller is also the base of Industrial Ethernet devices.
该控制器也可以作为开发工业以太网仪器仪表的基础。
The master controller connects Ethernet and the slave control modules;
主控制器连接以太网和各从属控制模块；
This paper introduces some familiar AMR systems, analyzes their characteristics at first, and keeps emphasis on the design of controller based on Ethernet AMR system.
本文首先介绍目前几种常见的自动抄表系统，分析它们各自的特点，然后重点介绍以太网抄表系统及其控制器的设计与实现。
In this paper the application of Fast Ethernet MAC Controller AX88196 to network switch remote management system is described, and the design of hardware and software about the system are introduced.
本文以AX88196在网络交换机中的应用为例，介绍了利用MAC芯片来实现通过网口对网络交换机进行远程管理系统。及其软硬件的设计原理。
In this paper the application of Fast Ethernet MAC Controller AX88196 to network switch remote management system is described, and the design of hardware and software about the system are introduced.
本文以AX88196在网络交换机中的应用为例，介绍了利用MAC芯片来实现通过网口对网络交换机进行远程管理系统。及其软硬件的设计原理。
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