This happens at a rate of 125 million symbols per second-the same rate as Fast Ethernet.
传送信号的速度和快速以太网一样，达到每秒12.5亿个数据符。
A sustained burst from a Fast Ethernet link, for example, can blast a server with 100,000 packets per second.
例如，快速以太网链路送来的持续的长脉冲串可能冲垮每秒10万包处理能力的服务器。
The system employs a Fast Ethernet Physical Layer Chip and EMAC embedded in MCU to support network transmission.
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。
Despite its management shortcomings, switching technology hands down over fast Ethernet, according to many observers.
据很多观察家说，尽管交换技术存在着管理缺陷，但它仍然不费力地胜过了快速以太网。
This section illustrates the Fast Ethernet 100base-tx (RJ-45) connector and lists its pinouts and signal descriptions.
这一个章节阐述了快速以太网100BASE - TX (RJ - 45)连接器并且列出了它的管脚和信号定义。
When Fast Ethernet or Gigabit Ethernet is used, the same transmission speeds are realised on copper and fibre optic cables.
当采用快速以太网或千兆以太网时，铜缆和光缆具有相同的传输速度。
First, ATM to the desktop lost favor because Ethernet and Fast Ethernet were already well-entrenched in desktop connections.
首先，把AT M接到桌面系统已经失宠，因为以太网和快速以太网已经占据了桌面系统的连接。
Fast Ethernet was standardized in 1995, but only three years later, the next iteration of Ethernet came around: Gigabit Ethernet.
快速以太网在1995年被标准化，但仅仅过了3年，以太网的下一轮迭代又来临了：10千兆位以太网。
But as switching comes to the desktop, a move to switched fast Ethernet at the server might need to follow, according to analysts.
据分析家们称，随着交换技术进入台式领域，接下来就需要在服务器上。
This paper summarizes some major techniques that occur in the designing and realizing of the interface for PCI fast Ethernet adapter.
总结PCI快速以太网适配器设计实现中总线界面的关键性技术问题。
There are many other Fast Ethernet cabling specifications than 100base-tx over cat 5 UTP, but only 100base-tx became a mass market product.
除了100BASE - TX规格以外，还有很多CAT -5型utp可用的快速以太网线缆规格，但只有100 BASE - TX成为了大众市场的产品。
Methods By analysing the demands and searching for the bottleneck of network transmission, analyzes the technology of related fast Ethernet.
方法通过需求分析寻找网络传输瓶颈，分析相关以太网技术。
Special Fast Ethernet industry switches with fibre optic connection are used and these are superbly suited to the tough environment, thanks to their robust design.
特殊的快速以太网工业交换机是用光纤连接的。由于他们精湛的设计，使它们特别适合高速公路恶劣的环境。
It's because of this "everyone screaming at once" scheme that Ethernet, including fast Ethernet, can never achieve its full speed, be it 10mbps, 100mbps, or faster.
正是由于这种“每个设备同时呼叫”的方案，所以以太网，包括快速以太网，永远不可能达到。
The first version of the cable will have a data throughput of 100 megabits a second, the "Fast Ethernet" standard that is now common on low- and mid-range computers.
第一版的HDBaseT标准支持10兆比特（Mbit）每秒的数据传输，相当于目前普通中低端电脑“快速以太网”的标准。
This paper discusses and analyses the general design of the Fast Ethernet Switch from the aspects of the selection of the architecture, components and hardware drivers.
文章从体系结构的选择、交换机的组成框架、驱动程序的设计等方面论述和分析了快速以太网交换机硬件的总体设计。
In this case, a single Cisco 1700 Series modular access router configured with a Cisco ADSL WIC and a Cisco 4-port Fast Ethernet Switch WIC can be deployed to meet these requirements.
在这种情况下，一个单一的思科1700系列模块化接入路由器配置了思科公司的ADSLWIC和思科4端口快速以太网交换机WIC可以部署以满足这些要求。
Also, fast Ethernet is hampered by distance limitations: Its copper interfaces only support distances of 100 meters between an end-station and a repeater, and 10 meters between Repeaters.
同时，快速以太网也受距离的限制：铜线接口只支持终端站与中继器之间100米、中继器之间10米。
Aiming at the characteristics of the LAN of fast Ethernet and distributed parallel server system, a novel distributed operating system transport protocol (DOSTP) is proposed in this paper.
基于快速以太局网中分布式并行服务器通信特点和对网络协议栈的分析，设计并实现了一种分布式操作系统传输协议。
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。
This is a very typical use of virtual Ethernet, because the communication is very fast and no additional hardware is required.
这是虚拟以太网的一个非常典型的应用，因为通信速度非常快，而且不需要任何另外的硬件。
The paper introduces fast communication between the host and PLC by the Ethernet, and presents an application program with the function of alarm in the VC.
该文介绍了如何通过以太网实现主机与PLC的高速网络通信，并给出在VC环境下具有报警功能的监控程序。
This article proves by analyzing network data that network traffic is multifractal and self-similar is not adequate to describing network traffic in fast switch Ethernet.
在快速以太网中的网络传输是多重分形的，而用自相似模型来描述是不够精确的。
Results and Conclusion Puts forward a new network structure of campus fast-ethernet which can meet the demands of the transmission of campus network.
结果与结论提出了一种快速以太校园网网络结构，这种结构能够满足校园网信息传输需求。
A new implementation of NIDS for fast - speed Ethernet based on the MPM method is proposed finally, and the detection strategies applied FPGA logic and kernel logic are described in detail.
最后，本文给出了一种基于多层模式匹配的高速以太网nids实现方案，并对FPGA硬件逻辑和核心态软件逻辑采用的检测策略进行了详细说明。
A new implementation of NIDS for fast - speed Ethernet based on the MPM method is proposed finally, and the detection strategies applied FPGA logic and kernel logic are described in detail.
最后，本文给出了一种基于多层模式匹配的高速以太网nids实现方案，并对FPGA硬件逻辑和核心态软件逻辑采用的检测策略进行了详细说明。
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