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。
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。
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。
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。
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。
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。
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