1·Hardware design of the manageable Ethernet switch.
可管理的快速以太网交换机的硬件设计。
2·The text mainly introduces the realization of the SNMP agent on the Ethernet switch.
本文介绍了基于以太网交换机平台的SNMP代理的实现。
3·In this paper, the multicast protocol (IGMP Snooping) on Ethernet switch is discussed.
本文主要探讨在以太网交换机上的一种组播协议：组播侦听协议。
4·If you opt for the latter, you will also have to connect your local workstation to the external Ethernet switch.
如果您选择的是后者，那么您还必须将本地工作站连接到那个外部的以太网交换机。
5·An authentication server can reside in a dedicated computer, an Ethernet switch, an access point or a network access server.
身份验证服务器可以驻留在专用的电脑，一个以太网交换机，一个接入点或网络访问服务器。
6·Service network layer: the service network USES the mature Ethernet switch redundancy technology, such as the stack or main standby mode.
业务网络层：业务网络采用成熟的以太网交换机冗余技术，比如堆叠或者主备模式。
7·Deploy the 10 gigabit Ethernet switch that supports priority-based flow control and loss-less Ethernet similar to a typical switch deployment.
部署10千兆以太网交换机，支持基于优先级的流量控制和类似于典型交换机部署的无损耗以太网。
8·Now Ethernet is the main network technology used in Intranet, Ethernet switch is used to partition network segment and to make interconnection in network.
以太网是当前园区网所使用的主要网络技术，利用以太网交换机划分网段并实现网内互联。
9·Based on the principle of Ethernet switch, this paper introduces a method for the design of five ports Ethernet frame switch and analyzes the function module of each.
从分析交换机的性能及原理出发，给出了一种五端口以太网帧交换机的设计方案，并对每个功能模块进行了详细的分析。
10·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。