航空电子全双工交换以太网(AFDX)通信端口作为AFDX端系统提供给应用程序的接口，对于AFDX网络消息的传递有着重要的作用。
As an interface the avionics full-duplex switched Ethernet (AFDX) end-system provide to application program, AFDX communication ports play an important role in AFDX network information transmission.
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。
If you opt for the latter, you will also have to connect your local workstation to the external Ethernet switch.
每个分区可以有最多65,534个虚拟以太网适配器连接到虚拟交换机上。
Each partition can have up to 65,534 virtual Ethernet adapters connected to the virtual switch.
和集线器一样，网络交换机的以太网实现是最常见的。
As with hubs, Ethernet implementations of network switches are the most common.
一个ARP请求被发送到所有虚拟以太网，从而更新网络上所有外部交换机和系统上的ARP缓存。
A gratuitous ARP request is sent on all virtual Ethernet adapters to update the ARP caches on all external switches and systems on the network.
之所以描述这两个示例交换机，是因为它们提供了100%无阻塞以及高性能千兆以太网交换。
The two example switches are described because they are working, 100-percent non-blocking, and high-performance Gigabit Ethernet switches.
通过制定侦测以太网中路由循环、清除死循环连接的网络传输协议，交换机的死循环问题总算是解决了。
This problem was solved (for switches) by creating a protocol that detects loops in an Ethernet network and prunes connections until the loops are gone.
这些多端口网桥叫交换式集线器或以太网交换机。
These multiport bridges were called switching hubs or Ethernet switches.
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。
Deploy the 10 gigabit Ethernet switch that supports priority-based flow control and loss-less Ethernet similar to a typical switch deployment.
网络交换机负责将以太网数据帧写入特定的LAN网段。
A network switch is responsible for writing frames of Ethernet data to a LAN segment.
使用以太网交换机，不会将数据包发送到所有端口，但是许多最新的交换机都提供了一个管理端口，该端口会将信息发送到所有的端口。
With Ethernet switches, packets are not echoed to all ports, but many modern switches provide a management port where the information is echoed.
大多数消费级网络交换机提供4个或8个以太网接口。
Most consumer-grade network switches provide either four or eight connections for Ethernet devices.
为了适当地利用机架中的所有6 个交换机，刀片服务器需要 6 个以太网接口。
To properly leverage all six switches in the chassis, the blade requires six Ethernet interfaces.
刀片服务器上的以太网接口ent0映射到刀片服务器机架上的第一个交换机；每个以太网接口依次映射到下一个可用的交换机。
Ethernet interface ent0 on the blade maps to the first switch on the blade chassis; each consecutive Ethernet interface maps to the next available switch.
由于以太网交换的广泛应用和高性价比，它是实现这种融合最普及的解决方案。
Ethernet switching is the most pervasive solution to achieve this convergence due to its wide use and cost-effectiveness.
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。
Service network layer: the service network USES the mature Ethernet switch redundancy technology, such as the stack or main standby mode.
当前的路由器或交换机产品都提供多端口千兆以太网接口。
The current routers or the exchangers offer gigabit Ethernet interface including multiple ports.
这也适用于路由器和很多已有较低容量的交换机上的千兆位以太网接口。
This also will apply to Gigabit Ethernet interfaces on routers and many existing lower capacity switches.
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。
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.
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。
Now Ethernet is the main network technology used in Intranet, Ethernet switch is used to partition network segment and to make interconnection in network.
通过以太网链路交换信令信息和承载数据。
Both signaling information and bearer data are exchanged over the Ethernet link.
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.
其三是以太网数据交换电路与JTAG接口电路。
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。
In this paper, the multicast protocol (IGMP Snooping) on Ethernet switch is discussed.
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。
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.
公司作为西门子工业以太网交换机在西北市场的唯一代理商，也面临同样的问题。
M corporation, also facing the same problem, as the unique agent of Siemens Industrial Ethernet switches in Northwest market.
本文介绍了基于以太网交换机平台的SNMP代理的实现。
The text mainly introduces the realization of the SNMP agent on the Ethernet switch.
本文就以社区宽带综合业务网络系统为背景，阐述了一款高速以太网交换机——SW224的硬件设计实现。
In this paper, we will introduce the design of one high speed Ethernet switch, SW224, with the background of Community Broadband Network System with Integrated Services.
本文的主要内容就是研究在以太网环境中数据的安全交换协议和数掘安全策略以及在此安全框架下安全交换机的设计和实现。
The content of this article is studying the security switch protocols and data security policy in Ethernet environment as well as designing the security switch using these security methods.
本文的主要内容就是研究在以太网环境中数据的安全交换协议和数掘安全策略以及在此安全框架下安全交换机的设计和实现。
The content of this article is studying the security switch protocols and data security policy in Ethernet environment as well as designing the security switch using these security methods.
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