Layer 3 switching can occur at two different locations on the switch.
三层交换可以发生的地方分成两种不同的模式。
Layer 3 switch not only implements high-speed data transit, but also accomplishes routing among VLANs.
三层交换机既实现数据的高速交换，又完成VLAN之间的路由。
The rapid spanning tree protocol has been implemented in the application environment of the layer 3 switch.
结合第三层交换机的应用环境，实现了快速生成树协议。
In this paper, we detailedly describe two ways used by Layer 3 switch when it accomplishes VRRP redundancy backup in the network.
本文详细阐述了三层交换机进行VRRP冗余备份时所采用的两种方式。
The layer 3 switch technology which fits for the need of aggregation layer is a combination of the layer 2 switch technologies and routing.
三层交换技术将传统的二层转发和路由技术结合起来，特别适合汇聚层的需要。
Currently, layer 3 switch network devices have spread from the core of network to the edge of network. It occupys a large part of network devices market.
目前第三层交换机已由网络的核心延伸至网络的边缘，占据了相当大的市场份额。
The DGS-3650 48-port Managed Layer 3 switch fully supports IPv6 routing and brings advanced enterprise network management features to a cost-effective level.
DGS- 3650 48端口管理的第3层交换机完全支持IPv6路由，以具成本效益的的水平，并带来了先进的企业网络管理功能。
This paper discusses the key technologies of layer 3 switch-IP switching and analysis several different IP switching techniques. Finally it refers the existing problems in IP switching.
讨论了第三层交换-IP交换的关键技术，分析比较了几种不同的IP交换技术，并指出了所存在的问题。
A layer-3 switch is a switch that can perform routing functions.
三层交换机是可执行路由功能的交换机。
For example, if a multilayer switch supports IP, then IPX packets can only be switched at layer 2 not routed at layer 3.
例如，若某台多层交换机支持ip协议，ipx包则只能在第二层上交换，不能在第三层上规定路由。
Route subsystem as a core module in OS of 3-layer-switch has new requirements in efficiency, stability and scalability.
路由子系统做为三层交换机系统软件的核心模块，在效率、稳定性与可扩展性上有了新的要求。
Route subsystem as a core module in OS of 3-layer-switch has new requirements in efficiency, stability and scalability.
路由子系统做为三层交换机系统软件的核心模块，在效率、稳定性与可扩展性上有了新的要求。
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