1.1.19 port link-aggregation group 1.1.20 reset lacp statistics1 以太网链路聚合 1.1 以太网链路聚合配置命令 1.1.1 display interface display interface命令用来显示聚合接口的相关信息。 【命令】 display interface [ route-aggregation [ interface-number ] ] [ brief [ description | down ] ] 【视图】 ...
[sw1-GigabitEthernet1/0/1]portlink-aggregation group 1 将该接口加入聚合组中 [sw1-Bridge-Aggregation1]int g1/0/2 进入到接口 [sw1-GigabitEthernet1/0/2]portlink-aggregation group 1 将该接口加入聚合组中 另外一台二层交换机配置方法一样。 看完配置但是要知道原理才是真正的懂,不然排错和稍微换...
端口聚合(Port Aggregation)中的LACP(Link Aggregation Control Protocol,)链路聚合控制协议是一种动态协议,用于将多个物理端口绑定成一个逻辑链路,提升带宽、冗余性和负载均衡能力。以下是关于LACP的详细解析: 1. LACP基础概念 协议标准:基于IEEE 802.3ad(后更新为802.1AX),实现动态链路聚合。 核心目标: 带宽叠加:多个...
gathering,staticLACPaggregation,dynamicLACPaggregation. Experimentalenvironment:twoH3CE126A,ethernet1/0/24, ethernet1/0/23convergedintoalink. Handpooling: Configurationofthefirstswitch: [H3CA]link-aggregationgroup10modemanual [H3CA]interfaceEthernet1/0/24 ...
group consensus. According to the different ways of convergence, the port convergence can be divided into three categories: manual gathering, static LACP aggregation, dynamic LACP aggregation. Experimental environment: two H3C E126A, ethernet1/0/24, ethernet1/0/23 converged into a link. Hand ...
[SwitchA-GigabitEthernet1/0/1]port link-aggregation group 1 6.端口G1/0/2与端口G1/0/1的配置一致 7. 建立汇聚组2 [SwitchA]interface bridge-aggregation 2 8.进入端口G1/0/3 [SwitchA]interface gigabitethernet1/0/3 9.参与端口汇聚的端口设置成全双工模式 ...
问题描述: 想把端口g1/0/49设置成port linkaggregation group1,但是输完命令后提示:can't assgin the port to the aggregation group because its attribute configurations are different than the aggregate interface 组网及组网描述: 设备是接入层交换机 型号 s5130 2022-12-24提问 举报 (0) ...
[SW1-Bridge-Aggregation2]port link-type trunk [SW1-Bridge-Aggregation2]port trunk permit vlan all 其他设备配置捆绑 [S5820] int Bridge-Aggregation 2 [S5820]int ran ten 1/0/50 ten 1/0/51 [S5820-if-range]port link-aggregation group 2 ...
因为后边不用加“1”，一个端口只能属于一个聚合组，所以删除的时候，敲到group就可以了，不用跟后边...
port link-aggregation group 1 在Kubernetes中实现端口链路汇聚(port link-aggregation)组1(group 1)是一个常见的操作,特别是在需要提高网络带宽和可靠性的场景下。在本文中,我将向你介绍如何通过Kubernetes实现这一操作,以及详细的步骤和代码示例。 ### 步骤概述...