迈普MyPower S3000系列以太网交换机配置手册
07-S3000系列STP操作
目录第1章 RSTP配置...................................................................................................................1-11.1 STP简介.............................................................................................................................1-11.1.1 STP的用途...............................................................................................................1-11.1.2 STP的实现方法.......................................................................................................1-11.1.3 STP在以太网交换机中的实现..................................................................................1-61.2 RSTP配置..........................................................................................................................1-71.2.1 开启设备生成树特性................................................................................................1-81.2.2 开启端口生成树特性................................................................................................1-81.2.3 配置RSTP的工作模式.............................................................................................1-81.2.4 配置特定交换机的Bridge优先级..............................................................................1-91.2.5 指定交换机为根交换机或备份根交换机...................................................................1-91.2.6 配置特定交换机的Forward Delay时间...................................................................1-111.2.7 配置特定交换机的Hello Time时间.........................................................................1-111.2.8 配置特定交换机的Max Age时间............................................................................1-121.2.9 配置特定交换机的超时时间因子............................................................................1-131.2.10 配置特定端口的最大发送速率.............................................................................1-131.2.11 配置特定端口作为边缘端口/非边缘端口..............................................................1-141.2.12 配置特定端口的Path Cost...................................................................................1-141.2.13 配置特定端口的优先级........................................................................................1-151.2.14 配置特定端口是否与点对点链路相连..................................................................1-151.2.15 配置特定端口的mCheck变量...............................................................................1-161.2.16 配置交换机的保护功能........................................................................................1-171.3 RSTP显示和调试.............................................................................................................1-181.4 RSTP配置举例.................................................................................................................1-19第2章 MSTP配置...................................................................................................................2-12.1 MSTP简介..........................................................................................................................2-12.1.1 MSTP的几个概念....................................................................................................2-12.1.2 MSTP的基本原理....................................................................................................2-52.1.3 MSTP在交换机上的实现.......................................................................................2-102.2 MSTP配置........................................................................................................................2-102.2.1 配置交换机的MST域.............................................................................................2-112.2.2 指定交换机为根交换机或备份根交换机.................................................................2-132.2.3 配置MSTP的工作模式...........................................................................................2-142.2.4 配置交换机的Bridge优先级...................................................................................2-152.2.5 配置MST域的最大跳数..........................................................................................2-162.2.6 配置交换网络的网络直径.......................................................................................2-162.2.7 配置交换机的时间参数..........................................................................................2-172.2.8 配置端口的最大发送速率.......................................................................................2-182.2.9 配置端口为边缘端口或者非边缘端口.....................................................................2-192.2.10 配置端口的Path Cost..........................................................................................2-212.2.11 配置端口的优先级...............................................................................................2-212.2.12 配置端口是否与点对点链路相连..........................................................................2-222.2.13 在端口上执行mCheck操作..................................................................................2-242.2.14 配置交换机的保护功能........................................................................................2-252.2.15 开启设备MSTP特性.............................................................................................2-262.2.16 开启/关闭端口MSTP特性....................................................................................2-27 2.3 MSTP显示和调试.............................................................................................................2-28第1章 RSTP配置1.1 STP简介1.1.1 STP的用途STP（Spanning Tree Protocol）是生成树协议的英文缩写。
迈普交换机配置指导书
迈普交换机配置指导书1．通过Console口配置交换机（同HW2016一样）通过配置线将终端的RS-232串口与交换机的Console口相连。
配置用PCPC机串口MyPower S3000B 配置口2．迈普交换机基本配置enacon t 进入配置模式vlan 2 创建vlan 2port 0/0 tagexlayer2-mode disable 关闭2层模式interface sw0 进入SW0接口ip address 192.168.x.x 255.255.255.0 配置管理地址x范围(2-254) vlan-id 2 管理vlanexitip route 0.0.0.0 0.0.0.0 192.168.x.1 静态路由,指向管理地址x网关enable password level 15 admin 为交换机密码igmpsnoop en 打开组播exitwr3．中兴交换机配置实例Switch# show runBuild configration... doneCurrent configration: 1701 bytesuser admin password 7 OWRW[WWW\W user admin privilege 15enable password OWRW[WWW\W encryptservice password-encryptservice login-securelayer2-mode disablevlan 1description defaultport 0/0-0/15 untaggedvlan 2description VLAN0002port 0/0 taggedvlan 1065description VLAN1065port 0/0-0/15 untaggedvlan 2103description VLAN2103port 0/0-0/15 taggedvlan 2104description VLAN2104port 0/0-0/15 taggedexitigmpsnoop enable!slot 0port 0/1pvid 1065storm-control disableexitport 0/2pvid 1065exitport 0/3pvid 1065storm-control disable exitport 0/4pvid 1065storm-control disable exitport 0/5pvid 1065storm-control disable exitport 0/6pvid 1065storm-control disable exitport 0/7pvid 1065storm-control disable exitport 0/8pvid 1065storm-control disable exitport 0/9pvid 1065storm-control disable exitport 0/10pvid 1065storm-control disable exitport 0/11pvid 1065storm-control disable exitport 0/12pvid 1065storm-control disable exitport 0/13pvid 1065exitport 0/14pvid 1065storm-control disableexitport 0/15pvid 1065storm-control disableexitinterface loopback0ip address 127.0.0.1 255.0.0.0exitinterface sw0ip address 192.168.14.2 255.255.255.0vlan-id 2exitip route 0.0.0.0 0.0.0.0 192.168.14.1Switch#3.1 举例说明例：1端口为主端口，2,3端口为下挂交换机端口，4,5端口为普通农带，6-10端口为家庭网关数据，11-12为单个可视电话用户，13端口为网络IP电话用，14端口为带网络IP电话的家庭网关网户，15端口为IP电话用户。
MyPower S6800A、8900、3900交换机配置手册V1.0第04章 VLAN 配置
版权所有©2009，迈普通信技术股份有限公司，保留所有权利 .
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4.1.4 基于协议的 VLAN
基于协议的 VLAN 是根据端口接收到的 Untag（没有 Tag 标签）报文的帧封装格式和协议类型来给报 文划分 VLAN ID。 协议 VLAN 定义协议模板，协议模板由帧封装格式和协议类型组成。同一个端口可以配置多个协议 模板。当端口使能协议 VLAN，端口配置协议模板，协议 VLAN 对端口接收到的 Untag 报文，会做如下 出处理： l 如果报文匹配协议模板并且报文入端口被划分到对应 VLAN ID 的 vlan 了,则将该报文划分端口 配置协议模板对应的 VLAN ID。 l 如果报文没有匹配协议模板,报文划分到端口的缺省 VLAN ID。
命令 vlan vlanId description description port accept frame-type {all | tag | untag} port mode {access | trunk | hybrid} port access vlan vlanId port trunk { vlanlist|all } allowed vlan 创建 VLAN 为 VLAN 配置描述信息 配置端口可接收帧 *配置端口模式类型 *配置 Access 端口加入 VLAN *配置 Trunk 端口允许 VLAN 通过 *配置 Hybrid 端口加入 VLAN *配置 Trunk 端口的缺省 VLAN *配置 Hybrid 端口的缺省 VLAN 描述 配置模式 config config-vlanxx config-vlanxx config-port-xxx config-link-aggregation-x config-port-xxx config-link-aggregation-x config-port-xxx config-link-aggregation-x config-port-xxx config-link-aggregation-x config-port-xxx config-link-aggregation-x config-port-xxx config-link-aggregation-x config-port-xxx config-link-aggregation-x
迈普MyPowerS千兆汇聚路由交换机配置手册V操作手册维护与调试操作
迈普MｙPower－Ｓ千兆汇聚路由交换机配置手册Ｖ.-操作手册－-维护与调试操作————————————————————————————————作者: ————————————————————————————————日期:ﻩ目录第1章维护和调试ﻩ错误!未定义书签。
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1．7．１系统日志介绍 ................................................................ 错误!未定义书签。
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迈普交换机基本配置
1、迈普设备配置基本命令用户名密码为admin adminSwitch>enableSwith#config terminalSwith(config)#vlan 70 //新建vlan70Switch(Config-If-Vlan70)#name guanli //将vlan70 命名为guanli Switch(Config-If-Vlan70)#ip address 172.17.202.21 255.255.255.0//配置交换机管理地址Switch(Config-If-Vlan70)#no shutdownSwitch(Config-If-Vlan70)#exitSwith(config)#ip route-static 0.0.0.0 0.0.0.0 172.17.202.1//配置交换机路由Swith(config)#vlan 338,440 //新建vlan338,440Switch(Config)# int ethernet 0/0/1 //进入端口Switch(Config-Ethernet1-0/0/1)# no shutdown //打开端口Switch(Config-Ethernet1-0/0/1)# switchport mode access //将端口定义为access口Switch(Config-Ethernet1-0/0/1)# switchport access vlan 338 //将vlan338加入到该端口Switch(Config-Ethernet1-0/0/1)# exitSwitch(Config)# int ethernet 0/0/2-19;ethernet 0/0/20 //进入端口组—Switch(Config-Port-Range)#switchport mode access //将端口组定义为access口Switch(Config-Port-Range)#switchport access vlan 440 //将vlan440加入到该端口组Switch(Config-Port-Range)#exitSwitch(Config)#int ethernet 0/0/21 //进入端口Switch(Config-Ethernet1-0/0/21)# switchport mode trunk //将端口定义为trunk口Switch(Config-Ethernet1-0/0/21)#switchport trunk allowed vlan 70;338;440 //该端口允许vlan70,338,440通过Switch(Config-Ethernet1-0/0/21)#exitSwitch(Config)#exitSwitch#write //保存2、迈普设备故障处理基本命令1）查看交换机端口状态2）查看交换机端口描述3）查寻mac地址4）修改交换机配置—打开端口no shutdown关闭端口shutdown。
s3000-ei操作手册(V1.05)07-STP操作
STP 目录目录第1章 MSTP配置...................................................................................................................1-11.1 MSTP简介..........................................................................................................................1-11.1.1 MSTP的几个概念....................................................................................................1-11.1.2 MSTP的基本原理....................................................................................................1-41.1.3 MSTP在交换机上的实现.........................................................................................1-91.2 MSTP配置........................................................................................................................1-101.2.1 配置交换机的MST域.............................................................................................1-111.2.2 指定交换机为根交换机或备份根交换机.................................................................1-121.2.3 配置MSTP的工作模式...........................................................................................1-131.2.4 配置交换机的Bridge优先级...................................................................................1-141.2.5 配置MST域的最大跳数..........................................................................................1-141.2.6 配置交换网络的网络直径.......................................................................................1-151.2.7 配置交换机的时间参数..........................................................................................1-151.2.8 配置端口的最大发送速率.......................................................................................1-171.2.9 配置端口为边缘端口或者非边缘端口.....................................................................1-181.2.10 配置端口的Path Cost..........................................................................................1-191.2.11 配置端口的优先级...............................................................................................1-201.2.12 配置端口是否与点对点链路相连..........................................................................1-211.2.13 在端口上执行mCheck操作..................................................................................1-221.2.14 配置交换机的保护功能........................................................................................1-231.2.15 开启设备MSTP特性.............................................................................................1-251.2.16 开启/关闭端口MSTP特性....................................................................................1-261.3 MSTP显示和调试.............................................................................................................1-27MSTP （Multiple Spanning Tree Protocol ）是多生成树协议的英文缩写，该协议兼STP 缺陷：局域网内所有网桥共享一棵、RSTP 相关的描述可以参见RSTP 配置章节的描述。
迈普MyPowerS3000系列以太网交换机配置介绍材料
目录第1章交换机管理 (1)1.1 管理方式 (1)1.1.1 带外管理 (1)1.1.2 带内管理 (5)1.2 CLI界面 (10)1.2.1 配置模式介绍 (10)1.2.2 配置语法 (13)1.2.3 支持快捷键 (13)1.2.4 帮助功能 (13)1.2.5 对输入的检查 (14)1.2.6 支持不完全匹配 (14)第2章交换机基本配置 (15)2.1 基本配置 (15)2.2 远程管理 (15)2.2.1 Telnet (15)2.2.2 SSH (17)2.3 配置交换机的IP地址 (18)2.3.1 配置交换机的IP地址任务序列 (18)2.4 SNMP配置 (20)2.4.1 SNMP介绍 (20)2.4.2 MIB介绍 (21)2.4.3 RMON介绍 (22)2.4.4 SNMP配置 (22)2.4.5 SNMP典型配置举例 (24)2.4.6 SNMP排错帮助 (26)2.5 交换机升级 (26)2.5.1 交换机系统文件 (26)2.5.2 BootROM模式升级 (27)2.5.3 FTP/TFTP升级 (29)第3章集群网管配置 (37)3.1 集群网管介绍 (37)3.2 集群网管基本配置 (37)3.3 集群网管举例 (40)3.4 集群网管排错帮助 (41)第1章交换机管理1.1 管理方式用户购买到交换机设备后，需要对交换机进行配置，从而实现对网络的管理。
交换机为用户提供了两种管理方式：带外管理和带内管理。
1.1.1 带外管理带外管理即通过Console进行管理，通常情况下，在首次配置交换机或者无法进行带内管理时，用户会使用带外管理方式。
例如：用户希望通过远程Telnet来访问交换机时，必须首先通过Console给交换机配置一个IP地址。
用户用Console管理的步骤如下：第一、搭建环境：图1-1 交换机Console管理配置环境按照图1-1所示，将PC的串口（RS-232接口）和交换机随机提供的串口线连接，下面是连接中用到的设备说明：设备名称说明PC机有完好的键盘和RS-232串口，并且安装了终端仿真程序，如Windows 系统自带超级终端等。
迈普交换机基本配置
1、迈普设备配置基本命令用户名密码为 admin adminSwitch>enableSwith#config?terminalSwith(config)#vlan 70 //新建vlan70Switch(Config-If-Vlan70)#name guanli //将vlan70 命名为guanli Switch(Config-If-Vlan70)#ip address//配置交换机管理地址Switch(Config-If-Vlan70)#no shutdownSwitch(Config-If-Vlan70)#exit//配置交换机路由Swith(config)#vlan 338,440 //新建vlan338,440Switch(Config)# int ethernet 0/0/1 //进入端口Switch(Config-Ethernet1-0/0/1)# no shutdown //打开端口Switch(Config-Ethernet1-0/0/1)# switchport mode access //将端口定义为access口Switch(Config-Ethernet1-0/0/1)# switchport access vlan 338 //将vlan338加入到该端口Switch(Config-Ethernet1-0/0/1)# exitSwitch(Config)# int ethernet 0/0/2-19;ethernet 0/0/20 //进入端口组Switch(Config-Port-Range)#switchport mode access //将端口组定义为access口Switch(Config-Port-Range)#switchport access vlan 440 //将vlan440加入到该端口组Switch(Config-Port-Range)#exitSwitch(Config)#int ethernet 0/0/21 //进入端口Switch(Config-Ethernet1-0/0/21)# switchport mode trunk //将端口定义为trunk口Switch(Config-Ethernet1-0/0/21)#switchport trunk allowed vlan 70;338;440 //该端口允许vlan70,338,440通过Switch(Config-Ethernet1-0/0/21)#exitSwitch(Config)#exitSwitch#write //保存2、迈普设备故障处理基本命令1）查看交换机端口状态2）查看交换机端口描述3）查寻mac地址4）修改交换机配置打开端口 no shutdown 关闭端口 shutdown。
MyPower S3000系列以太网交换机安装手册V4.0
2.1.2 安装操作提示.............................................................................11 2.1.3 安全警告 ....................................................................................12
版权所有©2010，迈普通信技术股份有限公司，保留所有权利
“& 图解”表示对图例的它原因，本手册内容会不定期进行更新。除非另有约 定，本手册仅作为使用指导，本手册中的所有陈述、信息和建议不构成任何明示或 暗示的担保。
环境保护
本产品符合关于环境保护方面的设计要求，产品的存放、使用和弃置应遵照 相关国家法律、法规要求进行。
图 1-5
SM3000-16T-AC（S3016B-AC V2）交换机前面板
SM3000-24T-AC （S3024B-AC V2） 交换机的前面板上有 24 个 10/100Base-T 端口，1 个 Console 端口和 49 个 LED 指示灯。 SM3000-24T-AC（S3024B-AC V2）交换机的前面板如下图所示：
图 1-4
SM3000-8T-AC（S3008B-AC V2）交换机前面板
SM3000-16T-AC （S3016B-AC V2） 交换机的前面板上有 16 个 10/100Base-T 端口，1 个 Console 端口和 33 个 LED 指示灯。 SM3000-16T-AC（S3016B-AC V2）交换机的前面板如下图所示：
版权所有©2010，迈普通信技术股份有限公司，保留所有权利
第1章 产品介绍
1.1 产品简介
MyPower 交换机操作手册_06_网络协议操作
版权所有 2007，迈普（四川）通信技术有限公司，保留所有权利1目 录第1章 L3转发配置 ··································································· 1-11.1 三层接口·············································································································· 1-11.1.1 三层接口介绍 ···························································································· 1-1 1.1.2 三层接口配置 ···························································································· 1-1 1.2 IP 配置 ················································································································· 1-2 1.2.1 IPv4、IPv6介绍 ························································································ 1-2 1.2.2 IP 配置 ······································································································· 1-31.2.2.1 IPv4地址配置 ················································································· 1-3 1.2.2.2 IPv6配置 ························································································ 1-4 1.2.3 IP 配置举例 ································································································ 1-81.2.3.1 IPv4典型案例 ················································································· 1-8 1.2.3.2 IPv6典型案例 ···············································································1-10 1.2.4 IPv6排错帮助··························································································1-13 1.3 IP 转发 ···············································································································1-14 1.1.1 IP 转发介绍 ······························································································1-14 1.1.2 IP 路由聚合配置 ······················································································1-14 1.4 URPF ·················································································································1-14 1.4.1 URPF 简介 ······························································································1-14 1.4.2 URPF 配置任务序列 ················································································1-15 1.4.3 URPF 排错帮助 ·······················································································1-16 1.5 ARP ····················································································································1-16 1.5.1 ARP 介绍 ·································································································1-16 1.5.2 ARP 配置 ·································································································1-16 1.5.3 ARP 转发排错帮助 ··················································································1-17第2章 DHCP 配置 ···································································· 2-12.1 DHCP 简介 ·········································································································· 2-1 2.2 DHCP 服务器配置 ······························································································· 2-2 2.3 DHCP 中继配置 ··································································································· 2-4 2.4 DHCP 配置举例 ··································································································· 2-6 2.5 DHCP 排错帮助 ··································································································· 2-9版权所有 2007，迈普（四川）通信技术有限公司，保留所有权利2第3章 SNTP 配置 ····································································· 3-13.1 SNTP 简介 ··········································································································· 3-1 3.2 SNTP 典型配置举例 ···························································································· 3-2第4章 防ARP 、ND 欺骗配置 ··················································· 4-14.1 概述 ····················································································································· 4-14.1.1 ARP 欺骗 ··································································································· 4-1 4.1.2交换机如何防ARP/ND 欺骗 ······································································ 4-1 4.2 防ARP 、ND 欺骗配置序列 ················································································ 4-2 4.3 防ARP 、ND 欺骗举例 ························································································ 4-3版权所有 2007，迈普（四川）通信技术有限公司，保留所有权利1-1第1章 L3转发配置交换机支持三层转发功能。
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迈普MyPower S3000系列以太网交换机配置手册目录
第1章交换机管
理 (1)
1.1 管理方
式 ........................................................................... (1)
1.1.1 带外管
理 ........................................................................... (1)
1.1.2 带内管
理 ........................................................................... (5)
1.2 CLI界
面 ........................................................................... (11)
1.2.1 配置模式介
绍 ........................................................................... .................. 12 1.2.2 配置语
法 ........................................................................... ......................... 14 1.2.3 支持快捷
键 ........................................................................... ..................... 15 1.2.4 帮助功
能 ........................................................................... ......................... 15 1.2.5 对输入的检
查 ........................................................................... .................. 16 1.2.6 支持不完全匹
配 ........................................................................... .. (16)
第2章交换机基本配
置 (17)
2.1 基本配
置 ........................................................................... ................ 17 2.2 远程管
理 ........................................................................... . (18)
2.2.1
Telnet ....................................................................... .................................. 18 2.2.2
SSH .......................................................................... . (19)
2.3 配置交换机的IP地
址 (21)
2.3.1 配置交换机的IP地址任务序
列 (21)
2.4 SNMP配
置 ........................................................................... . (23)
2.4.1 SNMP介
绍 ........................................................................... ...................... 23 2.4.2 MIB介
绍 ........................................................................... .......................... 24 2.4.3 RMON介
绍 ........................................................................... ..................... 25 2.4.4 SNMP配
置 ........................................................................... ...................... 25 2.4.5 SNMP典型配置举
例 ........................................................................... ....... 28 2.4.6 SNMP排错帮
助 ........................................................................... .. (29)
2.5 交换机升
级 ........................................................................... . (30)
2.5.1 交换机系统文
件 ...........................................................................
.............. 30 2.5.2 BootROM模式升
级 ........................................................................... ........ 31 2.5.3 FTP/TFTP升
级 ........................................................................... (33)
版权所有?2021，迈普通信技术股份有限公司，保留所有权利 ?
第3章集群网管配
置 (43)
3.1 集群网管介
绍 ........................................................................... ......... 43 3.2 集群网管基本配
置 ........................................................................... .. 43 3.3 集群网管举
例 ........................................................................... ......... 46 3.4 集群网管排错帮
助 ........................................................................... .. 47
版权所有?2021，迈普通信技术股份有限公司，保留所有权利 ?
第1章交换机管理
1.1 管理方式
用户购买到交换机设备后，需要对交换机进行配置，从而实现对网络的管理。
交换机
为用户提供了两种管理方式：带外管理和带内管理。
1.1.1 带外管理
带外管理即通过Console进行管理，通常情况下，在首次配置交换机或者无法进行带
内管理时，用户会使用带外管理方式。
例如：用户希望通过远程Telnet来访问交换机时，必须首先通过Console给交换机配置一个IP地址。
用户用Console管理的步骤如下：
第一、搭建环境：
通过串口线连接
图 1-1 交换机Console管理配置环境
按照图 1-1所示，将PC的串口（RS-232接口）和交换机随机提供的串口线连接，下面是连接中用到的设备说明：
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设备名称 PC机串口线交换机
第二、进入超级终端：
连接成功后，打开Windows 系统自带超级终端。
下面是打开Windows XP 自带超级终端的示例。
1）点击超级终端：
说明有完好的键盘和RS-232串口，并且安装了终端仿真程序，如Windows 系统自带超级终端等。
一端与PC机的RS-232串口相连；另一端与交换机的Console相连。
有完好的Console。
图 1-2打开超级终端一
版权所有?2021，迈普通信技术股份有限公司，保留所有权利 ?
2）在“名称”处填入打开超级终端的名称，例如把它定义为“Switch”：
图 1-3打开超级终端二
3）在“连接时使用”处，选择PC机使用的RS-232串口，如连接的是串口1，则选择串口1，点击确定按钮：
图 1-4 打开超级终端三
4）出现COM1属性，波特率选择“9600”，数据位选择“8”，奇偶校验选择“无”，停止位选择“1”，数据流控制选择“无”；或者直接点击“还原默认值”后，点击确定
按钮：
版权所有?2021，迈普通信技术股份有限公司，保留所有权利 ?
感谢您的阅读，祝您生活愉快。