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1、测试时的逻辑拓扑:BNT交换机模块上联的两个交换机为cisco的二层交换机，连接BNT交换机模块的端I I为 access端I I。Bladel,2,3通过EXT1连接到内网网段，Blade4,5,6通过EXT2连接到外网网段, 分别属于VLAN1和VLAN2。BNT交换机模块需实现的配置：将访问内网的服务器端【I和EXT1端口设置为un-tag端口 （即access端口 ）, vlan id为1将访问外网的服务器端口和EXT2端口设置为un-tag端口, vlan id为2配置命令以下为下午设置BNT交换机模块的命令（把内部端口 intl,int2Jnt3及外部端口 extl的接口 设置为u
2、n-tag接口, vlan id保持默认值1不变；内部端I丨int4,int5,int6的接I I配置为un-tag 接I I及将vlan id设置为2）:1. telnet到交换机2. 将blade os命令行模式更改为工业标准命令行iscli（类似cisco的命令行界面）Switchl#boot Switch Boot Options#prompt enable重新telnet到交换机，输入iscli进入工业标准命令行3. 配置交换机Switchenable进入特权模式Switch#configure terminal 进入全局配置模式Switch （config） #配置VLAN全局配置
3、模式Switch# (config) #vlan2仓U建 vlan2 并进入 vlan 配置模式VLAN配置模式Switch (config) # member 4,5,6,18 将内部端I I 4,5,6 和外部端I I 2 加入 vlan 2Switch (config) # enable 启用 vlan 2把内部端11 intljnt2fint3的接口设置为un-tag接I 1, vlan id保持默认值1不变Switch (config) # interface port 2进入接I I 1(配置接口 2,3的配置方法与下面一样)Switch (config) # no tagging
4、 将接 I I 设置为 un-tag 端口,即 access I I把内部端I I int4,innt6的接口配置为untag接口及将vlan id设置为2Switch (config) # interface port 4进入接I I 4(配置接匚I 5,6的配置方法与下面一样)Switch (config) # no tagging 将接 I I 设置为 untag 端 I I,即 access I ISwitch (config) # pvid 2端 I I vlan id 设为 2测试的配置结果:实现vlanl和vlan2的服务器能分别ping通上联端口以下为交换机的running-c
5、onfig:Current configuration:iversion ”5.1.5“switch-type BNT Layer 2/3 Copper Gigabit Ethernet Switch Module for IBM BladeCnterinterface port INTI no tagging exitIinterface port INT2 no tagging exitIinterface port INT3 no tagging exitIinterface port INT4 no tagging pvid 2 exitinterface port INT5 n o
6、tagging pvid 2 exitiinterface port INT6 n o tagging pvid 2 exitiin terface port EXT2pvid 2 exitivlan 1member INTI member INT2 member INT3no member INT4 no member INT5 no member INT6 member INT7 member INT8 member INT9 member INT10 member INT11 member INT12 member INT13 member INT14 member EXT1no mem
7、ber EXT2 member EXT3 member EXT4 member EXT5 member EXT6ivlan 2enablename HVLAN 2M member INT4 member INT5 member INT6 member EXT2vlan 4095no membei INTIno member INT2no member INT3no member INT4no member INT5no member INT6member INT7member INT8member INT9member INT10member INT11member INT12member INT13member INT14member MGT1member MGT2Ispanning-tree stp 1 vlan 1spanning-tree stp 1 vlan 2 end
