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H3C WA系列Fat AP典型配置案例集-6W104

02-H3C WA系列Fat AP WDS功能典型配置举例

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02-H3C WA系列Fat AP WDS功能典型配置举例

H3C WA系列Fat AP WDS功能典型配置举例

关键词:WDS

 :在实际网络应用,为了连接两个(或多个)有线网络,可以通过H3C Fat AP上的WDS功能以无线桥接的方式来实现。Fat AP上的WDS功能支持point-to-point(p2p)模式,也支持point-to-multi-point(p2mp)模式,两种模式在配置上没有什么差别,下面以两个AP组成的桥接网络为例,介绍了如何配置WDS功能,并在其中一个AP上提供无线接入功能。

缩略语:

缩略语

英文全名

中文解释

WDS

Wireless Distributed System

无线分布式系统

 



1 特性简介

1.1  特性介绍

在实际网络应用中,常常会遇到这样的组网情况:为了连接两个(或多个)有线网络,常常需要使用挖沟开渠等方式铺设光缆,这样做不仅花费大量的人力物力,而且工期长、开销大,且难以满足快速增长的网络应用需求。H3C公司自主研发的Fat AP上的WDS功能为类似应用场合提供了一种易于部署且比较经济的组网模式。Fat AP上的WDS功能支持point-to-point(p2p)模式,也支持point-to-multi-point(p2mp)模式,两种模式在配置上没有什么差别,下面两个AP组成的桥接网络为例,介绍了如何配置WDS功能,并在其中一个AP上提供无线接入功能。

1.2  特性优点

H3C公司自主研发的Fat AP在提供WDS功能的同时,还支持在双radio设备上用另外一个radio提供无线接入功能。

2 应用场合

应用于需要对两个或多个有线网络进行链接,且有线网络部署不方便的组网情况。

3 注意事项

在目前的Fat AP上,当配置mesh-wds时,必须的配置包括:

(1)        启用端口安全port-security enable。(注意:在配置下面的mesh功能前,需要首先启用端口安全功能。该功能在Fat AP上缺省启用。)

(2)        配置mesh接口,包括在mesh接口下配置psk认证及key。该配置是必须的。另外,可以根据实际网络的需要,配置为trunk口还是hybrid口(mesh口缺省为acess类型)。

(3)        配置mp-policy,包括配置probe-request间隔、可连接的最大邻居数等。可以采用系统缺省的mp-policy,该配置是可选的。(注意:设备缺省的mp-policy允许的最大链路数是2,如果在实际应用中,需要建立的mesh-link数目大于2,就需要创建一个新的mp-policy,并配置允许的最大链接数。)

(4)        配置mesh-profile,包括配置mesh-id、绑定的mesh接口等。该配置是必须的。(注意:mesh-link两端的设备上配置的mesh-id必须一致。)

(5)        在wlan-radio接口绑定mesh-profile等,包括绑定mesh-profile、mp-policy(可以采用缺省配置)、mesh-peer-mac等。除了绑定mesh-profile外,其它配置都不是必须的,可以根据需要选择是否绑定mp-policy、mesh-peer-mac等。(注意:如果在一个AP上配置mesh-peer-mac,相当于只允许所配置的mesh-peer-mac的peer接入,不在mesh-peer-mac列表中的peer不允许接入。)

此外,还要保证mesh链路两端的mesh设备的wlan-radio工作在相同的信道(channel)。

在下面的配置举例中,所用的AP都是双频AP,在实际应用时,请根据实际需要选择配置。

4 配置举例

4.1  组网需求

本配置举例中的AP使用的是WA2220X-AG无线局域网接入点设备。

 

本配置举例使用11a做无线桥接,AP1作为中心点,AP2、AP3作为接入点,同时在AP2、AP3上用11g提供无线接入功能。

图4-1 Fat AP WDS组网图

 

如果要对两个或多个有线网络进行桥接,在上面的组网中,可以把AP2或AP3的有线口接入有线网络就可以了。

4.2  配置思路

为了防止非中心点之间的AP之间建立起WDS链路形成环路,下面采用peer-mac-address方式,即每一个AP都需要指定连接的对端AP的MAC地址。用VLAN3作为管理VLAN,用VLAN1和VLAN2作为业务VLAN。

4.3  使用版本

<AP1> display version

H3C Comware Platform Software

Comware Software, Version 5.20, Beta 1108P01

Copyright (c) 2004-2008 Hangzhou H3C Tech. Co., Ltd. All rights reserved.

WA2220X-AG uptime is 0 week, 0 day, 3 hours, 17 minutes

 

 CPU type: AMCC PowerPC 266MHz

 64M bytes SDRAM Memory

 8M bytes Flash Memory

 Pcb             Version:  Ver.B

 Basic  BootROM  Version:  1.13

 Extend BootROM  Version:  1.13                                                

 [SLOT  1]CON           (Hardware)Ver.B, (Driver)1.0                           

 [SLOT  1]ETH1/0/1      (Hardware)Ver.B, (Driver)1.0                           

 [SLOT  1]RADIO1/0/1    (Hardware)Ver.A, (Driver)1.0                           

 [SLOT  1]RADIO1/0/2    (Hardware)Ver.A, (Driver)1.0  

 

4.4  配置步骤

 

以下配置均是在实验室环境下进行的配置和验证,配置前设备的所有参数均采用出厂时的缺省配置。如果您已经对设备进行了配置,为了保证配置效果,请确认现有配置和以下配置不冲突。

 

4.4.1  中心点AP1的WDS配置

1. 配置信息

<AP1> display current-configuration                                         

#                                                                               

 version 5.00, Beta 1108P01                                                 

#                                                                              

 sysname AP1                                          

#                                                                              

 domain default enable system                                                     

#                                                                              

 telnet server enable                                                          

#                                                                              

port-security enable                                                          

#                                                                               

vlan 1                                                                         

#                       

vlan 2 to 3

#                                                           

domain system                                                                   

 access-limit disable                                                          

 state active                                                                  

 idle-cut disable                                                               

 self-service-url disable                                                      

#                                                                              

user-group system                                                               

#                                                                              

local-user admin                                                               

 password simple admin                                                          

 authorization-attribute level 3                                               

service-type telnet terminal                                                  

 #                                                                               

wlan mesh-profile 1                                                            

 mesh-id testt                                                                 

 bind WLAN-MESH 1                                                              

 link security-type peer-to-peer                                               

 mesh-profile enable                                                           

#                                                                              

wlan mp-policy 1

link-maximum-number 8

#                                                                              

wlan rrm                                                                       

 spectrum-management enable                                                     

 autochannel-set avoid-dot11h                                                  

 dot11a mandatory-rate 6 12 24                                                 

 dot11a supported-rate 9 18 36 48 54                                           

 dot11b mandatory-rate 1 2                                                     

 dot11b supported-rate 5.5 11                                                  

 dot11g mandatory-rate 1 2 5.5 11                                              

 dot11g supported-rate 6 9 12 18 24 36 48 54                                   

#                                                                              

interface NULL0                                                                

#                                                                               

interface Vlan-interface3                                                      

 ip address 30.1.1.22 255.255.0.0                                         

#                                                                               

interface Ethernet1/0/1                                                        

 port link-type trunk                                                          

 port trunk permit vlan all                                                     

#                                                                              

interface WLAN-MESH1                   

port link-type hybrid

 port hybrid vlan 2 to 3 tagged

 port hybrid vlan 1 untagged                                                  

 port-security port-mode psk                                                   

 port-security tx-key-type 11key                                               

 port-security preshared-key pass-phrase 12345678                               

#                                                                              

interface WLAN-Radio1/0/1                                                      

 channel 149          

 mp-policy 1                                                          

 mesh-profile 1                                                                

mesh peer-mac-address 000f-e212-1200

 mesh peer-mac-address 000f-e222-1300   

#                                                                              

interface WLAN-Radio1/0/2                                                      

#                                                                              

 ip route-static 0.0.0.0 0.0.0.0 30.1.1.1                                   

#                                                                               

user-interface con 0                                                           

 idle-timeout 0 0                                                              

user-interface vty 0 4                                                          

 authentication-mode none                                                      

 user privilege level 3                                                        

#                                                                               

return                                                                         

<AP1>

2. 主要配置步骤:

(1)        设备采用缺省配置启动。

(2)        在WDS设备上创建VLAN2和VLAN3,并配置以太网口Ethernet 1/0/1为trunk口。

<AP1> system-view

[AP1] vlan 2 to 3

 Please wait... Done. 

[AP1] interface Ethernet 1/0/1

[AP1-Ethernet1/0/1] port link-type trunk

[AP1-Ethernet1/0/1] port trunk permit vlan all

 Please wait........................................... Done.  

(3)        在WDS设备上创建管理VLAN三层虚接口。

[AP1] interface Vlan-interface 3

[AP1-Vlan-interface3] ip address 30.1.1.22 16

(4)        在WDS设备上启动端口安全,该命令缺省是启用的。

[AP1] port-security enable

(5)        在MESH设备上配置mesh接口。

# 在系统视图下创建编号为1的WLAN-MESH接口。

[AP1] interface wlan-mesh 1

# 将端口WLAN-MESH1的端口安全模式改变为PSK。

[AP1-WLAN-MESH1] port-security port-mode psk

# 在接口WLAN-MESH1下使能11key类型的密钥协商功能。

[AP1-WLAN-MESH1] port-security tx-key-type 11key

# 在接口WLAN-MESH1下配置预共享密钥为12345678。

[AP1-WLAN-MESH1] port-security preshared-key pass-phrase 12345678

# 设置接口WLAN-MESH1的链路类型为Hybrid类型。

[AP1-WLAN-MESH1] port link-type hybrid

# 配置接口WLAN-MESH1允许VLAN2、VLAN3通过,并且发送这些VLAN的报文时保留VLAN标签。

[AP1-WLAN-MESH1] port hybrid vlan 2 to 3 tagged

Please wait... Done.

注意:WDS链路两端的WDS设备上配置的preshared-key 必须一致。

(6)        在WDS设备上配置mp-policy。

# 创建MP策略1,并进入MP策略视图。

[AP1] wlan mp-policy 1

# 设置MP策略1允许建立的最大链路数为8。

[AP1-wlan-mp-policy-1] link-maximum-number 8

[AP1-wlan-mp-policy-1] quit

(7)        在WDS设备上配置mesh-profile。

# 创建Mesh Profile 1并进入该视图。

[AP1]wlan mesh-profile 1

# 为Mesh Profile 1设置的mesh ID为testt。

[AP1-wlan-mshp-1] mesh-id testt

# 将Mesh接口1绑定到Mesh Profile 1下。

[AP1-wlan-mshp-1] bind WLAN-MESH 1

# 使能mesh策略1。

[AP1-wlan-mshp-1] mesh-profile enable

WDS链路两端的WDS设备上配置的mesh-id 必须一致。

 

(8)        在wlan-radio接口应用mp-policy、mesh-profile,000f-e212-1200是AP2 11a radio的MAC地址,000f-e222-1300是AP3 11a radio的MAC地址。

# 设置射频的工作信道为149。

[AP1-WLAN-Radio1/0/1] channel 149

# 将MP策略1和radio 1/0/1绑定。

[AP1-WLAN-Radio1/0/1] mp-policy 1

# 将Mesh Profile 1与radio 1/0/1绑定。

[AP1-WLAN-Radio1/0/1] mesh-profile 1

# 配置与当前设备相连的邻居MAC地址。

[AP1-WLAN-Radio1/0/1] mesh peer-mac-address 000f-e212-1200

[AP1-WLAN-Radio1/0/1] mesh peer-mac-address 000f-e222-1300

 WDS链路两端的WDS设备上配置的channel 必须一致。

 

4.4.2  接入点AP2/AP3的WDS配置

AP2和AP3的WDS相关配置和AP1类似,差别在于配置的peer mac-address不同,AP2、AP3上的peer mac-address指向的都是AP1 11a radio的MAC地址。而中心点AP1上需要配置两个peer mac-address分别指向AP2、AP3 11a radio的MAC地址。下面AP2、AP3的配置过程略。(AP3的配置这里不再提供)

1. 配置信息:

<AP2> display current-configuration                                         

#                                                                               

 version 5.00, Beta 1108P01                                          

#                                                                              

 sysname AP2                                          

#                                                                               

 domain default enable system                                                     

#                                                                              

 telnet server enable                                                           

#                                                                              

port-security enable                                                          

#                                                                               

vlan 1                                                                         

#                       

vlan 2 to 3

#                                                           

domain system                                                                   

 access-limit disable                                                          

 state active                                                                  

 idle-cut disable                                                               

 self-service-url disable                                                      

#                                                                              

user-group system                                                               

#                                                                              

local-user admin                                                               

 password simple admin                                                         

 authorization-attribute level 3                                               

service-type telnet terminal                                                  

 #                                                                              

wlan mesh-profile 1                                                             

 mesh-id testt                                                                 

 bind WLAN-MESH 1                                                              

 link security-type peer-to-peer                                                

 mesh-profile enable                                                           

#                                                                              

wlan mp-policy 1

link-maximum-number 8

#                                                                               

wlan rrm                                                                       

 spectrum-management enable                                                    

 autochannel-set avoid-dot11h                                                  

 dot11a mandatory-rate 6 12 24                                                 

 dot11a supported-rate 9 18 36 48 54                                           

 dot11b mandatory-rate 1 2                                                      

 dot11b supported-rate 5.5 11                                                  

 dot11g mandatory-rate 1 2 5.5 11                                              

 dot11g supported-rate 6 9 12 18 24 36 48 54                                    

#                                                                              

interface NULL0                                                                

#                                                                               

interface Vlan-interface3                                                      

 ip address 30.1.1.23 255.255.0.0                                         

#                                                                              

interface Ethernet1/0/1                                                        

 port link-type trunk                                                          

 port trunk permit vlan all                                                    

#                                                                               

interface WLAN-MESH1                   

port link-type hybrid

 port hybrid vlan 2 to 3 tagged

 port hybrid vlan 1 untagged                                                 

 port-security port-mode psk                                                   

 port-security tx-key-type 11key                                               

 port-security preshared-key pass-phrase 12345678                              

#                                                                               

interface WLAN-Radio1/0/1                                                      

 channel 149          

 mp-policy 1                                                         

 mesh-profile 1                                                                 

mesh peer-mac-address 000f-e272-1030

#                                                                              

interface WLAN-Radio1/0/2                                                      

#                                                                              

 ip route-static 0.0.0.0 0.0.0.0 30.1.1.1                                   

#                                                                              

user-interface con 0                                                           

 idle-timeout 0 0                                                              

user-interface vty 0 4                                                         

 authentication-mode none                                                       

 user privilege level 3                                                        

#                                                                              

return                                                                          

<AP2>

4.4.3  在接入点上配置无线接入功能

这里只提供了接入点AP2上的配置,接入点AP3上的配置和AP2上类似,这里就不再提供。

(1)        在接入点AP2创建两个不加密的服务模板。

# 创建一个clear类型的服务模板1。

[AP2] wlan service-template 1 clear                                   

# 设置服务模板1的SSID为test1。

[AP2-wlan-st-1] ssid test1                                               

# 使能服务模板1。

[AP2-wlan-st-1] service-template enable                                 

[AP2-wlan-st-1] quit                                                    

# 创建一个clear类型的服务模板2。

[AP2] wlan service-template 2 clear                                      

# 设置服务模板1的SSID为test2。

[AP2-wlan-st-2] ssid test2                                              

# 使能服务模板2。

[AP2-wlan-st-2] service-template enable                                 

[AP2-wlan-st-2] quit                                                     

(2)        创建两个wlan-bss接口,分别属于vlan1、vlan2。

[AP2] interface wlan-bss 1                                       

[AP2-WLAN-BSS1] quit                                                    

[AP2] interface wlan-bss 2                                              

# 将WLAN-BSS2端口加入到VLAN2中。

[AP2-WLAN-BSS2] port access vlan 2                                      

[AP2-WLAN-BSS2] quit                                                 

(3)        在11g radio绑定两个服务模板。

[AP2] interface wlan-radio1/0/2                                          

[AP2-WLAN-Radio1/0/2] service-template 1 interface WLAN-BSS 1           

[AP2-WLAN-Radio1/0/2] service-template 2 interface WLAN-BSS 2           

[AP2-WLAN-Radio1/0/2] quit                                              

4.5  验证结果

(1)        查看mesh-link

当WDS两端设备配置完成后,可以通过命令查看WDS链路是否已经成功建立。

# 查看mesh-link。

<AP1> display wlan mesh-link all

                              Peer Link Information

-------------------------------------------------------------------------------

 Nbr-Mac        BSSID          Interface         Link-state  Uptime (hh:mm:ss)

-------------------------------------------------------------------------------

 000f-e212-1200 000f-e272-1030 WLAN-MESHLINK31    Active        0:17:59

 000f-e222-1300 000f-e272-1030 WLAN-MESHLINK32    Active        0:19:22

-------------------------------------------------------------------------------

<AP1>

# WDS对端AP2看到的信息:

<AP2> display wlan mesh-link all

                              Peer Link Information

-------------------------------------------------------------------------------

 Nbr-Mac        BSSID          Interface         Link-state  Uptime (hh:mm:ss)

-------------------------------------------------------------------------------

 000f-e272-1030 000f-e212-1200 WLAN-MESHLINK62   Active        0:17:59

-------------------------------------------------------------------------------

<AP2>

(2)        WDS维护及调试

当WDS链路建立,但通信质量不好时,在WEB页面,可以通过上面的信息查看当前WDS链路质量状况,当信号质量显示为绿色(五格)时,表明信号质量最好,其它情况下信号质量可能都不是很好;如果显示为黄色,则表明当前信号质量比较差,此时需要关注点有:

l              当前采用的天线是否和radio匹配

l              天线连接是否正确

l              WDS两端天线是否对准(特别是用定向天线时)

l              当前射频是否工作在最大功率

如果是WDS链路无法建立,除了要考虑上述几点因素外,还要考虑:

l              注意事项(3)中的提到相关要求是否满足

此时也可以在命令行模式,在用户视图可以通过命令display wlan mesh-link all查看当前设备上所有mesh-link的状态。

<H3C>display wlan mesh-link all

                              Peer Link Information

-------------------------------------------------------------------------------

 Nbr-Mac        BSSID          Interface         Link-state  Uptime (hh:mm:ss)

-------------------------------------------------------------------------------

 000f-e2c0-0110 000f-e272-0030 WLAN-MESHLINK1    Active        0:25:10

-------------------------------------------------------------------------------

<H3C>

在隐藏模式下,通过命令display wlan mesh neighbors all可以查看mesh-link其它信息,最重要的是当前mesh-link的RSSI参数。一般情况下,当RSSI参数在45~60范围内时,认为当前链路质量比较好。但该参数也不是链路质量好坏的唯一标准,其它参数也会影响链路质量,如SNR。

[H3C-hidecmd]display wlan mesh neighbors all

                                 Mesh Neighbor Parameters

-------------------------------------------------------------------------------

 Neighbor MINDEX               :1280

 BSS ID                        :000f-e272-0030

 Peer Mac Addr                 :000f-e2c0-0110

 Mesh ID                       :wds-service1

 Neighbor state                :Connected peer

 Mean RSSI                     :37

 Zero Config State             :No

-------------------------------------------------------------------------------

 Link FSM State                :Established

 Peer's LinkId                 :005F

 Interface Index               :00CC0000

-------------------------------------------------------------------------------

[H3C-hidecmd]     

在WDS无法建立时,可以除了上面的显示命令,还可以通过用户视图下的调试命令获取相关调试信息debugging wlan mesh all/error/event/frame/fsm/timer

如果在设备上正确配置的WDS功能后,WDS链路无法建立,在打开调试信息debugging wlan mesh all后,只有下面的调试信息输出,表明:该AP收不到来自任何peer的WDS报文,也探测不到任何peer的存在。

*Apr 26 12:16:14:508 2000 H3C WMSH/7/Timer: Keep Alive Timer is expired for the Key cache entry <000f-e2b6-2be0>

*Apr 26 12:16:14:509 2000 H3C WMSH/7/Timer: Keep Alive Timer is refreshed for the Key cache entry <000f-e2b6-2be0>

下面是一次WDS链路建立过程完整的调试信息:

# 收到来自peer(000f-e200-0600)的mesh报文(Peer link open报文)

*Jan  4 17:09:10:301 2009 H3C WMSH/7/Frame_Rcvd: Peer link open frame is received from neighbor 000f-e200-0600                                             

# 把peer(000f-e200-0600)添加到candidate neighbor列表中(备用peer列表)

*Jan  4 17:09:10:301 2009 H3C WMSH/7/Event: Neighbor 000f-e200-0600 is added

*Jan  4 17:09:10:301 2009 H3C WMSH/7/Event: Neighbor 000f-e200-0600 is selected as candidate neighbor                                                      

*Jan  4 17:09:10:301 2009 H3C WMSH/7/Timer: Neighbor aging timer is created for neighbor 000f-e200-0600                                                     

*Jan  4 17:09:10:301 2009 H3C WMSH/7/Event: The selector for the link is 000f-e2fe-0100

*Jan  4 17:09:10:302 2009 H3C WMSH/7/Timer: Neighbor aging timer is stopped for neighbor 000f-e200-0600                                                     

# 本端发送Peer link open报文给peer(000f-e200-0600)

*Jan  4 17:09:10:302 2009 H3C WMSH/7/Frame_Send: Peer link open frame is being sent to neighbor 000f-e200-0600 in state Idle                               

*Jan  4 17:09:10:302 2009 H3C WMSH/7/Timer: Retry timer is started for neighbor 000f-e200-0600                                                             

# 发送Peer link confirm报文给peer(000f-e200-0600),链路状态由Idle变为OpenRcvd

*Jan  4 17:09:10:302 2009 H3C WMSH/7/Frame_Send: Peer link confirm frame is being sent to neighbor 000f-e200-0600 in state Idle                            

*Jan  4 17:09:10:302 2009 H3C WMSH/7/Fsm: LINK FSM Change state [Idle -> OpenRcvd] for neighbor 000f-e200-0600                                             

# 收到来自peer(000f-e200-0600)的Peer link confirm报文,链路状态由OpenRcvd变为Established,即WDS链路初步建立

*Jan  4 17:09:10:312 2009 H3C WMSH/7/Frame_Rcvd: Peer link confirm frame is received from neighbor 000f-e200-0600                                          

*Jan  4 17:09:10:312 2009 H3C WMSH/7/Timer: Retry timer is stopped for neighbor 000f-e200-0600                                                             

*Jan  4 17:09:10:312 2009 H3C WMSH/7/Fsm: LINK FSM Change state [OpenRcvd -> Established] for neighbor 000f-e200-0600                                       

*Jan  4 17:09:10:312 2009 H3C WMSH/7/Event: Link information added successfully to driver for neighbor 000f-e200-0600                                      

#Jan  4 17:09:10:376 2009 H3C IFNET/4/INTERFACE UPDOWN:                     

 Trap 1.3.6.1.6.3.1.1.5.4<linkUp>: Interface 13369344 is Up, ifAdminStatus is 1, ifOperStatus is 1                                                             

%Jan  4 17:09:10:376 2009 H3C IFNET/4/LINK UPDOWN:                         

 WLAN-MESHLINK710: link status is UP                                           

# 本端开始认证对端(本端的MAC地址比对端大),发送Link state report给peer(同时也收到来自peer的link state report),WDS链路建立。

*Jan  4 17:09:10:377 2009 H3C WMSH/7/Event: MSA authentication started for neighbor 

*Jan  4 17:09:10:542 2009 H3C WMSH/7/Timer: Keep alive timer is started for neighbor 000f-e200-0600                                                        

*Jan  4 17:09:10:997 2009 H3C WMSH/7/Frame_Rcvd: Peer link report frame is received from neighbor 000f-e200-0600                                           

*Jan  4 17:09:11:010 2009 H3C WMSH/7/Frame_Send: Link state report frame is being sent to neighbor 000f-e200-0600                                          

*Jan  4 17:09:12:108 2009 H3C WMSH/7/Frame_Rcvd: Peer link report frame is received from neighbor 000f-e200-0600                                           

*Jan  4 17:09:12:120 2009 H3C WMSH/7/Frame_Send: Link state report frame is being sent to neighbor 000f-e200-0600                                           

*Jan  4 17:09:12:441 2009 H3C WMSH/7/Frame_Send: Peer link open frame is being sent to neighbor 000f-e200-0600 in state Established                        

*Jan  4 17:09:12:443 2009 H3C WMSH/7/Frame_Rcvd: Peer link confirm frame is received from neighbor 000f-e200-0600                                          

*Jan  4 17:09:13:098 2009 H3C WMSH/7/Frame_Rcvd: Peer link report frame is received from neighbor 000f-e200-0600                                           

*Jan  4 17:09:13:220 2009 H3C WMSH/7/Frame_Send: Link state report frame is being sent to neighbor 000f-e200-0600                                          

*Jan  4 17:09:14:311 2009 H3C WMSH/7/Frame_Rcvd: Peer link report frame is received from neighbor 000f-e200-0600                                            

*Jan  4 17:09:14:320 2009 H3C WMSH/7/Frame_Send: Link state report frame is being sent to neighbor 000f-e200-0600                                          

*Jan  4 17:09:14:441 2009 H3C WMSH/7/Frame_Send: Peer link open frame is being sent to neighbor 000f-e200-0600 in state Established                        

*Jan  4 17:09:14:443 2009 H3C WMSH/7/Frame_Rcvd: Peer link confirm frame is received from neighbor 000f-e200-0600       

5 相关资料

5.1  相关协议和标准

5.2  其它相关资料

l              《H3C WA系列无线局域网接入点设备 用户手册》“WLAN分册”。

l              《H3C WA系列无线局域网接入点设备 用户手册》“安全分册”中的“端口安全”。

l              《H3C WA系列无线局域网接入点设备 用户手册》“接入分册”中的“WLAN接口”。

 

不同款型规格的资料略有差异, 详细信息请向具体销售和400咨询。H3C保留在没有任何通知或提示的情况下对资料内容进行修改的权利!