[深蓝原创]华为2600路由器帧中继配置实例

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华为路由器和交换机实例配置

华为路由器和交换机实例配置

华为路由器和交换机实例配置华为路由器和交换机实例配置华为路由器和交换机实例配置命令(文章转载有错误的地请指点,以便改正)一. 端口:路由器——ethernet(以太口)、Serial(串口)、loopback (虚拟端口)交换机——ethernet、vlan、loopback注意:交换机默认其24个端口全在vlan 1里面,交换机在给vlan 配了ip之后就具有路由器的功能了。

另一个需要注意的是,所用的端口是否被shutdown了,如果被shutdown了,需要进入相应的端口执行undo shutdown。

二. 配置ip除了交换机的以太口不可以配置ip外,其他端口都可以,配置方法相同。

[Quidway] interface *(所要配置的端口,如vlan 1)[Quidway-*]ip add *.*.*.*(ip)*.*.*.*(掩码)/*(掩码位数,一般只在路由器上适用)三. NAT 上网(此命令是在VRP版本为3.4的路由器上测试的,在其他版本上是否适用,未经考察)组网图:R1E0/2E0/3E0/1E1:192.192.169.*/24E0:192.168.2.1/24Ip:192.168.2.10/24网关:192.168.2.1Ip:192.168.2.11/24网关:192.168.2.1Ip:192.168.2.12/24网关:192.168.2.1Ip:192.168.2.13/24网关:192.168.2.1PCAPCBPCCE0/4To internetPCDS1E0/5NAPT工作过程:P191. 用地址池的方法上网:首先配置路由器的接口的ip地址,然后配置地址转换,把所有内网地址转换成所配置的地址池中的地址,参考命令如下:[R1]acl number 2000 //在vrp为3.4的路由器上,2000-2999表示basic acl [R1-acl-basic-2000]rule permit source 192.168.2.0 0.0.0.255(地址掩码的反码)[R1-acl-basic-2000]rule deny source any#这个访问控制列表定义了IP源地址为192.168.2.0/24的外出数据包[R1]nat address-group 1(地址池的组号)192.192.169.10 192.192.169.15#这条命令定义了一个包含6个公网地址(10~15)的地址池,地址池代号为1[R1] interface e 1[R1-Ethernet1] nat outbound 2000(acl的编号)address-group 1 (地址池的代号)[R1]ip route-static 0.0.0.0 0.0.0.0 192.192.169.1 (千万不要忘记这一步,!)#上面设置了路由器的E0和E1端口IP地址,并在路由表中添加缺省路由。

华为路由器封装链路层协议(PPP)、帧中继(FR)配置

华为路由器封装链路层协议(PPP)、帧中继(FR)配置

华为路由器封装链路层协议(PPP)、帧中继(FR)配置实验八 PPP、FR配置实验1.1 实验目标熟悉PPP、FR协议的相关配置1.2 组网及业务描述图1-1 PPP实验组网图封装链路层协议为PPP,并启用PAP或CHAP验证1.3 配置步骤1、配置组网图中相关接口2、封装链路层协议为PPP3、启用验证PAP或CHAP1.4 结果验证验证配置完毕后,两台设备间能ping通。

[Quidway2]ping 192.168.0.1PING 192.168.0.1: 56 data bytes, press CTRL_C to breakReply from 192.168.0.1: bytes=56 Sequence=1 ttl=255 time=28 msReply from 192.168.0.1: bytes=56 Sequence=2 ttl=255 time=28 msReply from 192.168.0.1: bytes=56 Sequence=3 ttl=255 time=28 msReply from 192.168.0.1: bytes=56 Sequence=4 ttl=255 time=28 msReply from 192.168.0.1: bytes=56 Sequence=5 ttl=255 time=28 ms--- 192.168.0.1 ping statistics ---5 packet(s) transmitted5 packet(s) received0.00% packet lossround-trip min/avg/max = 28/28/28 ms1.5 配置参考1.5.1 配置接口地址[Quidway1-S3/0/0] ip address 192.168.0.1 255.255.255.252 [Quidway2-S3/0/0] ip address 192.168.0.2 255.255.255.2521.5.2 封装PPP[Quidway1-S3/0/0] link-protocol ppp[Quidway2-S3/0/0] link-protocol ppp1.5.3 启用验证PAP:[Quidway1-S3/0/0] ppp authentication-mode pap[Quidway1] local-user huawei[Quidway1- local-user huawei]password cipher 123456[Quidway1- local-user huawei]service-type ppp[Quidway1-S3/0/0] shutdown[Quidway1-S3/0/0] undo shutdown[Quidway2-S3/0/0] ppp pap local-userhuawei password cipher 123456[Quidway2-S3/0/0] shutdown[Quidway2-S3/0/0] undo shutdownCHAP:[Quidway1-S3/0/0] ppp authentication-mode chap[Quidway1] local-user huawei1[Quidway1- local-user huawei]password cipher 123456[Quidway1- local-user huawei]service-type ppp[Quidway1-S3/0/0] ppp chap user huawei2[Quidway1-S3/0/0] shutdown[Quidway2] local-user huawei2[Quidway2- local-user huawei]password cipher 123456[Quidway2- local-user huawei]service-type ppp[Quidway2-S3/0/0] ppp chap user huawei1[Quidway2-S3/0/0] shutdown[Quidway2-S3/0/0] undo shutdown注意:在CHAP验证中,主验证方和被验证方的password必须保持一致!FR配置步骤4、配置接口地址5、封装FR6、重启接口a.配置参考i.配置接口地址[Quidway1- Serial3/0/0] ip address 192.168.0.1 255.255.255.252[Quidway2- Serial3/0/0] ip address 192.168.0.2 255.255.255.252ii.封装FR[Quidway1- Serial3/0/0] link-protocol fr[Quidway1- Serial3/0/0] fr interface-type dce[Quidway1- Serial3/0/0] fr dlci 20[Quidway1- Serial3/0/0] fr inarp(fr map ip 192.168.0.2 20)[Quidway2- Serial3/0/0] link-protocol fr[Quidway2- Serial3/0/0] fr interface-type dte[Quidway2- Serial3/0/0] fr inarp(fr map ip 192.168.0.1 20)iii.重启接口[Quidway1- Serial3/0/0]undo shutdown [Quidway2- Serial3/0/0]shutdown [Quidway2- Serial3/0/0]undo shutdown。

实验八 帧中继协议配

实验八  帧中继协议配

实验八 帧中继协议配置(1)一、实验目的掌握帧中继PPP 协议的配置;二、实验设备Quidway S3928以太网交换机 1 台Quidway S3026以太网交换机 1 台Quidway S2116以太网交换机 1 台Quidway AR28-12路由器2台Quidway AR28-31路由器1台计算机3台,网线若干根,V.35DTE 、DCE 电缆线3对三、实验原理及内容:为了模拟实际环境,我们在实验中采用背靠背直接相连来模拟广域网连接。

下面是简单实验的模拟实验环境,共2台路由器(其中RB 为AR28-31),1台交换机,2台PC 。

1、路由器各接口IP 地址设置如下:2、PC 机的IP 地址和缺省网关的IP 地址如下:为了保证配置不受影响,请在实验之前清除路由器的所有配置后重新启动。

3、配置主机地址,参考下面的命令配置PAP 协议:<Quidway>system-viewPC1202.0.0.2/24RA RB192.0.0.1/24 PC2 202.0.1.2/24 192.0.0.2/24[Quidway]sysname RA[RA]interface e0/1[RA-Ethernet0/1]ip addr 202.0.0.1 24[RA-Ethernet0/1]interface s0/0[RA-Serial0/0]ip addr 192.0.0.1 24[RA-Serial0/0]link-protocol fr[RA-Serial1/0]fr interface-type dce[RA-Serial0/0]fr dlci 100[RA-Serial0/0]fr map ip 192.0.0.2 dlci 100[RA-Serial0/0]shutdown[RA-Serial0/0]undo shutdown[RA-Serial0/0]q[RA]rip[RA-rip]network 202.0.0.0[RA-rip]network 192.0.0.0[RA-rip]peer 192.0.0.2[RA-rip]q<Quidway>system-view[Quidway]sysname RB[RB]interface e0/1[RB-Ethernet0/1]ip addr 202.0.1.1 24[RB-Ethernet0/1]interface s1/0[RB-Serial1/0]link-protocol fr[RB-Serial1/0]ip addr 192.0.0.2 24[RB-Serial1/0]fr map ip 192.0.0.1 100[RB-Serial1/0]fr interface-type dte[RB-Serial1/0]q[RB]rip[RB-rip]network 202.0.1.0[RB-rip]network 192.0.0.0[RB-rip]peer 192.0.0.1[RB-rip]q[RB]interface s1/0[RB-Serial1/0]shutdown[RB-Serial1/0]undo shutdown4、PC1与PC互相能够ping通。

HuaweiDHCP中继配置实例

HuaweiDHCP中继配置实例

HuaweiDHCP中继配置实例配置DHCP中继⽰例组⽹需求如DHCP服务器应当配置⼀个10.100.0.0/16⽹段的IP地址池,DNS服务器地址为10.100.1.2/16,NetBIOS服务器地址10.100.1.3/16,出⼝⽹关地址10.100.1.4,并且DHCP服务器上应当配置有到10.100.0.0/16⽹段的路由。

图1 配置DHCP中继组⽹图配置思路DHCP服务器的配置思路如下:1. 使能DHCP中继服务器S-switch的DHCP功能2. 配置接⼝VLANIF2的地址3. 在接⼝VLANIF1配置IP以及中继地址并使能接⼝的DHCP中继功能4. 配置DHCP服务器Router到10.100.0.0/16⽹段的路由5. 使能Router的DHCP功能6. 配置Router的接⼝GE0/0/1下的客户端从全局地址池中获取IP地址7. 在Router上配置全局地址池数据准备完成此配置举例,需要准备以下数据:· 要实现DHCP中继功能的接⼝的IP地址· DHCP服务器的地址配置步骤1. 在DHCP中继上进⾏配置# 使能DHCP服务。

<Quidway> system-view[Quidway] sysname S-switch[S-switch] dhcp enable# 配置接⼝VLANIF2的地址。

[S-switch] interface vlanif 2[S-switch-Vlanif2] ip address 202.40.1.1 255.255.0.0[S-switch-Vlanif2] quit# 进⼊要实现DHCP中继功能的接⼝,为其配置IP地址、⼦⽹掩码和DHCP中继地址。

[S-switch] interface vlanif 1[S-switch-Vlanif1] ip address 10.100.1.1 255.255.0.0[S-switch-Vlanif1] ip relay address 202.40.1.2[S-switch-Vlanif1] dhcp select relay[S-switch-Vlanif1] quit2. 在DHCP服务器上进⾏配置# 配置Router到S-switch与客户端相连接⼝VLANIF1的路由。

华为路由器怎么设置桥接

华为路由器怎么设置桥接

华为路由器怎么设置桥接华为面向网络运营商提供高端的路由器产品,覆盖骨干网、城域网的P/PE位置,帮助运营商应对网络带宽快速增长的压力,那么你知道华为路由器怎么设置桥接吗?下面是店铺整理的一些关于华为路由器设置桥接的相关资料,供你参考。

华为路由器设置桥接的方法(1)、在进行WDS无线桥接设置之前,用户需要先设置其中一个华为路由器连接到Internet,也就是其中有一台华为路由器是可以正常上网的。

(2)、本文中把已经可以上网的哪一台华为路由器称之为:主路由器A,把另一台华为路由器称之为:副路由器B,后面介绍中将使用主路由器A、副路由器B来代指。

步骤一、设置主路由器A中无线WiFi参数1、设置WiFi密码、WiFi名称设置登录到主路由器A的设置界面,点击“家庭网络”——>“无线网络设置”——>“无线加密设置”——>设置“Wi-Fi名称”——>“安全模式”选择:WPA-PSK/WPA2-PSK——>“WPA 加密模式”选择:AES——>“Wi-Fi密码”——>点击“保存”。

2、设置WiFi信道点击“家庭网络”——>“无线网络设置”——>“无线高级设置”——>把“信道”选择:1——>点击“保存”。

步骤二、设置副路由器B中无线WiFi参数重要提示副路由器B中的WiFi名称、安全模式、WPA加密模式、WiFi密码、信道,必须与主路由器A中的WiFi名称、安全模式、WPA加密模式、WiFi密码、信道保持一致。

1、设置WiFi密码、WiFi名称设置登录到副路由器B的设置界面,点击“家庭网络”——>“无线网络设置”——>“无线加密设置”——>设置“Wi-Fi名称”——>“安全模式”选择:WPA-PSK/WPA2-PSK——>“WPA 加密模式”选择:AES——>“Wi-Fi密码”——>点击“保存”。

2、设置WiFi信道点击“家庭网络”——>“无线网络设置”——>“无线高级设置”——>把“信道”选择:1——>点击“保存”。

2600路由器简单配置

2600路由器简单配置

Router#sh00:21:46: %SYS-5-CONFIG_I: Configured from console by console run Building configuration...Current configuration:version 12.0service configservice timestamps debug uptimeservice timestamps log uptimeno service password-encryptionhostname Routerenable secret 5 $1$EquO$SRkNp.arQ30KRRWkl8xVV1ip subnet-zerono ip fingerinterface FastEthernet0/0ip address 192.168.100.1 255.255.255.0ip helper-address 10.11.45.3no ip directed-broadcastno ip mroute-cachefull-duplexno cdp enableno mop enabledinterface FastEthernet0/0.45encapsulation dot1Q 45ip address 10.11.45.1 255.255.255.0ip access-group 100 outip helper-address 10.11.45.7no ip directed-broadcastinterface FastEthernet0/0.46encapsulation dot1Q 46ip address 10.11.46.1 255.255.255.0ip access-group 100 outip helper-address 10.11.45.7no ip directed-broadcastinterface FastEthernet0/0.47encapsulation dot1Q 47ip address 10.11.47.1 255.255.255.0ip access-group 100 outip helper-address 10.11.45.7no ip directed-broadcastinterface FastEthernet0/0.100encapsulation dot1Q 100ip address 172.16.100.1 255.255.255.0no ip directed-broadcastinterface FastEthernet0/0.121encapsulation dot1Q 121ip address 172.16.121.1 255.255.255.0 no ip directed-broadcastinterface FastEthernet0/0.122 encapsulation dot1Q 122ip address 172.16.122.1 255.255.255.0 no ip directed-broadcastinterface FastEthernet0/0.123 encapsulation dot1Q 123no ip directed-broadcastinterface FastEthernet0/0.131 encapsulation dot1Q 131ip address 172.16.131.1 255.255.255.0 no ip directed-broadcastinterface FastEthernet0/0.132 encapsulation dot1Q 132ip address 172.16.132.1 255.255.255.0 no ip directed-broadcastinterface FastEthernet0/0.133 encapsulation dot1Q 133ip address 172.16.133.1 255.255.255.0 no ip directed-broadcastinterface FastEthernet0/0.141 encapsulation dot1Q 141ip address 172.16.141.1 255.255.255.0 no ip directed-broadcastinterface FastEthernet0/0.142 encapsulation dot1Q 142ip address 172.16.142.1 255.255.255.0 no ip directed-broadcastinterface FastEthernet0/0.143 encapsulation dot1Q 143ip address 172.16.143.1 255.255.255.0 no ip directed-broadcastinterface FastEthernet0/0.151 encapsulation dot1Q 151ip address 172.16.151.1 255.255.255.0 no ip directed-broadcastinterface FastEthernet0/0.152 encapsulation dot1Q 152ip address 172.16.152.1 255.255.255.0 no ip directed-broadcastinterface FastEthernet0/0.161 encapsulation dot1Q 161ip address 172.16.161.1 255.255.255.0no ip directed-broadcastinterface FastEthernet0/0.162 encapsulation dot1Q 162ip address 172.16.162.1 255.255.255.0no ip directed-broadcastinterface FastEthernet0/0.163 encapsulation dot1Q 163ip address 172.16.163.1 255.255.255.0no ip directed-broadcastinterface FastEthernet0/0.171 encapsulation dot1Q 171ip address 172.16.171.1 255.255.255.0no ip directed-broadcastinterface FastEthernet0/0.172 encapsulation dot1Q 172ip address 172.16.172.1 255.255.255.0no ip directed-broadcastinterface FastEthernet0/0.173 encapsulation dot1Q 173ip address 172.16.173.1 255.255.255.0no ip directed-broadcastinterface FastEthernet0/0.200 encapsulation dot1Q 200ip address 172.16.200.1 255.255.255.0no ip directed-broadcastinterface ATM1/0ip address 10.130.22.2 255.255.255.0ip access-group 101 inip access-group 101 outno ip redirectsno ip unreachablesno ip directed-broadcastno atm ilmi-keepalivepvc 15/50protocol ip 10.130.22.1 broadcastip classlessip route 0.0.0.0 0.0.0.0 10.130.22.1no ip http serveraccess-list 100 permit ip any host 10.11.45.2 access-list 100 permit ip any host 10.11.45.3 access-list 100 permit ip any host 10.11.45.4 access-list 100 permit ip any host 10.11.45.5 access-list 100 permit ip any host 10.11.45.6access-list 100 permit ip any host 10.11.45.7 access-list 100 permit ip any host 10.11.45.8 access-list 100 permit ip any host 10.11.45.9 access-list 100 permit ip any host 10.11.45.10 access-list 100 permit ip any host 10.11.45.11 access-list 100 permit ip any host 10.11.45.12 access-list 100 permit ip any host 10.11.45.13 access-list 100 permit ip any host 10.11.45.14 access-list 100 permit ip any host 10.11.45.15 access-list 100 deny ip 172.16.0.0 0.0.255.255 any access-list 100 permit ip any anyaccess-list 101 deny tcp any any eq 135access-list 101 deny tcp any any eq 4444access-list 101 deny tcp any any eq 139access-list 101 deny udp any any eq 1434 access-list 101 deny tcp any any eq 445access-list 101 deny tcp any any eq telnet access-list 101 permit ip any anyline con 0exec-timeout 0 0transport input noneline aux 0line vty 0 4access-class 50 inpassword ********login!endRouter#。

华为DHCP relay(中继)配置教程

华为DHCP relay(中继)配置教程

华为DHCP relay(中继)配置教程如果DHCP客户端和DHCP服务器不在同一网段内,需要DHCP中继负责DHCP服务器与DHCP客户端之间的DHCP报文转发,这样可以避免在每个网段部署DHCP服务器,节约成本,方便管理。

DHCP服务器和DHCP客户端之间的DHCP报文中继次数不能超过16次,否则DHCP报文将被丢弃。

设备作为DHCP中继时,如果使能了STP功能,可能会造成地址分配较慢。

STP功能缺省处于使能状态,如果确认不需要使能STP功能,可以执行命令undo stp enable去使能STP功能。

当DHCP客户端与DHCP服务器经过三层设备相连时(不在同一网段),需要DHCP中继设备在中间担当一个代理角色,负责转发DHCP客户端与DHCP 服务器之间的通信。

DHCP中继必须与DHCP客户端所在网段直连,但不一定要与DHCP服务器所在网段直连,但要与DHCP服务器所在网段路由通畅。

DHCP中继模式仅可工作在三层模式的接口,DHCP中继设备必须使能DHCP功能1、使能DHCP功能[Huawei]dhcp en2、配置DHCP中继的轮询功能[Huawei]ip relay address cycle仅当dhcp中继设备向多个DHCP服务器转发报文时才需要配置。

当配置多个DHCP服务器后,DHCP中继默认向所有服务器转发DHCP discover报文,会加重中继设备负担。

使能该功能后,中继设备只会选择一个DHCP服务器转发,如果这个服务器没响应,再向另一个转发。

3、配置中继接口的IP地址[Huawei-GigabitEthernet0/0/2]ip address 10.1.1.2 24IP地址必须为DHCP地址池配置的网关地址;中继接口必须为与客户端在同一网段4、启动接口的DHCP中继功能[Huawei-GigabitEthernet0/0/1]dhcp select relay子接口工作在DHCP中继模式时,需要在子接口上配置arp broadcast enable命令,使能终结子接口的ARP广播功能。

华为Quidway R2600系列模块化路由器的启动与配置

华为Quidway R2600系列模块化路由器的启动与配置

华为Quidway R2600/3600 系列模块化路由器的启动与配置第一次安装使用Quidway R2600/3600 系列模块化路由器时,只能通过配置口(Console)进行配置。

Quidway R2600/3600 系列模块化路由器包含以下型号:R2620、R2621 、R2630 、R2631 、R3640 、R3680 、R2630E 、R2631E 、R3640E 、R3680E 。

1. 配置电缆连接第一步:将配置电缆的DB9(或DB25 )孔式插头接到要对路由器进行配置的微机或终端的串口上。

第二步:将配置电缆的RJ45 一端连到路由器的配置口(Console )上。

2. 设置微机或终端的参数第一步:打开微机或终端。

如果使用微机进行配置,需要在微机上运行终端仿真程序,如Windows95/Windows98/Windows NT 的超级终端。

第二步:设置终端参数。

参数要求:设置波特率为9600,数据位为8,奇偶校验为无,停止位为1,流�*刂莆蓿≡裰斩朔抡嫖猇T100。

3. 路由器上电确认路由器与配置终端的连接正确,确认已经完成配置终端参数的设置后,即可对路由器上电。

启动过程1. Boot ROM 引导路由器开机上电后,将首先运行Boot ROM 程序,终端屏幕上显示如下系统信息:说明:不同版本Boot ROM 终端上显示的界面可能会略有差别。

Quidway start booting******************************************* ** Quidway Series Router Boot Rom, V4.16 ** *******************************************Copyright(C) 1999-2001 by HUAWEI TECH CO., LTD.Now Testing Memory...OK!64M bytes DRAM8192K bytes FlashPress Ctrl-B to enter Boot Menu ..........键入<Ctrl+B>,系统将进入Boot 菜单;否则,系统开始初始化。

可接网卡的华为中继路由器的配置说明

可接网卡的华为中继路由器的配置说明

/v_show/id_XNzUzNDEwMzA4.html登陆之后,点击备份与刷机点击重置系统,点击确定此时显示系统擦出中,大约等待5分钟之后,我们手动重启下(点击侧面板中的按钮,等待1分钟)路由器重启,路由器的电源灯,重闪烁,变为自动出现管理登陆界面;输入密码,点击登陆,点击网络点击无线点击radio1的开启解释:radio0是路由器自带的发射网卡,共手机和电脑接收信号用的点击网络点击接口点击lan后面的修改将ipv4中的192.168.1.1修改为192.168.18.1,其他保持默认;点击保存应用此时页面显示应用更改,并且会一直停留在这个页面,因为我们把路由器的网关,ipv4的地址,修改成了192.168.18.1,等待2分钟,等待应用完成,这里要再做一次重启路由器(还是用手去按下侧面的按钮);重复步骤1,192.168.18.1然后登陆,点击网络,无线然后点击rodio1后面的搜索,如果出现这个页面,没有搜索到信号,我们可以点击下,重新搜索,还是没有我们就点击一下网络,无线点击radio1禁用弹出的,英文对话框,点击确定,等待路由器完成,这个时候再去点击搜索;,如果刚才能够搜到刚才的无线信号的,就跳过刚才此步骤;选择cmcc加入网络,中国移动wlan是没有密码的,直接点击提交,然后选择保存应用,应用更改过程中,请等待他更改完成;完成了,就可以试着去访问网页啦,登陆完成后,在说一下,无线的密码是怎样修改的,Radio0是路由器自带的发射信号的,点击后面的修改然后点击一下,这里的信息安全,这里有很多的加密方式,可以随便选择一个,一般的这个,我们选择wpa2-psx输入无线密码的地方(密码最少是8位)选择3频道或者9频道保存应用;等待路由器完成,。

华为路由中继设置方法

华为路由中继设置方法

华为路由中继设置方法华为路由器作为家庭网络的枢纽之一,除了可以直接连接网络进行路由分发外,还可以作为中继设备,将原有的无线网络信号进行中继放大,覆盖更大的范围。

下面将介绍华为路由的中继设置方法。

一、准备工作在开始设置之前,首先需要确保以下几点工作已经完成:1. 确保原有的无线网络设备已经正常工作,包括路由器或者无线接入点。

2. 确保华为路由器已经连接到电源并且处于正常工作状态。

3. 确保已经获得了原无线网络的名称(SSID)和密码。

二、登录华为路由器管理界面1. 打开电脑的浏览器,在地址栏中输入华为路由器的管理地址,一般为“192.168.1.1”,回车进入登录界面。

2. 在弹出的登录界面中输入用户名和密码进行登录。

默认情况下,用户名和密码都是“admin”。

3. 成功登录后,进入华为路由器的管理界面。

三、进行中继设置1. 在管理界面中找到“无线设置”或者“无线网络设置”选项,点击进入。

2. 在无线设置界面中,找到“中继”或者“中继器”选项,点击进入中继设置界面。

3. 在中继设置界面中,找到“SSID”和“密码”的输入框,分别输入原无线网络的名称和密码。

4. 点击“保存”或“应用”按钮,保存设置并使其生效。

四、完成中继设置1. 设置完成后,华为路由器会自动进行重启并应用新的设置。

2. 等待路由器重启完成后,就可以看到原无线网络的名称在周围的设备中重新出现。

3. 使用原无线网络的名称和密码连接到华为路由器所中继的信号,即可享受到覆盖更广范围的无线网络服务。

需要注意的是,由于中继信号需要与原有的无线网络设备进行通信,所以在选择中继信号的位置时要考虑到信号的稳定性和覆盖范围,尽量选择与原有设备距离适中的位置进行设置。

总结:华为路由器作为中继设备,可以有效地扩大无线网络的覆盖范围,提高家庭网络的整体覆盖性能。

通过上述介绍的中继设置方法,相信大家可以轻松地对华为路由器进行中继设置,享受到更便捷、更广泛的无线网络服务。

华为2600server路由配置

华为2600server路由配置

华为 2600 series R2631E RT-2631E 路由器配置手册第一章 Quidway 新旧命令对照表第二章 DHCP设置方法dhcp server ip-pool 1 (DHCP服务)network 192.168.1.0 mask 255.255.255.0 (分发地址池)gateway-list 192.168.1.254 (网关)dns-list 60.191.244.5 60.191.244.2 (当地DNS )expired unlimiteddhcp ser forbrdden-192.168.1.100 (保留1.100的IP地址不被分发)第三章简单的DNS填入dns server 60.191.244.5 60.191.244.2 (设置DHCP时,即可设置)第四章端口映射语法命令:Nat server global [外网IP] –[映射到外网的端口] inside [内网被映射的计算机IP]–[映射端口] –[数据类型UDP/TCP]例如:nat server global xxx.xxx.xxx.xxx 1433 inside 192.168.1.188 1433 tcp 设置方法简单,进入外部端口,直接敲入命令即可。

删除 undo nat server global xxx.xxx.xxx.xxx 50000 tcp (不用我说应该看的懂吧)其中undo是个删除的意思,一般情况下前面加undo就是删除或者取消。

第五章帐号建立与删除删除帐号:undo local-user [帐号]填加帐号:local-user [帐号] service-type administrator password ciph [密码](密码为密文显示)或者local-user [帐号] service-type administrator password simple [密码](密码为明文显示)第六章忘记密码的后门路由器密码修改1、重新配置路由器的以太网口地址[Router-Ethernet1]ip address 192.168.10.1 255.255.255.02、保证PC与路由器的以太网口能够互通3、在路由器上配置一个FTP帐号用来从PC中DOWN配置[Router]local-user ftp password sim ftp ftp-directory flash:/4、启动路由器上的FTP服务[Router]ftp-server enable4、PC的运行栏中输入CMDFTP 192.168.10.1输入用户名ftp密码ftphashlcd c:\ 指定下载后的配置文件目录get config然后用写字本或记事本打开更改密码后再put上去注意:上传以后不需要再保存配置,若再SAVE配置,则上传的配置会被覆盖。

华为路由器DHCP中继配置实例

华为路由器DHCP中继配置实例

华为路由器DHCP中继(DHCP Relay)配置实例路由器配置实例早期的DHCP协议只适用于DHCP客户端和服务器处于同一个网段内的情况,不能跨网段。

因此,为进行动态主机配置,需要在每个网段置一个DHCP服务器,这显然是很不经济的。

DHCP 中继(DHCP Relay)功能的引入解决了这一难题:客户端可以通过DHCP中继与其他网段的DHCP服务器通信,最终取得合法的IP地址。

这样,多个网段的DHCP客户端可以使用同一个DHCP服务器,既节省了成本,又便于进行集中管理。

一般来说,DHCP中继既可以是主机,也可以是路由器,只要在设备上启动DHCP中继代理的服务程序即可。

DHCP Relay工作原理如下:1、当DHCP Client启动并进行DHCP初始化时,它会在本地网络广播配置请求报文。

2、如果本地网络存在DHCP Server,则可以直接进行DHCP配置,不需要DHCP Relay。

3、如果本地网络没有DHCP Server,则与本地网络相连的具有DHCP Relay功能的网络设备收到该广播报文后,将进行适当处理并转发给指定的其它网络上的DHCP Server。

4、DHCP Server根据DHCP Client提供的信息进行相应的配置,并通过DHCP Relay将配置信息发送给DHCP Client,完成对DHCP Client的动态配置。

事实上,从开始配置到最终完成配置,可能存在多次这样的交互过程。

下面为大家介绍一个在华为路由器上实现DHCP中继的配置实例。

一、组网需求如下图,DHCP客户端所在的网段为10.100.0.0/16,而DHCP服务器所在的网段为202.40.0.0/16。

需要通过带DHCP中继功能的路由设备中继DHCP报文,使得DHCP客户端可以从DHCP服务器上申请到IP地址等相关配置信息。

DHCP服务器应当配置一个10.100.0.0/16网段的IP地址池,DNS服务器地址为10.100.1.2/16,NetBIOS服务器地址10.100.1.3/16,出口网关地址10.100.1.4,并且DHCP 服务器上应当配置有到10.100.0.0/16网段的路由。

华为中低端路由器典型配置实例

华为中低端路由器典型配置实例

华为中低端路由器典型配置实例2008-01-25 00:36旧新解释show display 显示no undo 删除/取消user local-user 新建用户end return 退回到系统视图exit quit 返回上级视图exit logout telnet的推出router rip rip 启动riprouter ospf ospf 启动ospfrouter bgp bgp 启动bgphostname sysname 设置主机名字access-list acl 控制访问列表write save 保存配置erase delete 删除配置0 simple 明文7 cipher 密文host ip host host名字和ip地址对应logging info-center 日志信息encapslution link-pro 封装链路层协议show version disp version 显示版本show run disp current-configuration 显示当前配置show tech-support disp base-information 显示全面的信息show start disp saved-configuration 显示已保存的配置ctrl+z ctrl+z 退回到系统视图ctrl+p ctrl+p 上一条命令ctrl+n ctrl+n 下一条命令新加ctrl+a display cur新加ctrl+r display ip routing-table no debug ctrl+d 取消所有debug命令这些是最新华为新旧命令的对照表,希望对大家的学习有所帮助。

[url=#_Toc51582367]4.1 NAT-地址转换. 1[/url][url=#_Toc51582368]4.1.1 用出接口地址做Easy nat 1[/url][url=#_Toc51582369]4.1.2 地址池方式做nat 2[/url][url=#_Toc51582370]4.1.3 ISDN拨号做nat上网. 3[/url][url=#_Toc51582371]4.1.4 一个以太口也做nat转换. 4[/url][url=#_Toc51582372]4.1.5 对外提供ftp,www等服务. 5[/url]4.1NAT-地址转换4.1.1用出接口地址做Easy nat【Router】当前路由器提示视图依次输入的配置命令,重要的命令红色突出显示简单说明!适用版本vrp1.74及1.44[Router] acl 2000 match-order auto[Router-acl2000] rule normal permit source 10.0.0.0 0.0.0.255[Router-acl2000] rule deny ip source any 配置允许进行NAT转换的内网地址段![Router] interface Ethernet0[Router-Ethernet0] ip address 10.0.0.1 255.255.255.0![Router] interface Ethernet1[Router-Ethernet1] ip address 202.1.1.1 255.255.255.0[Router-Ethernet1] nat outbound 2000 interface 在出接口上进行NAT 转换![Router] ip route-static 0.0.0.0 0.0.0.0 202.1.1.2 preference 60[Router] ! [Router] return 4.1.2地址池方式做nat【Router】当前路由器提示视图依次输入的配置命令,重要的命令红色突出显示简单说明!适用版本vrp1.74及1.44[Router] nat address-group 1 202.1.1.1 202.1.1.6 pool1![Router] acl 2000 match-order auto[Router-acl2000] rule normal permit source 10.0.0.0 0.0.0.255[Router-acl2000] rule deny ip source any 配置允许进行NAT转换的内网地址段![Router] interface Ethernet0[Router-Ethernet0] ip address 10.0.0.1 255.255.255.0![Router] interface Ethernet1[Router-Ethernet1] ip address 202.1.1.1 255.255.255.0[Router-Ethernet1] nat outbound 2000 pool pool1在出接口上进行NAT 转换![Router] ip route-static 0.0.0.0 0.0.0.0 202.1.1.2 preference 60!return4.1.3ISDN拨号做nat上网【Router】当前路由器提示视图依次输入的配置命令,重要的命令红色突出显示简单说明!适用版本vrp1.74及1.44[Router] dialer-rule 1 ip permit[Router] !acl 2000 match-orderauto[Router-acl2000] rule normal permit source 10.0.0.0 0.0.0.255[Router-acl2000] rule deny ip source any!内网的以太口地址根据实际情况来配置[Router] interface Ethernet0[Router-Ethernet0] ip address 10.0.0.1 255.255.255.0[Router-Ethernet0] ![Router-Serial0] interface Bri0[Router-Bri0] link-protocol ppp[Router-Bri0] ppp mp使能128K两B拨号[Router-Bri0] ppp pap local-user 16900 password simple 16900[Router-Bri0] ip address ppp-negotiate[Router-Bri0] dialerenable-circularISDN拔号不用配置dialerenable-legacy,如果是灵活DDR拔号,还应配置undo dialerenable-legacy[Router-Bri0] dialer-group 1 [Router-Bri0] dialer number 16900[Router-Bri0] nat outbound 2000interface在出接口上进行NAT转换![Router] ip route-static0.0.0.0 0.0.0.0 bri 0preference 60使用isdn-bri拨号[Router] ! [Router] return 4.1.4一个以太口也做nat转换【Router】当前路由器提示视图依次输入的配置命令,重要的命令红色突出显示简单说明!适用版本vrp1.74及1.44[Router] acl 3000 match-order auto[Router-acl3000] rule normal deny ip source 10.0.0.0 0.0.0.255 destination 10.0.0.1 0.0.0.0[Router-acl3000] rule normal permit source 10.0.0.00.0.0.255[Router-acl3000] rule deny ip source any![Router] interface Ethernet0[Router-Ethernet0] ip address 10.0.0.1 255.255.255.0![Router] interface Ethernet0[Router-Ethernet0] ip address 202.1.1.1 255.255.255.0 [Router-Ethernet0] ip address 10.0.0.1 255.255.255.0 sub [Router-Ethernet0] nat outbound 3000 interface![Router] ip route-static 0.0.0.0 0.0.0.0 202.1.1.2 preference 60[Router] ![Router] return说明:上例不推荐使用。

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[深蓝原创]华为quidway 2600路由器帧中继配置实例工程实录系列之一(献给初学者)作者deep blue 深蓝QQ:366392390欢迎转载,请保留作者版权信息2005-09-20此图供参考网络如下:ROUTER1------------ATM-1----------ATM2------------ROUTER2 155M ATM接口TRUNK 2M FR接口帧中继技术是一种在可靠介质上实现的快速分组交换的技术(也是当前主流的专线技术之一),它能为现今突发性业务流量(如LAN 互连)提供显著的性能价格优势。

同时帧中继也是一种广域网接口协议,工作在数据链路层上,它有以下几个特点:低时延、可靠性、低开销、可预测性、公平性。

配置帧中继的工作的一般步骤:1、在一个端口上作帧中继打包,即封装帧中继协议2、定义动态或静态的地址映射3、定义LMI类型4、配置帧中继交换虚电路dis cur//显示当前路由器配置Now create configuration...Current configuration!version 1.74 //VRP版本号1.74sysname deepblue//路由器名称firewall enable //防火墙功能开启aaa-enable //认证、授权、计费功能开启aaa accounting-scheme optional!controller e1 0 //配置E1模块生成逻辑接口using E1 //非成帧E1!interface Aux0-protocol ppp //辅助接口默认链路协议为ppp !interface Ethernet0//内部网口speed 100 //速率100Mduplex full //全双工ip address 10.34.185.1 255.255.255.252 //接口ip地址!interface Serial0 //主机上自带的第一个同步串口link-protocol ppp //接口默认链路协议为ppp!interface Serial1 //主机上自带的第二个同步串口link-protocol ppp //接口默认链路协议为ppp!interface Serial2:0 //E1逻辑接口link-protocol fr /链路协议为FRAME-RELAYip address 10.34.40.6 255.255.255.252 //接口ip地址fr map ip 10.34.40.5 dlci 168 //映射对端ip地址和dlci号的对应关系fr dlci 168 //帧中继数据链路表示符为168 quit!quitip route-static 0.0.0.0 0.0.0.0 10.34.40.5 preference 60 //配置默认路由!return[deepblue-Serial2:0][deepblue-Serial2:0][deepblue-Serial2:0]dis ip routeIncorrect command //命令输入不正确[deepblue-Serial2:0]dis ip routingRouting Tables: Destination/Mask Proto Pref Metric Nexthop Interface 127.0.0.0/8 Direct 0 0 127.0.0.1 LoopBack0 127.0.0.1/32 Direct 0 0 127.0.0.1 LoopBl2:0][deepblue-Serial2:0][deepblue-Serial2:0][deepblue-Serial2:0][deepblue-Serial2:0][deepblue-Serial2:0]dis int s2:0 //显示接口状态Serial2:0 current state:up, line protocol current state:down //链路协议未协商成功The Maximum Transmit Unit is 1500Internet Address is 10.34.40.6(30)physical layer is E1, baudrate is 2048000 bpsLink-protocol is FRAME-RELAY IETF //封装帧中继类型为IETFMI DLCI 0 LMI type MI status enq sent 1042, status received 11LMI status sent0, status enq received 0LMI status discarded 0, status enq discarded 0, status timeuts 1029Input Data Queue :(size/max/drops): 0/75/0Input queue : (size/max/drops) 0/50/0FIFO queue: 0/1000/0 (size/max/drops)(Outbound quee:Size/Length/Discards)FIFO: 0/75/0Last 5 minutes input rate 0.84 bytes/sec, 0.04 packets/secLast 5 minutes output rate 1.72 bytes/sec, 0.11 packets/secInput: 14 packets, 254 bytes 0 errors, 0 runts, 0 giants0 CRC,0 frame errors, 0 overrunners0 aborted sequences 0 no buffers 0 paectedOutput:29447 packets, 524883 bytes 0 errors, 0 underruns, 0 collisions 0 packets[deepblue-Serial2:0][deepblue-Serial2:0][deepblue-Serial2:0][deepblue-Serial2:0][deepblue-Serial2:0]dis fr lmi //显示frame-relay的本地管理接口状态Serial2:0(Interface-type: DTE)1043 status enquiry sent, 11 status received0 status discarded, 1030 status timeouts[deepblue-Serial2:0][deepblue-Serial2:0]int s2:0 //进入逻辑接口配置模式[deepblue-Serial2:0]fr lmi ansi //修改本地管理接口类型为ansi [deepblue-Serial2:0]%22:57:24: Line protocol ip on the interface Serial2:0 is UP //frame-relay 与对端链路协商成功[deepblue-Serial2:0][deepblue-Serial2:0]ping 10.34.40.5 //测试对方ip地址连通性PING 10.34.40.6: 56 data bytes, press CTRL_C to breakReply from 10.34.40.6: bytes=56 Sequence=0 ttl=255 time = 1 ms Reply from 10.34.40.6: bytes=56 Sequence=1 ttl=255 time = 2 ms Reply from 10.34.40.6: bytes=56 Sequence=2 ttl=255 time = 2 ms Reply from 10.34.40.6: bytes=56 Sequence=3 ttl=255 time = 1 ms Reply from 10.34.40.6: bytes=56 Sequence=4 ttl=255 time = 1 ms --- 10.34.40.6 ping statistics ---5 packets transmitted5 packets received0.00% packet lossround-trip min/avg/max = 1/1/2 ms[deepblue-Serial2:0][deepblue-Serial2:0][deepblue-Serial2:0]dis ip routing//显示当前路由表Routing Tables:Destination/Mask Proto Pref Metric Nexthop Interface0.0.0.0/0 Static 60 0 10.34.40.5 Serial2:0 10.34.40.4/30 Direct 0 0 10.34.40.6 Serial2:0 rect 0 0 127.0.0.1 LoopBack0 127.0.0.0/8 Direct 0 0 127.0.0.1 LoopBack0 127.0.0.1/32 Direct 0 0 127.0.0.1 LoopBack0 [deepblue-Serial2:0][deepblue-Serial2:0][deepblue-Serial2:0][deepblue-Serial2:0]dis int s2:0Serial2:0 current state:up, line protocol current state:upThe Maximum Transmit Unit is 1500Internet Address is 10.34.40.6(30)physical layer is E1, baudrate is 2048000 bpsLink-protocol is FRAME-RELAY IETFLMI DLCI 0 LMI LMI status enq sent 1052, status received 18 LMI status sent0, status enq received 0LMI status discarded 0, status enq discarded 0, status timeouts 1032 Input Data Queue :(size/max/drops): 0/75/0Input queue : (size/max/drIFOData Fragment queue: 0/1000/0 (size/max/drops) (Outbound queue:Size/Length/Discards)FIFO: 0/75/0Last 5 minutes input rate 0.84 bytes/sec, 0.04 packets/secLast 5 minutes output rate 1.72 bytes/sec, 0.11 packet362 bytes0 broadcasts, 0 multicasts0 errors, 0 runts, 0 giants0 CRC,0 frame errors, 0 overrunners0 aborted sequences 0 no buffers0 packets with dribble condition detectedOutput:29457 packets, 525020 bytes0 broadcasts, 0 multicasts0 errors, 0 underruns, 0 collisions0 packets had been deferred[deepblue-Serial2:0][deepblue-Serial2:0]dis lmiSerial2:0(Interface-type: DTE)1054 status enquiry sent, 20 status received0 status discarded, 1032 status timeouts[deepblue-Serial2:0][deepblue-Serial2:0][deepblue-Serial2:0][deepblue-Serial2:0]dis fr pvcPVC Statistics for interface Serial2:0(Interface-type: DTE)DLCI = 168 PVC State = Active Input:BECN pkts: 0 FECN pkts: 0 pkts: 2 bytes: 60Output: pkts: 2 bytes: 60[deepblue-Serial2:0][deepblue-Serial2:0][deepblue-Serial2:0]ping 10.34.40.5PING 10.34.40.5: 56 data bytes, press CTRL_C to breakReply from 10.34.40.5: bytes=56 Sequence=0 ttl=255 time = 6 ms Reply from 10.34.40.5: bytes=56 Sequence=1 ttl=255 time = 5 ms Reply from 10.34.40.5: bytes=56 Sequence=2 ttl=255 time = 5 ms Reply from 10.34.40.5: bytes=56 Sequence=3 ttl=255 time = 5 ms Reply from 10.34.40.5: bytes=56 Sequence=4 ttl=255 time = 5 ms --- 10.34.40.5 ping statistics ---5 packets transmitted5 packets received0.00% packet lossround-trip min/avg/max = 5/5/6 ms[deepblue-Serial2:0][deepblue-Serial2:0]ping ? //查看ping命令参数STRING<1-20> HostnameX.X.X.X IP addressIP IP echoIPX IPX echo[deepblue-Serial2:0]ping ip ?usage: ping [-R dnqrv] [-a IP-address] [-c count] [-o IP-TOS] [-p pattern][-s packetsize] [-t timeout] [-i TTL] hostoptions:-a IP address Source IP address-c count Number of echo requests to sendoption on the socket being used-f Set the DF flag in IP header-n Numeric output only.No attempt will be made tolookup symbolic names for host addresses -o IP-TOS Set the TOS in IP headeecify up to 16 "pad" bytes to fillout the packet you send. For example, -p ff willcause the sent packet to be filled with all ones -q Quiet output. Nothing is displayed except thetartup time and when finished-R Record route. Includes the RECORD_ROUTE option inthe ECHO_REQUEST packet and displays the routebuffer on returned packets-r Bypass the irectlyto a host on an attached network-s packetsize Specifies the number of data bytes to be sent-t timeout Timeout in milliseconds to wait for each replyThe default is 56-v ets other than ECHO_RESPONSEthat are received are listed-i TTL Time to live[deepblue-Serial2:0]ping ip -c 1000 -s 1024 10.34.40.5 //使用扩展ping命令,指定发包次数1000,测试包大小为1024kPING 10.34.40.5: 1024 data bytes, press CTRL_C to breakReply from 10.34.40.5: bytes=1024 Sequence=0 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=1 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=2 ttl=255 time = 22Reply from 10.34.40.5: bytes=1024 Sequence=3 ttl=255 time = 33 msReply from 10.34.40.5: bytes=1024 Sequence=4 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=5 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=6 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=7 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=8 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=9 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=10 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=11 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=12 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=13 ttl=255 time = 22Reply from 10.34.40.5: bytes=1024 Sequence=14 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=15 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=16 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=17 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=18 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=19 ttl=255 time = 23 msReply from 10.34.40.5: bytes=1024 Sequence=20 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=21 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=22 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=23 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=24 ttl=255 time = 22Reply from 10.34.40.5: bytes=1024 Sequence=25 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=26 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=27 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=28 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=29 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=30 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=31 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=32 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=33 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=34 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=35 ttl=255 time = 22Reply from 10.34.40.5: bytes=1024 Sequence=36 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=37 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=38 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=39 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=40 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=41 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=42 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=43 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=44 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=45 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=46 ttl=255 time = 22Reply from 10.34.40.5: bytes=1024 Sequence=47 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=48 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=49 ttl=255 time = 21 msReply from 10.34.40.5: bytes=1024 Sequence=50 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=51 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=52 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=53 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=54 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=55 ttl=255 time = 33 msReply from 10.34.40.5: bytes=1024 Sequence=56 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=57 ttl=255 time = 22Reply from 10.34.40.5: bytes=1024 Sequence=58 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=59 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=60 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=61 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=62 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=63 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=64 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=65 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=66 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=67 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=68 ttl=255 time = 22Reply from 10.34.40.5: bytes=1024 Sequence=69 ttl=255 time = 21 msReply from 10.34.40.5: bytes=1024 Sequence=70 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=71 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=72 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=73 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=74 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=75 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=76 ttl=255 time = 25 msReply from 10.34.40.5: bytes=1024 Sequence=77 ttl=255 time = 21 msReply from 10.34.40.5: bytes=1024 Sequence=78 ttl=255 time = 21 msReply from 10.34.40.5: bytes=1024 Sequence=79 ttl=255 time = 22Reply from 10.34.40.5: bytes=1024 Sequence=80 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=81 ttl=255 time = 21 msReply from 10.34.40.5: bytes=1024 Sequence=82 ttl=255 time = 21 msReply from 10.34.40.5: bytes=1024 Sequence=83 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=84 ttl=255 time = 21 msReply from 10.34.40.5: bytes=1024 Sequence=85 ttl=255 time = 21 msReply from 10.34.40.5: bytes=1024 Sequence=86 ttl=255 time = 21 msReply from 10.34.40.5: bytes=1024 Sequence=87 ttl=255 time = 21 msReply from 10.34.40.5: bytes=1024 Sequence=88 ttl=255 time = 21 msReply from 10.34.40.5: bytes=1024 Sequence=89 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=90 ttl=255 time = 21Reply from 10.34.40.5: bytes=1024 Sequence=91 ttl=255 time = 21 msReply from 10.34.40.5: bytes=1024 Sequence=92 ttl=255 time = 21 msReply from 10.34.40.5: bytes=1024 Sequence=93 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=94 ttl=255 time = 21 msReply from 10.34.40.5: bytes=1024 Sequence=95 ttl=255 time = 21 msReply from 10.34.40.5: bytes=1024 Sequence=96 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=97 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=98 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=99 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=100 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=101 ttl=255 time =22 msReply from 10.34.40.5: bytes=1024 Sequence=102 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=103 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=104 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=105 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=106 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=107 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=108 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=109 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=110 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=111 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=112 ttl=255 time = 22msReply from 10.34.40.5: bytes=1024 Sequence=113 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=114 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=115 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=116 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=117 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=118 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=119 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=120 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=121 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=122 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=123 ttl=255 time =Reply from 10.34.40.5: bytes=1024 Sequence=124 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=125 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=126 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=127 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=128 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=129 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=130 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=131 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=132 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=133 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=134 ttl=255 time =Reply from 10.34.40.5: bytes=1024 Sequence=135 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=136 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=137 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=138 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=139 ttl=255 time = 22 msReply from 10.34.40.5: bytes=1024 Sequence=140 ttl=255 time = 22 ms--- 10.34.40.5 ping statistics ---142 packets transmitted141 packets received0.70% packet lossround-trip min/avg/max = 21/22/33 ms[deepblue-Serial2:0][deepblue-Serial2:0]ping ip -c 100 -s 1972 10.34.40.5PING 10.34.40.5: 1500 data bytes, press CTRL_C to breakReply from 10.34.40.5: bytes=1500 Sequence=0 ttl=255 time = 32 msReply from 10.34.40.5: bytes=1500 Sequence=1 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=2 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=3 ttl=255 time = 31 msReply from 10.34.40.5: bytes=1500 Sequence=4 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=5 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=6 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=7 ttl=255 time = 32 msReply from 10.34.40.5: bytes=1500 Sequence=8 ttl=255 time = 33 msReply from 10.34.40.5: bytes=1500 Sequence=9 ttl=255 time = 30Reply from 10.34.40.5: bytes=1500 Sequence=10 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=11 ttl=255 time = 31 msReply from 10.34.40.5: bytes=1500 Sequence=12 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=13 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=14 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=15 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=16 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=17 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=18 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=19 ttl=255 time = 31 msReply from 10.34.40.5: bytes=1500 Sequence=20 ttl=255 time = 30Reply from 10.34.40.5: bytes=1500 Sequence=21 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=22 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=23 ttl=255 time = 31 msReply from 10.34.40.5: bytes=1500 Sequence=24 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=25 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=26 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=27 ttl=255 time = 31 msReply from 10.34.40.5: bytes=1500 Sequence=28 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=29 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=30 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=31 ttl=255 time = 30Reply from 10.34.40.5: bytes=1500 Sequence=32 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=33 ttl=255 time = 30 msReply from 10.34.40.5: bytes=1500 Sequence=34 ttl=255 time = 31 msReply from 10.34.40.5: bytes=1500 Sequence=35 ttl=255 time = 31 msReply from 10.34.40.5: bytes=1500 Sequence=36 ttl=255 time = 31 msReply from 10.34.40.5: bytes=1500 Sequence=37 ttl=255 time = 31 msReply from 10.34.40.5: bytes=1500 Sequence=38 ttl=255 time = 31 msReply from 10.34.40.5: bytes=1500 Sequence=39 ttl=255 time = 31 msReply from 10.34.40.5: bytes=1500 Sequence=40 ttl=255 time = 31 msReply from 10.34.40.5: bytes=1500 Sequence=41 ttl=255 time = 31 msReply from 10.34.40.5: bytes=1500 Sequence=42 ttl=255 time = 31Reply from 10.34.40.5: bytes=1500 Sequence=43 ttl=255 time = 31 msReply from 10.34.40.5: bytes=1500 Sequence=44 ttl=255 time = 31 msReply from 10.34.40.5: bytes=1500 Sequence=45 ttl=255 time = 31 msReply from 10.34.40.5: bytes=100 Sequence=46 ttl=255 time = 31 ms--- 10.34.40.5 ping statistics ---48 packets transmitted47 packets received2.08% packet lossround-trip min/avg/max = 30/30/33 ms[deepblue-Serial2:0][deepblue-Serial2:0][deepblue-Serial2:0]。

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