Here is a simple tutorial on tracing access users on Huawei Router. There are few ways to trace access-user based on the given information and most common are circuit-id, ip-address,ipv6-address and mac-address. [~Huawei]trace access-user object 1 ? access-mode The access mode calling-number The Calling Number ce-vlan The CE VLAN ID circuit-id User’s circuit-id interface The interface ip-address The IP address ipv6-address IPv6 address mac-address The MAC address pe-vlan The PE VLAN ID remote-id User’s remote-id tunnel-id User Tunnel ID user-name…
Tag: <span>huawei</span>
Here’s the basic BGP (eBGP) configuration of connecting 3 different router vendors namely Huawei, Juniper and Cisco Routers. Assuming we connect via their physical interfaces and incoming and outgoing policies are basically allow all. Sample Configuration Huawei <Huawei>system-view Enter system view, return user view with return command. [~Huawei] interface GigabitEthernet1/0/0 description Connection to Cisco ip address 192.168.0.1 255.255.255.252 interface GigabitEthernet1/0/1 description Connection to Juniper ip address 192.168.1.1 255.255.255.252 xpl route-filter Cisco-Import approve end-filter xpl route-filter Cisco-Export approve end-filter xpl route-filter…
These are the some commands being used when performing network change or maintenance, depending on the features or services being run in the network. Typically, this is very useful in verification, troubleshooting and comparison between before and after the change. Commands Description Category screen-length 0 temporary display none split screen (useful in collecting info without pause) Basic Command display health display usage information of system resources Resources display cpu-usage display usage of CPU Resources display alarm all display all alarms…
Here are the sample VLAN configuration and commands comparing Cisco Nexus and Huawei switches. VLAN Creation: Cisco Huawei configure system-view vlan 88name VLAN 88 vlan 88name VLAN88 Access Interfaces: Cisco Huawei interface Ethernet1/1description Connection to Server1switchportswitchport access vlan 88no shutdown interface GigabitEthernet1/1/1description Connection to Server1port link-type accessport default vlan 88undo shutdown Trunk Interfaces: Cisco Huawei interface Ethernet2/1description Connect to Switch2switchportswitchport mode trunkswitchport trunk allowed vlan 10,20no shutdown interface GigabitEthernet2/1/1description Connect to Switch2port link-type trunkport trunk allow-pass vlan 10 20undo shutdown…
Cisco uses RPL (Route Policy Language) while Huawei uses XPL (Extended Route Policy language). Basically they are the same concept but of course the commands are slightly different, though editing the policy or prefix-set requires vi/vim knowlege. Cisco IOS-XR RPL Huawei NE40E XPL Adding Prefix-Set:prefix-set FNT-Prefixes 192.168.0.0/24, 172.16.0.0/23end-set Adding Prefix-Set:xpl ip-prefix-list FNT-Prefixes192.168.0.0 24,172.16.0.0 23end-list Creating Route Policy:route-policy FNT-EXPORT if (destination in FNT-Prefixes) then prepend as-path 65555 2 endifend-policy Creating Route Policy:xpl route-filter FNT-EXPORT if ip route-destination in FNT-Prefixes then …
Here is sample basic IPv4 & IPv6(OSPFv3) Open Shortest Path First (OSPF) configuration between 2 Huawei Routers with MD5 authentication. Fig1. RouterA Configuration: Configure physical interface <RouterA>interface 100GE6/0/0 <RouterA>description Connection to RouterB <RouterA>undo shutdown <RouterA>eth-trunk 1 <RouterA>undo lldp enable <RouterA>undo dcn 2. Configure the Eth-Trunk IPv4/IPv6 address <RouterA>interface Eth-Trunk1 <RouterA>description Eth-Trunk to RouterB <RouterA>ipv6 enable <RouterA>ip address 192.168.10.1 255.255.255.252 <RouterA>ipv6 address fdfe:13bb:8abc:a00:8::2a/127 <RouterA>mode lacp-static 3. Configure the OSPF (IPv4) process (with optional parameters) <RouterA>ospf 8888 router-id 172.16.1.1 <RouterA>bfd all-interfaces min-tx-interval…
Here is sample tutorial on how to configure External Border Gateway Protocol (EBGP) between Huawei Router and another router. I will focus on the configuration of the Huawei router (RouterA). Fig.1.1 Procedure: 1. Configure the Loopback IP address a. Enter system view command: system-view <RouterA>system-view Enter system view, return user view with return command. <RouterA>interface LoopBack0 <RouterA>description RouterA Loopback0 <RouterA>ip address 172.16.1.1 255.255.255.255 <RouterA>quit Verify: <RouterA>display current-configuration interface LoopBack 0 2. Configure the P2P(point to point) IP, we will assume…
Objective: To separate management traffic from data/customer traffic in your Huawei Routers Preferably, Data and Management are into 2 separate network domains. Pre-requisite: UTP cables (for each MPU management port in case for switchover) are connected to a network switch to access the OOB management gateway To go configuration mode: system-view To preview configuration change before commiting display configuration candidate * * Management IP Configuration* * a. Configure the vpn instance for management ip vpn-instance <vpn instance name> description <description> ipv4-family b. Set…
Leave a Comment