What is the default IP address of Huawei HG8145V5?

The default IP address of Huawei HG8145V4 is 192.168.100.1, while the default subnet mask is 255.255.255.0.

What are the default username and password of Huawei HG8145V5?

AThe default password of Huawei HG8145V4 is adminHW, while the default username is root.

What to do when DHCP is deactivated on the Huawei HG8145V5?

You can restart it and try again. Check whether your user permission meets the requirements. You can log in to the system as an administrator and configure the user. To obtain the account and password, contact your device provider. However, the HG8145CV5 is a customized device for telecom carriers. The DHCP function may be disabled. Contact your telecom carrier to apply for activation of this function.

How to change the primary/secondary DNS servers on the Huawei HG8145V5?

Firstly, you'll need to log in as an administrator (for the administrator account and password, contact the device provider or ISP). Secondly, the ONT may be a product customized by the carrier. To change the DNS, contact the ISP.

What are the differences between Huawei HG8145V5 and Huawei EG8145V4?

There are multiple differences between the 2 models: - The HG8145V5 is used for carrier networks, while the EG8145V5 is used for enterprise networks; - The default usernames and passwords are different; - The optical ports are different - HG8145V5 supports SC/UPC and SC/APC, while EG8145v5 supports only SC/APC; - They have different energy-saving functions - The HG8145V5 does not support the COC V5 function, while the EG8145V5 supports only the COC V5 function.

Huawei HG8145V5 Terminal Router User Manual

Name: Huawei HG8145V5 Terminal Router
Brand: Huawei
SKU: HG8145V5
Rating: 46 (3 reviews)

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ONT User Guide
Product Version: V300R019C00&V500R019C00
Library Version: 04
Date: 2019-06-25
For any question, please contact us.
Copyright © Huawei Technologies Co., Ltd. 2019. All rights reserved.
Web Page Reference
(HG8145V5/HG8245H5/HG8247H5/HG8240T5/HG8141A5)
Contents
Web Page Reference (HG8145V5/HG8245H5/HG8247H5/HG8240T5/HG8141A5)
1 Locally Logging in to the Web Interface
2 Fast Setting
3 Home Page
4 One-click Diagnosis
5 System Information
5.1 Device Information
5.2 WAN Information
5.3 Optical Information
5.4 Service Provisioning Status
5.5 VoIP Information
5.6 Eth Port Information
5.7 WLAN Information
5.8 Home Network Information
6 Advanced Configuration
6.1 WAN Configuration
6.1.1 WAN Configuration
6.2 LAN Configuration
6.2.1 Layer 2/3 Port Configuration
6.2.2 LAN Host Configuration
6.2.3 DHCP Server Configuration
6.2.4 DHCP Static IP Configuration
6.2.5 DHCPv6 Server Configuration
6.2.6 DHCPv6 Static IP Configuration
6.2.7 DHCPv6 Information
6.2.8 Port Locating
6.3 Security Configuration
6.3.1 IPv4 Firewall Level Configuration
6.3.2 IPv4 Address Filtering
6.3.3 MAC Address Filtering
6.3.4 Wi-Fi MAC Address Filtering
6.3.5 Parental Control
6.3.6 DoS Configuration
6.3.7 Precise Device Access Control
6.3.8 Device Access Control
6.3.9 WAN Access Control Configuration
6.4 Route
6.4.1 Default IPv4 Route Configuration
6.4.2 IPv4 Static Route Configuration
6.4.3 IPv4 Dynamic Route Configuration
6.4.4 IPv4 VLAN Binding Configuration
6.4.5 IPv4 Service Route Configuration
6.4.6 IPv4 Routing Table
6.4.7 Default IPv6 Route Configuration
6.4.8 IPv6 Static Route Configuration
6.5 Forward Rules
6.5.1 DMZ Function
6.5.2 IPv4 Port Mapping
6.5.3 Port Trigger Configuration
6.6 Application
6.6.1 USB Application
6.6.2 Time Setting
6.6.3 Media Sharing
6.6.4 ALG Configuration
6.6.5 DDNS Function
6.6.6 UPnP Function
6.6.7 IGMP Configuration
6.6.8 ARP Ping

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1.6.6.9 Intelligent Channel Configuration
1.6.6.10 Video Device Identification
1.6.6.11 Static DNS
1.6.6.12 DSCP-to-Pbit Mapping
1.6.7 WLAN
1.6.7.1 WLAN Basic Configuration
1.6.7.2 WLAN Advanced Configuration
1.6.7.3 2.4G Basic Network Settings
1.6.7.4 2.4G Advanced Network Settings
1.6.7.5 5G Basic Network Settings
1.6.7.6 5G Advanced Network Settings
1.6.7.7 Automatic WiFi Shutdown
1.6.7.8 WiFi Coverage Management
1.6.8 Voice
1.6.8.1 VoIP Basic Configuration
1.6.8.2 VoIP Advanced Configuration
1.6.8.3 SIP/H.248 Protocol Conversion
1.6.9 System Management
1.6.9.1 TR-069
1.6.9.2 Account Management
1.6.9.3 Open Source Software Notice
1.6.9.4 ONT Authentication
1.6.10 Maintenance Diagnose
1.6.10.1 Software Upgrade
1.6.10.2 Configuration File Management
1.6.10.3 Upstream Port Configuration
1.6.10.4 Maintenance
1.6.10.5 User Log
1.6.10.6 Firewall Log
1.6.10.7 Debug Log
1.6.10.8 Intelligent Channel Statistics
1.6.10.9 Fault Info Collect
1.6.10.10 Remote Mirror
1.6.10.11 Home Network Speedtest
1.6.10.12 Segment Speedtest
1.6.10.13 Indicator Status Management
1.6.10.14 VoIP Statistics
1.6.10.15 VoIP Diagnose
1 Web Page Reference
(HG8145V5/HG8245H5/HG8247H5/HG8240T5/HG8141A5)
This topic describes the usage and meanings of the parameters on the web page.
Before configuring and viewing the parameters on the web page, log in to the web page. For details about how to log in to the web page, see Locally
Logging in to the Web Interface.
The web page of the HG8145V5/HG8245H5/HG8247H5/HG8240T5/HG8141A5 varies according to ONT capability sets. For bridging-type ONTs,
GUIs for Layer 3 and voice configurations are not supported. For ONTs without Wi-Fi interfaces, GUIs for wireless network configurations are not
supported. For details on ONT capability sets, refer to Reference of GPON ONT Capability Sets. This topic uses figures of the HG8245H5 accessed by the
administrator (telecomadmin) as examples. Different ONTs may have different screencaptures, actual screencaptures prevail.
Because different voice protocols, the Voice node contains different parameters. Only one of the SIP and H.248 protocols can be supported at a time.
Which protocol is supported depends on the ONT used.
The configuration window for an administrator is different from that for a common user.
Compared with a common user, an administrator has permissions to view and configure all parameters on the web page. A common user can
configure and query some nodes and parameters and the queried information is less than that queried by an administrator. This topic lists
different nodes queried by a common user. For details, see the web page for a common user.
Locally Logging in to the Web Interface
Fast Setting
Home Page
One-click Diagnosis
System Information
Advanced Configuration
Parent Topic: Maintenance and Troubleshooting
Copyright © Huawei Technologies Co., Ltd.
Copyright © Huawei Technologies Co., Ltd.
< Previous topic Next topic >
1.1 Locally Logging in to the Web Interface
This topic describes the data plan and procedure for logging in to the web configuration interface.
Context

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Before setting up the configuration environment, ensure that data information listed in Table 1 is available.

Table 1 Data plan

Item Description

User name and password Default settings:

Administrator (installation and maintenance personnel):

User name: telecomadmin

Password: admintelecom

NOTE:

After logging in to the web page, if you do not perform any operations within

five minute, you will be locked out and return back to the login interface.

Then, You can unlock the account by entering the login user name and

password.

Three times within five minutes the user name and password input error, the

system is locked and unlocked automatically after one minute.

Modify the password through the BMS.

Certain carriers may customize accounts and passwords, which are different

from the default accounts and passwords listed in the preceding. For details,

contact the corresponding carrier.

NOTE:

Please change the initial password to ensure administrator account security.

Do not provide terminal users with the password of the administrator account.

The administrator account is used by the carrier for O&M. If a terminal user

uses the administrator account, service parameters may be incorrectly

modified and services may be affected.

Common user (terminal user):

User name: root

Password: adminHW

NOTE:

The common user account can be used to query the service status. For ONTs

that support Wi-Fi and the USB storage function, the common user account

can be used to configure services such as Wi-Fi and home sharing.

After logging in to the web page, if you do not perform any operations within

five minute, you will be locked out and return back to the login interface.

Then, You can unlock the account by entering the login user name and

password.

Three times the user name and password input error, the system is locked and

unlocked automatically after one minute.

Modify the password through the Web.

Certain carriers may customize accounts and passwords, which are different

from the default accounts and passwords listed in the preceding. For details,

contact the corresponding carrier.

NOTE:

Change the initial password after common users log in to the web page.

LAN IP address and subnet mask Default settings:

IP address: 192.168.100.1

Subnet mask: 255.255.255.0

IP address and subnet mask of the PC Configure the IP address of the PC to be in the same subnet as the LAN IP

address of the ONT.

For example:

IP address: 192.168.100.100

Subnet mask: 255.255.255.0

Procedure

1. Use a network cable to connect the LAN port of the ONT to a PC.

2. Ensure that the Internet Explorer (IE) of the PC does not use the proxy server. The following section considers IE 6.0 as an example to

describe how to check whether the IE uses the proxy server.

a. Start the IE, and choose ToolsInternet Options from the main menu of the IE window. Then, the Internet Options interface is

displayed.

b. In the Internet Options interface, click the Connections tab, and then click LAN settings.

c. In the Proxy server area, ensure that the Use a proxy server for your LAN (These settings will not apply to dial-up or VPN

connections). check box is not selected (that is, without the "√" sign). If the check box is selected, deselect it, and then click OK.

3. Set the IP address and subnet mask of the PC. For details, see Table 1.

4. Log in to the Web configuration interface.

a. Enter http://192.168.100.1 in the address bar of IE (192.168.100.1 is the default IP address of the ONT), and then press Enter to

display the login interface, as shown in Figure 1.

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Figure 1 Login interface

NOTE:

The web page login supports SSL3.0, TLS1.0, TLS1.1, and TLS1.2. It is recommended that you use high-security TLS1.1 or TLS1.2 if you log in to the

ONT using https. The TCP port 80 is used for listening for HTTPS packets. You need to type "https://192.168.100.1:80" in the address bar of IE and press

Enter to log in to the ONT.

b. In the login interface, enter the use name and password. For details about default settings of the user name and password, see Table

1. After the password authentication is passed, the Web configuration interface is displayed.

Parent Topic: Web Page Reference (HG8145V5/HG8245H5/HG8247H5/HG8240T5/HG8141A5)

Next topic >

1.2 Fast Setting

This topic describes how to quickly set an ONT.

Administrator

NOTE:

Only the ONT web page supports ONT WAN configurations.

For methods of setting ONT Authentication and WAN Configuration, see ONT Authentication and WAN Configuration.

Common User

NOTE:

When the root user logs in to the ONT web page for the first time, this page is displayed. In other cases, you need to click Fast Setting on the upper right corner of the

Home Page to go to this page.

For detailed account management operations, see Account Management.

Parent Topic: Web Page Reference (HG8145V5/HG8245H5/HG8247H5/HG8240T5/HG8141A5)

< Previous topic Next topic >

1.3 Home Page

This topic describes the ONT common configurations, such as Wi-Fi configuration, home sharing, and network status query.

Auxiliary buttons (such as Fast Setting, and admin) on the upper right corner of the page can guide you to different pages.

Parent Topic: Web Page Reference (HG8145V5/HG8245H5/HG8247H5/HG8240T5/HG8141A5)

< Previous topic Next topic >

1.4 One-click Diagnosis

This topic describes how to quickly diagnose ONT network faults.

1. Choose One-click Diagnose from the navigation tree on the left panel. Then click One-click Diagnose on the right panel to diagnose the

network status, as shown in Figure 1.

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Figure 1 One-click diagnosis

2. Figure 2 shows the diagnosis results.

Figure 2 Diagnosis result

NOTE:

This diagnosis method applies for only a professional engineer and it affects data services. Therefore, exercise caution when you use this diagnosis method.

If you need to re-diagnose the faults, click Diagnose again.

Parent Topic: Web Page Reference (HG8145V5/HG8245H5/HG8247H5/HG8240T5/HG8141A5)

< Previous topic Next topic >

1.5 System Information

This topic describes how to query the information about the ONT, including ETH port information, optical information, and user device information

through the Web page.

Device Information

WAN Information

Optical Information

Service Provisioning Status

VoIP Information

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Eth Port Information

WLAN Information

Home Network Information

Parent Topic: Web Page Reference (HG8145V5/HG8245H5/HG8247H5/HG8240T5/HG8141A5)

< Previous topic Next topic >

1.5.1 Device Information

In the navigation tree on the left, choose System Information > Device Information. In the pane on the right, you can view the product name,

hardware version, and software version, as shown in Figure 1.

Figure 1 Device Information

Parent Topic: System Information

Next topic >

1.5.2 WAN Information

In the navigation tree on the left, choose System Information > WAN Information. In the pane on the right, you can view the status of the WAN

interface, mode of obtaining an IP address, IP address, and subnet mask, as shown in Figure 1

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Figure 1 WAN Information

NOTE:

Click a record in the WAN list, You can view more detailed information by clicking a record in the WAN list.

If Encapsulation Mode is set to PPPoE and Dialing method is selected as Manual on the WAN Configuration WebPage, you can click Connected link to connect the current

WAN port, click disconnected link to disconnect the current WAN port.

Parent Topic: System Information

< Previous topic Next topic >

1.5.3 Optical Information

In the navigation tree on the left, choose System Information > Optical Information. In the pane on the right, you can view the optical status,

transmit optical power, receive optical power of the optical module, as shown in Figure 1.

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Figure 1 Optical Information

Parent Topic: System Information

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1.5.4 Service Provisioning Status

Click the System Information tab, and choose Service Provisioning Status from the navigation tree on the left. In the right pane, the ONT service

provisioning status is displayed, as shown in Figure 1.

Figure 1 Service Provisioning Status

Parent Topic: System Information

< Previous topic Next topic >

1.5.5 VoIP Information

In the navigation tree on the left, choose System Information > VoIP Information. Then, in the pane on the right, you can query the information such

as user status and call status. The SIP configuration page is slightly different from the H.248 configuration page, as shown in Figure 1 and Figure 2.

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Figure 1 VoIP Information - SIP

Figure 2 VoIP Information - H.248

If the VoIP service needs to be restarted, click Restart VoIP in the pane on the right.

Parent Topic: System Information

< Previous topic Next topic >

1.5.6 Eth Port Information

In the navigation tree on the left, choose System Information > Eth Port Information. In the pane on the right, you can view the duplex mode, speed,

and status of the ETH port, as shown in Figure 1.

Figure 1 Eth Port Information

Parent Topic: System Information

< Previous topic Next topic >

1.5.7 WLAN Information

In the navigation tree on the left, choose System Information > WLAN Information. Then, in the pane on the right, you can query the information

such as Wi-Fi port status, Wi-Fi packet statistics, and SSID, as shown in Figure 1.

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Figure 1 WLAN Information

Parent Topic: System Information

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1.5.8 Home Network Information

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Click the System Information tab, and choose Home Network Information from the navigation tree on the left. In the right pane, check the device

status, statistical information, and neighbor AP information of external APs in the WiFi network, as shown in the figure below.

Figure 1 Smart WiFi Coverage

Parent Topic: System Information

< Previous topic

1.6 Advanced Configuration

This topic describes how to configure functions through the Web page, including LAN or WAN Configuration, Security Configuration, and so on.

WAN Configuration

LAN Configuration

Security Configuration

Route

Forward Rules

Application

WLAN

Voice

System Management

Maintenance Diagnose

Parent Topic: Web Page Reference (HG8145V5/HG8245H5/HG8247H5/HG8240T5/HG8141A5)

< Previous topic

1.6.1 WAN Configuration

This topic describes how to configure the WAN interface through the Web page.

WAN Configuration

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Parent Topic: Advanced Configuration

Next topic >

1.6.1.1 WAN Configuration

WAN Configuration - route

1. In the navigation tree on the left, choose Advanced Configuration > WAN Configuration. In the pane on the right, click New. In

the dialog box that is displayed, set Mode to Route WAN, as shown in Figure 1 and Figure 2.

Figure 1 WAN Configuration - route(IPv4)

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Figure 2 WAN Configuration - route(IPv6)

2. Click Apply.

All data associated with the WAN will be deleted after you delete the WAN port configuration. Exercise caution when you perform this operation.

Table 1 describes the parameters related to the WAN in route mode.

Table 1 Parameters related to the WAN in route mode

Parameter Description

Enable WAN Connection Indicates whether to enable the WAN connection.

Encapsulation Mode Indicates the encapsulation mode of a WAN interface. It can be set to IPoE or PPPoE.

Protocol Type Indicates the protocol type of a WAN interface. It can be set to IPv4, IPv6, or IPv4/IPv6 dual stack.

Mode Indicates the WAN interface mode. It can be set to Bridge WAN or Route WAN.

Service List Indicates the service type of the WAN interface. It can be set to TR069, INTERNET, TR069_INTERNET,

VOIP, TR069_VOIP, VOIP_INTERNET, TR069_VOIP_INTERNET, IPTV, OTHER, VOIP_IPTV,

TR069_IPTV or TR069_VOIP_IPTV.

Enable VLAN Selects this check box to set VLAN ID and 802.1p priority.

VLAN ID Indicates the VLAN ID. It ranges from 1 to 4094.

The VLAN ID must be the same as the C-VLAN ID on the OLT.

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Parameter Description

802.1p policy Indicates the 802.1p priority policy.

Use specified value: indicates that a specified priority value is used. If you select this option, you need

to set the 802.1p parameter.

Copy from IP precedence: indicates that the priority is copied from the ToS field in the IP header of the

user-side packets. If the received packet is not an IP packet or the packet does not carry the 802.1p

priority, the default 802.1p priority is used. If you select this option, you need to set the Default 802.1p

parameter.

Dscp Pbit Mapping: indicates the priority displayed in the DSCP to 802.1p mapping table. The DSCP

field is in the IP header of the user-side packets. If the received packet is not an IP packet or the packet

does not carry the 802.1p priority, the default 802.1p priority is used. If you select this option, you need

to set the Default 802.1p parameter.

MTU Indicates the maximum transmission unit (MTU) of IPoE packets. This parameter needs to be set only when

Encapsulation Mode is set to IPoE.

MRU Indicates the maximum receive unit (MRU) of PPPoE packets. This parameter needs to be set only when

Encapsulation Mode is set to PPPoE.

User name Indicates the user name that is used for PPPoE dialup. This user name must be the same as that configured on the

BRAS. This parameter needs to be set only when Encapsulation Mode is set to PPPoE.

Password Indicates the password that is used for PPPoE dialup. This password must be the same as that configured on the

BRAS. This parameter needs to be set only when Encapsulation Mode is set to PPPoE.

Enable LCP detection This parameter needs to be set only when Encapsulation Mode is set to PPPoE.

If you select this option, the LCP detection function is enabled. When the local LCP request times out

and no response is received, the system will detect LCP requests from the peer and considers the link

normal if the LCP request is detected.

If you do not select this option, the LCP detection function is disabled. When the local LCP request

times out and no response is received, the system does not detect LCP requests from the peer and

considers the link abnormal.

Binding options Used to bind the WAN interface to the LAN port or to the wireless SSID.

NOTE:

Before setting the binding options, set the work mode of the LAN port to route or set the wireless SSID. The binding options

can be set only after the work mode or wireless SSID is successfully set. For details, see Layer 2/3 Port Configuration, 2.4G

Basic Network Settings and 5G Basic Network Settings.

IPv4 Information

IP Acquisition Mode Indicates the mode of obtaining an IPv4 address on the ONT. It can be set to DHCP, Static, or PPPoE.

If the encapsulation mode is set to IPoE, this parameter can be set to DHCP or Static. If the encapsulation mode

is set to PPPoE, this parameter can be set to only PPPoE.

In DHCP mode, the IP address is dynamically obtained.

In static mode, the IP address is set statically. You need to enter the IP address, subnet mask, IP

addresses of the active and standby DNS servers, and default gateway.

In PPPoE mode, you need to enter the user name and password.

Enable NAT Indicates whether to enable the NAT function.

NAT type Specifies the NAT type. It can be set to Port-restricted cone NAT or Full-cone NAT. This parameter is

configurable only if the NAT function is enabled.

Port-restricted cone NAT: After an internal address A is mapped to an external address B, an external

host can send packets to A by sending packets to B only if A has previously sent a packet to the host.

The source IP and port number in the message sent by the host must be the same as the destination IP

and port number in the previous message sent by A.

Full-cone NAT: After an internal address A is mapped to an external address B, any external host can

send packets to A by sending packets to B.

Dial Method Indicates the PPPoE dialup method. It can be set to Auto, Manual, or On Demand.

Multicast VLAN ID Indicates the multicast VLAN ID, ranging from 1 to 4094.

The multicast VLAN ID must be the same as the multicast VLAN ID on the OLT.

Vendor ID Sets the option 60 field on the DHCP client. The IP address can be obtained from the DHCP server only when

the option 60 field is the same as the setting on the upper-layer DHCP server. When IP Acquisition Mode is set

to DHCP, this parameter is configurable.

User ID Adds the Option 61 information to the DHCP packet for a WAN port request. This parameter is used to identify a

WAN port uniquely in a customer's network management domain. This parameter is configurable when IP

acquisition mode is set to DHCP.

IPv6 Information

Prefix Acquisition Mode Indicates the prefix acquisition mode. It can be set to DHCP-PD, Static, or None.

DHCPv6-PD: When the parameter is set to DHCPv6-PD, the BRAS assigns a prefix to the ONT in

DHCPv6 mode.

Static: When the parameter is set to Static, you need to manually enter a prefix.

None: When the parameter is set to None, no prefix is obtained.

If this parameter is set to RA or Auto in an earlier version, its value will be automatically changed to

DHCPv6-PD automatically after the version is upgraded to V300R019C00&V500R019C00.

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Parameter Description

IP Acquisition Mode Indicates the IP acquisition mode. It can be set to DHCPv6, Automatic, Static, or None.

If this parameter is set to Automatic, you need to make the prefix mask 64-bit long.

The prefix mask length of the IPv6 address is similar to the subnet mask of the IPv4 address.

If this parameter is set to Static, you need to enter the IP address, primary DNS server, and secondary

DNS server.

The ONT address mode can be Numbered or Unnumbered. When the address mode is Numbered, the ONT

WAN port has its own IPv6 GUA address. When the address mode is Unnumbered, the ONT WAN port has an

LLA address but no GUA address, which is not good for network management and fault location. Therefore, the

Numbered mode is recommended.

When the Numbered mode is used, the setting of IP Acquisition Mode is as follows:

When M=1 is set for the RA packet on the BRAS, IP addresses are obtained in DHCPv6

mode on the WAN side. Then, IP acquisition mode can be set to DHCPv6 or Automatic.

Automatic is recommended.

When M=0 is set for the RA packet on the BRAS, IP addresses are obtained in ND (stateless

address allocation) mode on the WAN side. Then, IP acquisition mode can be set to

Automatic.

When the Unnumbered mode is used, IP acquisition mode is set to None.

Multicast VLAN ID The multicast VLAN ID ranges from 1 to 4094.

The multicast VLAN ID must be the same as the multicast VLAN ID on the OLT.

DSLite work mode Indicates that the IPv4 packet is encapsulated into the IPv6 packet and transmitted through IPv6 tunnel. This

work mode is only enabled for the DS-Lite solution.

Off: Indicates the DSLite work mode is disabled.

Auto: Indicates that the IP address and domain name of the peer device at the tunnel are automatically

obtained using RA or DHCP protocol.

Static: Indicates that the IP address and domain name information of the peer device at the tunnel are

manually entered. When this mode is used, you need to enter the AFTR domain name which must be

consistent with that on the BRAS.

AFTR name Indicates the IP address or domain name of the peer device at the tunnel. AFTR is short for address family

transition router.

WAN Configuration - bridge

1. In the navigation tree on the left, choose Advanced Configuration > WAN Configuration. In the pane on the right, click New. In

the dialog box that is displayed, set Mode to Bridge WAN, as shown in Figure 3.

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Figure 3 WAN Configuration - bridge

2. Click Apply.

Table 2 describes the parameters related to the WAN in bridge mode.

Table 2 Parameters related to the WAN in bridge mode

Parameter Description

Enable WAN Connection Indicates whether to enable the WAN connection.

Encapsulation Mode Indicates the encapsulation mode of a WAN interface. It can be set to IPoE or PPPoE.

Protocol Type Indicates the protocol type of a WAN interface. It can be set to IPv4, IPv6, or IPv4/IPv6 dual stack.

Mode Indicates the WAN interface mode. It can be set to Bridge WAN or Route WAN.

Service List Indicates the service type of the WAN interface. It is always set to INTERNET.

Enable VLAN Selects this check box to set VLAN ID and 802.1p priority.

VLAN ID Indicates the VLAN ID. It ranges from 1 to 4094.

The VLAN ID must be the same as the C-VLAN ID on the OLT.

802.1p policy Indicates the 802.1p priority policy.

Use specified value: indicates that a specified priority value is used. If you select this option, you need to set the

802.1p parameter.

Copy from IP precedence: indicates that the priority is copied from the ToS field in the IP header of the user-

side packets. If the received packet is not an IP packet or the packet does not carry the 802.1p priority, the

default 802.1p priority is used. If you select this option, you need to set the Default 802.1p parameter.

Dscp Pbit Mapping: indicates the priority displayed in the DSCP to 802.1p mapping table. The DSCP field is in

the IP header of the user-side packets. If the received packet is not an IP packet or the packet does not carry the

802.1p priority, the default 802.1p priority is used. If you select this option, you need to set the Default 802.1p

parameter.

Binding options Used to bind the WAN interface to the LAN port or to the wireless SSID.

NOTE:

Before setting the binding options, set the work mode of the LAN port to route or set the wireless SSID. The binding options can be

set only after the work mode or wireless SSID is successfully set. For details, see Layer 2/3 Port Configuration, 2.4G Basic Network

Settings and 5G Basic Network Settings.

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Parameter Description

Multicast VLAN ID The multicast VLAN ID ranges from 1 to 4094.

The multicast VLAN ID must be the same as the multicast VLAN ID on the OLT.

NOTE:

WAN in route mode: The ONT functions as a gateway. The IP address of the ONT can be obtained through DHCP, Static, or PPPoE. The IP address of the PC connected to

the ONT can be obtained from the DHCP address pool of the ONT or can be set manually.

WAN in bridge mode: The ONT functions as a relay and does not process data. The ONT does not obtain the IP address allocated by the upper-layer device and it does not

allow manual configuration of a static IP address. The IP address of the device connected to the ONT can be obtained through DHCP, PPPoE, or static.

In the case of the DHCP mode, you need to set the DHCP relay. After configuration is complete, the user-side IP address is obtained from the upper-layer device. For the

detailed procedure, see DHCP Server Configuration.

In the case of the PPPoE mode, the user-side IP address is obtained through PPPoE authentication of the upper-layer device.

Parent Topic: WAN Configuration

1.6.2 LAN Configuration

This topic describes how to configure the LAN port or DHCP Parameters through the Web page.

Layer 2/3 Port Configuration

LAN Host Configuration

DHCP Server Configuration

DHCP Static IP Configuration

DHCPv6 Server Configuration

DHCPv6 Static IP Configuration

DHCPv6 Information

Port Locating

Parent Topic: Advanced Configuration

< Previous topic Next topic >

1.6.2.1 Layer 2/3 Port Configuration

1. In the navigation tree on the left, choose Advanced Configuration > LAN Configuration > Layer 2/3 Port Configuration. In the pane on

the right, determine whether the LAN port works in layer 3 mode, as shown in Figure 1.

Figure 1 Layer 2/3 Port Configuration

NOTE:

If the check box corresponding to the LAN port is selected, it indicates that the LAN port works in layer 3 mode, that is, the gateway mode; if the check box

corresponding to the LAN port is deselected, it indicates that the LAN port works in layer 2 mode, that is, the bridge mode.

By default, the check boxes corresponding to all LAN ports are deselected, that is, all LAN ports work in layer 2 mode.

2. Click Apply.

Parent Topic: LAN Configuration

Next topic >

1.6.2.2 LAN Host Configuration

1. In the navigation tree on the left, choose Advanced Configuration > LAN Configuration > LAN Host Configuration. In the pane on the

right, set the management IP address of Primmary Address and Secondary Address, as shown in Figure 1.

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Figure 1 LAN host configuration

NOTE:

The IP address of the device connected to the LAN port must be in the same subnet as the management IP address. In this way, you can access an ONT through the Web

page and perform the query and management.

2. Click Apply.

Parent Topic: LAN Configuration

< Previous topic Next topic >

1.6.2.3 DHCP Server Configuration

1. In the navigation tree on the left, choose Advanced Configuration > LAN Configuration > DHCP Server Configuration. In the pane on

the right, you can configure the LAN side DHCP address pool for the ONT that functions as a gateway. After the configuration, the PC

connected to the LAN port can automatically obtain an IP address from the address pool, as shown in Figure 1.

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Figure 1 DHCP Server Configuration

2. Click Apply.

Table 1 describes the parameters related to the DHCP server.

Table 1 Parameters related to the DHCP server

Parameter Description

Enable primary DHCP server Indicates whether to enable the primary DHCP server. If the check box is

selected, you can set the primary DHCP server.

Enable DHCP L2 Relay Indicates whether to enable the DHCP L2 Relay.

The DHCP relay is a process in which cross-subnet forwarding of DHCP

broadcast packets is implemented between the DHCP client and the DHCP

server. In this manner, the DHCP clients in different physical subnets can obtain

IP addresses which are dynamically allocated from the same DHCP server.

If Mode of the WAN port is Route, the IP address of the ONT is

obtained from upper-layer DHCP servers in different subnets and the

user-side IP addresses are obtained from the DHCP address pool of the

ONT.

If Mode of the WAN port is Bridge, the ONT functions as a bridge. In

this way, the ONT does not have an IP address. The user-side IP

addresses are obtained from upper-layer DHCP servers in different

subnets.

Start IP Address Indicates the start IP address in the IP address pool on the primary DHCP server.

End IP Address Indicates the end IP address in the IP address pool on the active DHCP server.

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Parameter Description

Leased Time Indicates the lease time of the IP address pool on the active DHCP server.

Options: minute, hour, day, and week.

Enable secondary DHCP server Indicates whether to enable the secondary DHCP server. If the check box is

selected, you can set the secondary DHCP server.

IP Address Indicates the IP address of the secondary DHCP server.

Subnet Mask Indicates the subnet mask of the secondary DHCP server.

Start IP Address Indicates the start IP address in the IP address pool on the secondary DHCP

server.

End IP Address Indicates the end IP address in the IP address pool on the secondary DHCP

server.

Leased Time Indicates the lease time of the IP address pool on the secondary DHCP server.

Options: minute, hour, day, and week.

Option60 Indicates the option 60 field of the secondary DHCP server. A user-side DHCP

client can obtain an IP address from the IP address pool on the secondary DHCP

server only when the option 60 field carried by the user-side DHCP client is the

same as this setting.

Option43 Indicates the option 43 field of the secondary DHCP server, identifying a TFTP

server.

NTP Server Inputs the IP address of the NTP server.

Primary DNS Server Inputs the IP address of the primary DNS server.

Secondary DNS Server Inputs the IP address of the secondary DNS server.

Parent Topic: LAN Configuration

< Previous topic Next topic >

1.6.2.4 DHCP Static IP Configuration

1. Click the Advanced Configuration > LAN Configuration tab, and choose DHCP Static IP Configuration from the navigation tree on the

left. In the right pane, click New. In the dialog box that is displayed, set MAC address and IP address, as shown in Figure 1.

Figure 1 DHCP Static IP Configuration

2. Click Apply.

Parent Topic: LAN Configuration

< Previous topic Next topic >

1.6.2.5 DHCPv6 Server Configuration

1. In the navigation tree on the left, choose Advanced Configuration > LAN Configuration tab, and choose DHCPv6 Server Configuration

from the navigation tree on the left. In the pane on the right, you can configure the LAN side address pool for the ONT that functions as a

gateway, as shown in Figure 1.

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Figure 1 DHCPv6 Server Configuration

2. Click Apply.

Table 1 lists the DHCPv6 Server Configuration parameters.

Table 1 DHCPv6 Server Configuration parameters

Parameters Description

IPv6 address Indicates the management IP address of IPv6. The default value is fe80::1. To configure the management IP address

for IPv4, choose LAN > LAN Host Configuration.

Parent prefix Indicates the parent prefix source. Usually an Internet-type WAN port is used as the parent prefix source. By default,

the first created IPv6 Internet WAN port is used as the parent prefix source. If the value is left empty, no prefix will be

obtained, which may result in service unavailability.

Child prefix mask Used for LAN IP address allocation. This parameter needs to be configured when the obtained prefix is shorter than 64

bits. For example, if the obtained prefix is 2001:db8:2222::/48, and the child prefix mask value is set to

2001:db8:1:3333::/64, the generated IPv6 address prefix is2001:db8:2222:3333::/64.

Address/Prefix assignment mode Indicates the address/prefix assignment mode. It can be set to DHCPv6 or stateless address autoconfiguration

(SLAAC). When it is set to SLAAC, ULA Mode must be set.

DHCPv6: indicates that the LAN-side host obtains addresses in DHCPv6 mode.

SLAAC: indicates that the LAN-side host obtains addresses in ND mode. In SLAAC mode, the host

automatically configures addresses. The address information contains the prefix advertised by the local

router and the interface identifier of the host. If there is no router on the link, the host has to automatically

configure the link local address to communicate with local nodes.

Other information assignment mode Indicates the assignment mode of other information. Other information refers to the IPv6 address in payloads of

packets such as DNS packets.

DHCPv6: indicates that the address is obtained in DHCPv6 mode.

SLAAC: indicates that the address is obtained in ND mode.

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Parameters Description

ULA Mode Indicates the unique local IPv6 address (ULA) mode. A ULA address starts with a prefix fd. Similar to a reserved IPv4

address, the reserved IPv6 address is used for private purpose. This is to ensure protocol consistency.

This parameter can be set to Manual, Automatic, or Prohibit. Prohibit is recommended.

Prohibit: This function is disabled.

Automatic: The system automatically assigns addresses.

Manual: The address needs to be entered. If this option is selected, Prefix, Prefix Length, Preferred

Lifetime, and Valid Lifetime also need to be set.

Prefix Indicates the network address space. IPv6 uses a prefix to indicate the network address space. For example,

2001:db8:e000::/48 indicates an address space with a 48-bit prefix.

Prefix Length Indicates the prefix length, which is a decimal value. It specifies the number of left-most bits used to form a prefix in

an address. The address prefix is expressed in the "IPv6 address/prefix length" format. For example,

2001:db8:e000::/48 indicates an address space with a 48-bit prefix.

Preferred Lifetime Indicates the period of time for which a valid address is in the preferred state. When the preferred lifetime expires, the

address becomes out of date.

Valid Lifetime Indicates the period of time for which an address is valid. The valid lifetime must be longer than the preferred lifetime.

When the valid lifetime expires, the address becomes invalid.

Parent Topic: LAN Configuration

< Previous topic Next topic >

1.6.2.6 DHCPv6 Static IP Configuration

Click Advanced Configuration > LAN Configurationtab, and choose DHCPv6 Static IP Configuration from the navigation tree on the left. In the

pane on the right, you can assign an IP address to a MAC address using the interface ID and IPv6 GUA address. The IPv6 GUA address is a

combination of the interface ID and prefix configured on the LAN side, as shown in Figure 1.

Figure 1 DHCPv6 Static IP Configuration

Parent Topic: LAN Configuration

< Previous topic Next topic >

1.6.2.7 DHCPv6 Information

In the navigation tree on the left, choose Advanced Configuration > LAN Configuration > DHCPv6 Information. In the pane on the right, you can

view the total number of addresses, the remaining number of IP addresses, the DUID, and IPv6 address/prefix, as shown in Figure 1.

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Figure 1 DHCPv6 information
Parent Topic: LAN Configuration
Copyright © Huawei Technologies Co., Ltd.
Copyright © Huawei Technologies Co., Ltd.
< Previous topic Next topic >
1.6.2.8 Port Locating
1. Click Advanced Configuration > LAN Configuration tab, and choose Port Locating in the navigation tree on the left. In the pane on the
right, determine whether to enable the DHCP Option 82 Insertion function, as shown in Figure 1.
Figure 1 Port Locating
2. Click Apply.
Parent Topic: LAN Configuration
Copyright © Huawei Technologies Co., Ltd.
Copyright © Huawei Technologies Co., Ltd.
< Previous topic
1.6.3 Security Configuration
This topic describes how to configure the security through the Web page
IPv4 Firewall Level Configuration
IPv4 Address Filtering
MAC Address Filtering
Wi-Fi MAC Address Filtering
Parental Control
DoS Configuration
Precise Device Access Control
Device Access Control
WAN Access Control Configuration
Parent Topic: Advanced Configuration
Copyright © Huawei Technologies Co., Ltd.
Copyright © Huawei Technologies Co., Ltd.
< Previous topic Next topic >
1.6.3.1 IPv4 Firewall Level Configuration
1. Click the Advanced Configuration > Security Configuration tab, and choose IPv4 Firewall Level Configuration from the navigation
tree on the left. In the right pane, set the firewall level, as shown in Figure 1.

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Figure 1 IPv4 Firewall level configuration

2. Click Apply.

Parent Topic: Security Configuration

Next topic >

1.6.3.2 IPv4 Address Filtering

1. Click Advanced Configuration > Security Configuration tab, and choose IPv4 Address Filtering in the navigation tree on the left. In the

pane on the right, enable the IP address filter function. After selecting the filter mode, click New. Then, in the dialog box that is displayed,

configure the rule for filtering IP addresses from the WAN interface to the LAN port, as shown in Figure 1.

Figure 1 IPv4 Address Filtering

2. Click Apply.

The IP address filter function is a security mechanism configured on the residential gateway. It enables or disables all or partial ports in an Intranet IP

address segment to communicate with all or partial ports in an Extranet IP address segment. The IP address filter configuration is used to limit

communication between an Intranet device and an Extranet device.

Table 1 describes the parameters related to the IPv4 address filter.

Table 1 Parameters related to the IPv4 address filter

Parameter Description

Enable IP Filter Indicates whether to enable the IP address filter function.

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Parameter Description

Filter Mode Indicates the IP address filter rule of the blacklist or whitelist.

Blacklist: indicates that the data meeting the rule in the filter rule list is not allowed to pass.

Whitelist: indicates that the data meeting the rule in the filter rule list is allowed to pass.

Hybrid: indicates that packets are filtered based on the upstream or downstream direction. Certain IP

packets in the upstream or downstream direction are (not) allowed to pass through.

Only one of the preceding modes can be selected.

Protocol Indicates the type of the protocol, which may be TCP/UDP, TCP, UDP, ICMP, or ALL.

Priority Indicates the Priority of the IP address.When Filter Mode is selected in the hybrid mode,this parameter can be

configured.

Range:0–255.

Direction Indicates the direction to which the filter rule applies.

Bidirectional: This value is available only when Filter Mode is Blacklist or Whitelist. The value

cannot be changed.

Upstream: When this value is selected in the hybrid mode, the filter rule applies to the upstream

direction. In the hybrid filter mode, only Upstream or Downstream can be selected.

Downstream: When this value is selected in the hybrid mode, the filter rule applies to the downstream

direction.

LAN-side Start IP Address Indicates the start IP address on the LAN side.

LAN-side End IP Address Indicates the end IP address on the LAN side.

LAN-side TCP Port Indicates the port ID on the LAN side. This parameter can be configured when Protocol is set to TCP/UDP or

TCP.

LAN-side UDP Port Indicates the port ID on the LAN side. This parameter can be configured when Protocol is set to TCP/UDP or

UDP.

WAN-side IP Address Indicates the IP address on the WAN side.

WAN-side TCP Port Indicates the ID of the WAN side port. This parameter can be configured when Protocol is set to TCP/UDP or

TCP.

WAN-side UDP Port Indicates the ID of the WAN side port. This parameter can be configured when Protocol is set to TCP/UDP or

UDP.

Action Indicates the IP filter action. When Filter Mode is selected in the hybrid mode,this parameter can be configured.

Accept: accepts packets that meet the IP filter rule.

Drop: drops packet that meet the IP filter rule.

Parent Topic: Security Configuration

< Previous topic Next topic >

1.6.3.3 MAC Address Filtering

1. Click Advanced Configuration > Security Configuration tab, and choose MAC Address Filtering in the navigation tree on the left. In

the pane on the right, after enabling MAC filter and selecting the filter mode, click New. On the dialog box that is displayed, configure the

MAC filter rule for the PC to access the Internet, as shown in Figure 1.

Figure 1 MAC Address Filtering

2. Click Apply.

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The MAC address lists of PCs in the network are saved on the ONT. Configuring MAC filter rules enables the PCs that conform to the rules to access

the Internet service or disables the PCs that do not conform to the rules to access the Internet service. A PC may have more than one IP addresses but a

unique MAC address. Therefore, configuring MAC filter rules effectively controls the Internet service access rights of PCs in a LAN.

Table 1 describes the parameters related to the MAC filter.

Table 1 Parameters related to the MAC address filter

Parameter Description

Enable MAC filter Indicates whether to enable the MAC address filter function.

Filter Mode Indicates the MAC address filter rule of the blacklist or whitelist.

Blacklist: indicates that the data meeting the rule in the filter rule list is

not allowed to pass.

Whitelist: indicates that the data meeting the rule in the filter rule list is

allowed to pass.

The filter mode is global config mode. Thus, the blacklist and whitelist mode

cannot be used at the same time.

Source MAC Address Indicates the source MAC address in the MAC address filter rule.

Parent Topic: Security Configuration

< Previous topic Next topic >

1.6.3.4 Wi-Fi MAC Address Filtering

1. Click Advanced Configuration > Security Configuration tab, and choose Wi-Fi MAC Address Filtering in the navigation tree on the

left. In the right pane, select Enable WAN MAC filter, set the filter mode, and click New. In the dialog box that is displayed, configure the

SSID-based MAC address filter rule, as shown in Figure 1.

Figure 1 Wi-Fi MAC Address Filtering

2. Click Apply.

Table 1 describes the configuration parameters for wireless network MAC filtering.

Table 1 Parameters for wireless network MAC filtering

Parameter Description

Enable WLAN MAC filter Enables or disables the WLAN MAC filter function.

Filter mode Indicates the MAC filter mode. It can be set to Blacklist or Whitelist.

Blacklist: forbids data packets that match rules in the blacklist to pass

through.

Whitelist: allows data packets that match rules in the whitelist to pass

through.

The blacklist or whitelist mode is a global configuration. The two modes cannot

be used at the same time.

SSID index Indicates the SSID index of the WLAN for which MAC address filtering is

configured.

Source MAC address Indicates the source MAC address in the MAC filter rules.

Parent Topic: Security Configuration

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< Previous topic Next topic >

1.6.3.5 Parental Control

Click Advanced Configuration > Security Configuration tab, and choose Parental Control in the navigation tree on the left. In the pane on the

right, configure different constraints for the network surfing time and website access on working days and holidays. In this way, their children are

allowed to access networks in specified time segments and free from age inappropriate contents, as shown in Figure 1.

Figure 1 Parental Control

NOTE:

Configure the template by following the instructions provided in the wizard. You can click Help in the upper right to view the online help about the template configuration if

required.

Parent Topic: Security Configuration

< Previous topic Next topic >

1.6.3.6 DoS Configuration

1. Click Advanced Configuration > Security Configuration tab, and choose DoS Configuration in the navigation tree on the left. In the

pane on the right, determine whether to enable the DoS attack-preventive configuration, as shown in Figure 1.

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Figure 1 DoS Configuration

2. Click Apply.

Denial of service (DoS) attack is a network-based attack that denies users from accessing the Internet. The DoS attack initiates a large number of

network connections, making the server or the program running on the server break down or server resources exhaust or denying users to access the

Internet service. As a result, the network service fails.

Table 1 describes the parameters related to the DoS.

Table 1 Parameters related to the DoS

Parameter Description

Prevent SYN Flooding Attack Indicates whether to enable the prevent SYN flooding attack.

In the attack, several source hosts send SYN packets to a destination host. After

receiving the SYN ACK packets from the destination host, the source hosts do

not respond. In this case, the destination host establishes many connection

queues for the source hosts and maintains these queues all the time because no

ACK response is received. As a result, many resources are used and the

destination host fails to provide normal services for normal connections.

Prevent ICMP Echo Attack Indicates whether to enable the prevent ICMP echo attack.

In the attack, many ICMP echo packets are sent to a destination host within a

short time. As a result, the network is congested or the resources of the host are

exhausted.

Prevent ICMP Redirect Attack Indicates whether to enable the prevent ICMP redirect attack.

In the attack, many ICMP redirect packets are sent to a destination host within a

short time. As a result, the network is congested or the resources of the host are

exhausted.

Parent Topic: Security Configuration

< Previous topic Next topic >

1.6.3.7 Precise Device Access Control

Click Advanced Configuration > Security Configuration tab, and choose Precise Device Access Control in the navigation tree on the left. Click

New. In the displayed window, set LAN port, SSID or WAN port information, including Priority, Protocol and Mode,as shown in Figure 1.

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Figure 1 Parental Control

Parent Topic: Security Configuration

< Previous topic Next topic >

1.6.3.8 Device Access Control

1. In the navigation tree on the left, choose Advanced Configutation > Security Configutation > Device Access Control. In the pane on the

right, configure the rule of ONT access control, as shown in Figure 1.

Complete network security planning before enabling remote access control to ensure that ONTs are logged in to in secure network

conditions. After the ONT login operations are complete, disable remote access control in a timely manner. If you do not complete network

security planning or do not disable remote access control in a timely manner, the network may become faulty or be attacked, and Huawei

will not be responsible for any related subsequences.

Figure 1 Device Access Control

2. Click Apply.

Parent Topic: Security Configuration

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< Previous topic Next topic >

1.6.3.9 WAN Access Control Configuration

1. In the navigation tree on the left, choose Security Configuration > WAN Access Control Configuration. In the pane on the right, click

New. In the dialog box that is displayed, set the parameters of the WAN access control, as shown in Figure 1

Complete network security planning before enabling remote access control to ensure that ONTs are logged in to in secure network

conditions. After the ONT login operations are complete, disable remote access control in a timely manner. If you do not complete network

security planning or do not disable remote access control in a timely manner, the network may become faulty or be attacked, and Huawei

will not be responsible for any related subsequences.

Figure 1 WAN Access Control Configuration

2. Click Apply.

Parent Topic: Security Configuration

< Previous topic

1.6.4 Route

This topic describes how to configure the default route and static route through the Web page.

Default IPv4 Route Configuration

IPv4 Static Route Configuration

IPv4 Dynamic Route Configuration

IPv4 VLAN Binding Configuration

IPv4 Service Route Configuration

IPv4 Routing Table

Default IPv6 Route Configuration

IPv6 Static Route Configuration

Parent Topic: Advanced Configuration

< Previous topic Next topic >

1.6.4.1 Default IPv4 Route Configuration

1. In the navigation tree on the left, choose Advanced Configuration > Route > Default IPv4 Route Configuration. In the pane on the right,

select or deselect the Default Route option button to enable or disable the default route of the system, as shown in Figure 1.

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Figure 1 Default IPv4 Route Configuration

NOTE:

If an ONT fails to find a matching routing entry after receiving a packet, the WAN interface specified by the default route configuration sends the packet to a network

device. Before the default route of the system is enabled, the WAN interface must obtain the IP address. Therefore, the parameters of the WAN interface must be

correctly set. For details, see WAN Configuration.

2. Click Apply.

Parent Topic: Route

Next topic >

1.6.4.2 IPv4 Static Route Configuration

1. In the navigation tree on the left, choose Advanced Configuration > Route > IPv4 Static Route Configuration. In the pane on the right,

click New. In the dialog box that is displayed, set the parameters related to the static route, as shown in Figure 1.

Figure 1 IPv4 Static Route Configuration

2. Click Apply.

Table 1 describes the parameters related to the static route.

Table 1 Parameters related to the static route

Parameter Description

Address Format Indicates the format of an address, which can be in IP address or domain name format. When both the destination

IP address and the domain name are configured, only the destination IP address takes effect.

IP Address Indicates the destination IP address of the static route. This parameter must be configured when the IP address

format is specified for Address Format.

Domain name Indicates the domain name of the static route. This parameter must be configured when the domain name formats

is specified for Address Format.

The wildcard domain names in the following formats are supported: *.abc.com, abc.com.*, and abc.*.com. The

wildcard domain names in the following format are not supported: *abc.com, abc*.com, and a*c.com.

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Parameter Description

Subnet Mask Indicates the subnet mask of the static route.

Gateway Indicates the gateway IP address of the static route.

WAN Name Indicates the WAN interface that the route travels through.

Parent Topic: Route

< Previous topic Next topic >

1.6.4.3 IPv4 Dynamic Route Configuration

1. In the navigation tree on the left, choose Advanced Configuration > Route > IPv4 Dynamic Route Configuration. In the pane on the

right, click New. In the dialog box that is displayed, set the parameters related to the dynamic route, as shown in Figure 1.

Figure 1 IPv4 Dynamic Route Configuration

2. Click Apply.

Table 1 describes the parameters related to the dynamic route.

Table 1 Parameters related to the dynamic route

Parameter Description

Enable RIP Controls whether the RIP function configured on the WAN port takes effect.

Protocol Type Indicates the RIP protocol type. It is used for dynamic route learning and route advertisement.

RIPv1: does not support packet authentication. When this protocol type is selected, the authentication

mode automatically changes to None.

RIPv2: supports packet authentication.

RIPv1_v2: supports both RIPv1 and RIPv2.

Mode Indicates the RIP protocol working mode. Its values are Active and Passive.

Active: advertises and automatically learns routes.

Passive: only automatically learns routes but does not advertise routes.

Authentication Mode Indicates the packet authentication mode. It is used for authentication on route learning and advertisement

packets.

When RIPv1 is selected, the authentication mode cannot be edited and is set to None.

When RIPv1_v2 is selected, the authentication mode works for only RIPv2 and RIPv1 packets are not

authenticated.

Key Indicates the key required for packet authentication.

It cannot be set if the authentication mode is None.

It is mandatory if the authentication mode is Plaintext, MD5, or HMAC-SHA256.

NOTE:

When the authentication mode is Plaintext, the input plaintext is displayed as asterisks (*).

Interface Name Indicates the name of a WAN port, which is used to associate a port configured using a dynamic route. By

default, it is the name of every WAN port.

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Parent Topic: Route

< Previous topic Next topic >

1.6.4.4 IPv4 VLAN Binding Configuration

1. Click the Advanced Configuration > Route tab and then choose IPv4 VLAN Binding Configuration from the navigation tree. In the right

pane, Click to need to configure the port VLAN binding column in the tab to set the port VLAN binding relationship, as shown in Figure 1.

Figure 1 IPv4 VLAN Binding Configuration

2. Click Apply.

Parent Topic: Route

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1.6.4.5 IPv4 Service Route Configuration

1. Click the Advanced Configuration > Route tab. In the navigation tree on the left, choose IPv4 Service Route Configuration. In the right

pane, click New. In the dialog box that is displayed, set related service route parameters, as shown in Figure 1.

Figure 1 IPv4 Service Route Configuration

NOTE:

The configuration takes effect when the device works in the bridge mode, and the corresponding WAN must be bridging-type WAN.

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2. Click Apply.

Parent Topic: Route

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1.6.4.6 IPv4 Routing Table

Click the Advanced Configuration > Route tab, and choose IPv4 Routing Table from the navigation tree on the left. In the right pane, routing

information of the device is displayed, including the destination IP address, destination subnet mask, gateway, and outgoing interface, as shown in

Figure 1.

Figure 1 IPv4 Routing table

Parent Topic: Route

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1.6.4.7 Default IPv6 Route Configuration

1. In the navigation tree on the left, choose Advanced Configuration > Route > Default IPv6 Route Configuration. In the pane on the right,

select or deselect the Enable the Default Route option button to enable or disable the default route of the system, as shown in Figure 1.

Figure 1 Default IPv6 Route Configuration

NOTE:

If an ONT fails to find a matching routing entry after receiving a packet, the WAN interface specified by the default route configuration sends the packet to a network

device. Before the default route of the system is enabled, the WAN interface must obtain the IP address. Therefore, the parameters of the WAN interface must be

correctly set. For details, see WAN Configuration.

2. Click Apply.

Parent Topic: Route

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1.6.4.8 IPv6 Static Route Configuration

1. In the navigation tree on the left, choose Advanced Configuration > Route > IPv6 Static Route Configuration. In the pane on the right,

click New. In the dialog box that is displayed, set the parameters related to the static route, as shown in Figure 1.

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Figure 1 IPv6 Static Route Configuration

2. Click Apply.

Table 1 lists the configuration parameters for a static route.

Table 1 Static route parameters

Parameter Description

Destination IP Prefix This parameter needs to be set when the obtained prefix is shorter than 64 bits. It is used for LAN IP address

allocation.

Next Hop Indicates the destination IP address of the static route.

WAN Name Indicates the WAN interface that the static route traverses.

Parent Topic: Route

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1.6.5 Forward Rules

This topic describes how to configure the DMZ, port mapping, and port trigger through the web page.

DMZ Function

IPv4 Port Mapping

Port Trigger Configuration

Parent Topic: Advanced Configuration

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1.6.5.1 DMZ Function

1. Click Advanced Configuration > Forward Rules tab, and choose DMZ Function in the navigation tree on the left. In the pane on the

right, click New. In the dialog box that is displayed, set the parameters related to the DMZ, as shown in Figure 1.

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Figure 1 DMZ Function

2. Click Apply.

The demilitarized zone (DMZ) is a technology that enables the ONT to forward all received packets through a specified internal server. The technology

enables a computer in the LAN to be completely exposed to all users on the Internet or enables the mutual communication without restrictions between

a host with a specified IP address and other users or other servers on the Internet. In this way, many applications can run on the host with the specified

IP address. The host with the specified IP address receives all connections and files that can be identified.

If the LAN-side device does not provide website service or other network services, do not set the device to a DMZ host because all ports of a DMZ

host are opened to the Internet.

Table 1 describes the parameters related to the DMZ.

Table 1 Parameters related to the DMZ

Parameter Description

Enable DMZ Indicates whether to enable the DMZ.

WAN Name Indicates the name of the WAN interface. If the WAN interface is not in the port mapping table, the application

requests from the WAN connection are directly forwarded to the host in the DMZ.

Host Address Indicates the IP address of the DMZ host.

Parent Topic: Forward Rules

Next topic >

1.6.5.2 IPv4 Port Mapping

Port mapping indicates that the Intranet server is allowed to be open to the Extranet (for example, the Intranet provides the Extranet with a WWW

server or FTP server). Port mapping is to map the Intranet host IP address and port ID to Extranet IP address and corresponding port ID so that users

from Extranets can access the Intranet server. With port mapping, the users cannot see the Intranet IP address and they see the Extranet IP address.

Navigation Path

1. Click Advanced Configuration > Forward Rules tab, and choose IPv4 Port Mapping. In the dialog box that is displayed, set the

parameters related to port mapping, as shown in Figure 1.

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Figure 1 IPv4 Port Mapping

2. Click Apply.

Configuration Example

Enable the packets sent from the WAN side to the ONT whose the destination WAN port number is 2000 to be forwarded to the LAN-side PC whose

IP address is 192.168.100.20, and the port number is changed to 3000.

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Parameter Description

Table 1 describes the parameters related to IPv4 port mapping.

Table 1 Parameters related to IPv4 port mapping

Parameter Description

Enable Port Mapping Indicates whether to enable port mapping.

Mapping Name Indicates the name of the port mapping rule.

WAN Name Indicates the name of the WAN interface where port mapping is enabled.

Internal Host Indicates the IP address of the host to which the port is mapped.

Protocol Indicates the protocol type of port mapping packet, which may be TCP, UDP, or TCP/UDP.

Start External Port Indicates the destination start port of the external data packet.

End External Port: Indicates the destination end port of the external data packet.

Start Internal Port Indicates the internal destination start port of the port mapping packet.

End Internal Port Indicates the internal destination end port of the port mapping packet.

Start External Source Port Indicates the source start port of the external data packet.

End External Source Port Indicates the source end port of the external data packet.

External Source IP Address Indicates the source IP address of the external data packet.

Parent Topic: Forward Rules

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1.6.5.3 Port Trigger Configuration

1. Click Advanced Configuration > Forward Rules tab, and choose Port Trigger Configuration. In the pane on the right, click New. In the

dialog box that is displayed, set the parameters related to the port trigger, as shown in Figure 1.

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Figure 1 Port Trigger Configuration

2. Click Apply.

The port trigger indicates that a specific Extranet port is automatically enabled when a corresponding Intranet port sends a packet and the packet is

mapped to the Intranet port on the host.A specific mapping packet is sent from the ONT through the Intranet so that specific packets of the Extranet

can be mapped to the corresponding host. A specified port on the gateway firewall is open to some applications for remote access. The port trigger can

dynamically enable the open port of the firewall.

Table 1 describes the parameters related to the port trigger.

Table 1 Parameters related to the port trigger

Parameter Description

Enable Port Trigger Indicates whether to enable the port trigger.

WAN Name Indicates the name of the WAN interface where the port trigger is enabled.

Trigger Protocol Indicates the protocol type of the port trigger packet, which may be TCP, UDP, or TCP/UDP.

Open Protocol Indicates the protocol type of the open data packet.

Start Trigger Port Indicates the destination start port of the port trigger packet.

End Trigger Port Indicates the destination end port of the port trigger packet.

Start Open Port Indicates the destination start port of the open packet.

End Open Port Indicates the destination end port of the open packet.

Parent Topic: Forward Rules

< Previous topic

1.6.6 Application

This topic describes how to configure functions such as Time Setting through the Web page.

USB Application

Time Setting

Media Sharing

ALG Configuration

DDNS Function

UPnP Function

IGMP Configuration

ARP Ping

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Intelligent Channel Configuration

Video Device Identification

Static DNS

DSCP-to-Pbit Mapping

Parent Topic: Advanced Configuration

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1.6.6.1 USB Application

1. Click Advanced Configuration > Application tab, and choose USB Application in the navigation tree on the left. In the pane on the right,

set the parameters related to FTP downloading to share the FTP file of the ONT, as shown in Figure 1.

Figure 1 USB Application

NOTE:

FTP server configuration supports only English.

The file time of an ONT is in the UNIX format. In Windows OS, the file time displayed may be different from the actual time for FTP access.

Parameter Description

Table 1 describes the parameters related to the USB.

Table 1 Parameters related to the USB

Parameter Description

FTP Client Configuration

FTP URL Indicates the path of the file downloaded through FTP.

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Parameter Description

Port ID Indicates the FTP port number. It is set to 21 by default. Generally, the setting is not required.

User Name Indicates the user name for connecting to the FTP server. If the FTP server supports anonymous login, the setting

is not required.

Password Indicates the password for connecting to the FTP server. If the FTP server supports anonymous login, the setting

is not required.

USB Device Indicates the drive of the external USB device for saving the file downloaded through FTP. When the USB

storage device is connected to the USB port, the drop-down list is available.

Path Indicates the path for saving the FTP-downloaded file to the external USB device. If the path is not entered, the

path specified in Download URL is used by default.

FTP Server Configuration

Enable FTP Server Enables the FTP server when the ONT serves as an FTP server.

User Name Sets the user name of the FTP server. This user name is required when another FTP client logs in to the FTP

server.

Password Sets the password of the FTP server. This password is required when another FTP client logs in to the FTP

server.

USB Device Indicates the drive of the external USB device for saving the file downloaded through FTP.

Root Path Indicates the path for saving shared files when the ONT serves as a server.

Parent Topic: Application

Next topic >

1.6.6.2 Time Setting

1. Click Advanced Configuration > Application tab, and choose Time Setting in the navigation tree on the left. In the pane on the right, set

the parameters related to the system time, including the SNTP server, time zone, and daylight saving time (DST), as shown in Figure 1.

Figure 1 Time Setting

2. Click Apply.

Table 1 describes the parameters related to the system time.

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Table 1 Parameters related to the system time

Parameter Description

Auto Synchronization Network Time Server Indicates whether to enable the auto synchronization network time server, that is, SNTP server.

Primary SNTP Server Indicates the primary SNTP server.

Secondary SNTP Server Indicates the secondary SNTP server.

Time Zone Indicates the time zone.

Time Synchronization Cycle Indicates whether to enable the DST.

DST Start Time Indicates the DST start time.

DST End Time Indicates the DST end time.

NOTE:

If the SNTP server is configured based on domain name format, a static route or a default route must be configured. If the static route or default route is not configured, the ONT will

fail to obtain time from the SNTP sever.

Parent Topic: Application

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1.6.6.3 Media Sharing

1. Click Advanced Configuration > Application tab, and choose Media Sharing in the navigation tree on the left. In the right pane,

configure the media sharing settings, as shown in Figure 1.

Figure 1 Media Sharing

2. Click Apply.

Parent Topic: Application

< Previous topic Next topic >

1.6.6.4 ALG Configuration

1. In the navigation tree on the left, choose Application > ALG Configuration. In the pane on the right, determine whether to enable the FTP

or TFTP, as shown in Figure 1.

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Figure 1 ALG Configuration

2. Click Apply.

When the NAT function is enabled, the application level gateway (ALG) function needs to be enabled to ensure that some application software and

hardware can be normally used.

Parent Topic: Application

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1.6.6.5 DDNS Function

1. Click the Advanced Configuration > Application tab and then choose DDNS Function from the navigation tree. In the right pane,

configure DDNS parameters, including Service Provider, Host Name, Service Port, Domain Name, Username, and Password, as shown

in Figure 1.

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Figure 1 DDNS Function

2. Click Apply.

Dynamic domain name service (DDNS) associates a static domain name with the dynamic IP address of its host.

Assume that server A provides HTTP or FTP service and it is connected to the Internet using routers. If server A obtains an IP address through DHCP,

or server A is connected to the Internet through PPPoE, PPTP, or L2TP, the IP address is an dynamic IP address. That is, its IP address may change

each time when server A initializes its connection to the Internet.

The mapping between the domain name and IP address provided by the domain name service (DNS) server is static, and the mapping does not update

when the IP address changes. Therefore, when the IP address of server A changes, users on the Internet cannot access server A with domain names.

With DDNS, which associates a static domain name with the dynamic IP address of its host, users on the Internet can access the server only with

domain names.

Parent Topic: Application

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1.6.6.6 UPnP Function

1. Click Advanced Configuration > Application tab, and choose UPnP Function in the navigation tree on the left. In the pane on the right,

determine whether to enable the UPnP, as shown in Figure 1.

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Figure 1 UPnP Function

2. Click Apply.

Universal Plug and Play (UPnP) is the name of a group of protocols. The UPnP supports zero configuration networking and automatic discovery of

different network devices. If the UPnP is enabled, the UPnP-enabled device can be dynamically connected to the network to obtain the IP address,

obtain the transfer performance, discover other devices, and learn the performance of the other devices. The UPnP-enabled device can be automatically

disconnected from the network, without affecting the device or other devices.

When the UPnP is enabled, the LAN-side PC automatically finds the ONT, which is considered as a peripheral device of the PC and is plug-and-play.

After running application software on the PC, port mapping entries are automatically generated on the ONT through the UPnP protocol, thus

improving the running speed.

Parent Topic: Application

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1.6.6.7 IGMP Configuration

1. Click the Advanced Configuration > Application tab and then choose IGMP Configuration from the navigation tree. In the right pane,

configure the IGMP parameters, as shown in Figure 1.

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Figure 1 IGMP configuration

2. Click Apply.

The IGMP function of WAN ports can be enabled only when IGMP works in the gateway mode. Only when IGMP Mode is Proxy, parameters such as

Robustness, General query interval, General query response time, Specific query number, Specific query interval, and Specific query response

time.

Parent Topic: Application

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1.6.6.8 ARP Ping

1. Click Advanced Configuration > Application tab, and choose ARP Ping in the navigation tree on the left. In the pane on the right,

configure ARP Ping parameters, including WAN Name, Interval, and Repetitions, as shown in Figure 1

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Figure 1 ARP Ping Configuration

2. Click Apply.

Parent Topic: Application

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1.6.6.9 Intelligent Channel Configuration

NOTE:

After over-the-top (OTT) service flows are configured and services become normal, you can configure the intelligent channel according to the following description to ensure the

OTT service bandwidth and thereby improve service experience.

1. Click the Advanced Configuration > Application tab, and choose Intelligent Channel Configuration from the navigation tree on the left.

In the right pane, select Intelligent Channel Enabled, and click New. In the dialog box that is displayed, configure the intelligent channel,

as shown in Figure 1.

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Figure 1 Intelligent channel configuration

2. Click Apply.

Table 1 describes the intelligent channel parameters.

Table 1 Intelligent channel parameters

Parameter Description

Intelligent Channel Enabled Enables or disables the intelligent channel function.

Inbound Port Indicates the port through which packets come in the ONT. The port must be the

same as the LAN port that is bound to the WAN port of the intelligent channel

service.

VLAN Indicates the VLAN carried by packets when packets reach the inbound port.

This parameter is not used for live-network services and thereby does not need

to be configured.

Protocol No. Indicates the Layer 3 protocol type of packets. Indicates the Layer 3 protocol

type of packets. The following lists the numbers of common protocols:

TCP: 6

UDP: 17

IGMP: 2

ICMP: 1

Domain Indicates the domain name of the intelligent channel. When both the destination

IP address and the domain name are configured, the destination IP address takes

precedence over the domain name (that is, the domain name does not take

effect.)

The wildcard domain names in the following format are supported: *.abc.com,

abc.com.*, and abc.*.com. The wildcard domain names in the following format

are not supported: *abc.com, abc*.com, and a*c.com.

Destination IP Address/Mask Indicates the destination IP address and mask of packets related to the intelligent

channel service. The IP address can be an address or an address segment.

Generally, only the destination IP address and mask need to be configured.

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Parameter Description

Source IP Address/Mask Indicates the source IP address and mask of packets related to the intelligent

channel service. The IP address can be an address or an address segment.

Destination Port Range Indicates the destination TCP/IP port of packets. It can be a consecutive port

range.

Source Port Range Indicates the source TCP/IP port of packets. It can be a consecutive port range.

DSCP Re-marked Indicates the DSCP value to be remarked. A greater DSCP value indicates a

higher 802.1p priority.

802.1p Re-marked Indicates the 802.1p value to be remarked, which is generated through

association with the DSCP value. The 802.1p value is calculated based on the

most significant 3 bits of the DSCP value.

Parent Topic: Application

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1.6.6.10 Video Device Identification

1. Click Advanced Configuration > Application tab, and choose Video Device Identification in the navigation tree on the left. In the pane

on the right, determine whether to enable the Video Device Identification function,and enter the DSCP Re-marked value.as shown in Figure

Figure 1 Video Device Identification

2. Click Apply.

Parent Topic: Application

< Previous topic Next topic >

1.6.6.11 Static DNS

1. Click the Advanced Configuration > Application tab and then choose Static DNS from the navigation tree.

In the right pane, configure DNS parameters, and you can also configure static DNS domain name resolution, as shown in Figure 1.

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Figure 1 Static DNS

2. Click Apply.

Parent Topic: Application

< Previous topic Next topic >

1.6.6.12 DSCP-to-Pbit Mapping

Click Advanced Configuration > Application tab, and choose DSCP-to-Pbit Mapping in the navigation tree on the left. on the left.On the right

pane, set can set the mapping rule and Pbit of the Default Mapping, as shown inFigure 1.

Figure 1 DSCP-to-Pbit Mapping

A mapping rule indicates a newly added DSCP mapping profile. In the example, profile 1 is set and DSCP value is 7, the mapped Pbit is 0; DSCP

values 12, 13, 14, 15, 17, and 19, the mapped Pbit is 1. Different priorities are separated by semicolon (;). Field Pbit of the Default Mapping indicates

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the priority to which a DSCP value maps. In this field, values 0-7 are permitted. If no DSCP value is specified in Mapping Rule, the value set in Pbit

of the Default Mapping takes effect.

Parent Topic: Application

< Previous topic

1.6.7 WLAN

This topic describes how to perform 2.4G&5G basic and advanced configurations of the WLAN through the Web page.

WLAN Basic Configuration

WLAN Advanced Configuration

2.4G Basic Network Settings

2.4G Advanced Network Settings

5G Basic Network Settings

5G Advanced Network Settings

Automatic WiFi Shutdown

WiFi Coverage Management

Parent Topic: Advanced Configuration

< Previous topic Next topic >

1.6.7.1 WLAN Basic Configuration

1. Click the Advanced Configuration > WLAN tab, and choose WLAN Basic Configuration from the navigation tree on the left. In the right

pane, configure the basic parameters of the Wi-Fi network, as shown in Figure 1.

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Figure 1 WLAN Basic Configuration

2. Click Apply.

Table 1 describes the basic parameters of the Wi-Fi network.

Table 1 Basic wireless network configurations

Parameter Description

Enable WLAN Indicates whether to enable the wireless network. The following parameters can be set only when the wireless

network is enabled.

SSID Name Indicates the name of the wireless network. It is used to differentiate different wireless networks. It consists of a

maximum of 32 characters, without Tab character. A default SSID1, named WirelessNet is created after the

creation of an ONT. The system can configure up to four SSIDs at a time and cannot assign IP addresses to Wi-Fi

terminals by SSID.

Enable SSID Specifies whether to enable the connection.

Associated Device Number Specifies the number of STAs. It ranges from 1 to 32.

Broadcast SSID Indicates whether to enable or hide broadcast.

If the option box is selected, it indicates that the SSID broadcast function is enabled. The ONT

periodically broadcasts the SSID, that is, the name of the wireless network. In this way, any STA can

search for the wireless network.

If the option box is not selected, it indicates that the SSID broadcast function is disabled. The SSID is

hidden, and the STA cannot search for the wireless network. The SSID can be obtained only through a

request.

WMM Enable Specifies whether to enable Wi-Fi multimedia.

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Parameter Description

Authentication Mode Indicates the authentication mode for the STA to request access to the wireless network. The mode can be Open,

Shared, WPA Pre-Shared Key, WPA2 Pre-Shared Key, WPA/WPA2 Pre-Shared Key, WPA Enterprise, WPA2

Enterprise, or PA/WPA2 Enterprise.

It is set to open by default, that is, the STA can access the network without authentication.

Encryption Mode Indicates the encryption mode for the STA to request access to the wireless network. The encryption mode and

encryption parameters vary with the authentication mode.

If the authentication mode is set to Open, the encryption mode can be set to None or WEP.

If the authentication mode is set to Shared, the encryption is WEP.

If the authentication mode is set to WPA Pre-Shared Key, WPA2 Pre-Shared Key, WPA/WPA2

Pre-Shared Key, WPA Enterprise, WPA2 Enterprise or WPA/WPA2 Enterprise, the encryption

mode can be set to AES, TKIP, or TKIP&AES.

NOTE:

The security mode and encryption configured on a Wi-Fi terminal must be the same as those of an ONT. If the TKIP&AES, or AES encryption mode is not configured on

the Wi-Fi terminal, the Wi-Fi terminal may have an old-version driver. If so, update the driver version.

When two SSIDs are configured, if you modify the information of an SSID, the other SSID will re-choose a channel, causing the service to be interrupted for a few

minutes.

The WPS function can be used on SSID1 for only one band. In addition, do not enable WPS for multiple SSIDs in the same band. Otherwise, a Wi-Fi connection

abnormality may occur.

Parent Topic: WLAN

Next topic >

1.6.7.2 WLAN Advanced Configuration

1. Click the Advanced Configuration > WLAN tab, and choose WLAN Advanced Configuration from the navigation tree on the left. In the

right pane, configure the basic parameters of the Wi-Fi network, as shown in Figure 1.

NOTE:

This page is empty if Enable WLAN is not selected in Advanced Configuration.

Figure 1 Advanced Configuration

2. Click Apply.

Table 1 describes the Wi-Fi parameters of the Wi-Fi network.

Table 1 Wireless network advance parameters

Parameter Description

TX Power Indicates the transmit optical power of wireless signals. It can be set to 20%, 40%, 60%, 80%, or 100%. The

larger the value, the better the coverage of wireless signals.

Regulatory Domain Indicates the country code of the wireless network.

Channel Indicates the channel of the wireless network. The channel varies with the value of Regulatory Domain.

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Parameter Description

Channel Width Indicates the wireless channel width. It can be set to Auto 20/40 MHz, 20 MHz or 40 MHz.

Mode Indicates the supported wireless network mode. It can be set to 802.11b, 802.11g, 802.11b/g, or 802.11b/g/n.

DTIM Period Indicates the delivery period of the delivery traffic indication map (DTIM). The value ranges from 1 to 255, and

the default value is 1.

Beacon Period Indicates the delivery period of the beacon. The beacon is used to contact other access point devices or network

control devices. The value ranges from 20 ms to 1000 ms, and the default value is 100 ms.

RTS Threshold Indicates the request to send (RTS) threshold. It is used to avoid conflicts in data transmission in the wireless

LAN.

The smaller the RTS threshold, the higher the transmission frequency of RTS packets, and the faster of the

system recovers from an interruption or conflict. However, more bandwidths are used, which affects the

throughput of other network data packets.

The value ranges from 1 bytes to 2346 bytes, and the default value is 2346 bytes.

Fragmentation Threshold Indicates the fragment threshold. When the size of a packet is greater than this threshold, the packet will be

fragmented. If the transmission of fragments is interrupted, only the parts that are not successfully transmitted

need to be retransmitted.

The value ranges from 256 bytes to 2346 bytes, and the default value is 2346 bytes.

Parent Topic: WLAN

< Previous topic Next topic >

1.6.7.3 2.4G Basic Network Settings

NOTE:

Only dual-band products support this page

1. Click the Advanced Configuration > WLAN tab, and choose 2.4G Basic Network Settings from the navigation tree on the left. In the

right pane, configure the basic parameters of the Wi-Fi network, as shown in Figure 1.

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Figure 1 2.4G Basic Network Settings

2. Click Apply.

Table 1 describes the basic parameters of the Wi-Fi network.

Table 1 Basic wireless network configurations

Parameter Description

Enable WLAN Indicates whether to enable the wireless network. The following parameters can be set only when the wireless

network is enabled.

SSID Name Indicates the name of the wireless network. It is used to differentiate different wireless networks. It consists of a

maximum of 32 characters, without Tab character. A default SSID1, named WirelessNet is created after the

creation of an ONT. The system can configure up to four SSIDs at a time and cannot assign IP addresses to Wi-Fi

terminals by SSID.

Enable SSID Specifies whether to enable the connection.

Associated Device Number Specifies the number of STAs. It ranges from 1 to 32.

Broadcast SSID Indicates whether to enable or hide broadcast.

If the option box is selected, it indicates that the SSID broadcast function is enabled. The ONT

periodically broadcasts the SSID, that is, the name of the wireless network. In this way, any STA can

search for the wireless network.

If the option box is not selected, it indicates that the SSID broadcast function is disabled. The SSID is

hidden, and the STA cannot search for the wireless network. The SSID can be obtained only through a

request.

WMM Enable Specifies whether to enable Wi-Fi multimedia.

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Parameter Description

Authentication Mode Indicates the authentication mode for the STA to request access to the wireless network. The mode can be Open,

Shared, WPA Pre-Shared Key, WPA2 Pre-Shared Key, WPA/WPA2 Pre-Shared Key, WPA Enterprise, WPA2

Enterprise, or PA/WPA2 Enterprise.

It is set to open by default, that is, the STA can access the network without authentication.

Encryption Mode Indicates the encryption mode for the STA to request access to the wireless network. The encryption mode and

encryption parameters vary with the authentication mode.

If the authentication mode is set to Open, the encryption mode can be set to None or WEP.

If the authentication mode is set to Shared, the encryption is WEP.

If the authentication mode is set to WPA Pre-Shared Key, WPA2 Pre-Shared Key, WPA/WPA2

Pre-Shared Key, WPA Enterprise, WPA2 Enterprise or WPA/WPA2 Enterprise, the encryption

mode can be set to AES, TKIP, or TKIP&AES.

NOTE:

The security mode and encryption configured on a Wi-Fi terminal must be the same as those of an ONT. If the TKIP&AES, or AES encryption mode is not configured on

the Wi-Fi terminal, the Wi-Fi terminal may have an old-version driver. If so, update the driver version.

When two SSIDs are configured, if you modify the information of an SSID, the other SSID will re-choose a channel, causing the service to be interrupted for a few

minutes.

The WPS function can be used on SSID1 for only one band. In addition, do not enable WPS for multiple SSIDs in the same band. Otherwise, a Wi-Fi connection

abnormality may occur.

Parent Topic: WLAN

< Previous topic Next topic >

1.6.7.4 2.4G Advanced Network Settings

NOTE:

Only dual-band products support this page

1. Click the Advanced Configuration > WLAN tab, and choose 2.4G Advanced Network Settings from the navigation tree on the left. In the

right pane, configure the basic parameters of the Wi-Fi network, as shown in Figure 1.

NOTE:

This page is empty if Enable WLAN is not selected in Advanced Configuration.

Figure 1 2.4G Advanced Network Settings

2. Click Apply.

Table 1 describes the Wi-Fi parameters of the Wi-Fi network.

Table 1 Wireless network advance parameters

Parameter Description

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Parameter Description

TX Power Indicates the transmit optical power of wireless signals. It can be set to 20%, 40%, 60%, 80%, or 100%. The

larger the value, the better the coverage of wireless signals.

Regulatory Domain Indicates the country code of the wireless network.

Channel Indicates the channel of the wireless network. The channel varies with the value of Regulatory Domain.

Channel Width Indicates the wireless channel width. It can be set to Auto 20/40 MHz, 20 MHz or 40 MHz.

Mode Indicates the supported wireless network mode. It can be set to 802.11b, 802.11g, 802.11b/g, or 802.11b/g/n.

DTIM Period Indicates the delivery period of the delivery traffic indication map (DTIM). The value ranges from 1 to 255, and

the default value is 1.

Beacon Period Indicates the delivery period of the beacon. The beacon is used to contact other access point devices or network

control devices. The value ranges from 20 ms to 1000 ms, and the default value is 100 ms.

RTS Threshold Indicates the request to send (RTS) threshold. It is used to avoid conflicts in data transmission in the wireless

LAN.

The smaller the RTS threshold, the higher the transmission frequency of RTS packets, and the faster of the

system recovers from an interruption or conflict. However, more bandwidths are used, which affects the

throughput of other network data packets.

The value ranges from 1 bytes to 2346 bytes, and the default value is 2346 bytes.

Fragmentation Threshold Indicates the fragment threshold. When the size of a packet is greater than this threshold, the packet will be

fragmented. If the transmission of fragments is interrupted, only the parts that are not successfully transmitted

need to be retransmitted.

The value ranges from 256 bytes to 2346 bytes, and the default value is 2346 bytes.

Parent Topic: WLAN

< Previous topic Next topic >

1.6.7.5 5G Basic Network Settings

NOTE:

Only dual-band products support this page.

1. Click the Advanced Configuration > WLAN tab, and choose 5G Basic Network Settings from the navigation tree on the left. In the right

pane, configure the basic parameters of the 5G Wi-Fi network, as shown in Figure 1.

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Figure 1 5G Basic Network Settings

2. Click Apply.

Table 1 describes the 5G basic Wi-Fi network settings.

Table 1 5G basic network settings

Parameter Description

Enable WLAN Indicates whether to enable the wireless network. The following parameters can be set only when the wireless

network is enabled.

SSID Name Indicates the name of the wireless network. It is used to differentiate different wireless networks. It consists of a

maximum of 32 characters, without space or Tab character. A default SSID1, named WirelessNet is created after

the creation of an ONT. The system can configure up to four SSIDs at a time and cannot assign IP addresses to

Wi-Fi terminals by SSID.

Enable SSID Specifies whether to enable the connection.

Associated Device Number Specifies the number of STAs. It ranges from 1 to 32.

Broadcast SSID Indicates whether to enable or hide broadcast.

If the option box is selected, it indicates that the SSID broadcast function is enabled. The ONT

periodically broadcasts the SSID, that is, the name of the wireless network. In this way, any STA can

search for the wireless network.

If the option box is not selected, it indicates that the SSID broadcast function is disabled. The SSID is

hidden, and the STA cannot search for the wireless network. The SSID can be obtained only through a

request.

WMM Enable Specifies whether to enable Wi-Fi multimedia.

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Parameter Description

Authentication Mode Indicates the authentication mode for the STA to request access to the wireless network. The mode can be Open,

Shared, WPA Pre-Shared Key, WPA2 Pre-Shared Key, WPA/WPA2 Pre-Shared Key, WPA Enterprise, WPA2

Enterprise, or PA/WPA2 Enterprise.

It is set to open by default, that is, the STA can access the network without authentication.

Encryption Mode Indicates the encryption mode for the STA to request access to the wireless network. The encryption mode and

encryption parameters vary with the authentication mode.

If the authentication mode is set to Open, the encryption mode can be set to None or WEP.

If the authentication mode is set to Shared, the encryption is WEP.

If the authentication mode is set to WPA Pre-Shared Key, WPA2 Pre-Shared Key, WPA/WPA2

Pre-Shared Key, WPA Enterprise, WPA2 Enterprise or WPA/WPA2 Enterprise, the encryption

mode can be set to AES, TKIP, or TKIP&AES.

NOTE:

The security mode and encryption configured on a Wi-Fi terminal must be the same as those of an ONT. If the TKIP&AES, or AES encryption mode is not configured on

the Wi-Fi terminal, the Wi-Fi terminal may have an old-version driver. If so, update the driver version.

When two SSIDs are configured, if you modify the information of an SSID, the other SSID will re-choose a channel, causing the service to be interrupted for a few

minutes.

The WPS function can be used on SSID1 for only one band. In addition, do not enable WPS for multiple SSIDs in the same band. Otherwise, a Wi-Fi connection

abnormality may occur.

Parent Topic: WLAN

< Previous topic Next topic >

1.6.7.6 5G Advanced Network Settings

NOTE:

Only dual-band products support this page.

1. Click the Advanced Configuration > WLAN tab, and choose 5G Advanced Network Settings from the navigation tree on the left. In the

right pane, configure the basic parameters of the 5G Wi-Fi network, as shown in Figure 1.

NOTE:

This page is empty if Enable WLAN is not selected in 5G Basic Network Settings.

Figure 1 5G Advanced Network Settings

2. Click Apply.

Table 1 describes the Wi-Fi parameters of the 5G Wi-Fi network.

Table 1 Wireless network advance parameters

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Parameter DescriptionParameter Description

TX Power Indicates the transmit optical power of wireless signals. It can be set to 20%, 40%, 60%, 80%, or 100%. The

larger the value, the better the coverage of wireless signals.

Regulatory Domain Indicates the country code of the wireless network.

Channel Indicates the channel of the wireless network. The channel varies with the value of Regulatory Domain.

Channel Width Indicates the wireless channel width. It can be set to Auto 20/40/80 MHz, Auto 20/40 MHz, 20 MHz or 40

MHz.

Mode Indicates the supported wireless network mode. It can be set to 802.11b, 802.11g, 802.11b/g, or 802.11b/g/n.

DTIM Period Indicates the delivery period of the delivery traffic indication map (DTIM). The value ranges from 1 to 255, and

the default value is 1.

Beacon Period Indicates the delivery period of the beacon. The beacon is used to contact other access point devices or network

control devices. The value ranges from 20 ms to 1000 ms, and the default value is 100 ms.

RTS Threshold Indicates the request to send (RTS) threshold. It is used to avoid conflicts in data transmission in the wireless

LAN.

The smaller the RTS threshold, the higher the transmission frequency of RTS packets, and the faster of the

system recovers from an interruption or conflict. However, more bandwidths are used, which affects the

throughput of other network data packets.

The value ranges from 1 bytes to 2346 bytes, and the default value is 2346 bytes.

Fragmentation Threshold Indicates the fragment threshold. When the size of a packet is greater than this threshold, the packet will be

fragmented. If the transmission of fragments is interrupted, only the parts that are not successfully transmitted

need to be retransmitted.

The value ranges from 256 bytes to 2346 bytes, and the default value is 2346 bytes.

Parent Topic: WLAN

< Previous topic Next topic >

1.6.7.7 Automatic WiFi Shutdown

1. Click the Advanced Configuration > WLAN tab, and choose Automatic WiFi Shutdown from the navigation tree on the left. In the right

pane, configure the scheduled WiFi shutdown time segment, to enable the WiFi network to be automatically shut down when the WiFi

network is not in use, as shown in Figure 1.

Figure 1 Automatic WiFi Shutdown

2. Click Apply.

Parent Topic: WLAN

< Previous topic Next topic >

1.6.7.8 WiFi Coverage Management

1. Click the Advanced Configuration > WLAN tab, and choose WiFi Coverage Management from the navigation tree on the left. In the

right pane, specify the SSID used for smart WiFi coverage and add the identified external AP devices to the WiFi network, as shown in Figure

1 and Figure 2.

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Figure 1 Wi-Fi Parameter Configuration

Figure 2 Wi-Fi Network Management

2. Click Apply.

Parent Topic: WLAN

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< Previous topic

1.6.8 Voice

This topic describes how to configure the voice service through the Web page.

NOTE:

The Web page for configuring the voice service varies with the voice protocols. The following topics describe the Web pages after the H.248 protocol and the SIP protocol are

loaded.

VoIP Basic Configuration

VoIP Advanced Configuration

SIP/H.248 Protocol Conversion

Parent Topic: Advanced Configuration

< Previous topic Next topic >

1.6.8.1 VoIP Basic Configuration

VoIP Basic Configuration - SIP protocol

1. In the navigation tree on the left, choose Advanced Configuration > Voice > VoIP Basic Configuration. In the pane on the right,

parameters of a VoIP interface can be configured, including the IP addresses of the primary server and secondary server, and

digitmap.

a. Configure the basic parameters for a voice interface.

Figure 1 Interface basic paramaters-SIP protocol

b. Configure basic parameters for a SIP voice user.

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Figure 2 User basic parameters-SIP protocol

2. Click Apply.

Table 1 describes the parameters used for configuring a VoIP interface based on the SIP protocol.

Table 1 Parameters used for configuring a VoIP interface based on the SIP protocol

Parameter Description

Basic Interface Parameters(SIP)

Outbound Proxy Server Address Indicates the IP address (provided by the ISP) of the primary SIP outbound server. This server IP

address overrides the primary server IP address. Specifically, when IP addresses of both the primary

outbound server and the primary server are configured, the primary server IP address does not take

effect.

Outbound Proxy Server Port Indicates the ID (provided by the ISP) of the port used for communication between the primary SIP

outbound server and the VoIP terminal. The ID ranges from 1 to 65535 and the default ID is 5060.

Outbound Proxy Server Port Indicates the IP address (provided by the ISP) of the secondary SIP outbound server.

Port of the Standby Outbound Proxy

Server

Indicates the ID (provided by the ISP) of the port used for communication between the secondary

SIP outbound server and the VoIP terminal. The ID ranges from 1 to 65535 and the default ID is

5060.

Address of the Primary Proxy Server Indicates the IP address (provided by the ISP) of the primary SIP proxy server.

Port of the Primary Proxy Server Indicates the ID (provided by the ISP) of the port used for communication between the primary SIP

proxy server and the VoIP terminal. The ID ranges from 1 to 65535 and the default ID is 5060.

Address of the Standby Proxy Server Indicates the IP address (provided by the ISP) of the secondary SIP proxy server.

Port of the Standby Proxy Server Indicates the ID (provided by the ISP) of the port used for communication between the secondary

SIP proxy server and the VoIP terminal. The ID ranges from 1 to 65535 and the default ID is 5060.

Home Domain Indicates the domain of the registration server of the VoIP terminal in network communications,

such as softx3000.huawei.com.

Local Port Indicates the ID of the local port on the ONT. The ID ranges from 1 to 65535 and the default ID is

5060.

Digitmap Indicates the voice digitmap.

Digitmap Match Mode

Indicates the digitmap matching mode, including Min and Max.

Min: If the dialed character string matches a digitmap scheme, the system immediately

reports the number to the call proxy.

Max: If the dialed character string matches a digitmap scheme, the system does not

immediately report the number to the call proxy but starts the short timer. If a user does

not continue dialing digits, the system reports the number to the call proxy after the short

timer times out; if the user continues dialing digits and the number matches the long

digitmap, the system reports the number that matches the digitmap to the call proxy.

Registration Period Indicates the valid registration period. When this period expires, the SIP user needs to register

again. The value range is 1s to 65534s, and the default value is 600s.

Signaling Port Indicates the signaling WAN port used for connecting the VoIP terminal to the SIP server.

Media Port Indicates the media streams WAN port used for connecting the VoIP terminal to the SIP server.

Region Indicates the country code.

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Parameter Description

Basic User Parameters(SIP)

Enable User Enables or disables a SIP user. The SIP user starts the registration only after being enabled.

URI Indicates the SIP user identifier. It uniquely identifies a SIP user and the value must be the same as

the configuration on the IMS.

Registration User Name Indicates the name used for SIP user registration. It is generally the user phone number.

Associated POTS Port Indicates the POTS port associated with the SIP user.

Authentication User Name Indicates the user name used for authentication on the IMS. It must be the same as the configuration

on the IMS.

Password Indicates the password used for authentication on the IMS. It must be the same as the configuration

on the IMS.

VoIP Interface Configuration - H.248 Protocol

1. In the navigation tree on the left, choose Advanced Configuration > Voice > VoIP basic Configuration. In the pane on the right,

parameters of a VoIP interface can be configured, including the address of the primary MGC, device name, and region, as shown in

Figure 3 and Figure 4.

a. Configure the basic parameters for a voice interface.

Figure 3 Interface basic parameters-H.248 protocol

b. Configure basic parameters for an H.248–based voice user.

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Figure 4 User basic parameters-H.248 protocol

2. Click Apply.

Table 2 describes parameters used for configuring a VoIP interface based on the H.248 protocol.

Table 2 Parameters used for configuring a VoIP interface based on the H.248 protocol

Parameter Description

Basic Interface Parameters(H.248)

Address of the Primary MGC Indicates the IP address (provided by the ISP) of the primary MGC server.

Port of the Primary MGC Indicates the ID (provided by the ISP) of the port used for communication between the primary

MGC server and the VoIP terminal. The ID ranges from 1 to 65535 and the default ID is 2944.

Address of the Standby MGC Indicates the IP address (provided by the ISP) of the secondary MGC server.

Port of the Standby MGC Indicates the ID (provided by the ISP) of the port used for communication between the

secondary MGC server and the VoIP terminal. The ID ranges from 1 to 65535 and the default

ID is 2944.

MG Domain Fill the domain name when MID Format is set to Domain Name, such as user.huawei.com.

MG Port Indicates the ID of the local port on the ONT. The ID ranges from 1 to 65535 and the default ID

is 2944.

Device Name Fill the device name when MID Format is set to Device Name.

MID Format Indicates the MG registration format. It can be the MG domain name, IP address, or device

name. The MG register format must be the same as the register format provided by the ISP.

Digitmap Matching Mode

Indicates the digitmap matching mode, including Min and Max.

Min: If the dialed character string matches a digitmap scheme, the system immediately

reports the number to the softswitches.

Max: If the dialed character string matches a digitmap scheme, the system does not

immediately report the number to the softswitches but starts the short timer. If a user

does not continue dialing digits, the system reports the number to the softswitches

after the short timer times out; if the user continues dialing digits and the number

matches the long digitmap, the system reports the number that matches the digitmap to

the softswitches.

Enable Digitmap Auto-match Enables or disables the function of digitmap auto match.

RTP TID Prefix Indicates the index of the ephemeral termination. The default prefix on Huawei softswitches is

A100.

Start Number of RTP TID Indicates the start number of RTP TID. The default start number is 0.

Width of RTP TID Number Indicates the width of RTP TID. The default number is 6.

Signaling Port Indicates the signaling WAN port used for connecting the VoIP terminal to the MGC server.

Media Port Indicates the WAN port of the voice media streams. When the name of the media port is empty,

it indicates that the name of the media port is the same as that of the signaling port.

Region Indicates the country code.

Basic User Parameters(H.248)

Enable Physical TID Enables or disables an ONT POTS port.

Physical TID Indicates the POTS port identifier.

Associated POTS Port Indicates the binding of a POTS port and a physical terminal.

Parent Topic: Voice

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Next topic >

1.6.8.2 VoIP Advanced Configuration

VoIP Advanced Configuration - SIP protocol

1. IIn the navigation tree on the left, choose Advanced Configuration > Voice > VoIP Advanced Configuration. In the pane on the

right, you can configure parameters of a VoIP user, including the register user name, authentication user name, password, and

associated POTS, as shown in Figure 1 and Figure 2.

Figure 1 VoIP advanced configuration - advanced parameters (SIP protocol)

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Figure 2 VoIP advanced configuration - physical Port parameters (SIP protocol)

2. Click Apply.

Table 1 describes the advanced parameters used for configuring a VoIP interface based on the SIP protocol.

Table 1 Advanced parameters used for configuring a VoIP interface based on the SIP protocol

Parameter Description

Advanced Profile Parameters(SIP)

Enable Echo

Cancellation

Enables or disables echo cancellation. By default, echo cancellation is enabled.

Enable Subscribe Enables or disables subscription of user rights. When the server type is NGN SIP, this function is disabled.

Silence detection Indicates a silence detection method for a network call. This method is used to detect silence in full-duplex and half-duplex modes,

isolates voice from background noise, and filters out redundant audio data.

Silence detection function controls the global mode in silence compression mode.

Silence compression

mode

Supports 2 modes:

Codec mode: In Advanced User Parameters(SIP), select Silence compression . Then, you can set G.711MuLaw,

G.711ALaw, G.729 and G.722.

Global mode: Select Silence detection, and you can configure all coding/decoding modes.

Fax Transmode Indicates the fax mode, including pass-through and T.38.

Pass-through: The MG encodes the fax signals transmitted by a fax machine according to the voice codec (G.711), and then

coverts such signals into the RTP data packets for real-time transmission over an IP network.

T.38: The MG, through ITU-T T.38, converts the T.30-compliant fax signals transmitted by a fax machine into the T.38

packets for transmission over an IP bearer network.

Fax Switch Mode Indicates the fax switching mode, including negotiation and self-switch. The fax switching mode is selected according to the customer

requirements.

Profile Parameters Indicates the control point parameters. Such parameters are selected according to the softswitch. Generally, the default settings are

adopted.

Software Parameters Indicates the software parameters. Such parameters are selected according to the softswitch. Generally, the default settings are adopted.

Digitmap Short Timer Indicates the short timer of the digitmap. This timer starts up if a number that matches digitmap A is dialed and then matches digitmap

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Parameter Description

Digitmap Long Timer Indicates the long timer of the digitmap. This timer starts up if the dialed digits comply with the dialing scheme but one more digit is

required.

Shared User Mode Specifies whether to bind telephone numbers to phone ports.

Disabled: The shared user mode is disabled.

Parallel ringing: If this option is selected, only one telephone number can be configured. That is, all phone ports on the ONT

share a telephone number. All telephones ring together when an incoming call is made. If two telephone numbers are

configured, this option is invalid.

Multihoming Mode The multi-homing mode supports multiple IP addresses for one end point. That is, one end point can use multiple physical network

ports. This improves the end point reliability. If this mode is enabled, two servers (active/standby) must be configured.

Disabled: The multi-homing mode is disabled.

Dual homing (not automatic switchback): Once an ONT is registered with a softswitch (no matter active or standby), the

softswitch is always used as long as it works correctly.

Dual homing (automatic switchback): The ONT switches back to the active softswitch when detecting that the active

softswitch recovers and is reachable.

Loading sharing: The ONT is registered with one of the addresses resolved from the domain name to ensure that multiple

softswitches process services in load sharing mode.

DTMF Transmission

Mode

Specifies the DTMF signal transmission mode. DTMF signals can be transmitted transparently or in RFC2833 packets.

RFC2833 Payload Type Specifies the payload value used for transmit DTMF signals in RFC2833 packets. It ranges from 96 to 127.

Voice Server Type Indicates the supported voice server type.

IMS SIP Server: core network service type based on the SIP protocol.

Softswitch: softswitch NGN service type based on the SIP protocol.

H.248 Server: H.248 service type.

Offhook DT-AS ACK

Interval

Indicates the time during which the DT-AS signal (detects whether a phone supports offhook CLIP) waits for a response from the phone.

Advanced User Parameters(SIP)

Codec Indicates encoding/decoding. In encoding, the DSP encodes TDM voice data into packets and sends the packets to the IP network. In

decoding, the DSP decodes the voice packets received from the network and sends the data to the TDM side. Four types of codec are

supported: G.711MuLaw, G.711ALaw, G.729, and G.722; and supports silence compression.

Packet Time Indicates the interval at which the DSP assembles voice packets. Different encoding modes support different packetization periods. The

period can be 10 ms, 20 ms, or 30 ms, and the default period is 20 ms.

Priority Indicates the codec priority. Two users negotiate the priority in descending order. Currently, priorities 1-4 are supported, with 1 being the

highest priority.

Enabled Indicates whether the user carries the codec (enable: carry; disable: not carry).

DSP TX Gain Indicates the direction in which gain takes effect: from the local POTS side to the remote IP side.

DSP RX Gain Indicates the direction in which gain takes effect: from the remote IP side to the local POTS side.

Enabled HotLine Enables or disables the hotline function.

HotLine Number Indicates the hotline number. After the user specifies a number as the hotline number and also enables the hotline function, the number is

automatically dialed if the user does not dial the number following a delay time expiration after offhook.

HotLine Delay Indicates the period over which the user does not dial the number after offhook.

Enable Call Forwarding

Unconditional

Enables the call forwarding unconditional (CFU) function. A called party-side service, with which, a user can unconditionally forward

all incoming calls to a designated forwarded-to number or a voice mailbox.

Call Forwarding

Unconditional Number

Indicates the forwarded-to number.

Enable Call Forwarding

Busy

Enables the call forwarding busy (CFB) function. A called party-side service, with which, a user can forward all incoming calls to a

designated forwarded-to number or a voice mailbox when the user is busy on another call.

Call Forwarding Busy

Number

Indicates the forwarded-to number.

Enable Call Forwarding

on No Reply

Enables the call forwarding on no reply (CFNR) function. A called party-side service, with which, a user can forward all incoming calls

to a designated forwarded-to number or a voice mailbox if the calls are not answered within a preset period.

Call Forwarding on No

Reply Number

Indicates the forwarded-to number.

Call Waiting A called party-side service, with which, if user C calls user A when user A is talking with user B, user A hears a call waiting (CW) tone

indicating that there is an incoming call.

Message Waiting

Indicator

This indicator on the phone is on when receiving a new message for a user who is provisioned with the voice mailbox service.

Three-party Call When user A is communicating with user B and user C wants to join the call, user A can call user C without disconnecting the call with

user B. In this case, these 3 users can communicate with each other or two of three can communicate with each other.

Call Holding A user in a call can hold this call.

Malicious Call

Identification

A called party-side service, with which, a user can identify the calling number if the user receives a malicious call.

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Parameter Description

Caller ID Display A called party-side service allows the number of the calling party to be presented to the called party.

Anonymous Call This service does not allow the number of the calling party who registers this service to be presented to the called party.

Call Transfer Enables or disables the call transfer function.

Physical Port Parameters (SIP)

Ringing Voltage Indicates the voltage when a phone rings.

DC Voltage Indicates the DC voltage on a voice port.

Port TX gain Indicates the Tx gain on a port.

Port RX gain Indicates the Rx gain on a port.

Lower Threshold for

Flash Hooking Duration

Indicates the lower threshold for flash hooking (press the flash button). This function is used for call transfer from an external call to an

internal call.

Upper Threshold for

Flash Hooking Duration

Indicates the upper threshold for flash hooking.

On-hook Confirmation

Time

Indicates the onhook confirmation time.

Impedance Indicates the impedance of the connected device.

Feed Current Feed current supplies power to speech circuits, which requires only current but no voltage.

CLIP Format Specifies the CLIP format that is supported by the connected phone, including Mdmf-FSK, Sdmf-FSK, Dtmf, R1.5, and Etsi.

FSK Transmission Delay Indicates the delay before FSK signals are issued.

CLIP Flow

After ring: the number of the calling party is presented after ringing.

Before ring: the number of the calling party is presented before ringing.

Enable DSP Template This function can only be used for maintenance and cannot be enabled.

Polarity Reversal on

POTS Port

Enables or disables polarity reversal on a POTS port. This function is usually used for charging.

Display Time in CLIP Enables or disables time synchronization on a phone. After this function is enabled, the ONT issues time to the phone.

Enable DSP HighPass

Filter

Enables this function to mask the low frequency (lower than 50 Hz) interference on the phone.

Enable Forced FSK

Transmission

Enables or disables forced FSK transmission.

NOTE:

Physical Port Parameters specify the POTS port physical parameters and the parameter names use the standard terms, which are unnecessary to be described here.

VoIP Advanced Configuration - H.248 Protocol

1. In the navigation tree on the left, choose Advanced Configuration > Voice > VoIP Advanced Configuration. In the pane on the

right, you can configure the line name and associated POTS, as shown in Figure 3.

Figure 3 VoIP advanced configuration - H.248 protocol

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2. Click Apply.

Table 2 describes the advanced parameters used for configuring a VoIP interface based on the H.248 protocol.

Table 2 Advanced parameters used for configuring a VoIP interface based on the H.248 protocol

Parameter Description

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Parameter Description

Enable Echo Cancellation Echo is mainly produced in the PSTN user, the echo of user port allows remote users feel the affects call quality

and.

Fax Transmode The fax can be divided into fax pass through (G.711), T.38 fax (T.38 encoding).

Fax Switch Mode Whether to participate in the SIP signaling, fax type can be divided into consultations fax, since switching the

fax.

Profile Index The system has built-in universal profile index, if does not meet the demand, according to the actual specific

configuration Profile index.

Profile Parameters If the profile index is User-defined, configure the profile parameter according to actual configurations.

Soft Parameter Select the default software parameters.

Start Negotiate Version H.248 version of the negotiations based on the profile parameter.

Digitmap Start Timer Indicates the start timer of the digitmap. This timer starts up when a user picks up the phone and hears the dialing

tone. If the user does not dial digits within the time specified by the timer, the call is released.

Digitmap Short Timer Indicates the short timer of the digitmap. This timer starts up if a number that matches digitmap A is dialed and

then matches digitmap B.

Digitmap Long Timer Indicates the long timer of the digitmap. This timer starts up if the dialed digits comply with the dialing scheme

but one more digit is required.

NOTE:

Physical Interface Parameters and Advanced User Parameters specify the POTS port physical parameters and the parameter names use the standard terms, which are unnecessary

to be described here.

Parent Topic: Voice

< Previous topic Next topic >

1.6.8.3 SIP/H.248 Protocol Conversion

Click the Advanced Configuration > Voice tab, and choose SIP/H.248 Protocol Conversion from the navigation tree on the left.

1. In the right pane, you can change the VoIP protocol (SIP or H.248) by changing the value of the Voice parameter, as shown in Figure 1.

Figure 1 SIP/H.248 Protocol Conversion

NOTE:

Exercise caution when performing this operation because it will interrupt the ongoing call and delete current data.

2. Click Apply.

Parent Topic: Voice

< Previous topic

1.6.9 System Management

This topic describes how to Manage the system on the Web page, including the configuration of TR-069, Account Management and ONT

Authentication.

TR-069

Account Management

Open Source Software Notice

ONT Authentication

Parent Topic: Advanced Configuration

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< Previous topic Next topic >

1.6.9.1 TR-069

1. In the navigation tree on the left, choose Advanced Configuration > System Management > TR-069. In the pane on the right, set the

parameters related to the interconnection between the ONT and the TR-069 server, as shown in Figure 1.

Figure 1 TR-069

NOTE:

Configuring the interconnection between the ONT and the TR-069 requires creating a WAN interface. In addition, Service List of the WAN interface must contain the

TR069. For details, see WAN Configuration.

2. Click Apply.

Table 1 describes the TR-069 parameters.

Table 1 TR-069 parameters

Parameter Description

ACS Parameter Settings

Enable Periodic Informing Indicates whether to enable the notification function.

If the notification function is enabled, the ONT actively sends a connection request to the TR-069 server.

If the notification function is disabled, the ONT does not actively send a connection request to the TR-

069 server.

When the notification function is enabled, the Period Inform Interval and Period Inform Time parameters can

be set.

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Parameter Description

Informing Interval Indicates the interval for the ONT to send a connection request to the TR-069 server.

Informing Time Indicates the time for the ONT to send a connection request to the TR-069 server.

ACS URL Indicates the address of the TR-069 server to which the ONT sends a connection request.

ACS User Name Indicates the user name for the ONT to register with the TR-069 server.

ACS Password Indicates the password for the ONT to register with the TR-069 server.

Connection Request User Name Indicates the user name to be carried when the TR-069 server initiates a connection request to the ONT.

Connection Request Password Indicates the password to be carried when the TR-069 server initiates a connection request to the ONT.

DSCP Defined by RFC2474 "Definition of the Differentiated Services Field". Differentiated Services Code Point (DSCP)

uses code values for priority marking. DSCP can be customized for carriers based on service requirements so that

devices on a network perform QoS based on the DSCP value.

Enable Certificate Authentication and Set Private Key Password

Enable Certificate Authentication Enable the certificate if the ACS is connected through SSL.

Private Key Password Sets the private key password after the certificate is enabled.

Confirm Password Confirms the password and ensures that it is the same as Private Key Password.

Import Certificate

Certificate Indicates the certificate file provided by the carrier.

Parent Topic: System Management

Next topic >

1.6.9.2 Account Management

1. In the navigation tree on the left, choose Advanced Configuration > System Management > Account Management. In the right pane,

change the password of the root user, as shown in Figure 1.

Figure 1 Account Management

NOTE:

After the user logs in to the ONT Web interface using the default common user name and password, the Account Management interface is automatically

displayed, prompting the user to change the initial password. After the user successfully changes the password, the Account Management interface is no

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longer displayed in the following logins.

Change the initial user name and password after logging in to the web page.

2. Click Apply.

Parent Topic: System Management

< Previous topic Next topic >

1.6.9.3 Open Source Software Notice

In the navigation tree on the left, choose Advanced Configuration > System Management > Open Source Software Notice. In the pane on the right,

you can view the open source software notice for the product, as shown in Figure 1.

Figure 1 Open Source Software Notice

Parent Topic: System Management

< Previous topic Next topic >

1.6.9.4 ONT Authentication

1. In the navigation tree on the left, choose Advanced Configuration > System Management > ONT Authentication. In the pane on the

right, you can view or change the authentication mode for the registration of the ONT on the OLT, as shown in Figure 1.

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Figure 1 ONT Authentication
2. Click Apply.
 NOTE:
The user can modify the ONT SN or password by using the phone on condition that the ONT is offline. The modification is performed as follows:
Connect the phone to the POTS port on an ONT, dial "**SN**SN#" or "**password**password#" , and then restart the ONT.
Parent Topic: System Management
Copyright © Huawei Technologies Co., Ltd.
Copyright © Huawei Technologies Co., Ltd.
< Previous topic
1.6.10 Maintenance Diagnose
This topic describes how to maintain the system on the Web page, including the method to restart the device, diagnose the fault and upgrade software
version.
Software Upgrade
Configuration File Management
Upstream Port Configuration
Maintenance
User Log
Firewall Log
Debug Log
Intelligent Channel Statistics
Fault Info Collect
Remote Mirror
Home Network Speedtest
Segment Speedtest
Indicator Status Management
VoIP Statistics
VoIP Diagnose
Parent Topic: Advanced Configuration
Copyright © Huawei Technologies Co., Ltd.
Copyright © Huawei Technologies Co., Ltd.
< Previous topic
1.6.10.1 Software Upgrade
1. Click Advanced Configuration > Maintenance diagnose tab, and choose Software Upgrade. In the dialog box that is displayed, select the
target software version of the device. Click Update to upgrade the software of the device, as shown in Figure 1.
Figure 1 Software Upgrade

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2. After the upgrade is successful, a message is displayed indicating that the device needs to be reset. Click Restart. The configuration data

takes effect after the device is reset.

Parent Topic: Maintenance Diagnose

Next topic >

1.6.10.2 Configuration File Management

Click Advanced Configuration > Maintenance diagnose tab, and choose Configuration File Management. in the navigation tree on the left. In the

pane on the right, click the button as required as shown in Figure 1.

Figure 1 Configuration File Management

Click Save to save the configuration file to the flash memory. This prevents data loss due to the restart of the device.

Click Save and Restart to save the configuration file and reboot the ONT.

Click Download Configuration File. In the dialog box that is displayed, click Save, specify the path of saving the configuration file, and

then back up the file to the local disk.

Click Browse following the Configuration File text box. In the dialog box that is displayed, select the configuration file to be uploaded.

Click Update Configuration File to upload the configuration file that is saved in the local disk. After the configuration file is successfully

uploaded, the device automatically restarts and then the new configuration takes effect.

Before uploading the configuration file, choose the configuration file with the correct type and the name of the selected configuration file must not be

the same as that of any file saved in the device. Otherwise, the configuration file fails to be uploaded.

When IE8 is used for configuration file downloading and you click the save button 10s-over later after downloading, the downloaded configuration file

is incomplete.

Parent Topic: Maintenance Diagnose

< Previous topic Next topic >

1.6.10.3 Upstream Port Configuration

1. Click the Advanced Configuration > Maintenance diagnose tab, and choose Upstream Port Configuration from the navigation tree on

the left. In the right pane, set the Upstream port type, as shown in Figure 1.

Figure 1 Upstream Port Configuration

2. Click Apply.

Parent Topic: Maintenance Diagnose

< Previous topic Next topic >

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1.6.10.4 Maintenance

In the navigation tree on the left, choose Advanced Configuration > Maintenance Diagnose > Maintenance.

1. In the pane on the right, enter the target IP address or host name in Target and WAN name, and then click Start, as shown in Figure 1.

Figure 1 Ping test

If the ping test is successful, The result is displayed as PASS, that is, the ONT can interwork with the device with the destination

IP address.

If the ping test fails, The result is displayed as FAIL, that is, the ONT cannot interwork with the device with the destination IP

address.

2. In the pane on the right, click Start Hardware Fault Detection to start hardware fault detection, as shown in Figure 2.

Figure 2 Hardware fault detection

Parent Topic: Maintenance Diagnose

< Previous topic Next topic >

1.6.10.5 User Log

In the navigation tree on the left, choose Advanced Configuration > System Management > User Log.In the pane on the right, click Download log

File. In the dialog box that is displayed, click Save, specify the path of saving the log file, and save the file to the local disk, as shown in Figure 1

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Figure 1 User Log

Save Log is enabled by default, It can not be configured on the Web page.

You cannot configure Log Level, which indicates the level of the saved log. The log whose level is equal to or higher than the debug-level log

is saved.

Click Download Log File. In the dialog box that is displayed, click Save, specify the path for saving the log file, and save the log file to the

local disk.

When IE8 is used for log file downloading and you click the save button 10s-over later after downloading, the downloaded log file is incomplete.

Parent Topic: Maintenance Diagnose

< Previous topic Next topic >

1.6.10.6 Firewall Log

Click the Advanced Configuration > Maintenance Diagnose tab, and choose Firewall Log from the navigation tree on the left. In the pane on the

right, you can viewl logs and download log files, as shown in Figure 1.

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Figure 1 Firewall Log

Click Enable Firewall Log to enable or disable the function. If enabled, device forwarding performance will be deteriorated.

Click New to configure the firewall rules.

Click Download Log File. In the dialog box that is displayed, click Save, specify the path for saving the log file, and save the log file to the local disk.

When IE8 is used for log file downloading and you click the save button 15s-over later after downloading, the downloaded log file is incomplete.

Parent Topic: Maintenance Diagnose

< Previous topic Next topic >

1.6.10.7 Debug Log

In the navigation tree on the left, choose Advanced Configuration > Maintenance Diagnose > Debug Log. In the pane on the right, click Download

log File. In the dialog box that is displayed, click Save, specify the path of saving the log file, and save the file to the local disk, as shown in Figure 1.

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Figure 1 Debug Log

When IE8 is used for log file downloading and you click the save button 10s-over later after downloading, the downloaded log file is incomplete.

Parent Topic: Maintenance Diagnose

< Previous topic Next topic >

1.6.10.8 Intelligent Channel Statistics

1. Click the Maintenance Diagnose tab and choose Intelligent Channel Statistics from the navigation tree. In the right pane, select Enable

Count to enable traffic statistics collection for intelligent channels, as shown in Figure 1.

Figure 1 Intelligent Channel Statistics

NOTE:

You can enable traffic statistics collection only when intelligent channels are configured and Intelligent Channel Enabled is selected on Application > Intelligent Channel

Configuration.

Parent Topic: Maintenance Diagnose

< Previous topic Next topic >

1.6.10.9 Fault Info Collect

Click the Advanced Configuration > Maintenance Diagnose tab, and choose Fault Info Collect from the navigation tree on the left. In the right

pane, click Start to collect ONT fault information, as shown in Figure 1.

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Figure 1 Fault Info Collect

NOTE:

After the information is collected, click Download to download the collected information to a local directory.

When IE8 is used for fault info collect and you click the save button 10s-over later after downloading, the downloaded fault info collect is incomplete.

Parent Topic: Maintenance Diagnose

< Previous topic Next topic >

1.6.10.10 Remote Mirror

1. In the navigation tree on the left, choose Advanced Configuration > Maintenance Diagnose > Remote Mirror, as shown in Figure 1.

Figure 1 Remote Mirror

Packets sent to and transmitted from the CPU can be remotely Obtained for analysis based on the configuration.

Source IP Address: indicates the IP address of the WAN port where remote mirroring is performed.

Destination IP Address: indicates the IP address of the host where the result is located.

Type of the captured packets: indicates the type of the captured packets that are broadband, wifi and voice .

2. click Start.

NOTE:

Some third-party plug-ins, such as Google Chrome Frame, may lead to downloading failure. If such a failure occurs, disable the plug-in.

Based on your requirements, this function may involve using, obtaining, or saving some information about users' communications for the purpose of safeguarding network operation

and protecting services. Huawei alone is unable to collect or save the content of users' communications. It is suggested that you activate the interception-related functions based on

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the applicable laws and regulations in terms of purpose and scope of usage. You are obligated to take considerable measures to ensure that the content of users' communications is

fully protected when the content is being used and saved.

Parent Topic: Maintenance Diagnose

< Previous topic Next topic >

1.6.10.11 Home Network Speedtest

In the navigation tree on the left, choose Advanced Configuration > Maintenance Diagnose > Home Network Speedtest. In the pane on the right,

enter the destination URL and select a WAN name from the drop-down box. Click Start to test the network speed, as shown in Figure 1.

Figure 1 Home Network Speedtest

Parent Topic: Maintenance Diagnose

< Previous topic Next topic >

1.6.10.12 Segment Speedtest

In the navigation tree on the left, choose Advanced Configuration > Maintenance Diagnose > Segment Speedtest. In the pane on the right, select

Gateway to Internet or AP to AP. Configure other settings according to the prompt. Click Start to start testing the home network speed by segment,

as shown in Figure 1.

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Figure 1 Segment Speedtest

Parent Topic: Maintenance Diagnose

< Previous topic Next topic >

1.6.10.13 Indicator Status Management

1. Click the Advanced Configuration > Maintenance Diagnose tab, and choose Indicator Status Management from the navigation tree on

the left. In the right pane, you can set the indicator switch and disabling time segment, as shown in Figure 1.

Figure 1 Indicator status management

NOTE:

If both Global indicator disabling time segment and Customized indicator disabling time segment are configured, Customized indicator disabling time segment

takes effect if Whether to Validate Customized Time Segments is selected for Customized indicator disabling time segment, and Global indicator disabling time

segment takes effect if Whether to Validate Customized Time Segments is not selected.

2. Click Apply.

Parent Topic: Maintenance Diagnose

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< Previous topic Next topic >

1.6.10.14 VoIP Statistics

Click the Advanced Configuration > Maintenance Diagnose tab, and choose VoIP Statistics from the navigation tree on the left. In the right pane,

query voice quality statistics information and voice service abnormality records, as shown in Figure 1.

Figure 1 VoIP Statistics

Parent Topic: Maintenance Diagnose

< Previous topic Next topic >

1.6.10.15 VoIP Diagnose

Click the Advanced Configuration > Maintenance Diagnose tab, and choose VoIP Diagnose from the navigation tree on the left. In the right pane,

set POTS Port and click Start Test to start a voice loop line or circuit line test.

Figure 1 shows the parameter settings for a loop line test.

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Figure 1 Loop test

NOTE:

If you want to perform a loop line test during a call, select Forced Test On Busy.

Figure 2 shows the parameter settings for a circuit line test.

Figure 2 Circuit test

Parent Topic: Maintenance Diagnose

< Previous topic

Huawei HG8145V5 Terminal Router

Product's Documents

User Guide

Specifications

Huawei HG8145V5 Questions and Answers

#1 What is the default IP address of Huawei HG8145V5?

#2 What are the default username and password of Huawei HG8145V5?

#3 What to do when DHCP is deactivated on the Huawei HG8145V5?

#4 How to change the primary/secondary DNS servers on the Huawei HG8145V5?

#5 What are the differences between Huawei HG8145V5 and Huawei EG8145V4?

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