This page displays information about the WAN interface of the device

WAN Status

The information about the set up WAN connections

PPTP status

The information about the set up PPTP VPN tunnels

L2TP status

The information about the set up L2TP VPN tunnels

This page contains information about the connected USB devices

This page contains the main information about the device

This page is used for configuring the static IPv4 routing

Enable

When checked, the static routes are added to the routing table

Destination IP/Network

The input field for a destination host or network address the route is specified to

Subnet Mask

The subnet mask input field

Gateway

The gateway IP address input field

Metric

The input field for a numerical indicator specifying the route preference; the lower the number, the more preferred the route

Interface

Selecting the type of an external interface (LAN or WAN) the destination network is accessible through

Routing Table

Opens the current device routing table

This page is used for configuring EasyMesh

EasyMesh Mode

Selecting the EasyMesh mode:

• Controller — a root EasyMesh device to which EasyMesh agents can be connected to expand the Wi-Fi network;
• Agent — an EasyMesh device that expands the existing Wi-Fi network when connected to a controller;
• Disabled — turns off EasyMesh on the device

EasyMesh Backhaul Interface

The wireless interface the EasyMesh agents will connect to

Activate WPS

Performs the function of the WPS button on the device case; the client is connected automatically after pressing this button; after pressing the button, the WPS function is active for two minutes

The EasyMesh network topology shows the main information about the controller, agents and the wireless clients connected to them

This page is used for configuring the access control list (ACL) to the device over IPv4

ACL

Enabling the function of the access control list

Allowed Hosts

Configuring the allowed hosts to access the device

Services

Configuring the allowed services to access the device

This page is used for configuring the basic Wi-Fi network settings

Enable Wireless Interface

When checked, the main access point in the 5 GHz band is enabled

Enable Main Access Point

When checked, the main access point in the 5 GHz band is enabled

Mode

• Access point — the mode of providing access for wireless clients to a wired network
• Client — the mode in which the router connects to other wireless networks as a client
• Repeater — combined access point and client mode to expand the existing wireless network to which the connection will be made

Standard

Allows to select the wireless interface mode in accordance with the Wi-Fi 802.11 series of standards

Channel Width

The bandwidth of the channel the wireless access point operates on

Enable Automatic Channel Selection

Allows to enable automatic detection of the least loaded channel in the wireless environment

Automatic Channel Selection Mode

The drop-down list with the ability to select the automatic channel detection mode:

• Full — includes all the available channels;
• Compatible Channels — includes the channels that are compatible with most wireless devices;
• Manual — the ability to select the channel to be included is provided to the user

Allowed Channels

The list of channels allowed to be selected for automatic detection

Limiting the Wi-Fi Clients Number

Limiting the number of connected devices

SSID

The input field for the name of the wireless network used to connect to the device

Encrypt

• WEP (Wired Equivalent Privacy) — security mode that supports traffic encryption algorithm using a static key;
• WPA (Wi-Fi Protected Access) — security mode supporting advanced traffic encryption algorithm using AES standards;
• WPA2 — security mode supporting WPA version with AES and CCMP encryption standards implemented;
• WPA + WPA2 Mixed — security mode that supports the use of an encryption algorithm depending on that supported by the device connected to the router.

Pre-Shared Key

The encryption key that provides access to the network

This page is used for configuring the advanced Wi-Fi network settings; it is not recommended to change these parameters unnecessarily

Fragmentation Threshold

The maximum uninterrupted data block size to transfer

RTS Threshold

The maximum requested data block size to transfer

Beacon Interval

The time interval between service messages (beacons)

DTIM Interval

On expiry of the DTIM interval, buffered broadcast and multicast packets will have been delivered to wireless clients

Data Rate

Allows to set a static value for the data rate

Preamble Type

Determines the control block length using the cyclic redundancy code (CRC) used in data exchange

Broadcast SSID

Disabling the broadcasting of the SSID for the access point, so client devices will not be able to detect it in the list of available wireless networks

Client Isolation

Enabling prohibition of interaction between wireless clients

Frame Protection

The special interoperability mechanism for 802.11b/g networks

Aggregation

Enabling the ability of combining several small packets for transmission into a large one

Short Guard Interval

The means of reducing errors in the interaction of radio devices

TX Beamforming

The technology implying the formation of a base station antenna electromagnetic field in the far zone in the form of a narrowly directed main lobe oriented towards a subscriber device with the possibility of modifying the directional properties when changing the location of this device

MU MIMO

The technology for increasing the radio channel spectral efficiency

Multicast to Unicast

Allowing wireless devices to transmit a Multicast stream as a Unicast one

WMM Support

Providing basic QoS functions for IEEE 802.11 wireless networks

TX Power

Selecting the Wi-Fi module power value

This page is used for configuring the wireless virtual access points parameters

AP Isolation

When this setting is enabled, wireless clients will be isolated within the AP

Standard

Allows to select the wireless interface mode in accordance with the Wi-Fi 802.11 series of standards

SSID

The input field for the name of the wireless network used to connect to the device

Data Rate

Allows to set a static value for the data rate

Broadcast SSID

Disabling the broadcasting of the SSID for the access point, so client devices will not be able to detect it in the list of available wireless networks

WMM

Providing basic QoS functions for IEEE 802.11 wireless networks

Client Isolation

Enabling prohibition of interaction between wireless clients

Multicast to Unicast

Allowing wireless devices to transmit a Multicast stream as a Unicast one

This page allows to configure the Wi-Fi security

SSID

Allows to select the desired access point for configuring security settings

Encrypt

• WEP (Wired Equivalent Privacy) — security mode that supports traffic encryption algorithm using a static key;
• WPA (Wi-Fi Protected Access) — security mode supporting advanced traffic encryption algorithm using AES standards;
• WPA2 — security mode supporting WPA version with AES and CCMP encryption standards implemented;
• WPA + WPA2 Mixed — security mode that supports the use of an encryption algorithm depending on that supported by the device connected to the router.

Authentication Mode

Selecting the authentication mode when connecting the device:

• Enterprise — the mode designed to provide centralized authentication, authorization and accounting of users through a RADIUS server;
• PSK — authentication using a pre-shared network key

WPA2 Cipher Suite

• AES (Advanced Encryption Standard) — symmetric block cipher algorithm;
• TKIP (Temporal Key Integrity Protocol) — temporary key integrity protocol in the WPA secure wireless access protocol, providing packet encryption;
• TKIP/AES — using TKIP and AES depending on the connected device.

WPA Group Rekey Interval

The time in seconds between rekeying WPA/WPA2/WPA3 encryption group keys

Pre-Shared Key

The encryption key that provides access to the network

IEEE 802.11w

The technology for enhancing the security of IEEE 802.11 management frames

This page is used for setting the Wi-Fi access control list by MAC addresses

Mode

Selecting one of the three modes with wireless devices:

• Disabled — no restrictions on connecting devices;
• Allow list — only devices with MAC addresses from the allowed list can connect to the Wi-Fi network;
• Deny list — all devices can connect to the Wi-Fi network, except for the listed ones

MAC Address

The device MAC address input field

This page provides a tool to scan the wireless environment

This page allows to configure WPS (Wi-Fi Protected Setup)

Disable WPS

When checked, the WPS function will be turned off on a specified band

Activate WPS

Performs the function of the WPS button on the device case; the client is connected automatically after pressing this button; after pressing the button, the WPS function is active for two minutes

WPS Status

Informs about the status of the WPS setting

This page is used for configuring the basic Wi-Fi network settings

Enable Wireless Interface

When checked, the main access point in the 2.4 GHz band is enabled

Enable Main Access Point

When checked, the main access point in the 2.4 GHz band is enabled

Mode

• Access point — the mode of providing access for wireless clients to a wired network
• Client — the mode in which the router connects to other wireless networks as a client
• Repeater — combined access point and client mode to expand the existing wireless network to which the connection will be made

Standard

Allows to select the wireless interface mode in accordance with the Wi-Fi 802.11 series of standards

Channel Width

The bandwidth of the channel the wireless access point operates on

Enable Automatic Channel Selection

Allows to enable automatic detection of the least loaded channel in the wireless environment

Automatic Channel Selection Mode

The drop-down list with the ability to select the automatic channel detection mode:

• Full — includes all the available channels;
• Compatible Channels — includes the channels that are compatible with most wireless devices;
• Manual — the ability to select the channel to be included is provided to the user

Allowed Channels

The list of channels allowed to be selected for automatic detection

Limiting the Wi-Fi Clients Number

Limiting the number of connected devices

SSID

The input field for the name of the wireless network used to connect to the device

Encrypt

• WEP (Wired Equivalent Privacy) — security mode that supports traffic encryption algorithm using a static key;
• WPA (Wi-Fi Protected Access) — security mode supporting advanced traffic encryption algorithm using AES standards;
• WPA2 — security mode supporting WPA version with AES and CCMP encryption standards implemented;
• WPA + WPA2 Mixed — security mode that supports the use of an encryption algorithm depending on that supported by the device connected to the router.

Pre-Shared Key

The encryption key that provides access to the network

This page is used for configuring the advanced Wi-Fi network settings; it is not recommended to change these parameters unnecessarily

Fragmentation Threshold

The maximum uninterrupted data block size to transfer

RTS Threshold

The maximum requested data block size to transfer

Beacon Interval

The time interval between service messages (beacons)

DTIM Interval

On expiry of the DTIM interval, buffered broadcast and multicast packets will have been delivered to wireless clients

Data Rate

Allows to set a static value for the data rate

Preamble Type

Determines the control block length using the cyclic redundancy code (CRC) used in data exchange

Broadcast SSID

Disabling the broadcasting of the SSID for the access point, so client devices will not be able to detect it in the list of available wireless networks

Client Isolation

Enabling prohibition of interaction between wireless clients

Frame Protection

The special interoperability mechanism for 802.11b/g networks

Aggregation

Enabling the ability of combining several small packets for transmission into a large one

Short Guard Interval

The means of reducing errors in the interaction of radio devices

TX Beamforming

The technology implying the formation of a base station antenna electromagnetic field in the far zone in the form of a narrowly directed main lobe oriented towards a subscriber device with the possibility of modifying the directional properties when changing the location of this device

MU MIMO

The technology for increasing the radio channel spectral efficiency

Multicast to Unicast

Allowing wireless devices to transmit a Multicast stream as a Unicast one

WMM Support

Providing basic QoS functions for IEEE 802.11 wireless networks

TX Power

Selecting the Wi-Fi module power value

This page is used for configuring the wireless virtual access points parameters

AP Isolation

When this setting is enabled, wireless clients will be isolated within the AP

Standard

Allows to select the wireless interface mode in accordance with the Wi-Fi 802.11 series of standards

SSID

The input field for the name of the wireless network used to connect to the device

Data Rate

Allows to set a static value for the data rate

Broadcast SSID

Disabling the broadcasting of the SSID for the access point, so client devices will not be able to detect it in the list of available wireless networks

WMM

Providing basic QoS functions for IEEE 802.11 wireless networks

Client Isolation

Enabling prohibition of interaction between wireless clients

Multicast to Unicast

Allowing wireless devices to transmit a Multicast stream as a Unicast one

This page allows to configure the Wi-Fi security

SSID

Allows to select the desired access point for configuring security settings

Encrypt

• WEP (Wired Equivalent Privacy) — security mode that supports traffic encryption algorithm using a static key;
• WPA (Wi-Fi Protected Access) — security mode supporting advanced traffic encryption algorithm using AES standards;
• WPA2 — security mode supporting WPA version with AES and CCMP encryption standards implemented;
• WPA + WPA2 Mixed — security mode that supports the use of an encryption algorithm depending on that supported by the device connected to the router.

Authentication Mode

Selecting the authentication mode when connecting the device:

• Enterprise — the mode designed to provide centralized authentication, authorization and accounting of users through a RADIUS server;
• PSK — authentication using a pre-shared network key

WPA2 Cipher Suite

• AES (Advanced Encryption Standard) — symmetric block cipher algorithm;
• TKIP (Temporal Key Integrity Protocol) — temporary key integrity protocol in the WPA secure wireless access protocol, providing packet encryption;
• TKIP/AES — using TKIP and AES depending on the connected device.

WPA Group Rekey Interval

The time in seconds between rekeying WPA/WPA2/WPA3 encryption group keys

Pre-Shared Key

The encryption key that provides access to the network

IEEE 802.11w

The technology for enhancing the security of IEEE 802.11 management frames

This page is used for setting the Wi-Fi access control list by MAC addresses

Mode

Selecting one of the three modes with wireless devices:

• Disabled — no restrictions on connecting devices;
• Allow list — only devices with MAC addresses from the allowed list can connect to the Wi-Fi network;
• Deny list — all devices can connect to the Wi-Fi network, except for the listed ones

MAC Address

The device MAC address input field

This page provides a tool to scan the wireless environment

This page allows to configure WPS (Wi-Fi Protected Setup)

Disable WPS

When checked, the WPS function will be turned off on a specified band

Activate WPS

Performs the function of the WPS button on the device case; the client is connected automatically after pressing this button; after pressing the button, the WPS function is active for two minutes

WPS Status

Informs about the status of the WPS setting

This page is used for configuring the port forwarding from local network hosts to the WAN interface

This page is used for configuring the access control list (ACL) to the device over IPv6

IPv6 ACL

Enabling the function of the access control list

Source IP Address/Prefix Length

Configuring the allowed hosts to access the device

Services

Configuring the allowed services to access the device

This page is used for IPv4 traffic filtering by IP addresses and TCP/UDP ports

Outgoing Default Action

Firewall policy for outgoing traffic. The action will be applied to the packet if none of the created rules is applicable to it

Incoming Default Action

Firewall policy for incoming traffic. The action will be applied to the packet if none of the created rules is applicable to it

Direction

The criterion of the created rule that describes the direction of the packet

Protocol

The criterion of the created rule that describes the transport or network protocol in the packet

Source IP Address

The criterion of the created rule that describes the source IP address in the packet

Source Port

The criterion of the created rule that describes the source port in the packet

Destination IP address

The criterion of the created rule that describes the destination IP address in the packet

Destination Port

The criterion of the created rule that describes the destination port in the packet

Action

Action to be applied to the packet if all criteria match

This page is used for IPv6 traffic filtering by IP addresses and TCP/UDP ports

Outgoing Default Action

Firewall policy for outgoing traffic. The action will be applied to the packet if none of the created rules is applicable to it

Incoming Default Action

Firewall policy for incoming traffic. The action will be applied to the packet if none of the created rules is applicable to it

Direction

The criterion of the created rule that describes the direction of the packet

Protocol

The criterion of the created rule that describes the transport or network protocol in the packet

Source Interface ID

The criterion of the created rule that describes the source Interface ID (last 64 bits of an IPv6 address) in the packet

Source Port

The criterion of the created rule that describes the source port in the packet

Destination Interface ID

The criterion of the created rule that describes the destination Interface ID (last 64 bits of an IPv6 address) in the packet

Destination Port

The criterion of the created rule that describes the destination port in the packet

Action

Action to be applied to the packet if all criteria match