This page is used to configure the WAN interfaces of the device

Connection Type

The protocol used by the device WAN interface for connecting to the Internet service provider network

VLAN ID

The VLAN number used by the current WAN interface

MAC Address

The MAC address of the current WAN interface

IPv4 Address

The IPv4 Address of the current WAN interface

IPv6 Address

The IPv6 Address of the current WAN interface

ACS Server

The ACS Server address connected to via the current WAN interface

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 displays information about the local network of the device

Operation Mode

The selected device operation mode

LAN Status

The information about the device local interface

WAN/LAN Status

The information about the device local interfaces

DHCPv4 Clients

The list of connected clients via DHCP

DHCPv6 Clients

The list of connected clients via DHCPv6

This page displays information about the wireless interfaces of the device

Wi-Fi Status

The basic router Wi-Fi network parameters information in the 5 GHz band; tabs group information by wireless interfaces in the selected band, the tab will become active if the selected wireless interface is enabled; virtual access points can be enabled on the page Wi-Fi - Virtual APs

Clients List

The router wireless clients list

Current AP

Displays only the selected wireless interface clients list

All APs

Displays the clients list of all the wireless interfaces of the selected band

This page is used for configuring the device local area network

DHCP

The DHCP mode, default is the DHCP server

IP Address

The local IP address of the device, it is the default gateway address for connected clients

Subnet Mask

The LAN subnet mask value

IP Pool Range Start Address

The value of the start IP address, starting from which addresses will be allocated to clients; the address must be within the range of the selected network

IP Pool Range End Address

The end IP address that the device can allocate to the client; upon reaching it, the pool is considered exhausted until the already occupied address is released; the address must be within the range of the selected network

DHCP Lease Time

The lease time input field in minutes, after which the client must either release the address or renew the address lease for the same period

Domain Name

The DHCP server domain name input field

Default Gateway

The gateway address where a packet is sent to when the route to the destination net of a packet is unknown

DNS Mode

The DNS mode:

• DNS Proxy — clients will be given the IP address of the router as the DNS server address; DNS requests will be cached and redirected in accordance with the WAN settings
• Set manually — clients will be given the addresses specified in the DNS1, DNS2, DNS3 fields as the DNS server addresses

Ethernet to Wi-Fi Isolation

When this setting is enabled, wired clients will be isolated from wireless ones

This page is used for configuring the IPv6 settings in the local network

IPv6 Configuration

The local network IPv6 function state

Link-local IPv6 address

Link-local device IPv6 address

IPv6 DNS Mode

DNS mode:

• DNS Proxy — clients will be given the router link-local address as the DNS server address; DNS requests will be cached and redirected in accordance with the WAN settings
• WAN Connection — clients will be given the addresses of the DNS servers received on WAN
• Set manually — clients will be given the addresses specified in the DNS1, DNS2, DNS3 fields as DNS server addresses

Prefix Mode

The local network prefix setting mode:

• WAN Delegated — the prefix will be set according to the settings received via DHCPv6 on WAN
• Set manually — the manual prefix setting mode via the IPv6 address field

WAN Interface

Selecting the WAN interface for prefix delegation

Router Advertisement Daemon

The router advertisement daemon used for announcing network and autoconfiguration information in an IPv6 network

Maximal Router Advertisement Interval

The maximal interval of sending router advertisements

Minimal Router Advertisement Interval

The minimal interval of sending router advertisements

Managed Address Configuration Flag

The managed configuration flag (M), when enabled, the IP address will be received by a client over DHCPv6 (only in the Stateful mode)

Other Configuration Flag

The other configuration flag (O), when enabled, the DNS and other settings will be received by a client over DHCPv6 (only in the Stateful mode)

On Link Flag

The L flag in the RADVD configuration indicating that the announced network is accessible within the broadcast domain

Autonomous Flag

The A flag in the RADVD configuration allowing a client the Stateless configuration

DHCPv6 Server

Enabling the DHCPv6 server function

IP Pool Range Start Address

The minimum interface ID (the last 64 bits of an IPv6 address) sent over IPv6; the first 64 bits are derived from the LAN prefix

IP Pool Range End Address

The maximum interface ID (the last 64 bits of an IPv6 address) sent over IPv6; the first 64 bits are derived from the LAN prefix

This page is used for statically binding IP addresses and MAC addresses of devices in the local network

Comment

The input field for notes

IP Address

The input field for the IP address to be given to a device in the local network

MAC Address

The input field for the MAC address of a device in the local network

This page is used for configuring STP to prevent broadcast loops on the local bridge of the device

Ageing Time

The lifetime of entries about dynamically learned MAC addresses by the local bridge of the device

802.1d Spanning Tree

Enabling the STP function

This page is used for configuring the device LAN ports speed settings

Auto-negotiation

The automatic full duplex/half duplex mode setting with automatic data rate configuring by Ethernet nodes using IEEE 802.3 technology

Auto-negotiation, full

The full duplex mode with automatic data rate configuring by Ethernet nodes using IEEE 802.3 technology

1000M, full

The full duplex mode with data rate up to 1 Gbit/s

100M, full

The full duplex mode with data rate up to 100 Mbit/s

100M, half

The half duplex mode with data rate up to 100 Mbit/s

100M, auto-negotiation

The automatic full duplex/half duplex mode setting with data rate up to 100 Mbit/s

10M, full

The full duplex mode with data rate up to 10 Mbit/s

10M, half

The half duplex mode with data rate up to 10 Mbit/s

10M, auto-negotiation

The automatic full duplex/half duplex mode setting with data rate up to 10 Mbit/s

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