Wireless bridge WB-3P-PTP6
User manual, firmware version 2.6.0

IP Address:  http://192.168.1.10
Login: admin
Password: password


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Introduction

Annotation

Modern communications trends require operators to find optimal solutions, that meet rapidly growing subscriber demands, while maintaining business process continuity, development flexibility and reducing costs for providing various services. Wireless technologies have evolved rapidly from unstable low-speed short-range networks to broadband networks, comparable in speed to wired networks with high quality of service requirements. 

WB-3P-PTP6 is a device designed for organizing long-distance radio bridges. A radio bridge is built using two such devices. The WB-3P-PTP6 features a sealed housing designed for outdoor installation in various climatic conditions.

This user manual describes the purpose, main technical specifications, design, safe operation rules, and installation and setup recommendations for the WB-3P-PTP6 wireless bridge.

Document conventions

Notes and warnings

Notes Contain important information, tips, or recommendations for using and configuring the device.


Warnings Inform the user about situations that may harm the device or personnel, cause improper device operation, or data loss.

Device description

Destination

The WB-3P-PTP6 wireless bridge is a new-generation Wi-Fi 6 device designed to provide modern high-speed services.

With IEEE802.11ax support, the WB-3P-PTP6 wireless bridge provides data rates up to 2402 Mbps. The offset parabolic antenna makes the WB-3P-PTP6 a universal solution for long-distance radio bridges.

Wireless bridge WB-3P-PTP6 (then "device") meets modern service quality requirements and allows traffic transmission in priority queues.

The WB-3P-PTP6 can operate in a wide temperature range and high humidity conditions.

Device specification

Interfaces:

  • 1 port Ethernet 10/100/1000BASE-T (RJ-45) with PoE support;

  • Wi-Fi 6 GHz IEEE 802.11ax. 

Power supply device is performed via PoE-injector 24 Powered from the Network 220 V.

The device will be damaged if powered by a PoE injector with a voltage other than 24 V.

Functions:

WLAN capabilities:

  • Standard support IEEE 802.11ax;

  • Data aggregation, including A-MPDU (Tx/Rx) and A-MSDU (Rx);

  • WMM-based packet priority and scheduling;

  • Access point mode (AP-PTP/AP-PMP);
  • Client mode (STA);
  • Automatic distance detection;
  • Automatic transmit power control;

  • Hidden SSID support;

  • MAC ACL support;

  • Third-party access point detection;

  • APSD support;

  • Channel list limiting;

  • Spectrum analyzer;

  • Fixed center frequency support;

  • TDD support;

  • Alignment.

Network features:

  • automatic speed and duplex negotiation;
  • VLAN support (Access, Trunk, General);
  • C-VLAN configuration support;
  • Management VLAN support;
  • DHCP-client;
  • VLAN Mapping support;
  • Loopback Detection support;
  • MVR support;
  • NTP support;
  • Syslog support;
  • DHCP snooping support;
  • IGMP snooping support (with group count limiting);
  • Learned MAC address count limiting (MAC-learning) support;
  • BPDU filtering;
  • IPv6 support;
  • LLDP support;
  • Ping Watchdog support. 

QoS functions:

  • Bandwidth limiting;

  • WMM parameter modification for the radio interface;

  • Prioritization support by 802.1p, DSCP and VLAN ID;

  • Traffic prioritization based on MAC/IP address.

Security:

  • Centralized authorization via RADIUS server (802.1X WPA3 Enterprise);

  • WPA3/OWE data encryption;

  • RADIUS server authorization when logging into the device;
  • User authentication protection system when logging into the device.

Figure 1 shows the WB-3P-PTP6 application diagram.

Figure 1 — WB-3P-PTP6 application diagram

Main technical specifications

The main technical specifications of the device are listed in Table 1.

Table 1 – Main specifications

Ethernet interface parameters
Number of ports1
Electrical connectorRJ-45
Actual TX Rate10/100/1000 Mb/auto-detection
StandardsBASE-T
Wireless interface parameters
Standards802.11ax
Frequency range5935–6425 MHz
ModulationBPSK, QPSK, 16QAM, 64QAM, 256QAM, 1024QAM
Operating channels802.11ax: 1–93 (5935–6425 MHz)
Data rate802.11ax: 2402 Mbps
Maximum number of simultaneous connections6 GHz: 64
Maximum output power of the transmitter6 GHz: 26 dBm 
Receiver sensitivity6 GHz: to -96 dBm
SecurityWPA3/OWE
Antenna parameters
Gain9 dBi
Polarizationlinear, H/V
VSWRno more than 2
Beam width (horizontal)65°
Beam width (vertical)65°

Management
Remote managementweb interface, CLI, Telnet, SSH, SNMP, NETCONF
Access restrictionby password, authentication via RADIUS server
General parameters
Flash128 MB SPI-NAND Flash
RAM256 MB DDR3 RAM
Power supplyPassive PoE 24 V
Power consumptionno more than 10,5 W
Ingress protectionIP67
Operating temperature rangefrom -45 to +65 °C
Relative humidity at 25 °Cup to 95 %
Dimensions (W × H × D)

120 × 110 × 89 mm

120 × 110 × 144 mm (with cable gland)

Weight0,31 kg 
Service lifeno less than 15 years

footnote 21 The number of channels and the value of the maximum output power will vary according to the rules of radio frequency regulation in your country. 

footnote 32 The maximum wireless data rate is defined according to IEEE 802.11 standards. The real bandwidth can be different. Network operating conditions, environmental factors, including network traffic volume, building materials and structures, as well as network overhead data may reduce the actual bandwidth. The environment can influence the network coverage range.

 

Technical parameters of offset parabolic antenna

Main specifications Offset parabolic antenna parameters are provided in the table 2.

Table 2 – Main specifications

ParametersAntenna 450 × 495 mm
Gain25,5 dBi
Offset angle24°
Polarizationlinear, H/V
Radiation angle7°
Focal distance270 mm
Wind load

130 km/h — operating

185 km/h — limit

Reflector dimensions450 × 495 mm
Dimensions (W × H × D)450 × 570 × 492 mm
Weight1.6 kg
Materialsteel


Radiation patterns 

The radiation patterns of the device are shown in the figures below.

Radiation patterns WB-3P-PTP6

Position during measurement 


AZIMUTH (XY)

ELEVATION (YZ)


Radiation patterns WB-3P-PTP6

Position during measurement 

AZIMUTH (XY)

ELEVATION (YZ)


Design 

The WB-3P-PTP6 device features a plastic housing industrial design. Appearance WB-3P-PTP6 shown in the figure 2.

 

Figure 2 — External view of the WB-3P-PTP6 device 

The WB-3P-PTP6 rear panel is shown in Figure 3.

Figure 3 — External view of the device rear panel

 

On the rear panel WB-3P-PTP6 located under the cable gland Ethernet-port 10/100/1000BASE-T (connector RJ-45) for connecting to the network and power PoE, and the reset to factory settings button "F" (see figure 4).

Figure 4 — Connector RJ-45 and function button "F"

Light indicationled

The WB-3P-PTP6 indicator panel is shown in Figure 5.


Figure 5 — External view of the WB-3P-PTP6 indicator panel 

The device status is displayed by indicators on the side panel. The list of indicators and their status is provided in the table 3.

Table 3 — Indicator description


Indicator / LEDIndicator statusDescription

WLAN — signal level indicators from the remote 
devices (RSSI)



solid

The device is connected, signal level from the remote device is above -60 dBm

solidthe device is connected, signal level from the remote device is above -70 dBm

solidthe device is connected, signal level from the remote device is above -80 dBm

solidthe device is connected, signal level from the remote device is above -100 dBm
none of indicators is onno connection between devices

LAN — port indicator Ethernet-interfacesolidchannel between Ethernet-interface WB-3P-PTP6 and connected device is active
flashingprocess of packet data transfer between Ethernet-interface WB-3P-PTP6 and connected device


Power — power and device operation status indicator
 		solidpower connected, normal operation
flashingdevice did not receive an address via DHCP
often flashing within 3 seconds, then solidreboot/factory reset


Restore the default configuration

There are two ways to restore the device to factory settings.

  1. Via the Button "F" on the device. While the device is powered on, press and hold the button "F" (approximately 10–15 seconds), Located on the device rear panel until all indicators WLAN will not flash.
  2. Via PoE-injector supplied with the device. While the device is powered on, press and hold the button "RST" on the injector (approximately 10–15 seconds), until all indicators WLAN will not flash.

The device will automatically reboot. Factory settings will start DHCP-client. In case the address is not received via DHCP, the device will be available at ip-to the address — 192.168.1.10, Subnet mask — 255.255.255.0; username/password for access via web interface — admin/password.

Supply package

The WB-3P-PTP6 basic supply package includes:

  • WB-3P-PTP6 wireless bridge;
  • Cable gland;
  • Power injector Passive PoE 24 V;
  • Power cable;
  • Patch cord RJ-45, 5e cat., 1.5m;
  • User manual on a CD (optional);
  • Certificate of conformity;
  • Documentation memo;
  • Technical passport.

Rules and recommendations for device installation 

This section describes safety instructions, installation recommendations, installation procedure and device power-on sequence.

Safety rulessafety

  1. Do not open the device housing. There are no user-serviceable parts inside.
  2. Do not install this device during a thunderstorm. There is a risk of lightning strike.
  3. Voltage, current and frequency requirements specified in this manual must be observed.
  4. Before connecting measuring instruments and a computer to the device, they must be grounded first. The potential difference between equipment housings and measuring instruments must not exceed 1 V.
  5. Before power-on, ensure cable integrity and secure connection to connectors.
  6. Do not install the device near heat sources or in rooms with temperatures below -45 °or higher 65 °C.
  7. When installing on elevated structures, established norms for working at height must be observed.
  8. The device must be operated by engineering personnel with special training.
  9. Only serviceable auxiliary equipment should be connected to the device.

Installation recommendationsrecommend

  1. The device can be installed to the pole/Pole, wall, or offset parabolic antenna holder. The installation height should be no less than 1 meters from the supporting surface, installation distance — no more than 5 meters from the edge of the surface. If it is not possible to comply with the last condition — increase the suspension height.
  2. Before installation and power-on, the device must be checked for visible mechanical damage. If damage is found, stop installation, draw up an inspection report, and contact the supplier.
  3. Evaluate signal level at the receiving point using free space propagation formulas.
  4. For optimal signal level, mount the device on a pole/Mount the device on a pole so its antenna is aimed as directly as possible at the remote device antenna. Direct visibility between devices must be ensured and the Fresnel zone must be free of obstructions. The highest signal level can be achieved by antenna alignment using the indicators RSSI, web interface (more details in the submenu ) or commands in CLI.
  5. After alignment, ensure that the signal from the remote Device signal is as close to the calculated value as possible and not below the allowable level -65 ÷ -70 dBm. 
  6. If the signal exceeds -40 dBm, the remote device transmit power must be reduced. 
  7. When installing offset parabolic antennas, consider the antenna offset angle: so that the maximum radiation direction is parallel to the ground, the tilt angle of the Of the parabolic antenna must equal the offset angle.


Figure 6 — Incorrect installation of offset parabolic antennas




Figure 7 — Correct installation of offset parabolic antennas at the same suspension height

Figure 8 — Correct installation of offset parabolic antennas at different mounting heights

Recommendations for lightning protection

  1. Grounding must be done using an insulated multi-core wire. The grounding device and grounding wire cross-section must comply with electrical code requirements.
  2. The first outdoor lightning protection arrestor must be installed as close to the device as possible, connecting with a short outdoor cable FTP-cable with shielded connectors.
  3. The second outdoor lightning protection must be install as close as possible to PoE-to the injector, connecting them with a short outdoor FTP-cable with shielded connectors.
  4. Lightning protection connections are performed as follows outdoor FTP-with a cable up to 100 m.
  5. PoE-The injector must be plugged into an electrical outlet 220 In with Grounding.

Figure 9 — Device wiring diagram for lightning protection

prepareDevice preparation

1. Remove the device from the package.

2. Connect Ethernet-cable to PoE/ETH-to the port.

Figure 10 — Connector RJ-45 and function button "F"

startDevice connection

 1. Connect the one coming from WB-3P-PTP6 Ethernet-cable to PoE-to the injector port.

2. Connect Ethernet-your network cable to LAN-to the port PoE-injector.

3. Connect PoE-injector to the outlet 220 Connect with a network cable. After powering on, the device WB-3P-PTP6 will load within a minute.

4. Connect with a browser to web configurator WB-3P-PTP6, following the instructions in the section . 

5. If this is the first device startup, proceed to the section . 

presettingPreliminary setup

Perform preliminary device configuration before installation. 

  1. Ensure that the power is connected. 
  2. Follow the procedure from the section . 

Ensure that a wireless connection is established between the devices: signal level indicators should be lit. Indicator values are provided in section .

Device installation mounting

For WB-3P-PTP6 three mounting options are provided: device installation on a pole/post/pole, installation devices On a wall and device installation in an offset parabolic antenna. 

Device installation to the pole/pole/wall

  1. Connect the device to the network and perform preliminary setup following the instructions in the section . Then disconnect the device from the network and begin installation.
  2. Remove the bracket, hardware kit, and clamps from the packaging.
  3. Secure the bracket to the pole using a clamp Ø60–80 from the package. Final tightening of the clamp Ø60–80 is performed in the item . Screw the screw with a chainto the bracket, then attach the clamp Ø32–50 for securing the slats of the bracket. Follow the safety instructions and recommendations provided in the sections and .

Figure 11 — Installing the bracket on pole 

4. Disassemble the cable gland — unscrew the nut and remove the split gland from inside.

Figure 12 — Dismantling the cable gland

5. Route the cable through the bracket and through the cable gland as shown figure 13. 

Figure 13 — Cable pulling through the cable gland

6. When installing the device with a deviation ±10 degrees, refer to with the figure 14 (a). When installing the device with a deviation ±10–70 degrees, refer to the figure 14 (b).

Figure 14 (a)

Figure 14 (b)

7. Crimp the connector RJ-45 on the cable and connect it into the mating part on the device housing.

Figure 15 — Connector RJ-45 on the device housing 

8. Tighten the cable gland securely, place the split gland on the cable and insert it into the cable gland slats. Tighten the nut fully.

Figure 16 — Installing the cable gland 

Incorrect cable gland installation may compromise device sealing.

9. Insert the device into the slats of the bracket. Adjust the device by aligning the arrow on the housing with the hole in the bracket, then tighten the clamp Ø32–50. 

Figure 17 — Device installation into the bracket

10. After installation, rotate the device to the required angle using the scale on the bracket as a reference. Tilt angle varies from -70 to 70 degrees.

Figure 18 — Setting the required rotation angle

11. The bracket can also be mounted on a wall. When mounting on a wall, use screws or self-tapping screws 4×40 mm, if necessary — dowel 6×40 mm (figure 19).

Figure 19 — Wall mounting of the device

12. Connect the device to the network following the procedures in the sections and Then proceed to .

Lightning protection is recommended to prevent device failure.


Device installation as part of the offset parabolic antenna

Kit contents:

  • Basic device package WB-3P-PTP6;
  • Offset parabolic antenna with the mounting kit.

To install the device in an offset parabolic antenna, perform the following steps:

1. Connect the device to the network and perform preliminary setup following the instructions in the section . Then disconnect the device from the network and begin installation. 

2. Assemble the device holder by inserting the upper part shaft into the lower part slots. On the right side of the holder, install an M screw4×20 with nut.

Figure 20 — Assembling the device holder

3. Attach the holder and the movable part of the bracket to the arc using M8 bolts6×30, brackets and nuts from the fastener kit. Install a plug on the upper end of the arc.

Figure 21 — Attaching the holder and movable bracket part to the arc

4. Connect the movable bracket part and antenna reflector using M bolts6×12 and nuts.

Figure 22 — Attaching the antenna reflector to the movable bracket part

5. Disassemble the cable gland — unscrew the nut and remove the split gland from inside.

Figure 23 — Dismantling cable gland

6. Thread the cable through the holder and cable gland.

Figure 24 —  Cable pulling through the holder and cable gland

7. Crimp the connector RJ-45 on the cable and connect it into the mating part on the device housing.

Figure 25 — Connector RJ-45 on the device housing 

8. Tighten the cable gland securely, place the split gland on the cable and insert it into the cable gland slats. Tighten the nut fully.

Figure 26 — Installing the cable gland 

Incorrect cable gland installation may compromise device sealing.

9. Install the device in the holder and adjust the device to 0°, using the scale on the holder. Tighten the screw on the holder after adjustment.

Figure 27 — Device installation into the holder 

10. Install the fixed bracket part on the pole as shown in the figure 28, And secure it with the clamps included with the device. Final clamp tightening is performed in step . Install the chains; do not fully tighten the chain screws, leaving a gap for installing the movable part of the bracket. Follow the safety instructions and recommendations provided in the sections  and .

Figure 28 — Installing the fixed part of the bracket

11. Mount the reflector onto the fixed bracket. When installing, the previously under-tightened screws must engage the grooves of the movable bracket part.

Figure 29 — Mounting the reflector onto the fixed bracket

12. If needed, the parabolic antenna can be mounted on a wall, for example using M bolts6.

Figure 30 — Wall mounting of the parabolic antenna

13. Connect the device to the network following the procedures in the sections and Then proceed to . 

adjustmentDevice alignment

Is performed first horizontal alignment device, then — vertical.

adjustment_pole_wall_Antenna Align devices mounted on pole/in the pole/on the wall

1. Always perform alignment sequentially from both sides, using the calculated signal level obtained in the section  (it is necessary to obtain the closest possible value).

2. Adjust device positions by pointing antennas approximately at each other, using maps and visual line of sight (for example, using binoculars) to the remote side.

With default settings, the client (STA) does not send a connection request, therefore, to establish a connection, first direct the access point (AP) to the client (STA).

3. When establishing a connection between devices, align them sequentially, gradually increasing the values on the scale RSSI (indicator values are provided in section ) in two planes — vertical and horizontal.

4. In in the horizontal plane, one side covers a 30° sector 45–60 degrees — fixes the maximum, the second side — performs a similar action.

5. Then a second pass is performed following the scheme described above. Fully tighten the clamp on the bracket. Note that during alignment, entering a side lobe of the radiation pattern may be interpreted as reaching the maximum signal level. To avoid this, perform a full sweep across the sector and note nonlinear signal level changes.

6. Repeat the steps in the vertical plane 4–5. Secure the obtained tilt angle using the chain screws.

Figure 31 — Setting the required tilt angle

7. For more precise alignment, use the command in or web interface (more details in the submenu ), achieving maximum signal level values. 

adjustment_antennaAntenna Align Devices mounted on an offset parabolic antenna

1. Always perform alignment sequentially from both sides, using the calculated signal level obtained in the section (it is necessary to obtain the closest possible value).

2. Adjust device positions by pointing antennas approximately at each other, using maps and visual line of sight (for example, using binoculars) to the remote side.

With default settings, the client (STA) does not send a connection request, therefore, to establish a connection, first direct the access point (AP) to the client (STA).

3. When establishing a connection between devices, align them sequentially, gradually increasing the values on the scale RSSI (indicator values are provided in section ) in two planes — vertical and horizontal.

4. In in the horizontal plane, one side covers a 30° sector 45–60 degrees — fixes the maximum, the second side — performs a similar action.

5. Then a second pass is performed following the scheme described above. Fully tighten the clamps on the fixed part of the bracket. Note that during alignment, entering a side lobe of the radiation pattern may be interpreted as reaching the maximum signal level. To avoid this, perform a full sweep across the sector and note nonlinear signal level changes.

6. Repeat the steps in the vertical plane 4–5: Rotate the device to the required angle using scales A and B on the bracket as references. Scale A — tilt angle of the parabolic antenna, scale B — elevation angle. Then secure the obtained tilt angle using the screw on the chain.

Figure 32 — Scales A and B on the movable part of the bracket 

7. When setting the angle on scale A from -10 to 5 At greater angles it is recommended to additionally secure the movable bracket part with a second screw from the kit.

Figure 33 — Additional securing of the movable bracket part

8. For more precise alignment, use the command in   or web interface (more details in the submenu ), achieving maximum signal level values.

Final device setup

  1. It is recommended to select and set the static modulation on both this and the remote device. To select static modulation, start a continuous ping to the devices. Then in the menu "Monitoring" in the section "Wireless Peer"/"Wireless Clients" Note which modulation was set automatically and configure it statically in the channel data rate settings menu "Radio". For reliability, set the modulation a couple of steps below the automatically assigned one.
  2. Scan the spectrum spectrum analyzerand select the least congested channel.
  3. Set the final channel in the menu "Radio". 

adjustment

webintDevice management via web interface

Getting started

To begin, connect to the device via the Ethernet via web browser:

  1. Open web browser (a program for viewing hypertext documents), for example Firefox, Opera, Chrome.

  2. Enter in the browser address bar IP-device address.

Factory IP address: 192.168.1.10, Subnet mask: 255.255.255.0. By default, the device is capable to obtain an IP address via DHCP.

Upon successful device detection, the browser displays a username and password login page.

3. Enter the username in the field "Enter Login" and password in the line "Enter Password".

Factory settings: login: admin, password: password.

4. Click the Button "Log In". The device status monitoring menu opens in the browser window.

5. The display language can be changed if needed. For WB-3P-PTP6 Russian and English versions are available web interface.

User change

The device has two types of users: admin and viewer:

  • admin (password by default: password) has full access to the device: Read and write access to any settings, full device status monitoring.
  • viewer Has read-only access to the entire device configuration with no editing capability; full device monitoring is available.

When pressing the button "Logout" The current user session will be terminated and the authorization window will appear:

To change access, specify the appropriate username and password, click the button "Log In".  

Applying configuration and discarding changes

  1. Applying configuration

    When pressing the button the process of saving the configuration to flash-device memory and application of new settings. All settings take effect without a device reboot.

    In web interfaceA visual indication of the current configuration application process status is implemented on the pag (table 4).

Table 4 — Visual indication of the current configuration application process status

30%, 70%

Appearance

Status description

After pressing the button "Apply" The settings application and save process to device memory is in progress. An icon indicates this  in the tab name and on the button "Apply".

The successful save and application of settings is indicated by the icon in the tab name.

2. Cancel changes

Cancel Changes are only applied after clicking "Apply". When pressing the button "Apply" Parameters changed on the page will be updated to current values and saved to device memory. After pressing the button "Apply" return to the previous settings will not be possible.

The cancel changes button has the appearance of: .

Test mode

The device implements a test mode for trial configuration application.

To activate it, click the button "Test mode" on the top panel web interface. 

Uptime test mode — 300 seconds (5 minutes). During this time, you can navigate between tabs web configuratorand make changes, applying them on each page using the "Apply".

After verifying the required configuration, click "Exit from Test Mode" and select the required action: 

  • "Save and Exit" — Clicking this exits test mode and saves all applied configuration changes to non-volatile memory. It will be impossible to undo changes made in test mode.
  • "Cancel and Exit" — Clicking this exits test mode and discards all changes made in this mode. The configuration active on the device before test mode activation will be restored.

If within 300 If the administrator does not exit test mode within the specified seconds, it will expire automatically with all changes made in this mode rolled back. After the specified time elapses, the configuration will be restored even if device access was lost due to the changes.

Web interface basic elements

The navigation elements are shown in the figure below web interface.

The user interface window is divided into five areas:

  1. Menu Tabs — for grouping submenus by categories: Quick Start, Monitoring, Radio, AP (menu "AP" available only in device mode "Access Point PTP" or "Access Point PMP") or STA (menu "STA" available only in device mode "Station / Client"), Network Settings, System, Tools.
  2. Interface language selection and button (exit), intended for terminating the session in web interfaceunder this user.
  3. Submenu Tabs — for controlling the settings field.
  4. Device settings field — for viewing data and configuration.
  5. Information field displaying the firmware version installed on the device. 

Menu "Quick Start"

In the menu "Quick Start" basic device configuration is performed.

Submenu "Quick Start" 

Radio

The "Radio" section configures the main device radio interface parameters.

  • Device Mode — device radio interface operating mode. Accessthe following modes are:
    • Access Point PTP — point-to-point;
    • Access Point PMP — point-to-multipoint;
    • Station / Client —  wireless client (STA).
  • Channel — data channel selection. When the flag is set "Automatic selection" channel in the menu Radio, this setting will be locked;
  • Channel Bandwidth, MHz — Channel bandwidth on which the device operates; accepts values 20, 40, 80 and 160 MHz;
  • Primary Channel — This parameter can only be changed when the statically set channel bandwidth equals 40 MHz. Channel 40 MHz can be considered as consisting of two channels of 20 MHz, which are adjacent in the frequency domain. These Two Channels 20 MHz are called primary and secondary channels:
    • Upper — the upper channel will be the primary channel 20 MHz in the band 40 MHz;
    • Lower — the lower channel will be the primary channel 20 MHz in the band 40 MHz.
  • Fixed Center Frequency — when the flag is activated, all traffic (data and management packets) Transmission will occur at the specified channel center frequency with the given bandwidth (40/80/160 MHz). This function is proprietary; transmission does not follow standard protocols IEEE 802.11, Where different center frequencies are used for data and management traffic at the specified channel bandwidth 40/80/160 MHz;
  • Auto-negotiation distance — When enabled, the device automatically determines and configures the distance between devices;
  • Distance, km — distance between devices in kilometers. Changing the distance value will change the timeout value ACK. The distance should be rounded up. For example, if the distance between devices 3,2 km, then it is necessary to specify 4 km;
  • TDD — when the flag is set, the option is enabled; otherwise — disabled. TDD — This is the Time Division Duplex (TDD) technology, which synchronizes data transmission in both directions within a time frame.

Parameters "Channel", "Channel Width", "Primary Channel" available only in device mode "Access Point PTP" or "Access Point PMP".

Connection Settings:

  • SSID — virtual wireless network name;
  • Security Mode — wireless network access security mode:
    • OWE (Opportunistic Wireless Encryption) — Encryption method that ensures data security transmitted over an unsecured network. No additional user actions or password entry are required to connect to the network;
    • WPA3 — Encryption method; the following settings become available when selected:
      • WPA Key — key/password, required to connect to the wireless network. The key length is from 8 to 63 characters.
    • MFP — protection management-frames (available when security mode WPA3, OWE. When selecting the security mode WPA3, OWE, MFP is switched to the state Enabled):
      • Enabled — protection is enabled. The device cannot connect to a wireless network that does not support MFP.

Network Settings:

  • Hostname — network name of the device, set as a string 1–63 characters: Latin uppercase and lowercase letters, numbers, and the hyphen character "-" (a hyphen cannot be the last character in the name);
  • Protocol — Protocol selection for connecting via Ethernet-Device interface connection to the provider service network:
    • DHCP — operating mode in which IP Address, Subnet mask, address DNS-Server, default gateway, and other parameters required for network operation will be obtained from the DHCP-server automatically;
    • Static — operating mode in which IP Address and all necessary parameters on WAN-interface is assigned statically. When Selecting the Type "Static" The following parameters become available for editing:
      • Static IP — IP Address WAN-device interface in the provider network;
      • Network mask — external subnet mask;
      • Gateway — Address to which a packet is sent if no route is found for it in the routing table.

Device Access:

The "Device Access" section is used to change the password.

When Logging In via web interface administrator (password by default: password) has full access to the device: Read and write access to any settings, full device status monitoring. To change the password, enter a new password first in the field "Password", then in the field "Confirm Password" and click the button "Apply" to save the new password. 

Spectrum Analyzer:

The  "Spectrum Analyzer" launch and operation monitoring are performed spectrum analyzer.

On Devices WB-3P-PTP6 there is an option to start spectrum analyzerand to the radio interfacee Radio 6 GHz.

When Starting spectrum analyzerAnd the radio interface will be switched to scanning mode, interrupting all Wi-Fi connections on this radio interface.

To start spectrum analyzerand click the button "Scan". The information window to the right of the button displays the elapsed time in seconds since scanning started. Uptime spectrum analyzerand to Radio 6 GHz occupies no more than 1 minutes.

  • Last scan was... — date and time of the last scan;
  • Channel Utilization — Radio channel utilization information expressed as a percentage;
  • Frequency — Channel frequency in MHz on which the scan was performed;
  • Channel — channel number corresponding to this frequency.

Spectrum Analyzer Analyzes all channels in the frequency range regardless of radio interface settings.

Connections:

The "Connections" section displays information about connected device status. 

  • № — number of the connected device in the list;
  • Hostname — device network name;
  • IP Address — IP Address connected device;
  • MAC — MAC connected device;
  • Local Signal — received signal level, dBm;
  • Remote RSSI — Received signal level from the remote device, in dBm;
  • Uptime — connection time.

To apply a new configuration and save settings to non-volatile memory, click the "Apply" button. Click the "Cancel" button to discard the changes. 

Menu "Monitoring"

In the menu "Monitoring" the current system state is displayed.

Submenu "Wireless Peer/Wireless Clients"

The  "Wireless Peer"/"Wireless Clients" Displays information about connected device status. Connected device information is not displayed in real time. For convenient monitoring, you can select the data fields "Refresh". 

Depending on the mode  devices, "Access Point PTP" or "Access Point PMP", the submenu will be available "Wireless Peer" or "Wireless Clients" respectively.

For monitoring convenience, parameters to display can be selected. To do this, click on . When pressing the button "By Default" default parameters will be displayed.
The following filters are available for searching connected devices: by all fields, by hostname, by IP Addressby MAC. To select a filter, click on .  The feature is available only in device mode "Access Point PMP".

When values are highlighted Link Quality, Link Quality Common, Link Capacity, RSSI and Remote RSSI values are highlighted in red, indicating a significant connection degradation. If values are displayed in red, it indicates significant connection degradation. It is recommended to take measures to improve connection conditions.

Examples of submenus are provided below "Wireless Peer"/"Wireless Clients" in device modes "Access Point PTP", "Access Point PMP" and"STA" respectively. 


  • № — number of the connected device in the list;
  • Hostname — device network name;
  • IP Address — IP Address connected device;
  • MAC — MAC connected device;
  • Distance — distance to the remote device, km; 
  • Link Capacity — Parameter displaying the efficiency of the device's use of modulation for transmission. Calculated from the number of packets transmitted at each modulation to the remote device and degradation coefficients. Maximum value — 100% (Indicates all packets are transmitted to the remote device using the highest modulation for the maximum data type nss, supported by the remote device). Minimum value — 2% (in case when packets are transmitted on modulation nss1mcs0 for the remote device with support MIMO 3×3). The parameter value is calculated over the last 10 seconds;
  • Link Quality — Parameter displaying link quality to the remote device, calculated based on the number of packet retransmissions sent to the remote device. Maximum value — 100% (All transmitted packets were sent on the first attempt), minimum value — 0% (not a single packet until remote device was not successfully sent). The parameter value is calculated over the last 10 seconds; 
  • Link Quality Common — Parameter displaying link quality to the remote device, calculated based on the number of packet retransmissions sent to the remote device. Maximum value — 100% (All transmitted packets were sent on the first attempt), minimum value — 0% (No packets were successfully sent to the remote device). The parameter value is calculated for the entire duration of the remote device connection;
  • RSSI — received signal level, dBm;
  • SNR — signal-to-noise ratio/noise, dB;
  • Remote RSSI — received signal level remote device, dBm;
  • Remote SNR — signal-to-noise ratio/remote device noise, dB;
  • TxRate — channel data transfer rate, Mbps;
  • RxRate — channel data receive rate, Mbps;
  • BW — wireless channel bandwidth, MHz;
  • Actual TX Rate — average data transfer rate over the last 10 seconds, Mbps;
  • Actual RX Rate — average data receive rate over the last 10 seconds, Mbps;
  • Version — Firmware version of the connected device;
  • Uptime — connection time;
  • Action — when pressing the button "Disable" The connection with the connected device will be terminated. The device will reconnect after disconnection;
  • TX Bytes/received  total, bytes — number of transmitted/bytes received by the connected device;
  • Total TX/RX, packets — number of transmitted/packets received by the connected device;
  • TX Bytes/received data, bytes — number of transmitted/data bytes received by the connected device;
  • Data TX/RX, packets — number of transmitted/Data packets received by the connected device;
  • Fails, packets — Number of packets transmitted with errors to the connected device;
  • TX Period Retry, packets — Number of transmission retries to the connected device for the last 10 seconds;
  • TX Retry Count, packets — Number of transmission retries to the connected device for the entire connection duration;
  • Actual TX/RX Rate, Kbps — Current actual traffic transmission rate.

Submenu "Traffic Statistics"

The "Traffic Statistics" the receive rate graphs are displayed/traffic transfer over the last 3 Minutes, along with information about the amount of transmitted data/Received traffic since device power-on.

Chart LAN Tx/Rx shows the reception rate/traffic forwarding through Ethernet-device interface over the last 3 minutes. The chart updates automatically every 6 seconds.

Chart WLAN0 Tx/Rx shows the reception rate/traffic forwarding through Radio-device interface over the last 3 minutes. The chart updates automatically every 6 seconds.

Table description "TX Bytes":

  • Interface — interface name;
  • Total Packets — number of successfully sent packets;
  • Total Bytes — number of successfully sent bytes;
  • Total Drop — number of packets dropped upon transmission;
  • Errors — number of errors.

Table description "RX Bytes":

  • Interface — interface name;
  • Total Packets — number of successfully received packets;
  • Total Bytes — number of successfully received bytes;
  • Total Drop — number of packets dropped upon receipt;
  • Errors — number of errors.

Submenu "Scan Environment"

The "Scan Environment" submenu scans the surrounding radio environment and detects neighboring devices.

To start the air scanning process, click "Scan". After the process completes, the page displays a list of detected devices and their information:

  • Last scan was... — date and time of the last scan;
  • Range — the range is specified 6 GHz, in which the device was detected; 
  • Mode — device radio interface operating mode;
  • SSID — SSID detected device;
  • Security Mode — security mode of the detected device;
  • MAC — MAC detected device;
  • Bandwidth — Radio channel on which the detected device operates;
  • RSSI — Signal level at which the device accepts the detected device signal, in dBm.

During spectrum scanning, the device radio interface will be disabled, preventing data transmission to client devices during scanning.

Submenu "Spectrum Analyzer"

The "Spectrum Analyzer" submenu provides launch and operation monitoring performed spectrum analyzer.

On Devices WB-3P-PTP6 there is an option to start spectrum analyzerand to the radio interfacee Radio 6 GHz.

Start spectrum analyzerand on the radio interface

When Starting spectrum analyzerAnd the radio interface will be switched to scanning mode, interrupting all Wi-Fi connections on this radio interface.

 

To start spectrum analyzerand click the button "Scan". The information window to the right of the button displays the elapsed time in seconds since scanning started. Uptime spectrum analyzerand to Radio 6 GHz occupies no more than 1 minutes.

  • Last scan was... — date and time of the last scan;
  • Channel Utilization — Radio channel utilization information expressed as a percentage;
  • Frequency — Channel frequency in MHz on which the scan was performed;
  • Channel — channel number corresponding to this frequency.

Spectrum Analyzer Analyzes all channels in the frequency range regardless of radio interface settings.

Submenu "Events"

The "Events" submenu provides a real-time list of informational messages containing the following information can be viewed:

  • Date and Time — time when the event was generated;
  • Type — category and severity level of the event;
  • Process — name of the process that generated the message;
  • Message — event description.

Table 5 — Description of event severity categories  

Level
Type message importance
Description
0
Emergency
A critical error has occurred in the system; it may not function correctly
1
Alert
Immediate system intervention is required
2
Critical
A critical error has occurred in the system
3
Error
A system error has occurred
4
Warning
Warning, non-emergency message
5
Notice
System notification, non-emergency message
6
Informational
System informational messages
7
Debug
Debug messages provide the user with information for proper system configuration

To retrieve new event log messages, click "Refresh".
If necessary, all old messages from the log can be deleted by pressing the "Clear". 

Submenu "Network Information"

The "Network Information" submenu displays the main device network settings.

WAN Status:

  • Interface — name bridge-interface;
  • Protocol — protocol used for network access WAN;
  • IP Address — IP Address device on the external network;
  • RX Bytes — number of received on WAN bytes;
  • TX Bytes — number of transmitted with WAN bytes.

Ethernet:

  • Link Status — status Ethernet-port;
  • Speed — connection speed on the port Ethernet;
  • Duplex — data transmission mode:
    • Full — full duplex;
    • Half — half duplex.

ARP:
In the ARP table table contains information on correspondence IP- and MACof neighboring network devices:

  • IP Address — IP-device address;
  • MAC — Device MAC address.

Routes:

  • Interface — name bridge-interface;
  • Destination — IP Address of the host or destination subnet to which the route is established;
  • Gateway — IP Address Gateway through which traffic exits to the destination;
  • Netmask — Subnet mask;
  • Flags — certain characteristics of this route.

The following flag values exist:

  • U — indicates that the route goes through an.
  • H — indicates a route to a specific node.
  • G — Indicates that the route goes through an external gateway. The system network interface provides routes in directly connected networks. All other routes pass through external gateways. By Flag G All routes except directly connected network routes are marked;
  • R — Indicates that the route was likely created by a dynamic routing protocol running on the local system via a parameter reinstate;
  • D — indicates that the route was added as a result of receiving a redirect message ICMP (ICMP Redirect Message). When the system learns of a route from a message ICMP Redirect, The route is added to the routing table to prevent redirection of subsequent packets to the same destination.
  • M — Indicates that the route has been modified, likely due to a dynamic routing protocol on the local system and the application of a parameter mod.
  • A — indicates an aggregated route that has a corresponding entry in the table ARP.
  • C — indicates that the route source is the kernel routing buffer.
  • L — Indicates that the route destination is one of the addresses of this computer. Such "local routes" exist only in the routing buffer.
  • G — Indicates that the route destination is a broadcast address. Such "broadcast routes" exist only in the routing buffer.
  • I — indicates that the route is associated with a loopback (loopback) Interface for purposes other than loopback network access. Such "internal routes" exist only in the routing buffer.
  • ! — Indicates that datagrams directed to this address will be rejected by the system.

Submenu "Radio Information"

The  "Radio Information" Current device radio interface status is displayed. 

The device radio interface can be in two states: "Enabled" or "Off". Depending on the interface status, the following information is available for monitoring:

"Off":

  • Status — radio interface status;
  • MAC — MAC radio interface;

"Enabled":

  • Status — radio interface status;
  • MAC — MAC radio interface;
  • Mode — radio interface operating mode in accordance with standards IEEE 802.11;
  • Connection status — client connection status (STA) to the access point (AP). Accessbut only for device mode "Station / Client";
  • Channel — Wireless channel number on which the radio interface operates;
  • Channel Bandwidth, MHz — Channel bandwidth on which the radio interface operates;
  • Antenna gain, dBi — gain of the selected antenna;
  • Transmit Power Limit, dBm — Signal power at which the radio interface operates;
  • EIRP, dBm — effective isotropic-radiated power;
  • Noise Level — Noise level on the channel where the radio interface operates;
  • Percentage of corrupted packets, % — Proportion of packets that were received but contained errors and were dropped. 

Chart description "Channel Utilization":

Pattern "Channel utilization" Provides a visual representation of radio channel utilization expressed as a percentage. Total channel utilization (value in the center of the diagram) calculated as the sum of the following components:

  • Radio interface load for transmission — Percentage of time the device actively transmits data through the radio interface;
  • Radio interface load for reception — Percentage of time the device is busy receiving data on the radio interface;
  • Co-channel interference — Percentage of time the channel is busy due to other devices operating Wi-Fi Devices using the same or overlapping channel but not being the intended signal recipient from this device;
  • Interference from non Wi-Fi devices — Percentage of time the channel is busy due to signals from non-standard-compliant devices 802.11;
  • Free — Percentage of time the channel is idle.

Graph description "Noise level distribution":

Chart "Noise level distribution" Displays statistical air noise distribution, showing the time proportion for each background noise level (dBm).

Serial number 5 seconds.

Submenu "Device Information"

The "Device Information" submenu displays the main device characteristics.

  • Product — device model name;
  • Hardware Version — device hardware version;
  • Factory MAC address — MAC address WAN-Device interface address assigned by the manufacturer;
  • Serial Number — Device serial number assigned by the manufacturer;
  • Version — device firmware version;
  • Backup Version — previous installed firmware version;
  • Boot Version — Device bootloader firmware version;
  • System Time — the current time and date set in the system;
  • Uptime — Uptime since the last power-on or device reboot;
  • CPU Usage — cverage CPU utilization percentage over the last 5 seconds;
  • Memory Usage — Percentage of physical device memory usage.

Menu "Radio"

In the menu "Radio" wireless interface configuration is performed.

Submenu "Radio"

The "Radio" submenu configures the main device radio interface parameters.

Common settings:

  • Device Mode — device radio interface operating mode. Available:
    • Access Point PTP — point-to-point;
    • Access Point PMP — point-to-multipoint;
    • Station / Client — wireless client (STA). 
  • Mode 802.11 — interface operating mode in accordance with standards:
    • IEEE 802.11ax;
  • Auto Channel — When enabled, the device automatically selects the least congested radio channel for the radio interface. of channels for operation in automatic channel selection mode;
  • Channel — data channel selection;
  • Use Limit Channels — When enabled, the device uses the user-defined limited channel list for automatic channel selection. If the flag next to "Use Limit Channels" If the flag is not set or the list contains no channels, the device selects an operating channel from all available channels in the frequency range. Channelof the range 6 GHz: 1–93;
  • Limit Channels — setting is available in device mode "Station / Client". When enabled, the device uses the user-defined limited channel list for scanning and remote device discovery. If the flag next to "Limit Channels" If the flag is not set or the list contains no channels, the device scans all available channels of this frequency range. Channelof the range 6 GHz: 1–93;
  • Channel Bandwidth, MHz — Channel bandwidth on which the device operates; accepts values 20, 40, 80 and 160 MHz;
  • Primary Channel — This parameter can only be changed when the statically set channel bandwidth equals 40 MHz. Channel 40 MHz can be considered as consisting of two channels of 20 MHz, which are adjacent in the frequency domain. These Two Channels 20 MHz are called primary and secondary channels:
    • Upper — the upper channel will be the primary channel 20 MHz in the band 40 MHz;
    • Lower — the lower channel will be the primary channel 20 MHz in the band 40 MHz.
  • Fixed Center Frequency — when the flag is activated, all traffic (data and management packets) Transmission will occur at the specified channel center frequency with the given bandwidth (40/80/160 MHz). This function is proprietary; transmission does not follow standard protocols IEEE 802.11, Where different center frequencies are used for data and management traffic at the specified channel bandwidth 40/80/160 MHz;
  • Fixed Transmit Rate — Fixed wireless data rate defined by standard specifications IEEE 802.11/ax;
  • Maximal Transmit Rate — Maximum wireless data rate of this device, defined by standard specifications IEEE 802.11ax; 
  • Maximal Receive Rate — Maximum wireless data rate of the remote device, defined by standard specifications IEEE 802.11ax. Accessbut only in device modes "Access Point PTP" and "Station / Client";
  • Auto-negotiation distance — When enabled, the device automatically determines and configures the distance between devices;
  • Distance, km — distance between devices in kilometers. Changing the distance value will change the timeout value ACK. The distance should be rounded up. For example, if the distance between devices 3,2 km, then it is necessary to specify 4 km.

Parameters "Channel", "Channel Width", "Primary Channel" available only in device mode "Access Point PTP" or "Access Point PMP".

In case if in the list "Use Limit Channels" no settings have been made yet on the page. For the new configuration to be applied on the device, in the list "Use Limit Channels" only available should be specified (highlighted in blue) channels.
Example. No configuration has been performed on the device yet; by default the Radio 6 GHz is set "Channel Width" 20 MHz, and in the list "Use Limit Channels" channels are not specified.
For example, manually to the list "Use Limit Channels" were added 37,41,45,49 Channels and there is a need to set the parameter "Channel Width", equal to 40 MHz. When changing this parameter from 20 MHz on 40 MHz, the following occurs:

  • for editing, the parameter is opened "Primary Channel", taking the default value "Upper",
  • Channels 41 and 49 in the list "Use Limit Channels" change their color from blue to gray. 

If the parameter is changed "Channel Width" on 40 MHz and gray channels are not removed from the list, then when clicking the button "Apply" an error will appear in the browser "The entered data contains errors. Changes were not applied". Accordingly, the device configuration will not be changed. This occurs because channels highlighted in gray in the list "Use Limit Channels", do not meet the criteria "Primary Channel" = Upper.

 

Maximum channel data rate parameter reception target received radio signal power level transmission remote device.
ms reception, for example, on the client (STA), configure the maximum speed transmission on the access point (AP) is not necessary.

 Management by signal power:

  • Transmit Power Limit, dBm — transmitter signal power adjustment Wi-Fi;
  • Automatic power control — Automatic transmitter signal power adjustment Wi-Fi;
  • Target value RSSI, dBm — when communicating with a remote;
  • Type antenna — selection of the installed antenna type; 
  • Gain antenna, dBi — gain factor for the selected antenna type. 

TDD:

TDD — This is the Time Division Duplex (TDD) technology, which synchronizes data transmission in both directions within a time frame:

  • Enable — when the flag is set, the option is enabled; otherwise — disabled. 
  • Frame Length, ms — duration TDD-frame in milliseconds, takes the values 5, 10 ms; 
  • Ratio Downlink/Uplink — time-slot ratio in TDD-frame between Downlink and Uplink traffic:
    • Fixed — manually set ratio Downlink and Uplink;
    • Automaticative — dynamic change of the ratio Downlink/Uplink depending on the current channel load. 

Advanced:

  • OBSS Coexistence — data transmission. Perri when the flag is set, the mode is enabled;
  • Short Guard Interval — support for short guard interval. The device transmits data using 400 ns guard interval (instead 800 ns) When communicating with remote devices that also support the short guard interval;
  • STBC — Space-Time Block Coding (STBC) method designed to improve data transmission reliability. When enabled, the device transmits a single data stream through multiple antennas. If the flag is not set, the device does not transmit the same data stream through multiple antennas;
  • Beacon Interval, ms — send interval Beacon-frames. Frames are transmitted to detect the remote device in the air; accepts values 20–2000 ms, by default — 100 ms;
  • Fragmentation Threshold — frame fragmentation threshold, in bytes. Takes values 256–2346, by default — 2346;
  • RTS Threshold — Specifies the number of bytes after which a transmission request is sent (Request to Send). Reducing this value can improve device performance with a large number of connected remote devices, however this reduces the overall wireless network bandwidth. Takes values 0–2347, by default — 2347;
  • Frame Aggregation — enabling support AMPDU/AMSDU;
  • Short Preamble — use of short packet preamble;
  • DHCP Snooping Mode — processing policy selection DHCP options 82. Accessvalues to choose from:
    • Ignore — processing the option 82 disabled. Default value;
    • Remove — the device removes the option value 82;
    • Replace — Device inserts or replaces the option value 82. Selecting this value opens the following parameters for editing:
      • Option 82 format CID — replacing the parameter value CID, can take values:
        • APMAC-SSID — replacing the parameter value CID on <MAC-device address>- <name SSID>. Default value;
        • SSID — replacing the parameter value with a name SSID devices;
        • Custom — replacing the parameter value CID to the value specified in the parameter "Option 82 unique CID";
          • Option 82 unique CID — arbitrary string up to 52 characters that will be transmitted to CID. If the parameter value is not set, the device will change CID to the default value — APMAC-SSID;
      • Option 82 format RID — replacing the parameter value RID, can take the following values:
        • ClientMAC — to change the content RID on MAC client device. Default value;
        • APMAC — to change the content RID on MAC-device address;
        • APdomain — to change the content RID to the domain which the device is located;
        • Custom — to change the content RID to the value specified in the parameter "Option 82 unique RID";
          • Option 82 unique RID — arbitrary string up to 63 characters that will be transmitted to RID. If the parameter value is not set, the device will change RID to the default value — ClientMAC;
      • Format MAC — octet separator selection MACa that is transmitted in CID and RID:
        • AA:BB:CC:DD:EE:FF — a colon character serves as a separator. Default value;
        • AA-BB-CC-DD-EE-FF — a dash character serves as a separator.

To apply a new configuration and save settings to non-volatile memory, click the "Apply" button. Click the "Cancel" button to discard the changes. 

Submenu "QoS"

The "QoS" submenu is used for Quality of Service (QoS) configuration (Quality of Service).

  • Wi-Fi Multimedia (WMM) — enabling support WMM (Wi-Fi Multimedia);
  • Enable QoS — When enabled, Quality of Service (QoS) configuration is available (Quality of Service).

  • AP EDCA parameters — device parameter settings table (Traffic is transmitted in the direction to the client device):
    • Queue — Predefined queues for various types of traffic:
      • Data 3 (Background) — Low-priority queue with high throughput and high latency (priorities 802.1p: cs1, cs2);
      • Data 2 (Best Effort) — Medium-priority queue with medium throughput and latency. Most traditional data types are sent to this queue IP-data (priorities 802.1p: cs0, cs3);
      • Data 1 (Video) — high-priority queue, minimum delays. This queue automatically processes time-sensitive video data (priorities 802.1p: cs4, cs5);
      • Data 0 (Voice) — high-priority queue, minimum delays. This queue automatically processes time-sensitive data such as: VoIP, streaming video (priorities 802.1p: cs6, cs7).
    • AIFS — Arbitration Inter-Frame Spacing, determines the frame wait time (frames) data, measured in slots, takes the values (1–255);
    • CwMin — Initial wait time before retransmitting a frame, set in milliseconds, accepts values 1, 3, 7, 15, 31, 63, 127, 255, 511, 1023. Value cwMin must not exceed the value cwMax;
    • CwMax — Maximum wait time before retransmitting a frame, set in milliseconds, accepts values 1, 3, 7, 15, 31, 63, 127, 255, 511, 1023. Value cwMax must be greater than the value cwMin;
    • TXOP Limit — This parameter is used only for data transmitted from the client device. Ability to transmit — Time interval in milliseconds when the remote WME-The station has the right to initiate data transmission over the wireless medium to the device; maximum value 65535 milliseconds;
  • Station EDCA parameters — Table of client device parameter settings (Traffic is transmitted in the direction from the client device). The description of table fields is provided above.

To apply a new configuration and save settings to non-volatile memory, click the "Apply" button. Click the "Cancel" button to discard the changes. 

Submenu "Advanced"

The "Advanced" submenu configures additional device radio interface parameters.

  • Country — name of the country in which the device operates. To select a country, set the flag "Unlock". Depending on the selected value, frequency band transmitter power restrictions applicable in that country will be applied. The available frequency channel list depends on the selected country, affecting automatic channel selection in Channel = Auto. 

Configuring local (regional) Compliance with all restrictions, including authorized frequency channels and output power, is the responsibility of installers.

Selecting an incorrect region may cause compatibility issues with various client devices.

To apply a new configuration and save settings to non-volatile memory, click the "Apply" button. Click the "Cancel" button to discard the changes. 

Menu AP 

In the menu "AP" access point configuration is performed (AP — Access Point) (then "AP").

Menu "AP" available only in device mode "Access Point PTP" or "Access Point PMP". 

Submenu "Access Point"

Common settings:

  • Enabled — when the flag is set access point (AP) enabled, otherwise — disabled;
  • SSID — virtual wireless network name;
  • Broadcast SSID — when the flag is set, air broadcasting is enabled SSID, otherwise — turned off;
  • Priority — prioritization method selection. Defines the field for distributing traffic entering the radio interface among queues WMM:
    • DSCP — the priority from the field will be analyzed DSCP header IP-packet;
    • 802.1p — the priority from the field will be analyzed CoS (Class of Service) tagged packets. 
  • Minimal Signal — When enabled, the function for disconnecting client devices at low signal level is activated (Minimal Signal) enabled. The following parameters must be configured for this function to operate:
    • Minimal Signal Level, dBm — Signal level in dBm below which client devices are disconnected from the wireless network;
    • Roaming Signal Level, dBm — Roaming sensitivity level in dBm below which client devices switch to another device. The parameter must be higher than "Minimal Signal Level, dBm": if "Minimal Signal Level, dBm" equals -75 dBm, then "Roaming Signal Level, dBm" must be equal to, for example, -70 dBm;
    • Minimal Signal Timeout, s — Time period after which client devices are disconnected from the wireless network 
  • Maximum Stations — Maximum allowed number of client devices that can connect to the wireless network;
  • Station Isolation — When enabled, traffic isolation between connected devices is activated;
  • Security Mode — wireless network access security mode:
    • OWE (Opportunistic Wireless Encryption) — Encryption method that ensures data security transmitted over an unsecured network. No additional user actions or password entry are required to connect to the network. 
    • WPA3 — Encryption method; the following settings become available when selected:
      • WPA Key — key/password, required to connect to the wireless network. The key length is from 8 to 63 characters.
    • WPA3-Enterprise — Wireless channel encryption mode in which the device authenticates on a centralized RADIUS-on the server. To configure this security mode, parameters must be specified RADIUS-of the server. When Selecting One of the methods will make the following settings available Radius (see. below). 
  • MFP — protection management-frames (available when security mode WPA3, WPA3-Enterprise, OWE. When selecting the security mode WPA3, WPA3-Enterprise, OWE MFP is switched to the state Enabled):
    • Enabled — protection is enabled. The device cannot connect to a wireless network that does not support MFP.

Settings "Maximum Stations" and "Station Isolation" available only in device mode "Access Point PMP".

MAC ACL:

This subsection provides configuration of lists MACs Remote devices allowed or denied connection, depending on the selected access policy this device.

  • Mode — selection of the access control mode by MAC:
    • Off — the function is not active;
    • Locally — check MACby list on the device;
    • RADIUS — check MACvia RADIUS-server.
  • Policy — access policy. Possible values:
    • Deny — to this device will be prohibited from connecting remote devices, MACthat are contained in the list. All others will be granted access;
    • Allow — to Only the following devices will be allowed to connect to this device remote devices, MACthat are contained in the list. All others will be denied access.
  • Table MACs — list MACs Remote devices allowed or denied access to this device. Can contain up to 128 addresses.

To add an address to the list, click and enter in the field that appears MAC. To remove an address from the list, click the button  in the corresponding row.

If it becomes necessary to add to the list MAC Connected device: click at the end of the row  And select the required address from the list; it will be automatically added to the field.

By Default the list displays up to 10 addresses. To view the full list if it contains more than 10 addresses, click the button "Show All".

RADIUS:

  • Domain — user domain;
  • Address of RADIUS Server — address RADIUS-of the server;
  • Port of RADIUS Server — port RADIUS-Server used for authentication and authorization;
  • Password of RADIUS Server — password for RADIUS-Server used for authentication and authorization;
  • Use Accounting through RADIUS — When enabled, messages will be sent "Accounting" on RADIUS-server;
  • Use Other Settings For Accounting:
    • IP Address of RADIUS Server for Accounting — address RADIUS-server used for accounting;
    • Password of RADIUS Server for Accounting — password for RADIUS-server used for accounting;
  • Port of RADIUS Server for Accounting — Port that will be used for accounting collection on the RADIUS-on the server;
  • Use Periodic Accounting — enable periodic message sending "Accounting" on RADIUS-server. The message sending interval can be set in the field "Accounting Interval".  

 VLAN:

  • Access VLAN ID — number VLAN, Tag that will be removed when transmitting traffic to client devices. When traffic passes in the reverse direction, untagged traffic from client devices will be tagged VLAN ID (available when the mode is disabled VLAN Trunk);
  • VLAN Trunk — When enabled, tagged traffic is transmitted to client devices (available when the mode is disabled Access VLAN ID);
  • General Mode — When enabled, client devices are allowed to transmit untagged traffic together with tagged traffic (available when the mode is enabled VLAN Trunk);
  • General VLAN ID — number VLAN, Tag that will be removed when transmitting traffic to client devices. When traffic passes in the reverse direction, untagged traffic from client devices will be tagged VLAN ID (available when the modes are enabled VLAN Trunk and General Mode);
  • Priority 802.1p — priority number 802.1p, Priority assigned to traffic that is tagged VLAN ID using the functionality Access VLAN ID or General VLAN ID (available when enabled Access VLAN ID or General VLAN ID);
  • C-VLAN — When enabled, list configuration is performed MACRemote devices assigned isolated access VLAN ID and priority 802.1p:
    • MAC — MAC address of the remote device;
    • VLAN ID — number VLAN, Tag that will be removed when transmitting traffic to the remote device. When traffic passes in the reverse direction, untagged traffic from the remote device will be tagged VLAN ID;
    • C-VLAN 802.1p — priority number 802.1p, Priority assigned to traffic that is tagged VLAN ID using the functionality-VLAN.  

To add an address to the list, click and enter in the field that appears MAC. To remove an address from the list, click the button  in the corresponding row.

If it becomes necessary to add to the list MAC Connected device: click at the end of the row  And select the required address from the list; it will be automatically added to the field.

By Default the list displays up to 10 addresses. To view the full list if it contains more than 10 addresses, click the button "Show All".

Mapping VLAN:

  • Enable — when the flag is set, the function is enabled VLAN Mapping, otherwise — disabled;
  • Default rule — When enabled, the rule is activated; otherwise it disables the rule. The default rule defines system behavior for VLAN-Packets that do not match any user-defined rules. It allows automatically assigning priority to such packets 802.1p and queue WMM:
    • WLAN VLAN — number VLAN ID when transmitting in WLAN. Takes values: 1–4094;
    • Ethernet VLAN — number VLAN ID when transmitting to Ethernet. Takes values: 1–4094;
    • WLAN 802.1p — priority 802.1p when transmitting in WLAN. Takes values: 0–7, auto. By Default — auto;
    • Ethernet 802.1p — priority 802.1p when transmitting to Ethernet. Takes values: 0–7, auto. By Default — auto;
    • WMM — queue WMM for this rule. Takes values: bk, be, vi, vo, auto. If the queue auto If not defined in this option, the priority will be analyzed DSCP in the packet.

Works only when enabled VLAN Trunk.

To add a rule to the list, click . To remove a rule from the list, click the button in the corresponding row.

By Default the list displays up to 9 addresses. To view the full list if it contains more than 9 addresses, click the button .

Shapers:

For the device mode "Access Point PTP":

Enable — activate the settings field:

  • Limit in Down — bandwidth limiting in the direction from the access point (AP) to the client (STA);
  • Limit in Up — bandwidth limiting in the direction from the client (STA) to the access point (AP).

Advanced — activate the additional settings field:

The following parameters are available for configuring restrictions:

  • Off — bandwidth limiting is not applied;
  • Kbps/s — bandwidth limiting in kbps/s;
  • Packets/s — bandwidth limiting

For the device mode "Access Point PMP":


Enable — activate the settings field;

  • Overall limit in Down — Total bandwidth limit in the direction from the access point (AP) to clients (STA);
  • Overall limit in Up — overall bandwidth limit in direction from clients (STA) to the access point (AP);
  • Limit STA in Down
  • Limit STA in Up

Advanced — activate the additional settings field:

The following parameters are available for configuring restrictions:

  • Off — bandwidth limiting is not applied;
  • Kbps/s — bandwidth limiting in kbps/s;
  • Packets/s — bandwidth limiting

After Changing "SSID" on the access point (AP) access to client devices may be lost. You must first change "SSID" on client devices in the menu "STA", and then on the access point (AP) in the menu "AP".

Menu STA

In the menu "STA" client configuration is performed (STA — Station) (then "STA").

Menu "STA" available only in device mode "Station / Client".

Submenu "Station / Client"

Connection:

  • Priority — determines the order of profile usage. When searching for a network and connecting, the device uses the highest priority profile first. If priorities are equal, the device determines profile usage order based on encryption mode and RSSI;
  • SSID — virtual wireless network name;
  • Security Mode — wireless network access security mode
    • OWE (Opportunistic Wireless Encryption) — Encryption method that ensures data security transmitted over an unsecured network. 
    • WPA3 — Encryption method; the following settings become available when selected:
      • WPA Key — key/password, required to connect to the wireless network. The key length is from 8 to 63 characters.
    • WPA3-Enterprise — Wireless channel encryption mode in which the device authenticates on a centralized RADIUS-on the server. To use this security mode, connection parameters must be specified:
      • Username — login, required for authorization on RADIUS-on the server;
      • Password — key/password, required for authorization on RADIUS-on the server.
  • MFP — protection management-frames (available when security mode WPA3, WPA3-Enterprise, OWE. When selecting the security mode WPA3, WPA3-Enterprise, OWE MFP is switched to the state Enabled):
    • Enabled — protection is enabled. The device cannot connect to a wireless network that does not support MFP.

To add a new connection profile, click "Add profile". Maximum that can be added 8 profiles.

VLAN:

  • Access VLAN ID — number VLAN, Tag that will be removed when transmitting traffic Ethernet-devices behind the client (STA). When traffic passes in the reverse direction, untagged traffic will be tagged VLAN ID (available when the mode is disabled VLAN Trunk);
  • VLAN Trunk — when the flag is set Ethernet-devices behind the client (STA), tagged traffic is transmitted (available when the mode is disabled Access VLAN ID);
  • General Mode — when the flag is set Ethernet-devices behind the client (STA), Untagged traffic is allowed to be transmitted together with tagged traffic (available when the mode is enabled VLAN Trunk);
  • General VLAN ID — number VLAN, Tag that will be removed when transmitting traffic Ethernet-devices behind the client (STA). When traffic passes in the reverse direction, untagged traffic will be tagged VLAN ID (available when the modes are enabled VLAN Trunk and General Mode);
  • Priority 802.1p — priority number 802.1p, Priority assigned to traffic that is tagged VLAN ID using the functionality Access VLAN ID or General VLAN ID (available when enabled Access VLAN ID or General VLAN ID);
  • MVR — when the flag is set, the feature MVR (Multicast VLAN Registration) enabled. Allows the use of a separate VLAN for Multicast-traffic;
  • MVR VLAN ID — number VLAN Multicast-Traffic tag that will be removed when transmitting Ethernet-devices behind the client (STA). When traffic passes in the reverse direction, untagged IGMP-client packets will have a tag attached MVR VLAN ID;

Mapping VLAN:

  • Enable — when the flag is set, the function is enabled VLAN Mapping, otherwise — disabled;
  • Default rule — When enabled, the rule is activated; otherwise it disables the rule. The default rule defines system behavior for VLAN-Packets that do not match any user-defined rules. It allows automatically assigning priority to such packets 802.1p and queue WMM:
    • WLAN VLAN — number VLAN ID when transmitting in WLAN. Takes values: 1–4094;
    • Ethernet VLAN — number VLAN ID when transmitting to Ethernet. Takes values: 1–4094;
    • WLAN 802.1p — priority 802.1p when transmitting in WLAN. Takes values: 0–7, auto. By Default — auto;
    • Ethernet 802.1p — priority 802.1p when transmitting to Ethernet. Takes values: 0–7, auto. By Default — auto;
    • WMM — queue WMM for this rule. Takes values: bk, be, vi, vo, auto. If the queue auto If not defined in this option, the priority will be analyzed DSCP in the packet.

Works only when enabled VLAN Trunk.

To add a rule to the list, click . To remove a rule from the list, click the button in the corresponding row.

By Default the list displays up to 9 addresses. To view the full list if it contains more than 9 addresses, click the button .

Advanced:

  • Priority — prioritization method selection. Defines the field for distributing traffic entering the radio interface among queues WMM:
    • DSCP — the priority from the field will be analyzed DSCP header IP-packet;
    • 802.1p — the priority from the field will be analyzed CoS (Class of Service) tagged packets.

Shapers:

Enable — activate the settings field;

  • Limit in Down — bandwidth limiting in the direction from the client (STA) to Ethernet-devices;
  • Limit in Up — bandwidth limiting in the direction from Ethernet-devices to client (STA).

Advanced — activate the additional settings field:

The following parameters are available for configuring restrictions:

  • Off — bandwidth limiting is not applied;
  • Kbps/s — bandwidth limiting in kbps/s;
  • Packets/s — bandwidth limiting

To apply a new configuration and save settings to non-volatile memory, click the "Apply" button. Click the "Cancel" button to discard the changes. 

Menu "Network Settings"

Submenu "System Configuration"

  • Hostname — network name of the device, set as a string 1–63 characters: Latin uppercase and lowercase letters, numbers, and the hyphen character "-" (a hyphen cannot be the last character in the name);
  • AP Location — domain which the device is located; 
  • Management VLAN:
    • Off — Management VLAN is not used;
    • Terminating — mode in which Management VLAN is terminated on the device; In this case, remote devices connected via the radio interface have no access to the VLAN;
    • Forwarding — mode in which Management VLAN is also transmitted to the radio interface (with the appropriate settings AP).
  • VLAN ID — identifier VLAN, Access protocol used for device access; accepts values 1–4094;
  • Priority 802.1p — priority number 802.1p, assigned to packets outgoing from Management VLAN-device interface;
  • Protocol — Protocol selection for connecting via Ethernet-Device interface connection to the provider service network:
    • DHCP — operating mode in which IP Address, Subnet mask, address DNS-Server, default gateway, and other parameters required for network operation will be obtained from the DHCP-server automatically;
    • Static — operating mode in which IP Address and all necessary parameters on WAN-interface is assigned statically. When Selecting the Type "Static" The following parameters become available for editing:
      • Static IP — IP Address WAN-device interface in the provider network;
      • Network mask — external subnet mask;
      • Gateway — Address to which a packet is sent if no route is found for it in the routing table.
  • Primary DNS, Secondary DNS — IP Address DNS-servers. If addresses DNS-servers are not assigned automatically via the protocol DHCP, set them manually.

After Configuration "Management VLAN" access to the device may be lost. 

Local Management via Ethernet:

This subsection allows configuring untagged access to the device via Ethernet-interface.

  • Enabled — activates the setting;
  •  — IP Address Ethernet-device interface in the local network (by default 192.0.3.1);
  •  Subnet mask.

To apply a new configuration and save settings to non-volatile memory, click the "Apply" button. Click the "Cancel" button to discard the changes. 

Submenu "Access"

The "Access" submenu configures device access via web interface, Telnet, SSH, NETCONF and SNMP.

  • To enable access to the device via web interface via protocol HTTP set the flag next to "WEB". The dialog box that appears allows you to change HTTP-port (by default 80). Range Of allowable port values, in addition to the default, with 1025 to 65535 inclusive;
  • To enable access to the device via web interface via protocol HTTPS set the flag next to "WEB-HTTPS". The dialog box that appears allows you to change HTTPS-port (by default 443). Range Of allowable port values, in addition to the default, with 1025 to 65535 inclusive;

Ports for protocols HTTP and HTTPS should not have the same value.

  • To enable access to the device via Telnet set the flag next to "Telnet". The dialog box that appears allows you to change Telnet-port (by default 23). Range Of allowable port values, in addition to the default, with 1025 to 65535 inclusive;
  • To enable access to the device via SSH set the flag next to "SSH". The dialog box that appears allows you to change SSH-port (by default 22). Range Of allowable port values, in addition to the default, with 1025 to 65535 inclusive;
  • To enable access to the device via NETCONF set the flag next to "NETCONF". 

Software WB-3P-PTP6 Allows changing device configuration, monitoring its status, and managing the device using the protocol SNMP. 

The device supports protocol versions SNMPv1, SNMPv2, SNMPv3.

To change the parameters SNMP-agent, set the flag opposite "SNMP", the following settings will become available:

  • Password for reading — password for reading parameters (generally accepted: public);

  • Password for writing — password for writing parameters (generally accepted: private);

  • Address for receiving traps v1 — IP Address or domain name of the message receiver SNMPv1-trap in format HOST [COMMUNITY [PORT]];

  • Address for receiving traps v2 — IP Address or domain name of the message receiver SNMPv2-trap in format HOST [COMMUNITY [PORT]];

  • Address for receiving messages Inform — IP Address or domain name of the message receiver Inform in format HOST [COMMUNITY [PORT]];

  • Device system name — device name;
  • Manufacturer contact information — contact information of the device manufacturer;
  • Device location — information about the device location;
  • Password in traps — password, contained in traps (by default: trap).

Below is a list of objects supported for reading and configuring via the protocol SNMP:

  • eltexLtd.1.127.1 — device parameter monitoring;
  • eltexLtd.1.127.3 — device management;
  • eltexLtd.1.127.5 — device configuration.

EltexLtd — 1.3.6.1.4.1.35265 — enterprise identifier "ELTEKS".

Detailed description OID WB-3P-PTP6 available at the following link: Description OID on FBWA WI-FI 6.

To apply a new configuration and save settings to non-volatile memory, click the "Apply" button. Click the "Cancel" button to discard the changes.

Menu "System"

In the menu "System" system, time, and log settings are configured syslog, password change is performed, download/Configuration upload, firmware update, and device reboot.

Submenu "Upgrading the device firmware" update

Submenu "Upgrading the device firmware" Used to update the device firmware.

  • Active Version Software — Firmware version currently running on the device;
  • Backup Version — Firmware version installed on the device that can be activated without uploading a firmware file;
    • Set as Active — Button for switching the backup firmware version to active; requires a device reboot. Active Version the firmware will become backup in this case.

Software update

Download the firmware file from the website https://eltex.ru/download/ and save it to the computer. Then click the button "Choose File" in the field Firmware update file and specify the path to the firmware file in format .tar.gz.
To start the update process, click "Run update". Process the update will take a few minutes (its current status will be indicated on the page), after which the device will automatically reboot.

Firmware should be updated first on the client (STA), and then on the access point (AP). 


Do not disconnect power or reboot the device during firmware update.

Submenu "Configuration"

The "Configuration" submenu allows you to update the configuration, press the.

Obtaining configuration

To save the current device configuration to a local computer, click "Download".

Updating configuration

To upload a configuration file saved on a local computer, use the "Upload the configuration archive to the device". To update the device configuration, click "Choose File", specify the file (in format .tar.gz) and click the button "Upload File". The uploaded configuration is applied automatically without a device reboot.

Reset device to factory settings

To reset all device settings to factory defaults, click "Reset". If the flag is activated "Save access parameters", Only the configuration parameters responsible for device access will be saved (configuration IP Addressa, access settings by Telnet/SSH/SNMP/NETCONF/Web).

Submenu "Availability check"

Function "Availability check" Detects loss of connectivity and reboots the device or its interfaces without user intervention. Interface restart also triggers a restart of the DHCP-client on the current WAN interface.

  • Enabled — When enabled, availability monitoring is active; otherwise — disabled;
  • Action:
    • Restart ethernet interface — in case the specified is unavailable Ping-the server will restart Ethernet-device interface;
    • Restarting the wireless interface — in case the specified is unavailable Ping-Server: the device wireless interface will restart;
    • Reboot devices — in case the specified is unavailable Ping-the server will cause the device to reboot.
  • Ping-server — IP Address or the domain name of the host to which they will be sent ICMP-requests;
  • Delay before starting the check — Time in seconds after power-on or the previous trigger during which the availability check is disabled. Possible values: 60–86400 inclusive;
  • Send Interval ICMP-requests — time in seconds after which will be sent ICMP-request after receiving ICMP-reply or the decision that the previous ICMP-the request was unsuccessful. Possible values: 1–86400 inclusive;
  • Timeout ICMP-responses — time in seconds during which it is expected ICMP-response to the sent ICMP-request. If after the time expires ICMP-if no response is received, then ICMP-the request is considered failed. Possible values: 1–10 inclusive;
  • Maximum Failed Checks — maximum number of failed ICMP-requests. If the number of failed ICMP-When the number of requests reaches the specified value, the defined action is performed. Possible values: 1–86400 inclusive.

To apply a new configuration and save settings to non-volatile memory, click the "Apply" button. Click the "Cancel" button to discard the changes. 

Submenu "Reboot"

To reboot the device, click the button "Reboot". Process device restart takes approximately 1 minute.

Submenu "Authentication"

Submenu "Authentication" intended for configuring authentication user.

Authentication: 

Factory account for device access: login: admin, password: password.

Local

When enabled, authentication is performed using an account stored on this device.

  • Login — login, of the configured account;
  • Password — entering a new password;
  • Confirm Password — confirming the new password.  

Additional accounts with administrator or viewer roles can also be created (the setting is available only via ). Accounts with the administrator role have full access to the device: Read and write access to any settings, full device status monitoring. Accounts with the viewer role have monitoring access only.

RADIUS

When enabled, authentication will be performed using an account on the RADIUS-on the server.

  • Address RADIUS-of the server — IP Address RADIUS-of the server;
  • Port RADIUS-of the server — port RADIUS-Server used for authentication and authorization;
  • Password RADIUS-of the server — key RADIUS-Server used for authentication and authorization;
  • Local backup authentication — When enabled, local account authentication is activated admin when there is no connection with RADIUS-by the server;
  • Login — login of the configured account;
  • Password — entering a new password;
  • Confirm Password — confirming the new password.

With the parameter disabled "Local backup authentication" authorization occurs only via RADIUS-server. If unavailable or data is incorrect, authorization will not be performed.
With the parameter enabled "Local backup authentication" when there is no connection with RADIUS-Server: authorization can be performed using a local account admin. Authorization through other local accounts will not be performed.

For authentication via RADIUS-Server: accounts with appropriate roles are created only on it.
to configure user account roles,:
admin — A user with this role has full access to device configuration and monitoring;
 viewer — A user with this role will have access only to device monitoring. 
On RADIUS-Server: the following attribute is used to configure account roles Cisco-AVPair = "shell:role=<role>" (where <role> takes values admin or viewer).

Session Settings: 

  • Inactivity timeout — User idle time in minutes after which the session is terminated automatically.

To apply a new configuration and save settings to non-volatile memory, click the "Apply" button. Click the "Cancel" button to discard the changes.

Submenu "Log"

Submenu "Log" Used to configure output of various system debug messages to identify causes of device operation issues. 

  • Mode — operating mode Syslog-agent:
    • Local File — list web interfacedevice on the tab "Monitoring/Events";
    • Server and File — log information is sent to a remote Syslog-server and is saved to a local file.
  • Address Syslog-of the server — IP Address or domain name Syslog-of the server;
  • Port Syslog-of the server — port for incoming messages Syslog-of the server (by default 514, possible values 1–65535);
  • File Size, KB — maximum log file size (possible values 1–1000 KB).

To apply a new configuration and save settings to non-volatile memory, click the "Apply" button. Click the "Cancel" button to discard the changes.

Submenu "Date and Time"

The "Date and Time" submenu allows time to be set manually or using a time synchronization protocol (NTP).

Manually

  • Date and Time devices — current date and time on the device. If correction is needed, click the button "Edit";
    • Date, Time — set the current date and time or click the button "Current date and time" for setting the PC time on the device;
  • Time Zone — Sets the time zone according to the nearest city in your region from the given list;
  • Enable transition to daylight saving time — when the flag is set, transition to daylight saving time/Daylight saving time transition will be performed automatically during the specified period:
    • Transition to daylight saving time — Date and time when daylight saving time will be activated;
    • Transition to standard time — server used for time;
    • Time Shift (min.) — Time period in minutes by which the time is shifted. 
      Can take a value from 0 to 720 min.

To apply a new configuration and save settings to non-volatile memory, click the "Apply" button. Click the "Cancel" button to discard the changes.

NTP Server

  • Date and Time devices — current date and time on the device;
  • Time Zone — Sets the time zone according to the nearest city in your region from the given list;
  • Enable transition to daylight saving time — when the flag is set, transition to daylight saving time/Daylight saving time transition will be performed automatically during the specified period:
    • Transition to daylight saving time — Date and time when daylight saving time will be activated;
    • Transition to standard time — server used for time;
    • Time Shift (min.) — Time period in minutes by which the time is shifted. 
      Can take a value from 0 to 720 min.
  • Servers NTP:
    • Address NTP Server —  IP Address/domain name of the time synchronization server. An address can be specified or selected from the existing list;
    • Type authentication — selection of a hashing algorithm for authentication NTP-packets. Possible values: Off, MD5, SHA1;
    • Key ID — Unique key number used for authentication during data exchange with NTP Server. Possible values: 1 to 65535;
    • Authentication key — cecret key for authentication in text format.

To apply a new configuration and save settings to non-volatile memory, click the "Apply" button. Click the "Cancel" button to discard the changes.

Submenu "Indication"

The "Indication" submenu allows device indicators to be customized.

Common settings:

  • Enabled — when the flag is set, the indicators are enabled; otherwise — turned off.

Thresholds RSSI indicators:

  • Enable — When enabled, threshold assignment for each indicator is activated; otherwise — turned off;
  • Threshold LED4, dBm — minimum signal level of the remote device (RSSI), at which the indicator turns on LED4 (by default: -60, possible values: -100–0);
  • Threshold LED3, dBm — minimum signal level of the remote device (RSSI), at which the indicator turns on LED3 (by default: -70, possible values: -100–0); 
  • Threshold LED2, dBm — minimum signal level of the remote device (RSSI), at which the indicator turns on LED2 (by default: -80, possible values: -100–0);
  • Threshold LED1, dBm — minimum signal level of the remote device (RSSI), at which the indicator turns on LED1 (by default: -100, possible values: -100–0).

To apply a new configuration and save settings to non-volatile memory, click the "Apply" button. Click the "Cancel" button to discard the changes. 

Submenu "Debug information"

Debug information file

To get archive WB-3P-PTP6_SN_troubleshooting.tar.gz From the device to a local computer, click "Download".  

Menu "Tools" 

Submenu "Antenna Align"antenna_align

Alignment refers to adjusting the device antenna position in space to obtain the maximum signal.

To start alignment, click the button "Start".

To Stop alignment click the button "Stop".

Antenna Align:

  • SSID — wireless network name;
  • Channel — data channel;
  • RSSI — received signal level, dBm;
  • Remote RSSI — Received signal level from the remote device, in dBm;
  • Calculated RSSI, dBm — theoretical (expected) signal level value, dBm.

Chart RSSI-H Displays signal level changes on the first antenna in dBm over time in seconds.

Chart RSSI-V Displays signal level changes on the second antenna in dBm over time in seconds.

Chart Remote RSSI-H Displays signal level changes on the first antenna of the remote device in dBm over time in seconds.

Chart Remote RSSI-V Displays signal level changes on the second antenna of the remote device in dBm over time in seconds.

Peak RSSI — only one device. Red line.

Calculated RSSI, dBm — theoretical (expected) signal level value, dBm. Dashed green line.

Submenu "Speed Testing"

Submenu "Speed Testing" intended for link speed testing. 

The test operates in bidirectional mode (Downlink+Uplink). First, the inbound data flow rate is measured (Downlink), then outgoing (Uplink).

The test is performed with traffic TCP and lasts 10 seconds for one direction. At any given time, a test can only be run to one of the remote device.

To start, press the button "Run". Per section, the sequence of.  

By Default is used for the test VLAN 7 and subnet 192.0.4.0/24. If such a subnet is already in use on the network and VLAN, initial configuration. This can be done via CLI. The process is described in more detail in the section . 

The following filters are available for searching connected devices: by all fields, by hostname, by IP Addressby MAC. To select a filter, click on .  The feature is available only in device mode "Access Point PMP".

settingexample

Example Configuration devices

This section provides an example of initial device setup for establishing a wireless bridge.  

Figure 34 — Application diagram WB-3P-PTP6 

Enter in the browser address bar IP-device address (by default 192.168.1.10, if device did not receive an address via DHCP). Upon successful connection to the device, a window will appear requesting login and password. Fill in the fields and click the button "Log In". By Default — login: admin, password: password.

If this window does not appear, ensure the PC is on the same network as the device.

Access point (AP) configuration:

  1. By Default device WB-3P-PTP6 configured to receive an address via DHCP. If the address was not obtained, connect to the device using the factory IP Address: 192.168.1.10, Subnet mask: 255.255.255.0.
  2. The device firmware must be updated to the latest version as described in the section .
  3. In the menu Radio  Perform preliminary radio interface configuration. Select the data transmission channel and specify the distance between devices in kilometers. 
  4. Save the settings by clicking the button "Apply".
  5. In the menu AP in the field "SSID" Specify the wireless network identifier to which the client will connect (STA).
  6. In the field "Security Mode" Select the security mode for network authentication and set the key if an encrypted network is used.
  7. Save the settings by clicking the button "Apply". 

Configuring the client (STA) to connect to the access point (AP):

  1. By Default device WB-3P-PTP6 configured to receive an address via DHCP. If the address was not obtained, connect to the device using the factory IP Address: 192.168.1.10, Subnet mask: 255.255.255.0.
  2. The device firmware must be updated to the latest version as described in the section .
  3. If static or default settings are used to connect to the provider network, then in the menu "Network Settings" in the field "Protocol" you need to select a value "Static", fill in the fields "Static IP", "Network mask", "Gateway".
  4. In the menu STA in the field "SSID" Specify the wireless network identifier to connect to.
  5. In the field "Security Mode" Select the security mode for network authentication and set the key if an encrypted network is used.
  6. After pressing the button "Apply", client (STA) will search for the specified SSID In the air and will attempt to connect to the access point upon detection (AP) with the specified parameters.
  7. Check that in the menu "Monitoring" in the section "Wireless Clients" an access point has appeared (AP). Check the availability of the access point (AP) by going to the browser address bar IP Addressof the device.

If all the above items are completed successfully, the wireless connection between devices is configured.

Managing the device using the command line

To enter configuration mode, enter the command configure.

To display the current settings of a specific configuration section, enter the command show-config.

To get a hint about acceptable values for a device configuration parameter, press the key combination (in English keyboard layout) [Shift + ?].

To get a list of parameters available for editing in this configuration section, press the key Tab.

To save the settings, enter the command save.

To return to the previous configuration section, enter the command exit.

To exit configuration mode, enter the command end.


Configuration must begin with the client device to avoid losing connection to it.

Connection to the device

By Default device WB-3P-PTP6 configured to receive an address via DHCP. If the address was not obtained, connect to the device using the factory IP Address.

Factory IP address WB-3P-PTP6: 192.168.1.10, Subnet mask: 255.255.255.0.

Connection to the device is performed using SSH:

#D1ECF0#F2FAFBsolid

Ssh admin@<IP-device address>, then enter password

Network parameters configuration

#D1ECF0#F2FAFBsolidConfiguring the static network parameters

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# interface
WB-3P-PTP6(config):/interface# br0
WB-3P-PTP6(config):/interface/br0# common
WB-3P-PTP6(config):/interface/br0/common# static-ip X.X.X.X (where X.X.X.X — IP-device address) 
WB-3P-PTP6(config):/interface/br0/common# netmask X.X.X.X (where X.X.X.X — Subnet mask)
WB-3P-PTP6(config):/interface/br0/common# dns-server-1 X.X.X.X (where X.X.X.X — IP Address dns-of the server №1)
WB-3P-PTP6(config):/interface/br0/common# dns-server-2 X.X.X.X (where X.X.X.X — IP Address dns-of the server №2)
WB-3P-PTP6(config):/interface/br0/common# protocol static-ip (changing the operating mode with DHCP on Static-IP)
WB-3P-PTP6(config):/interface/br0/common# save (saving settings)

Adding a static route

WB-3P-PTP6(config):/interface/br0/common# exit
WB-3P-PTP6(config):/interface/br0# exit
WB-3P-PTP6(config):/interface# exit
WB-3P-PTP6(config):/# route 
WB-3P-PTP6(config):/route# default
WB-3P-PTP6(config):/route/default# destination X.X.X.X (where X.X.X.X — IP Address Destination network or node; for the default route, leave empty — 0.0.0.0)
WB-3P-PTP6(config):/route/default# netmask X.X.X.X (where X.X.X.X — destination network mask, for the default route — 0.0.0.0)
WB-3P-PTP6(config):/route/default# gateway X.X.X.X (where X.X.X.X — IP Address gateway)
WB-3P-PTP6(config):/interface/br0/common# save (saving settings)


#D1ECF0#F2FAFBsolidConfiguring the reception of network parameters via DHCP

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# interface
WB-3P-PTP6(config):/interface# br0
WB-3P-PTP6(config):/interface/br0# common
WB-3P-PTP6(config):/interface/br0/common# protocol dhcp (changing the operating mode with Static-IP on DHCP)
WB-3P-PTP6(config):/interface/br0/common# save (saving settings)

Network parameters configuration using the utility set-management-vlan-mode

#D1ECF0#F2FAFBsolidUntagged access

Obtaining network settings via DHCP

WB-3P-PTP6(root):/# set-management-vlan-mode off protocol dhcp

Static settings

WB-3P-PTP6(root):/# set-management-vlan-mode off protocol static-ip ip-addr X.X.X.X netmask Y.Y.Y.Y gateway Z.Z.Z.Z (where X.X.X.X — static IP Address, Y.Y.Y.Y — Subnet mask, Z.Z.Z.Z — gateway)


#D1ECF0#F2FAFBsolidAccess via Management VLAN in mode Terminating

Obtaining network settings via DHCP

WB-3P-PTP6(root):/# set-management-vlan-mode terminating vlan-id X protocol dhcp (where X — VLAN ID, used for device access. Possible values: 1–4094)

Static settings

WB-3P-PTP6(root):/# set-management-vlan-mode terminating vlan-id X protocol static-ip ip-addr X.X.X.X netmask Y.Y.Y.Y gateway Z.Z.Z.Z (where X — VLAN ID, Access protocol used for device access; possible values: 1–4094; X.X.X.X — static IP Address; Y.Y.Y.Y — Subnet mask; Z.Z.Z.Z — gateway)


#D1ECF0#F2FAFBsolidAccess via Management VLAN in mode Forwarding

Obtaining network settings via DHCP

WB-3P-PTP6(root):/# set-management-vlan-mode forwarding vlan-id X protocol dhcp (where X — VLAN ID, used for device access. Possible values: 1–4094)

Static settings

WB-3P-PTP6(root):/# set-management-vlan-mode forwarding vlan-id X protocol static-ip ip-addr X.X.X.X netmask Y.Y.Y.Y gateway Z.Z.Z.Z (where X — VLAN ID, Access protocol used for device access; possible values: 1–4094; X.X.X.X — static IP Address; Y.Y.Y.Y — Subnet mask; Z.Z.Z.Z — gateway)


#D1ECF0#F2FAFBsolidCompleting and saving settings

WB-3P-PTP6(root):/# save (saving settings)

Configuring priority 802.1p for Management VLAN

#D1ECF0#F2FAFBsolid802.1p priority in Terminating mode

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# interface
WB-3P-PTP6(config):/interface# management-vlan-terminating 
WB-3P-PTP6(config):/interface/management-vlan-terminating# vlan
WB-3P-PTP6(config):/interface/management-vlan-terminating/vlan# priority X (where X — priority 802.1p for Management VLAN. Possible values: 0–7)
WB-3P-PTP6(config):/interface/management-vlan-terminating/vlan# save (saving settings)

#D1ECF0#F2FAFBsolid802.1p priority in Forwarding mode

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# interface
WB-3P-PTP6(config):/interface# management-vlan-forwarding 
WB-3P-PTP6(config):/interface/management-vlan-forwarding# vlan
WB-3P-PTP6(config):/interface/management-vlan-forwarding/vlan# priority X (where X — priority 802.1p for Management VLAN. Possible values: 0–7)
WB-3P-PTP6(config):/interface/management-vlan-forwarding/vlan# save (saving settings)

Remote management configuration

#D1ECF0#F2FAFBsolidSSH configuration

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# ssh
WB-3P-PTP6(config):/ssh# enable true (managing remote access via SSH. To disable, enter false. By Default: true)
WB-3P-PTP6(config):/ssh# port X (where X — port SSH-of the server. By Default: 22)
WB-3P-PTP6(config):/ssh# save (saving settings)


#D1ECF0#F2FAFBsolidTelnet configuration

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# telnet
WB-3P-PTP6(config):/telnet# enable true (management remote access via Telnet. To disable, enter false. By Default: false)
WB-3P-PTP6(config):/telnet# port X (where X — port. By Default: 23)
WB-3P-PTP6(config):/telnet# save (saving settings)

#D1ECF0#F2FAFBsolidSNMPv2 configuration

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# snmp
WB-3P-PTP6(config):/snmp# enable true (management SNMP. To disable, enter false. By Default: true) 
WB-3P-PTP6(config):/snmp# rocommunity public (where public — password for reading parameters)
WB-3P-PTP6(config):/snmp# rwcommunity private (where private — password for writing parameters)
WB-3P-PTP6(config):/snmp# trapsink X.X.X.X (where X.X.X.X — IP Address or domain name of the message receiver SNMPv1-trap in format HOST [COMMUNITY [PORT]])
WB-3P-PTP6(config):/snmp# trap2sink X.X.X.X (where X.X.X.X — IP Address or domain name of the message receiver SNMPv2-trap in format HOST [COMMUNITY [PORT]])
WB-3P-PTP6(config):/snmp# informsink X.X.X.X (where X.X.X.X — IP Address or domain name of the message receiver Inform in format HOST [COMMUNITY [PORT]])
WB-3P-PTP6(config):/snmp# sysname WB-3P-PTP6 (where WB-3P-PTP6 — device system name. By Default: WB-3P-PTP6)
WB-3P-PTP6(config):/snmp# syscontact Contact (where Contact — contact information of the device manufacturer. By Default: Contact) 
WB-3P-PTP6(config):/snmp# syslocation Russia (where Russia — information about the device location. By Default: Russia)
WB-3P-PTP6(config):/snmp# trapcommunity trap (where trap — password, contained in traps. By Default: trap)
WB-3P-PTP6(config):/snmp# save (saving settings)

#D1ECF0#F2FAFBsolidSNMPv3 configuration

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# snmp
WB-3P-PTP6(config):/snmp# enable true (management SNMP. To disable, enter false. By Default: true)
WB-3P-PTP6(config):/snmp# view (defines the range OID'available for specific user groups)
WB-3P-PTP6(config):/snmp/view# add inc-all
WB-3P-PTP6(config):/snmp/view# inc-all
WB-3P-PTP6(config):/snmp/view/inc-all# rule (defines access rights for different user groups to specific sections of the configuration MIB)
WB-3P-PTP6(config):/snmp/view/inc-all/rule# add 1
WB-3P-PTP6(config):/snmp/view/inc-all/rule# 1
WB-3P-PTP6(config):/snmp/view/inc-all/rule/1# type included (where included — action type. Possible values: included — adding the specified OID, excluded — excluding the specified OID)
WB-3P-PTP6(config):/snmp/view/inc-all/rule/1# subtree .1 (where .1 — specified OID. If in the group as read-view is used view with type = included andOID .1, then read-only access will be available OID .1 and all its child. If type = excluded, then all will be available OID'except .1 and its child)
WB-3P-PTP6(config):/snmp/view/inc-all/rule/1# exit
WB-3P-PTP6(config):/snmp/view/inc-all/rule# exit
WB-3P-PTP6(config):/snmp/view/inc-all# exit
WB-3P-PTP6(config):/snmp/view# exit
WB-3P-PTP6(config):/snmp# group (sets ranges OID'Read and write communities that determine the security level)
WB-3P-PTP6(config):/snmp/group# add rw (where rw — group name. Used to bind users to a group)
WB-3P-PTP6(config):/snmp/group# rw
WB-3P-PTP6(config):/snmp/group/rw# read-view inc-all (where inc-all — view for reading parameters. Defines the range OID'available for reading)
WB-3P-PTP6(config):/snmp/group/rw# write-view inc-all (where inc-all — view for writing parameters. Defines the range OID'available for writing)
WB-3P-PTP6(config):/snmp/group/rw# security-level priv (where priv — security mode. Possible values: noauth — no security, auth — Request authorization by username and password is used, priv — Request authorization by username and password is used, along with request and response encryption)
WB-3P-PTP6(config):/snmp/group/rw# auth-type MD5 (where MD5 — authentication method. Possible values: MD5, SHA. Used if security-level = auth or priv. If not set, is used MD5)
WB-3P-PTP6(config):/snmp/group/rw# priv-type DES (where DES — encryption method. Possible values: DES, AES. Used if security-level = priv. If not set, is used DES)
WB-3P-PTP6(config):/snmp/group/rw# exit
WB-3P-PTP6(config):/snmp/group# exit
WB-3P-PTP6(config):/snmp# user (user account. Bound to a specific group and contains usernames and passwords for authorization and encryption)
WB-3P-PTP6(config):/snmp/user# add admin (where admin — username. Used for request authorization and can also be assigned for target)
WB-3P-PTP6(config):/snmp/user# admin
WB-3P-PTP6(config):/snmp/user/admin# group rw (where rw — group to which the user is added)
WB-3P-PTP6(config):/snmp/user/admin# auth-password password (where password — password for authorization. If the group security-level = auth or priv, and auth-password is not set, the user will not be available)
WB-3P-PTP6(config):/snmp/user/admin# priv-password password (where password — password for encryption. If the group security-level = priv, and priv-password is not set, the user will not be available)
WB-3P-PTP6(config):/snmp/user/admin# exit
WB-3P-PTP6(config):/snmp/user# exit
WB-3P-PTP6(config):/snmp# target (sends traps to the specified hosts. Added optionally. Analog trapsink and trap2sink for SNMPv3)
WB-3P-PTP6(config):/snmp/target# add target1
WB-3P-PTP6(config):/snmp/target# target1 
WB-3P-PTP6(config):/snmp/target/target1# host X.X.X.X (where X.X.X.X — IP Address host to which traps will be sent)
WB-3P-PTP6(config):/snmp/target/target1# port X (where X — the port number to which traps will be sent)
WB-3P-PTP6(config):/snmp/target/target1# user admin (where admin — Username used for sending trap messages. To change the radio channel, channel bandwidth, or other parameters,. If an inactive user is specified (one of the required passwords is not set for it), then target will also be inactive)
WB-3P-PTP6(config):/snmp/target/target1# exit
WB-3P-PTP6(config):/snmp/target# exit
WB-3P-PTP6(config):/snmp# snmpv3-only true (enabling access denial to all OID via SNMPv1, SNMPv2. To disable, enter false. By Default: false)
WB-3P-PTP6(config):/snmp# save (saving settings)

IPv6 network parameters configuration  

By Default access to the device via the protocol IPv6 is disabled on the device.

#D1ECF0#F2FAFBsolidEnabling access to the device via IPv6 protocol

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# interface
WB-3P-PTP6(config):/interface# br0
WB-3P-PTP6(config):/interface/br0# common
WB-3P-PTP6(config):/interface/br0/common# ipv6
WB-3P-PTP6(config):/interface/br0/common/ipv6# protocol dhcp (obtaining network parameters IPv6 via DHCP)
WB-3P-PTP6(config):/interface/br0/common/ipv6# enabled true (enabling access to the device via the protocol IPv6. To disable, enter false)
WB-3P-PTP6(config):/interface/br0/common/ipv6# save (saving settings)

#D1ECF0#F2FAFBsolidConfiguring the static network parameters IPv6

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# interface
WB-3P-PTP6(config):/interface# br0
WB-3P-PTP6(config):/interface/br0# common
WB-3P-PTP6(config):/interface/br0/common# ipv6
WB-3P-PTP6(config):/interface/br0/common/ipv6# address XXXX:XXXX:XXXX:XXXX:XXXX:XXXX:XXXX:XXXX (where XXXX:XXXX:XXXX:XXXX:XXXX:XXXX:XXXX:XXXX — static IPv6-device address)
WB-3P-PTP6(config):/interface/br0/common/ipv6# address-prefix-length X (where X — static prefix IPv6-addresses. Takes a value from 0 to 128. By Default: 64)
WB-3P-PTP6(config):/interface/br0/common/ipv6# gateway XXXX:XXXX:XXXX:XXXX::/64 (is specified IPv6-prefix, for example, 3211:0:0:1234::/64)
WB-3P-PTP6(config):/interface/br0/common/ipv6# dns-server-1 XXXX:XXXX:XXXX:XXXX:XXXX:XXXX:XXXX:XXXX/Y (where XXXX:XXXX:XXXX:XXXX:XXXX:XXXX:XXXX:XXXX/Y — IPv6-address DNS-of the server №1 with prefix)
WB-3P-PTP6(config):/interface/br0/common/ipv6# dns-server-2 XXXX:XXXX:XXXX:XXXX:XXXX:XXXX:XXXX:XXXX/Y (where XXXX:XXXX:XXXX:XXXX:XXXX:XXXX:XXXX:XXXX/Y — IPv6-address DNS-of the server №2 with prefix)
WB-3P-PTP6(config):/interface/br0/common/ipv6# protocol static-ip (enabling the use of static network IPv6 parameters. To obtain network parameters IPv6 via DHCP enter dhcp)
WB-3P-PTP6(config):/interface/br0/common/ipv6# enabled true (enabling access to the device via the protocol IPv6. To disable, enter false)
WB-3P-PTP6(config):/interface/br0/common/ipv6# save (saving settings)

radio_settingsSettings Radio

To change the radio channel, channel bandwidth, or power, use the following commands:

#D1ECF0#F2FAFBsolidChanging radio channel, bandwidth, and radio interface power

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# interface
WB-3P-PTP6(config):/interface# wlan0
WB-3P-PTP6(config):/interface/wlan0# wlan
WB-3P-PTP6(config):/interface/wlan0/wlan# radio
WB-3P-PTP6(config):/interface/wlan0/wlan/radio# tx-power X (where X — power level in dBm)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio# channel X (where X — Static channel number on which the device will operate)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio# bandwidth X (where X — channel width)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio# save (saving settings)


Lists of available channels

In Radio 6 GHz for locations "Russia (RU)"/"Unlimited (ALL)" the following channels are available for selection:

  • With channel bandwidth 20 MHz: 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 91, 92, 93.
  • With channel bandwidth 40 MHz:
    • If "control-sideband" = lower:  1, 9, 17, 25, 33, 41, 49, 57, 65, 73, 81, 89.
    • If "control-sideband" = upper: 5, 13, 21, 29, 37, 45, 53, 61, 69, 77, 85, 93.
  • With channel bandwidth 80 MHz: 1, 5, 9, 13, 17, 21, 25, 29, 33, 37, 41, 45, 49, 53, 57, 61, 65, 69, 73, 77, 81, 85, 89, 93.
  • With channel bandwidth 160 MHz: 1, 5, 9, 13, 17, 21, 25, 29, 33, 37, 41, 45, 49, 53, 57, 61, 65, 69, 73, 77, 81, 85, 89, 93.

In Radio 6 GHz for locations "Russia (RU)"/"Unlimited (ALL)" The following channels are available for selection when fixed center frequency is enabled:

  • With channel bandwidth 20 MHz: 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 91, 92, 93.
  • With channel bandwidth 40 MHz: 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 91.
  • With channel bandwidth 80 MHz: 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87.
  • With channel bandwidth 160 MHz: 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79.

Additional settings Radio

#D1ECF0#F2FAFBsolidChanging the Country

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# country X (parameter X can take a value: RU, ALL)           

#D1ECF0#F2FAFBsolidChanging the radio interface operating mode

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# work-mode X (where X — radio interface operating mode in accordance with the standard IEEE 802.11. Possible values: ax)

#D1ECF0#F2FAFBsolidChanging the primary channel

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# control-sideband lower (the parameter can take the value: lower, upper. By Default: lower)

#D1ECF0#F2FAFBsolidEnabling fixed center frequency

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# center-frequency true (enabling fixed center frequency. To disable, enter false)

#D1ECF0#F2FAFBsolidEnables the use of short guard interval

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# sgi true (Enables the use of shortened guard interval for data transmission — 400 ns, instead 800 ns. To disable, enter false)

#D1ECF0#F2FAFBsolidConfiguring the allowed channel list

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# use-limit-channels true (Enables the use of a limited channel list. For to disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio# limit-channels '50 51 52' (where 50 51 52 — torange analysis in On which the configured radio interface can operate)

#D1ECF0#F2FAFBsolidReceiver sensitivity limit

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# sensitivity-threshold-mode X (where X — receiver sensitivity limit mode. Can take values: dynamic — dynamic sensitivity adjustment; fixed — fixed receiver sensitivity limit)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio# sensitivity-threshold X (where X — receiver sensitivity limit level. Takes values: for channel bandwidth 20 MHz: from -95 dBm to -40 dBm; for channel bandwidth 40 MHz: from -92 dBm to -40 dBm; for channel bandwidth 80 MHz: from -89 dBm to -40 dBm; for channel bandwidth 160 MHz: from -86 dBm to -40 dBm)

#D1ECF0#F2FAFBsolidEnabling STBC

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# stbc true (Enables the Space-Time Block Coding (STBC) method (STBC), Designed to improve data transmission reliability. To disable, enter false)

#D1ECF0#F2FAFBsolidEnabling aggregation

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# aggregation true (enabling aggregation on Radio — support AMPDU/AMSDU. To disable, enter false)

#D1ECF0#F2FAFBsolidEnabling the use of short preamble

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# short-preamble true (enabling the use of short packet preamble. To disable, enter false)

#D1ECF0#F2FAFBsolidEnables fixed channel data rateWB-3P-PTP6(config):/interface/wlan0/wlan/radio# fixed-rate X (where X — Modulation name in uppercase letters without spaces, for example, HE-NSS2-MCS10. Allowed values are determined by the radio interface operating mode and channel bandwidth)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio# enable-fixed-rate true (enable fixed channel data transfer rate. To disable, enter false)#D1ECF0#F2FAFBsolidEnabling maximum channel data transfer rate

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# maximal-rate-tx
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/maximal-rate-tx# he X (where X — Modulation name in uppercase letters without spaces, for example, NSS2-MCS11. This parameter is used when connecting devices in mode IEEE 802.11ax)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/maximal-rate-tx# enable true (enabling maximum channel data transfer rate. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/qos# save (saving settings)

#D1ECF0#F2FAFBsolidEnabling maximum channel data receive rate

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# maximal-rate-rx
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/maximal-rate-rx# he X (where X — Modulation name in uppercase letters without spaces, for example, NSS2-MCS11. This parameter is used when connecting devices in mode IEEE 802.11ax)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/maximal-rate-rx# enable true (enabling maximum channel data receive rate. To disable, enter false. Access is only in device modes ap-ptp and sta)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/qos# save (saving settings)

#D1ECF0#F2FAFBsolidEnabling minimum channel data transfer rate

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# minimal-rate-tx
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/minimal-rate-tx# he X (where X — Modulation name in uppercase letters without spaces, for example, NSS1-MCS0. This parameter is used when connecting devices in mode IEEE 802.11ax)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/minimal-rate-tx# enable true (enabling minimum channel data transfer rate. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/qos# save (saving settings)

#D1ECF0#F2FAFBsolidEnabling minimum channel data receive rate

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# minimal-rate-rx
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/minimal-rate-rx# he X (where X — Modulation name in uppercase letters without spaces, for example, NSS1-MCS0. This parameter is used when connecting devices in mode IEEE 802.11ax)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/minimal-rate-rx# enable true (enabling minimum channel data receive rate. To disable, enter false. Access is only in device modes ap-ptp and sta)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/qos# save (saving settings)

Maximum and minimum channel data rate parameters reception are used to specify the maximum and minimum channel data rates transmission remote device.
Therefore, when configuring the maximum and/or minimum channel data rate reception, for example, on the client (STA), configure the maximum and/or minimum speed transmission on the access point (AP) is not necessary.

#D1ECF0#F2FAFBsolidConfiguration Distance

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# auto-distance true (Enables automatic distance calculation between devices. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio# max-distance X (where X — distance between devices in kilometers. The parameter is used when auto-distance. Possible values: 0–34. By Default: 0)

During the use of the utility antenna-align, Automatic power control function is disabled.

#D1ECF0#F2FAFBsolidConfiguration ATPC

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# auto-tx-power 
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/auto-tx-power# enable true (Enables automatic transmitter power control. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/auto-tx-power# target-rssi X (where X —  target signal level. The parameter can take values from -100 to -40. By Default: -50)

#D1ECF0#F2FAFBsolidConfiguration TDD

WB-3P-PTP6(config):/interface/wlan0/wlan/radio/tdd# enable true (Enables Time Division Duplex (TDD) technology, which synchronizes data transmission in both directions within a time frame. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/tdd# flexible-mode true (Enables automatic ratio adjustment Downlink/Uplink. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/tdd# tx-ratio X (where X — percentage of time slot in TDD-frame, allocated for transmission Downlink-traffic. Possible values: 10, 20, 30, 40, 50, 60, 70, 80, 90. By Default: 50)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/tdd# frame-length X (where X — duration TDD-frame in milliseconds. Possible values: 5, 10. By Default: 10) 
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/tdd# save (saving settings)

#D1ECF0#F2FAFBsolidConfiguring the interval DTIM

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# dtim-interval X (where X — interval DTIM. Possible values: 1–255. By Default: 64)

#D1ECF0#F2FAFBsolidEnabling QoS and changing parameters

WB-3P-PTP6(config):/interface/wlan0/wlan/radio# qos
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/qos# enable true (when the option is enabled, the parameters are applied EDCA, specified in the configuration. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/qos# edca-ap (configuring parameters QoS devices (Traffic is transmitted in the direction to the client device))
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/qos/edca-ap# bk (configuring parameters EDCA for the low-priority queue (priorities 802.1p: cs1, cs2))
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/qos/edca-ap/bk# aifs X (where X — data frame wait time, measured in slots. Takes values: 1–255)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/qos/edca-ap/bk# cwmin X (X — Initial wait time before retransmitting a frame, specified in milliseconds. Takes values: 1, 3, 7, 15, 31, 63, 127, 255, 511, 1023. Value cwMin must not exceed the value cwMax)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/qos/edca-ap/bk# cwmax X (where X — Maximum wait time before retransmitting a frame, specified in milliseconds. Takes values: 1, 3, 7, 15, 31, 63, 127, 255, 511, 1023. Value cwMax must be greater than the value cwMin)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/qos/edca-ap/bk# txop X (where X — Time interval in milliseconds when the remote WME-The station has the right to initiate data transmission over the wireless medium to the device. Maximum value 65535 milliseconds)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/qos/edca-ap/bk# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/qos/edca-ap# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/qos# edca-sta (configuring parameters QoS client device (Traffic is transmitted in the direction from the client device))
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/qos# save (saving settings)

Configuration method edca-sta is similar to the configuration method edca-ap.
Configuring parameters for queues be, vi, vo is similar to configuring parameters for the queue bk.

#D1ECF0#F2FAFBsolidConfiguring antenna parameters

WB-3P-PTP6(config):/interface/wlan0/wlan/radio/antenna-configuration# type custom (antenna type selection. The parameter can take the values: internal — integrated antenna; custom — custom antenna, offset KU45/50CM — offset parabolic antenna. By Default: internal)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/antenna-configuration# custom-gain X (where X — antenna gain factor for the antenna type custom. Possible values: 0–40. By Default: 0)
WB-3P-PTP6(config):/interface/wlan0/wlan/radio/antenna-configuration# save (saving settings)

 

Configuration DHCP options 82

Modemodes of operation DHCP snooping:

  • ignore – processing the option 82 disabled. Default value;
  • replace – Device inserts or replaces the option value 82;
  • remove – the device removes the option value 82.
#D1ECF0#F2FAFBsolidChanging the operating mode DHCP options 82

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# interface
WB-3P-PTP6(config):/interface# wlan0
WB-3P-PTP6(config):/interface/wlan0# common
WB-3P-PTP6(config):/interface/wlan0/common# dhcp-snooping
WB-3P-PTP6(config):/interface/wlan0/common/dhcp-snooping# dhcp-snooping-mode replace (selecting the operation DHCP snooping in option replacement or substitution mode 82)
WB-3P-PTP6(config):/interface/wlan0/common/dhcp-snooping# save (saving settings)

If the radio interface is configured with a policy for processing the option 82 replace, The following parameters become available for configuration:

#D1ECF0#F2FAFBsolidConfiguring option parameters 82

WB-3P-PTP6(config):/interface/wlan0/common/dhcp-snooping# dhcp-option-82-CID-format custom (where custom — replacing the content CID to the value specified in the parameter dhcp-option-82-customCID. The parameter can take the values: APMAC-SSID — replacing the content CID on <MAC-device address>-<name SSID>. SSID — replacing the content CID to the name SSID devices. By Default: APMAC-SSID) 
WB-3P-PTP6(config):/interface/wlan0/common/dhcp-snooping# dhcp-option-82-RID-format custom (where custom — replacing the content RID to the value specified in the parameter dhcp-option-82-custom-RID. The parameter can take the values: ClientMAC — replacing the content RID on MAC client device. APMAC — replacing the content RID on MAC devices. APdomain — replacing the content RID to the domain which it is located device. By Default: ClientMAC)
WB-3P-PTP6(config):/interface/wlan0/common/dhcp-snooping# dhcp-option-82-custom-CID longstring (where longstring — value from 1 to 52 characters that will be transmitted to CID. If the parameter value dhcp-option-82-custom-CID not set, the device will change CID to the default value: <MAC-device address>-<name SSID>)
WB-3P-PTP6(config):/interface/wlan0/common/dhcp-snooping# dhcp-option-82-custom-RID longstring (where longstring — value from 1 to 63 characters that will be transmitted to RID. If the parameter value dhcp-option-82-custom-RID not set, the device will change RID to the default value: <MAC client device>)
WB-3P-PTP6(config):/interface/wlan0/common/dhcp-snooping# dhcp-option-82-MAC-format radius (octet separator selection MACa that is transmitted in RID and CID. radius — a dash character serves as a separator: AA-BB-CC-DD-EE-FF; default — a colon character serves as a separator: AA:BB:CC:DD:EE:FF)
WB-3P-PTP6(config):/interface/wlan0/common/dhcp-snooping# save (saving settings)  

Configuring the wireless network

Table 6 — Commands for configuring device mode

DeviceMode devicesCommand for configuring the mode 
Access Point (AP)Access Point PTPmode ap-ptp
Access Point (AP)Access Point PMPmode ap-pmp 
Client (STA) / StationStation / Client 

Mode sta

Table 7 — Commands for configuring security mode

Mode securityCommand for configuring security mode
WPA3mode WPA3
OWEmode OWE
WPA3-Enterprisemode WPA3_1X

Network Settings for the access point (AP)

#D1ECF0#F2FAFBsolidAccess point (AP) configuration with OWE

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# interface
WB-3P-PTP6(config):/interface# wlan0
WB-3P-PTP6(config):/interface/wlan0# wlan 
WB-3P-PTP6(config):/interface/wlan0/wlan# mode ap-ptp (device mode selection)
WB-3P-PTP6(config):/interface/wlan0/wlan# ap
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap# ssid WB-3P-PTP6 (name change SSID) 
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap# ap-security (transition to the security mode settings block)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/ap-security# mode OWE (encryption mode OWE — encrypted connection without entering a password. Only clients will be able to connect in this mode Wi-Fi 6)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/ap-security# exit 
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap# save (saving settings)


#D1ECF0#F2FAFBsolidAccess point (AP) configuration with security mode WPA-Personal

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# interface
WB-3P-PTP6(config):/interface# wlan0
WB-3P-PTP6(config):/interface/wlan0# wlan
WB-3P-PTP6(config):/interface/wlan0/wlan# mode ap-ptp (device mode selection)
WB-3P-PTP6(config):/interface/wlan0/wlan# ap
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap# ssid WB-3P-PTP6 (name change SSID)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap# ap-security (transition to the security mode settings block)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/ap-security# mode WPA3 (encryption mode — WPA3)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap# key-wpa password123 (where password123 — key/password, required to connect to the wireless network. The key length must be from 8 to 63 characters)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap# save (saving settings)


#D1ECF0#F2FAFBsolidAccess point (AP) configuration with Enterprise-authorization

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# interface
WB-3P-PTP6(config):/interface# wlan0
WB-3P-PTP6(config):/interface/wlan0# wlan 
WB-3P-PTP6(config):/interface/wlan0/wlan# mode ap-ptp (device mode selection)
WB-3P-PTP6(config):/interface/wlan0/wlan# ap
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap# ssid WB-3P-PTP6 (name change SSID)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap# ap-security (transition to the security mode settings block)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/ap-security# mode WPA3_1X (encryption mode — WPA3-Enterprise)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/ap-security# exit 
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap# radius 
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# domain root (where root — user domain)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# auth-address X.X.X.X (where X.X.X.X — IP Address RADIUS-of the server)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# auth-port X (where X — port RADIUS-Server used for authentication and authorization. By Default: 1812)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# auth-password secret (where secret — password for RADIUS-Server used for authentication and authorization)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius#  acct-enable true (enabling message transmission "Accounting" on RADIUS-server. By Default: false)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# acct-address X.X.X.X (where X.X.X.X — IP Address RADIUS-server used for accounting)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# acct-password secret (where secret — password for RADIUS-server used for accounting)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# acct-periodic true (enabling periodic message sending "Accounting" on RADIUS-server. By Default: false)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# acct-interval 600 (message transmission interval "Accounting" on RADIUS-server)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# save (saving settings)

Additional settings for the access point (AP)

#D1ECF0#F2FAFBsolidDestination VLAN-ID

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# vlan-id X (where X — number VLAN-ID )


#D1ECF0#F2FAFBsolidEnabling VLAN trunk

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# vlan-trunk true (enabling VLAN Trunk. To disable, enter false)


#D1ECF0#F2FAFBsolidEnabling General VLAN

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# general-vlan-mode true (enabling General VLAN on SSID. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# general-vlan-id X (where X — number General VLAN)

#D1ECF0#F2FAFBsolidConfiguration C-VLAN

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# customer-vlans
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/customer-vlans# clients (navigate to the section clients for configuring the matching list MACand username and VLAN-ID)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/customer-vlans/clients# add XX:XX:XX:XX:XX:XX (where XX:XX:XX:XX:XX:XX — MAC client devices (STA), for which it is necessary to set S-VLAN. To remove an address from the list, use the command del)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/customer-vlans/clients# XX:XX:XX:XX:XX:XX
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/customer-vlans/clients/XX:XX:XX:XX:XX:XX# vlan-id X (where X — VLAN-ID, which will be used as C-VLAN for the client devices (STA) with MAC XX:XX:XX:XX:XX:XX)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/customer-vlans/clients/XX:XX:XX:XX:XX:XX# priority X (where X — priority 802.1p, Value assigned to packets that are tagged VLAN using the functionality C-VLAN. Possible values: 0–7, auto. Default value: auto)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/customer-vlans/clients/XX:XX:XX:XX:XX:XX# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/customer-vlans/clients# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/customer-vlans# enabled true (enabling operation C-VLAN. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/customer-vlans# save (saving settings)

In case the access point is configured Enterprise-authorization and for the client on RADIUS-server was specified C-VLAN, Then it will be used for communication with this client. e.g. C-VLAN, configured on the access point, will be ignored. Value VLAN is transmitted to RADIUS-attribute Tunnel-Private-Group-Id.

#D1ECF0#F2FAFBsolidDestination VLAN-ID 802.1p

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# vlan-priority X (where X — priority 802.1p, Value assigned to packets that are tagged VLAN using the functionality VLAN-ID or General VLAN. Possible values: 0–7, auto. Default value: auto) 

#D1ECF0#F2FAFBsolidSelecting the prioritization method

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# priority-by-dscp false (priority analysis from the field CoS (Class of Service) tagged packets. Default value: true. In this case the priority from the field is analyzed DSCP header IP-packet) 

#D1ECF0#F2FAFBsolidEnabling hidden SSID

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# hidden true (enabling hidden SSID. To disable, enter false)

#D1ECF0#F2FAFBsolidEnabling Minimal Signal and Roaming Signal

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# check-signal-enable true (enabling the use of the feature Minimal Signal. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# min-signal X (where X — threshold value RSSI, when it is reached Client devices will be disconnected from the wireless network. The parameter can take values from -100 to -1)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# check-signal-timeout X (where X — Time period in seconds after which client devices are disconnected from the wireless network)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# roaming-signal X (where X — threshold value RSSI, upon reaching which a switchover occurs  client devices to another device. The parameter can take values from -100 to -1. Parameter roaming-signal must be higher than min-signal: if min-signal = -75 dBm, then roaming-signal must be equal to, for example, -70 dBm)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# save (saving settings)

#D1ECF0#F2FAFBsolidSpeed limit configuration for the entire radio interface

Configuring the shaper in the direction from the client (STA) to the access point (AP):
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# shaper-per-vap-rx
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-per-vap-rx# value X (where X — maximum speed in kbps/or packets/s)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-per-vap-rx# mode kbps (enabling the shaper. Possible values: kbps — kbps/s, pps — packets/s, off — turned off) 
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-per-vap-rx# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# save (saving settings)

Configuring the shaper in the direction from the access point (AP) to the client (STA):
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# shaper-per-vap-tx
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-per-vap-tx# value X (where X — maximum speed in kbps/or packets/s)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-per-vap-tx# mode kbps (enabling the shaper. Possible values: kbps — kbps/s, pps — packets/s, off — turned off)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-per-vap-tx# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# save (saving settings)

#D1ECF0#F2FAFBsolidConfiguring speed limit for each client (STA)

Configuring the shaper in the direction from the client (STA) to the access point (AP):
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# shaper-per-sta-rx
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-per-sta-rx# value X (where X — maximum speed in kbps/or packets/s)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-per-sta-rx# mode kbps (enabling the shaper. Possible values: kbps — kbps/s, pps — packets/s, off — turned off. Access is only in device mode ap-pmp)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-per-sta-rx# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# save (saving settings)

Configuring the shaper in the direction from the access point (AP) to the client (STA):
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# shaper-per-sta-tx
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-per-sta-tx# value X (where X — maximum speed in kbps/or packets/s)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-per-sta-tx# mode kbps (enabling the shaper. Possible values: kbps — kbps/s, pps — packets/s, off — turned off. Access is only in device mode ap-pmp)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-per-sta-tx# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# save (saving settings)

#D1ECF0#F2FAFBsolidConfiguring the broadcast traffic limit

Configuring the shaper in the direction from the client (STA) to the access point (AP):
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# shaper-bcast-rx
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-bcast-rx# value X  (where X — maximum speed in kbps/or packets/s)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-bcast-rx# mode kbps (enabling the shaper. Possible values: kbps — kbps/s, pps — packets/s, off — turned off)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-bcast-rx# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# save (saving settings)

Configuring the shaper in the direction from the access point (AP) to the client (STA):
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# shaper-bcast-tx
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-bcast-tx# value X (where X — maximum speed in kbps/or packets/s)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-bcast-tx# mode kbps (enabling the shaper. Possible values: kbps — kbps/s, pps — packets/s, off — turned off)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-bcast-tx# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# save (ofsaving settings)

#D1ECF0#F2FAFBsolidConfiguring the multicast traffic limit

Configuring the shaper in the direction from the access point (AP) to the client (STA):

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# shaper-mcast-tx
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-mcast-tx# value X (where X — maximum speed in kbps/or packets/s)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-mcast-tx# mode kbps (enabling the shaper. Possible values: kbps — kbps/s, pps — packets/s, off — turned off)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-mcast-tx# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# save (saving settings)


#D1ECF0#F2FAFBsolidConfiguring the unknown traffic limit

Configuring the shaper in the direction from the access point (AP) to the client (STA):
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# shaper-unknown-ucast-tx
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-unknown-ucast-tx:# value X (where X — maximum speed in kbps/or packets/s)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-unknown-ucast-tx:# mode kbps (enabling the shaper. Possible values: kbps — kbps/s, pps — packets/s, off — turned off) 
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-unknown-ucast-tx:# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# save (saving settings)

#D1ECF0#F2FAFBsolidConfiguring the unknown traffic limit

Configuring the shaper in the direction from the client (STA) to the access point (AP):
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# shaper-unknown-ucast-rx
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-unknown-ucast-rx:# value X (where X — maximum speed in kbps/or packets/s)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-unknown-ucast-rx:# mode kbps (enabling the shaper. Possible values: kbps — kbps/s, pps — packets/s, off — turned off)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/shaper-unknown-ucast-rx:# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap# save (saving settings)


#D1ECF0#F2FAFBsolidLimit on the number of clients

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# sta-limit X (where X — Maximum allowed number of client devices that can connect to the wireless network. Accessbut only in device mode ap-pmp)


#D1ECF0#F2FAFBsolidEnabling client isolation

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# station-isolation true (enabling traffic isolation between connected devices. To disable, enter false. Accessbut only in device mode ap-pmp) 


#D1ECF0#F2FAFBsolidConfiguring access control by MAC

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# acl
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/acl# mode local (selecting the mode local — check MACby list on the device)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/acl# mac
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/acl/mac# add XX:XX:XX:XX:XX:XX (where XX:XX:XX:XX:XX:XX — MAC device to which it is necessary to allow/deny access. To remove an address from the list, use the command del)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/acl/mac# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/acl# policy allow (selecting a policy. Possible values:
allow — allow connection only to devices, MACthat are contained in the list;
deny — to deny connection devices, MACthat are contained in the list. Default value: deny)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/acl# enable true (enabling access control by MAC. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/acl# save (saving settings)

#D1ECF0#F2FAFBsolidConfiguring access control by MAC via RADIUS-server

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# acl
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/acll# mode radius (selecting the mode radius — check MACvia RADIUS-server)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/acl# policy allow (selecting a policy. Possible values:
allow — Allow connection only to clients approved by the administrator RADIUS-server;
deny — deny connection to clients approved by RADIUS-server. Default value: deny)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/acl# enable true (enabling access control by MAC via RADIUS-server. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/acl# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/# radius
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# domain root (where root — user domain)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# auth-address X.X.X.X (where X.X.X.X — IP Address RADIUS-of the server)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# auth-port X (where X — port RADIUS-server, which used for authentication and authorization. By Default: 1812)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# auth-password secret (where secret — password for RADIUS-server, used for authentication and authorization)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# acct-enable true (enabling message transmission "Accounting" for RADIUS-server. By Default: false)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# acct-address X.X.X.X (where X.X.X.X — IP Address RADIUS-server used for accounting)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# acct-password secret (where secret — password for RADIUS-server used for accounting)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# acct-periodic true (enabling periodic message sending "Accounting" on RADIUS-server. By Default: false)
WB-3P-PTP6(config):/interface/wlan0/wlan0/ap/radius# acct-interval 600 (message transmission interval "Accounting" on RADIUS-server)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/radius# save (saving settings)

#D1ECF0#F2FAFBsolidMapping VLANWB-3P-PTP6(config):/interface/wlan0/wlan/ap# vlan-mapping
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/vlan-mapping# rule
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/vlan-mapping/rule# add name1 (where name1 — mapping rule name. To remove a rule, use the command del)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/vlan-mapping/rule# name1
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/vlan-mapping/rule/name1# eth-vlan-id X (where X — VLAN ID in Ethernet)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/vlan-mapping/rule/name1# eth-priority X (where X — priority 802.1p when transmitting to Ethernet. Possible values: 0–7, auto. If the priority auto or not defined in this option — the original will be used)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/vlan-mapping/rule/name1# wlan-vlan-id X (where X — VLAN ID in WLAN)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/vlan-mapping/rule/name1# wlan-priority X (where X — priority 802.1p when transmitting in WLAN. Possible values: 0–7, auto. If the priority auto or not defined in this option — the original will be used) 
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/vlan-mapping/rule/name1# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/vlan-mapping/rule# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/vlan-mapping# enable true (enabling vlan-mapping. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/vlan-mapping# save (saving settings)

In the Configuration vlan-mapping there is a preset rule — default-rule. It is used to change the priority 802.1p and queues WMM all packets, number VLAN that do not match the user-defined rules.

#D1ECF0#F2FAFBsolidConfiguration default-rule

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# vlan-mapping
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/vlan-mapping# default-rule
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/vlan-mapping/default-rule# eth-priority X (where X — priority 802.1p when transmitting to Ethernet. Possible values: 0–7, auto. If the priority auto or not defined in this option — the original will be used) 
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/vlan-mapping/default-rule# wlan-priority X (where X — priority 802.1p when transmitting in WLAN. Possible values: 0–7, auto. If the priority auto or not defined in this option — the original will be used)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/vlan-mapping/default-rule# wmm-queue X (where X — queue WMM for this rule. Possible values: bk, be, vi, vo, auto. If the queue auto If not defined in this option, the priority will be analyzed DSCP in the packet)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/vlan-mapping/default-rule# enable true (enabling default-rule. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/vlan-mapping/default-rule# save (saving settings)

#D1ECF0#F2FAFBsolidPriority by MAC

Configuring a rule for tagged traffic

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# mac-priority
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority# rule
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority/rule# add name1 (where name1 — priority rule name by MAC. To remove a rule, use the command del)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority/rule# name1
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority/rule/name1# src-mac XX:XX:XX:XX:XX:XX (where XX:XX:XX:XX:XX:XX — MAC source or client (STA) (more details about configuration MACin the tooltip below). If the parameter is not set or its value is an empty string, it will not be used in matching)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority/rule/name1# dst-mac XX:XX:XX:XX:XX:XX (where XX:XX:XX:XX:XX:XX — MAC recipient or client (STA) (more details about configuration MACin the tooltip below). If the parameter is not set or its value is an empty string, it will not be used in matching)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority/rule/name1# wlan-priority X (where X — priority 802.1p when transmitting in WLAN. Possible values: 0–7, auto. If the priority auto or not defined in this option — the original will be used)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority/rule/name1# eth-priority X (where X — priority 802.1p when transmitting to Ethernet. Possible values: 0–7, auto. If the priority auto or not defined in this option — the original will be used)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority/rule/name1# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority/rule# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority# enable true (enabling mac-priority. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority# save (saving settings)

Configuring a rule for untagged traffic

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# mac-priority
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority# rule
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority/rule# add name1 (where name1 — priority rule name by MAC. To remove a rule, use the command del) 
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority/rule# name1
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority/rule/name1# src-mac XX:XX:XX:XX:XX:XX (where XX:XX:XX:XX:XX:XX — MAC source or client (STA) (more details about configuration MACin the tooltip below). If the parameter is not set or its value is an empty string, it will not be used in matching)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority/rule/name1# dst-mac XX:XX:XX:XX:XX:XX (where XX:XX:XX:XX:XX:XX — MAC recipient or client (STA) (more details about configuration MACin the tooltip below). If the parameter is not set or its value is an empty string, it will not be used in matching)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority/rule/name1# wmm-queue X (where X — queue WMM for this rule. Possible values: bk, be, vi, vo, auto. If the queue auto If not defined in this option, the priority will be analyzed DSCP in the packet)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority/rule/name1# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority/rule# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority# enable true (enabling mac-priority. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/mac-priority# save (saving settings)


tip

For packets traveling from the access point direction (AP) to the client (STA), parameter src-mac — MAC source, dst-mac — Client MAC address (STA).

For packets going in the direction from the client (STA) to the access point (AP), parameter  src-mac — MAC address  client (STA), dst-mac — Recipient MAC address.


#D1ECF0#F2FAFBsolidPriority by IP Address

Configuring a rule for tagged traffic

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# ip-priority
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority# rule
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority/rule# add name1 (where name1 — priority rule name by IP. To remove a rule, use the command del)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority/rule# name1
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority/rule/name1# src-ip X.X.X.X (where X.X.X.X — IP Address Source: if the parameter is not set or its value is an empty string, it will not be used in matching)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority/rule/name1# dst-ip X.X.X.X (where X.X.X.X — IP Address Destination: if the parameter is not set or its value is an empty string, it will not be used in matching)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority/rule/name1# wlan-priority X (where X — priority 802.1p when transmitting in WLAN. Possible values: 0–7, auto. If the priority auto or not defined in this option — the original will be used)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority/rule/name1# eth-priority X (where X — priority 802.1p when transmitting to Ethernet. Possible values: 0–7, auto. If the priority auto or not defined in this option — the original will be used)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority/rule/name1# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority/rule# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority# enable true (enabling ip-priority. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority# save (saving settings) 

Configuring a rule for untagged traffic

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# ip-priority
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority# rule
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority/rule# add name1 (where name1 — priority rule name by IP. To remove a rule, use the command del)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority/rule# name1
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority/rule/name1# src-ip X.X.X.X (where X.X.X.X — IP Address Source: if the parameter is not set or its value is an empty string, it will not be used in matching)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority/rule/name1# dst-ip X.X.X.X (where X.X.X.X — IP Address Destination: if the parameter is not set or its value is an empty string, it will not be used in matching)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority/rule/name1# wmm-queue X (where X — queue WMM for this rule. Possible values: bk, be, vi, vo, auto. If the queue auto If not defined in this option, the priority will be analyzed DSCP in the packet)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority/rule/name1# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority/rule# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority# enable true (enabling ip-priority. To disable, enter  false)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/ip-priority# save (saving settings)


If a packet matches more than one rule type simultaneously Vlan-Mapping, MAC-Priority and IP-Priority, then the decision on priority assignment 802.1will be made based on Priority-Order — priority of rule type, where 1 — minimum priority, 100 — maximum priority.

For example, if a packet falls under the rules Vlan-Mapping, which Priority-Order 1, MAC-priority, which Priority-Order 25, and IP-priority, which Priority-Order 80, This packet will be assigned priority according to the rule IP-Priority, since it has the highest Priority-Order.


#D1ECF0#F2FAFBsolidPriority order

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# priority-order
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/priority-order# mac X (where X — priority of this rule. Possible values: 1–100. The highest priority has the value 100)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/priority-order# ip X (where X — priority of this rule. Possible values: 1–100. The highest priority has the value 100)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/priority-order# vlan X (where X — priority of this rule. Possible values: 1–100. The highest priority has the value 100)
WB-3P-PTP6(config):/interface/wlan0/wlan/ap/priority-order# save (saving settings)

Network settings for the client (STA)

In device mode sta Configuration of multiple access point connection profiles is available (AP). Maximum that can be configured 8 profiles.

#D1ECF0#F2FAFBsolidConfiguring the client (STA) with OWE

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# interface
WB-3P-PTP6(config):/interface# wlan0
WB-3P-PTP6(config):/interface/wlan0# wlan 
WB-3P-PTP6(config):/interface/wlan0/wlan# mode sta (device mode selection)
WB-3P-PTP6(config):/interface/wlan0/wlan# sta
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# connection-profile
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile# profile
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile# add profile1 (add a new profile. profile1 — connection profile name to AP. To remove a profile, use the command del)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile# profile1
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1# enable true (enable profile)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1# ssid WB-3P-PTP6 (name change SSID)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1# security-mode OWE (encryption mode OWE — encrypted connection without entering a password. Only clients will be able to connect in this mode Wi-Fi 6)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1# priority X (where X — profile priority. Determines the order of profile usage. Possible values: 0–7. The highest priority has the value 7. When connecting a client (STA) Will use the highest priority profile first)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1# save (saving settings)

#D1ECF0#F2FAFBsolidConfiguring the client (STA) with security mode WPA-Personal

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# interface
WB-3P-PTP6(config):/interface# wlan0
WB-3P-PTP6(config):/interface/wlan0# wlan
WB-3P-PTP6(config):/interface/wlan0/wlan# mode sta (device mode selection)
WB-3P-PTP6(config):/interface/wlan0/wlan# sta 
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# connection-profile
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile# profile
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile# add profile1 (add a new profile. profile1 — connection profile name to AP. To remove a profile, use the command del)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile# profile1
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1# enable true (enable profile)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1# ssid WB-3P-PTP6 (name change SSID)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1# security-mode WPA3 (encryption mode — WPA3)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1# key-wpa password123 (where password123 — key/password, required to connect to the wireless network. The key length must be from 8 to 63 characters)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1# priority X (where X — profile priority. Determines the order of profile usage. Possible values: 0–7. The highest priority has the value 7. When connecting a client (STA) Will use the highest priority profile first)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1# save (saving settings)

#D1ECF0#F2FAFBsolidConfiguring the client (STA) with Enterprise-authorization

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# interface
WB-3P-PTP6(config):/interface# wlan0
WB-3P-PTP6(config):/interface/wlan0# wlan
WB-3P-PTP6(config):/interface/wlan0/wlan# mode sta (device mode selection)
WB-3P-PTP6(config):/interface/wlan0/wlan# sta 
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# connection-profile
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile# profile
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile# add profile1 (add a new profile. profile1 — connection profile name to AP. To remove a profile, use the command del)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile# profile1
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1# enable true (enable profile)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1# ssid WB-3P-PTP6 (name change SSID)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1# security-mode WPA3_1X (encryption mode — WPA3-Enterprise)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1# radius
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1/radius# username user (where user — login, required for authorization on RADIUS-serverre)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1/radius# password password (where password — key/password, required for authorization on RADIUS-on the server)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1# priority X (where X — profile priority. Determines the order of profile usage. Possible values: 0–7. The highest priority has the value 7. When Connecting client (STA) Will use the highest priority profile first)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/connection-profile/profile/profile1/radius# save (saving settings)

Additional settings for the client (STA)

#D1ECF0#F2FAFBsolidDestination VLAN-ID

WB-3P-PTP6(config):/interface/wlan0/wlan/sta# vlan-id X (where X — number VLAN-ID)


#D1ECF0#F2FAFBsolidEnabling VLAN trunk

WB-3P-PTP6(config):/interface/wlan0/wlan/sta# vlan-trunk true (enabling VLAN Trunk. To disable, enter false)


#D1ECF0#F2FAFBsolidEnabling General VLAN

WB-3P-PTP6(config):/interface/wlan0/wlan/sta# general-vlan-mode true (enabling General VLAN on SSID. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# general-vlan-id X (where X — number General VLAN)


#D1ECF0#F2FAFBsolidEnabling MVR

WB-3P-PTP6(config):/interface/wlan0/wlan/sta# mvr-enable true (enabling MVR. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# mvr-vlan-id X (where X — number VLAN for Multicast-traffic)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# mvr-vlan-priority X (where X — priority 802.1p for IGMP-packets from Ethernet-devices behind the client (STA). Possible values: 0–7)

#D1ECF0#F2FAFBsolidDestination VLAN-ID 802.1p

WB-3P-PTP6(config):/interface/wlan0/wlan/ap# vlan-priority X (where X — priority 802.1p, Value assigned to packets that are tagged VLAN using the functionality VLAN-ID or General VLAN. Possible values: 0–7, auto. Default value: auto)

#D1ECF0#F2FAFBsolidSelecting the prioritization method

WB-3P-PTP6(config):/interface/wlan0/wlan/sta# priority-by-dscp false (priority analysis from the field CoS (Class of Service) tagged packets. Default value: true. In this case the priority from the field is analyzed DSCP header IP-packet) 

#D1ECF0#F2FAFBsolidConfiguring the speed limit

Configuring the shaper in the direction from the client (STA) to the access point (AP):
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# shaper-tx
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-tx# value X (where X — maximum speed in kbps/or packets/s)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-tx# mode kbps (enabling the shaper. Possible values: kbps — kbps/s, pps — packets/s, off — turned off) 
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-tx# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# save (saving settings) 

Configuring the shaper in the direction from the access point (AP) to the client (STA):
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# shaper-rx
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-rx# value X (where X — maximum speed in kbps/or packets/s)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-rx# mode kbps (enabling the shaper. Possible values: kbps — kbps/s, pps — packets/s, off — turned off)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-rx# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# save (saving settings)

#D1ECF0#F2FAFBsolidConfiguring the broadcast traffic limit

Configuring the shaper in the direction from the access point (AP) to the client (STA):
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# shaper-bcast-rx
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-bcast-rx# value X (where X — maximum speed in kbps/or packets/s)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-bcast-rx# mode kbps (enabling the shaper. Possible values: kbps — kbps/s, pps — packets/s, off — turned off)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-bcast-rx# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# save (saving settings)

Configuring the shaper in the direction from the client (STA) to the access point (AP):
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# shaper-bcast-tx
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-bcast-rx# value X (where X — maximum speed in kbps/or packets/s)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-bcast-rx# mode kbps (enabling the shaper. Possible values: kbps — kbps/s, pps — packets/s, off — turned off)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-bcast-rx# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# save (saving settings)

#D1ECF0#F2FAFBsolidConfiguring the multicast traffic limit

Configuring the shaper in the direction from the access point (AP) to the client (STA):
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# shaper-mcast-rx
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-mcast-rx# value X (where X — maximum speed in kbps/or packets/s)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-mcast-rx# mode kbps (enabling the shaper. Possible values: kbps — kbps/s, pps — packets/s, off — turned off)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-mcast-rx# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# save (saving settings)

#D1ECF0#F2FAFBsolidConfiguring the unknown traffic limit

Configuring the shaper in the direction from the client (STA) to the access point (AP):
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# shaper-unknown-ucast-tx
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-unknown-ucast-tx:# value X (where X — maximum speed in kbps/or packets/s)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-unknown-ucast-tx:# mode kbps (enabling the shaper. Possible values: kbps — kbps/s, pps — packets/s, off — turned off)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-unknown-ucast-tx:# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# save (saving settings)

#D1ECF0#F2FAFBsolidConfiguring the unknown traffic limit

Configuring the shaper in the direction from the access point (AP) to the client (STA):
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# shaper-unknown-ucast-rx
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-unknown-ucast-rx:# value X (where X — maximum speed in kbps/or packets/s)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-unknown-ucast-rx:# mode kbps (enabling the shaper. Possible values: kbps — kbps/s, pps — packets/s, off — turned off)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/shaper-unknown-ucast-rx:# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/sta# save (saving settings)

The remote device is configured similarly.

#D1ECF0#F2FAFBsolidIncrease MTU on interfaces

WB-3P-PTP6(config):/interface# eth0
WB-3P-PTP6(config):/interface/eth0# common
WB-3P-PTP6(config):/interface/eth0/common# mtu X (where X — value MTU. Maximum value 2400)
WB-3P-PTP6(config):/interface/eth0/common# exit
WB-3P-PTP6(config):/interface/eth0# exit
WB-3P-PTP6(config):/interface# wlan0
WB-3P-PTP6(config):/interface/wlan0# common
WB-3P-PTP6(config):/interface/wlan0/common# mtu X (where X — value MTU. Maximum value 2400)
WB-3P-PTP6(config):/interface/wlan0/common# save (saving settings)

#D1ECF0#F2FAFBsolidMapping VLANWB-3P-PTP6(config):/interface/wlan0/wlan/sta# vlan-mapping
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/vlan-mapping# rule
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/vlan-mapping/rule# add name1 (where name1 — mapping rule name. To remove a rule, use the command del)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/vlan-mapping/rule# name1
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/vlan-mapping/rule/name1# eth-vlan-id X (where X — VLAN ID in Ethernet)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/vlan-mapping/rule/name1# eth-priority X (where X — priority 802.1p when transmitting to Ethernet. Possible values: 0–7, auto. If the priority auto or not defined in this option — the original will be used) 
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/vlan-mapping/rule/name1# wlan-vlan-id X (where X — VLAN ID in WLAN)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/vlan-mapping/rule/name1# wlan-priority X (where X — priority 802.1p when transmitting in WLAN. Possible values: 0–7, auto. If the priority auto or not defined in this option — the original will be used) 
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/vlan-mapping/rule/name1# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/vlan-mapping/rule# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/vlan-mapping# enable true (enabling vlan-mapping. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/vlan-mapping# save (saving settings)


In the Configuration vlan-mapping there is a preset rule — default-rule. It is used to change the priority 802.1p and queues WMM all packets, number VLAN that do not match the user-defined rules.


#D1ECF0#F2FAFBsolidConfiguration default-rule

WB-3P-PTP6(config):/interface/wlan0/wlan/sta# vlan-mapping
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/vlan-mapping# default-rule
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/vlan-mapping/default-rule# eth-priority X (where X — priority 802.1p when transmitting to Ethernet. Possible values: 0–7, auto. If the priority auto or not defined in this option — the original will be used) 
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/vlan-mapping/default-rule# wlan-priority X (where X — priority 802.1p when transmitting in WLAN. Possible values: 0–7, auto. If the priority auto or not defined in this option — the original will be used)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/vlan-mapping/default-rule# wmm-queue X (where X — queue WMM for this rule. Possible values: bk, be, vi, vo, auto. If the queue auto If not defined in this option, the priority will be analyzed DSCP in the packet)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/vlan-mapping/default-rule# enable true (enabling default-rule. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/vlan-mapping/default-rule# save (saving settings)


#D1ECF0#F2FAFBsolidPriority by MAC

Configuring a rule for tagged traffic

WB-3P-PTP6(config):/interface/wlan0/wlan/sta# mac-priority
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority# rule
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority/rule# add name1 (where name1 — priority rule name by MAC. To remove a rule, use the command del) 
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority/rule# name1
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority/rule/name1# src-mac XX:XX:XX:XX:XX:XX (where XX:XX:XX:XX:XX:XX — MAC source or access point (AP) (more details about configuration MACin the tooltip below). If the parameter is not set or its value is an empty string, it will not be used in matching)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority/rule/name1# dst-mac XX:XX:XX:XX:XX:XX (where XX:XX:XX:XX:XX:XX — MAC recipient or access points (AP) (more details about configuration MACin the tooltip below). If the parameter is not set or its value is an empty string, it will not be used in matching)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority/rule/name1# wlan-priority X (where X — priority 802.1p when transmitting in WLAN. Possible values: 0–7, auto. If the priority auto or not defined in this option — the original will be used)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority/rule/name1# eth-priority X (where X — priority 802.1p when transmitting to Ethernet. Possible values: 0–7, auto. If the priority auto or not defined in this option — the original will be used)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority/rule/name1# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority/rule# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority# enable true (enabling mac-priority. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority# save (saving settings)

Configuring a rule for untagged traffic

WB-3P-PTP6(config):/interface/wlan0/wlan/sta# mac-priority
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority# rule
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority/rule# add name1 (where name1 — priority rule name by MAC. To remove a rule, use the command del) 
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority/rule# name1
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority/rule/name1# src-mac XX:XX:XX:XX:XX:XX (where XX:XX:XX:XX:XX:XX — MAC source or access point (AP) (more details about configuration MACin the tooltip below). If the parameter is not set or its value is an empty string, it will not be used in matching)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority/rule/name1# dst-mac XX:XX:XX:XX:XX:XX (where XX:XX:XX:XX:XX:XX — MAC recipient or access point (AP) (more details about configuration MACin the tooltip below). If the parameter is not set or its value is an empty string, it will not be used in matching)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority/rule/name1# wmm-queue X (where X — queue WMM for this rule. Possible values: bk, be, vi, vo, auto. If the queue auto If not defined in this option, the priority will be analyzed DSCP in the packet)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority/rule/name1# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority/rule# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority# enable true (enabling mac-priority. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/mac-priority# save (saving settings)


For packets traveling from the access point direction (AP) to the client (STA), parameter src-mac — MAC access points (AP), dst-mac — Recipient MAC address.

For packets going in the direction from client (STA) to the access point (AP), parameter src-mac — Source MAC address, dst-mac — MAC address of the access point (AP).


#D1ECF0#F2FAFBsolidPriority by IP Address

Configuring a rule for tagged traffic

WB-3P-PTP6(config):/interface/wlan0/wlan/sta# ip-priority
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority# rule
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority/rule# add name1 (where name1 — priority rule name by IP. To remove a rule, use the command del)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority/rule# name1
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority/rule/name1# src-ip X.X.X.X (where X.X.X.X — IP Address Source: if the parameter is not set or its value is an empty string, it will not be used in matching)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority/rule/name1# dst-ip X.X.X.X (where X.X.X.X — IP Address Destination: if the parameter is not set or its value is an empty string, it will not be used in matching)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority/rule/name1# wlan-priority X (where X — priority 802.1p when transmitting in WLAN. Possible values: 0–7, auto. If the priority auto or not defined in this option — the original will be used)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority/rule/name1# eth-priority X (where X — priority 802.1p when transmitting to Ethernet. Possible values: 0–7, auto.If the priority auto or not defined in this option — the original will be used)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority/rule/name1# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority/rule# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority# enable true (enabling ip-priority. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority# save (saving settings)

Configuring a rule for untagged traffic

WB-3P-PTP6(config):/interface/wlan0/wlan/sta# ip-priority
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority# rule
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority/rule# add name1 (where name1 — priority rule name by IP. To remove a rule, use the command del)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority/rule# name1
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority/rule/name1# src-ip X.X.X.X (where X.X.X.X — IP Address Source: if the parameter is not set or its value is an empty string, it will not be used in matching)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority/rule/name1# dst-ip X.X.X.X (where  X.X.X.X — IP Address Destination: if the parameter is not set or its value is an empty string, it will not be used in matching)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority/rule/name1# wmm-queue X (where X — queue WMM for this rule. Possible values: bk, be, vi, vo, auto. If the queue auto If not defined in this option, the priority will be analyzed DSCP in the packet)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority/rule/name1# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority/rule# exit
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority# enable true (enabling ip-priority. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/ip-priority# save (saving settings)


If a packet matches more than one rule type simultaneously Vlan-Mapping, MAC-Priority and IP-Priority, then the decision on priority assignment 802.1will be made based on Priority-Order — priority of rule type, where 1 — minimum priority, 100 — maximum priority.

For example, if a packet falls under the rules Vlan-Mapping, which Priority-Order 1, MAC-priority, which Priority-Order 25, and IP-priority, which Priority-Order 80, This packet will be assigned priority according to the rule IP-Priority, since it has the highest Priority-Order.


#D1ECF0#F2FAFBsolidPriority order

WB-3P-PTP6(config):/interface/wlan0/wlan/sta# priority-order
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/priority-order# mac X (where X — priority of this rule. Possible values: 1–100. The highest priority has the value 100)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/priority-order# ip X (where X — priority of this rule. Possible values: 1–100. The highest priority has the value 100)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/priority-order# vlan X (where X — priority of this rule. Possible values: 1–100. The highest priority has the value 100)
WB-3P-PTP6(config):/interface/wlan0/wlan/sta/priority-order# save (saving settings)

Configuration LoopBack Detection

Feature configuration is only available in device mode sta.

If a loop is detected on downstream equipment, the device blocks the Ethernet-interface for the time specified in the configuration.

If the feature is enabled, the client (STA) Checks for loops on downstream equipment and blocks them if detected Ethernet-Interface for the specified duration in the device configuration. Loop detection is performed by sending special packets to the LAN-network with the destination address cf:00:00:00:00:00. 

#D1ECF0#F2FAFBsolidConfiguration LoopBack Detection

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# loopback-detection
WB-3P-PTP6(config):/loopback-detection# interval X (where X — Time interval between sending loop detection packets)
WB-3P-PTP6(config):/loopback-detection# recovery-timer X (where X — time during which Ethernet-the interface will be locked)
WB-3P-PTP6(config):/loopback-detection# vlan-id X (where X — label VLAN ID, which will be attached to test packets. Possible values: 0–4094)
WB-3P-PTP6(config):/loopback-detection# enabled true (enabling LoopBack Detection. To disable, enter false)
WB-3P-PTP6(config):/loopback-detection# save (saving settings)

Configuration BPDU-filter 

#D1ECF0#F2FAFBsolidConfiguring filtering BPDU-packets for the interface wlan0

WB-3P-PTP6(root):/# configure 
WB-3P-PTP6(config):/# interface 
WB-3P-PTP6(config):/interface# wlan0
WB-3P-PTP6(config):/interface/wlan0# common 
WB-3P-PTP6(config):/interface/wlan0/common# bpdu-filter true (enabling BPDU. To disable, enter false)
WB-3P-PTP6(config):/interface/wlan0/common# save (saving settings)

#D1ECF0#F2FAFBsolidConfiguring filtering BPDU-packets for the interface eth0

WB-3P-PTP6(root):/# configure 
WB-3P-PTP6(config):/# interface 
WB-3P-PTP6(config):/interface# eth0 
WB-3P-PTP6(config):/interface/eth0# common
WB-3P-PTP6(config):/interface/eth0/common# bpdu-filter true (enabling BPDU. To disable, enter false) 
WB-3P-PTP6(config):/interface/eth0/common# save (saving settings)

Limit on the number of learned MACs

#D1ECF0#F2FAFBsolidLimit on the number of learned MACs

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# mac-learning
WB-3P-PTP6(config):/mac-learning# enabled true (enabling the limit on the number of learned MACs. By Default: false)
WB-3P-PTP6(config):/mac-learning# mac-learning-limt X (where X — global limit on the number of MACs (Wi-Fi + Ethernet). Possible values: 1–2048. By Default: 2048, it is not recommended to change)
WB-3P-PTP6(config):/mac-learning# wifi-mac-learning-limit X (where X — limit on the number of MACfrom the side Wi-Fi. Possible values: 1–2048. By Default: 2048)
WB-3P-PTP6(config):/mac-learning# eth-mac-learning-limit X (where X — limit on the number of MACfrom the side Ethernet. Possible values: 1–2048. By Default: 2048)
WB-3P-PTP6(config):/mac-learning# drop-unknown-unicast-src true (enabling the restriction of traffic from devices, MACa loop is detected MACs. To disable, enter false)
WB-3P-PTP6(config):/mac-learning# drop-unknown-unicast true (enabling the restriction of traffic forwarding to unknown MAC (only unicast). To disable, enter false)
WB-3P-PTP6(config):/mac-learning# save (saving settings)

Changing the size MTU on interfaces

Configuration of the remote device is performed similarly.

#D1ECF0#F2FAFBsolidChanging the size MTU on interfaces

WB-3P-PTP6(root):/# configure 
WB-3P-PTP6(config):/# interface
WB-3P-PTP6(config):/interface# eth0
WB-3P-PTP6(config):/interface/eth0# common
WB-3P-PTP6(config):/interface/eth0/common# mtu X (where X — size MTU in bytes. Possible values: 68-2000. By Default: 1500)
WB-3P-PTP6(config):/interface/eth0/common# save (saving settings)


Value MTU on interfaces br0, nas0 Set automatically according to the value on the eth0. Value MTU on the interface wlan0 fixed and equal to 2000.

System settings

Upgrading the device firmware 

#D1ECF0#F2FAFBsolidAccess point firmware update via TFTPWB-3P-PTP6(root):/# firmware upload tftp <IP Address TFTP-of the server><Firmware file name> (example: firmware upload tftp 192.168.1.15 WB-3P-PTP6-2.6.0_build_X.tar.gz)    
WB-3P-PTP6(root):/# firmware upgrade


#D1ECF0#F2FAFBsolidAccess point firmware update via HTTPWB-3P-PTP6(root):/# firmware upload http <URL to download the firmware file> (example: firmware upload https://eltex.ru/storage/upload_center/files/XX/WB-3P-PTP6-2.6.0_build_X.tar.gz) 
WB-3P-PTP6(root):/# firmware upgrade


#D1ECF0#F2FAFBsolidSwitching to the backup firmware version of the access pointWB-3P-PTP6(root):/# firmware switch

Management device configuration

#D1ECF0#F2FAFBsolidResets device configuration to default state without preserving access parametersWB-3P-PTP6(root):/# manage-config reset-to-default #D1ECF0#F2FAFBsolidResets device configuration to default state while preserving access parametersWB-3P-PTP6(root):/# manage-config reset-to-default-without-management#D1ECF0#F2FAFBsolidDownload device configuration file to TFTP-serverWB-3P-PTP6(root):/# manage-config download tftp <IP Address TFTP-of the server> (example: manage-config download tftp 192.168.1.15)#D1ECF0#F2FAFBsolidDownload device configuration file to server/PC via SCPscp <User>@<IP-device address>:/etc/config/config.json config.json (example: scp admin@192.168.1.15:/etc/config/config.json config.json. This command is executed on the server/PC)#D1ECF0#F2FAFBsolidUpload the configuration file to the device from TFTP-of the server

WB-3P-PTP6(root):/# manage-config upload tftp <IP Address TFTP-of the server> <configuration file name> (example: manage-config upload tftp 192.168.1.15 config.json)
WB-3P-PTP6(root):/# manage-config apply (applying configuration)

Availability check

Availability check (ping watchdog) Detects loss of connectivity and reboots the device or its interfaces without user intervention. Interface restart also triggers a restart of the DHCP-client on the current WAN-interface.

#D1ECF0#F2FAFBsolidConfiguration ping watchdog

WB-3P-PTP6(config):/ping-watchdog# enable true (enabling availability monitoring. By Default: false)
WB-3P-PTP6(config):/ping-watchdog# host X.X.X.X (where X.X.X.X — IP Address recipient ICMP-requests)
WB-3P-PTP6(config):/ping-watchdog# ping-interval X (where X — time in seconds after which will be sent ICMP-request after receiving ICMP-reply or the decision that the previous ICMP-the request was unsuccessful. Possible values: 1–86400. By Default: 300)
WB-3P-PTP6(config):/ping-watchdog# startup-delay X (where X — Time in seconds after power-on or the previous trigger during which the availability check is disabled. Possible values: 60–86400. By Default: 300)
WB-3P-PTP6(config):/ping-watchdog# ping-timeout X (where X — time in seconds during which it is expected ICMP-response to the sent ICMP-request. If after the time expires ICMP-if no response is received, then ICMP-the request is considered failed. Possible values: 1–10. By Default: 1)
WB-3P-PTP6(config):/ping-watchdog# max-retry X (where X — maximum number of failed ICMP-requests. If the number of failed ICMP-When the number of requests reaches the specified value, the defined action is performed. Possible values: 1–86400. By Default: 3)
WB-3P-PTP6(config):/ping-watchdog# action X (where X — action. Possible values: device-restart — device reboot — in case the specified is unavailable ping-the server will cause the device to reboot; ethernet-restart — restart ethernet interface — in case of unavailability specified ping-the server will restart Ethernet-device interface; wireless-restart — restart the wireless interface — in case the specified is unavailable ping-Server: the device wireless interface will restart)
WB-3P-PTP6(config):/ping-watchdog# save (saving settings)

Reboot devices

#D1ECF0#F2FAFBsolidCommand for device rebootWB-3P-PTP6(root):/# reboot #D1ECF0#F2FAFBsolidCommand for delayed device rebootWB-3P-PTP6(root):/# reboot delay X (where X — Time in seconds after which the scheduled device reboot will occur. Possible values: 0–86400)#D1ECF0#F2FAFBsolidCommand for scheduling a device reboot at a specified timeWB-3P-PTP6(root):/# reboot at hh:mm:ss (where hh:mm:ss — Time at which the scheduled device reboot will occur. Possible values: hh:mm, hh:mm:ss)#D1ECF0#F2FAFBsolidCommand for canceling a scheduled device rebootWB-3P-PTP6(root):/# reboot cancel

Configuring authentication mode

The device has a factory account admin with password password. This account cannot be deleted. Modify password can be done using the commands listed below.

#D1ECF0#F2FAFBsolidChanging the password for the account admin

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# authentication
WB-3P-PTP6(config):/authentication# admin-password <New password for the account admin>
from 1 to 64 characters, including Latin letters and digits)
WB-3P-PTP6(config):/authentication# save (saving settings)

Additional users can be created for local authentication and for authentication via RADIUS. 

New users must be assigned one of two roles: 
admin — A user with this role has full access to device configuration and monitoring;
 viewer — A user with this role will have access only to device monitoring. 

addusAdditional users are created with the following commands:

#D1ECF0#F2FAFBsolidAdding new users

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# authentication
WB-3P-PTP6(config):/authentication# user
WB-3P-PTP6(config):/authentication/user# add userX (where userX — new account name. To remove, use the command del)
WB-3P-PTP6(config):/authentication/user# userX
WB-3P-PTP6(config):/authentication/user/userX# login userX (where userX — new account name)
WB-3P-PTP6(config):/authentication/user/userX# password <Password for the account userX> from 1 to 64 characters, including Latin letters and digits)
WB-3P-PTP6(config):/authentication/user/userX# role admin (the user is granted configuration privileges. Possible value: viewer — only monitoring will be available for the account)
WB-3P-PTP6(config):/authentication/user/userX# save (saving settings)

For authentication via RADIUS-Server: access parameters to it must be configured.

#D1ECF0#F2FAFBsolidConfiguring access parameters to RADIUS-to the server

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# authentication
 WB-3P-PTP6(config):/authentication# radius
 WB-3P-PTP6(config):/authentication/radius# auth-address X.X.X.X (where X.X.X.X — IP Address RADIUS-of the server)
WB-3P-PTP6(config):/authentication/radius# auth-port X (where X — port RADIUS-Server used for authentication and authorization. By Default: 1812)
WB-3P-PTP6(config):/authentication/radius# auth-password secret (where secret — key for RADIUS-Server used for authentication and authorization)
 WB-3P-PTP6(config):/authentication/radius# exit
WB-3P-PTP6(config):/authentication# radius-local-fallback true (enabling authorization via local account admin when there is no connection with RADIUS-by the server. To disable, enter false. By Default: false) 
WB-3P-PTP6(config):/authentication# radius-auth true (enabling authentication mode via RADIUS-server. To disable, enter false. By Default: false)
WB-3P-PTP6(config):/authentication# save (saving settings)


With the parameter disabled radius-local-fallback authorization occurs only via RADIUS-server. If unavailable or data is incorrect, authorization will not be performed.
With the parameter enabled radius-local-fallback, when there is no connection with RADIUS-Server: authorization can be performed using a local account admin. Authorization through other local accounts will not be performed.

For authentication via RADIUS-Server: accounts with appropriate roles are created only on it.
to configure user account roles,:
admin — A user with this role has full access to device configuration and monitoring;
 viewer — A user with this role will have access only to device monitoring. 
On RADIUS-Server: the following attribute is used to configure account roles Cisco-AVPair = "shell:role=<role>" (where <role> takes values admin or viewer).

#D1ECF0#F2FAFBsolidConfiguring the inactivity timeout

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# authentication
WB-3P-PTP6(config):/authentication# session-idle-timeout X (where X — User idle time in minutes after which the session is terminated automatically. Possible values: 0–10080. To disable the feature, set the value 0. By Default: 15)
WB-3P-PTP6(config):/authentication# save (saving settings)

#D1ECF0#F2FAFBsolidConfiguring password validation

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# authentication
WB-3P-PTP6(config):/authentication# password-validation
WB-3P-PTP6(config):/authentication/password-validation# enable true (where X — enabling password validation. To disable, enter false)
WB-3P-PTP6(config):/authentication/password-validation# min-length X (where X — minimum number of characters in a password. Possible values: 8–63. To disable the feature, set the value 0. By Default: 0)
WB-3P-PTP6(config):/authentication/password-validation# character-classes-count X (where X — Minimum number of character classes that must be used in the password. Possible Classes: Lowercase letters, uppercase letters, numbers, and special characters. Possible values: 1 — any single class is sufficient, 2 — any two classes are needed, 3 — any three classes are needed, 4 — all four classes are needed. By Default: 1)
WB-3P-PTP6(config):/authentication# save (saving settings)

#D1ECF0#F2FAFBsolidConfiguring password expiration time limit

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# authentication
WB-3P-PTP6(config):/authentication# password-lifetime X (where X — Password validity period in days, after which it must be changed upon session completion password. Possible values: 0–365. To disable the feature, set the value 0. By Default: 0)
WB-3P-PTP6(config):/authentication# save (saving settings)

Configuration DHCP-snooping  

#D1ECF0#F2FAFBsolidCommands for configuration DHCP-snooping

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# dhcp-snooping
WB-3P-PTP6(config):/dhcp-snooping# enable true (enabling DHCP-snooping. To disable, enter false)
WB-3P-PTP6(config):/dhcp-snooping# vlan (configuration DHCP-snooping for tagged traffic)
WB-3P-PTP6(config):/dhcp-snooping/vlan# add vlan-group (where vlan-group — group name VLAN, for which it will work DHCP-snooping)
WB-3P-PTP6(config):/dhcp-snooping/vlan# vlan-group
WB-3P-PTP6(config):/dhcp-snooping/vlan/vlan-group# vid 'X;Y-Z' (where X — number VLAN, Y–Z — range VLAN, which will be included in the group vlan-group and for which it will work DHCP-snooping. Example of list configuration VLAN: vid '10;100-110')
WB-3P-PTP6(config):/dhcp-snooping/vlan/vlan-group# exit
WB-3P-PTP6(config):/dhcp-snooping/vlan# exit
WB-3P-PTP6(config):/dhcp-snooping# untag true (enabling DHCP-snooping for untagged traffic. To disable, enter false)
WB-3P-PTP6(config):/dhcp-snooping# save (saving settings)


By Default only is considered a trusted port eth0. 

Setting Date and time

#D1ECF0#F2FAFBsolidCommands for configuring time synchronization with the server NTP

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# date-time
WB-3P-PTP6(config):/date-time# mode ntp (enabling the operating mode with NTP. Possible value: manual — setting the time manually)
WB-3P-PTP6(config):/date-time# ntp
WB-3P-PTP6(config):/date-time/ntp# servers
WB-3P-PTP6(config):/date-time/ntp/servers# add <name> (adding NTP Servers. Maximum number: 8. To remove, use the command del) 
WB-3P-PTP6(config):/date-time/ntp/servers# server1
WB-3P-PTP6(config):/date-time/ntp/servers/server1# address  (domain name/IP Address NTP Serverand in the configuration)
WB-3P-PTP6(config):/date-time/ntp/servers/server1# key-id 1 (where 1 — Unique key number used for authentication during data exchange with NTP Server. Possible values: 1 to 65535)
WB-3P-PTP6(config):/date-time/ntp/servers/server1# key-type MD5 (where MD5 — hash algorithm selection. Possible values: MD5, SHA1, off — disabling hash mode)
WB-3P-PTP6(config):/date-time/ntp/servers/server1# key-value password (where password — authentication secret key in text format)
WB-3P-PTP6(config):/date-time/ntp/servers/server1# exit
WB-3P-PTP6(config):/date-time/ntp/servers# exit
WB-3P-PTP6(config):/date-time/ntp# exit
WB-3P-PTP6(config):/date-time# common

WB-3P-PTP6(config):/date-time/common# timezone 'Asia/Novosibirsk (Novosibirsk)' (setting the time zone)
WB-3P-PTP6(config):/date-time/common# save (saving settings)

For the Algorithm MD5 the key length must be from 1 to 16 characters, character # prohibited. For the Algorithm SHA1 requires exactly 40 characters in hexadecimal format (digits 0-9 and letters a-f).

Key-id, key-type, key-value — optional parameters. Only used when connecting to is required NTP Serverwith authentication.

Additional system settings

#D1ECF0#F2FAFBsolidChanging the device name

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# system
WB-3P-PTP6(config):/system# hostname WB-3P-PTP6_2 (where WB-3P-PTP6_2 — new device name. The parameter can contain from 1 to 63 characters: Latin uppercase and lowercase letters, numbers, and the hyphen character "-" (a hyphen cannot be the last character in the name). By Default: WB-3P-PTP6)
WB-3P-PTP6(config):/system# save (saving settings)


#D1ECF0#F2FAFBsolidChanging the geographic domain

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# system
WB-3P-PTP6(config):/system# ap-location ap.test.root (where ap.test.root — domain of the device tree node of the management system. By Default: root)
WB-3P-PTP6(config):/system# save (saving settings)


#D1ECF0#F2FAFBsolidChange Radius NAS-ID

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# system
WB-3P-PTP6(config):/system# nas-id Lenina_1.Novovsibirsk.root (where Lenina_1.Novovsibirsk.root — identifier of this device. This parameter is used to identify the device on the RADIUS-server, in case if RADIUS expects a value other than MAC. By Default: MAC devices)
WB-3P-PTP6(config):/system# save (saving settings)


#D1ECF0#F2FAFBsolidConfiguration LLDP

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# lldp
WB-3P-PTP6(config):/lldp# enabled true (enabling functionality LLDP. To disable, enter false. By Default: true)
WB-3P-PTP6(config):/lldp# tx-interval X (where X — changing the transmission interval LLDP-messages. Possible values: 1–86400. By Default: 30)
WB-3P-PTP6(config):/lldp# system-name WB-3P-PTP6_reserv (where WB-3P-PTP6_reserv — new device name. By Default: WB-3P-PTP6)
WB-3P-PTP6(config):/lldp# save (saving settings)

#D1ECF0#F2FAFBsolidConfiguring indicators

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# led-manager
WB-3P-PTP6(config):/led-manager# enabled all (enabling indicators. Can take values: all — all indicators are on, none —  all indicators are off. By Default: all)
WB-3P-PTP6(config):/led-manager# enable-rssi-threshold-override true (enabling threshold management RSSI indicators. To disable, enter false. By Default: false)
WB-3P-PTP6(config):/led-manager# led1-threshold X (where X — minimum signal level from the remote device, at which the indicator turns on LED1. Possible values: -100–0. By Default: -100)
WB-3P-PTP6(config):/led-manager# led2-threshold X (where X — minimum signal level from the remote device, at which the indicator turns on LED2. Possible values: -100–0. By Default: -80)
WB-3P-PTP6(config):/led-manager# led3-threshold X (where X — minimum signal level from the remote device, at which the indicator turns on LED3. Possible values: -100–0. By Default: -70)
WB-3P-PTP6(config):/led-manager# led4-threshold X (where X — minimum signal level from the remote device, at which the indicator turns on LED4. Possible values: -100–0. By Default: -60)
WB-3P-PTP6(config):/led-manager# save (saving settings)

Monitoring

Wireless Peer/Wireless Clients

Mode devices ap-ptp

Displaying useful information about state of the wireless channel from the access point side (AP): 

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# monitoring wireless-peer


 Displays brief wireless channel status information in a horizontal view from the access point side (AP): 

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# monitoring wireless-peer brief


Displaying full information about state of the wireless channel from the access point side (AP): 

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# monitoring wireless-peer detailed


Mode devices ap-pmp

Displays useful information about wireless client status (STA) from the access point side (AP):

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# monitoring clients


 Displays useful information about a wireless client status (STA) from the access point side (AP):

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# monitoring clients station ec:b1:e0:2d:a1:00


Displays brief information about wireless client status (STA) in horizontal view from the access point side (AP): 

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# monitoring clients brief


Displays brief information about a wireless client status (STA) in horizontal view from the access point side (AP): 

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# monitoring clients station ec:b1:e0:2d:a1:00 brief


Displays complete information about wireless client status (STA) from the access point side (AP): 

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# monitoring clients detailed


Displays complete information about a wireless client status (STA) from the access point side (AP): 

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# monitoring clients station ec:b1:e0:2d:a1:00 detailed


Mode devices sta

Displays wireless channel status information from the client side (STA):

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# monitoring wireless-peer


Displays brief wireless channel status information in a horizontal view from the client side (STA):

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# monitoring wireless-peer brief


Displays complete wireless channel status information from the client side (STA):

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# monitoring wireless-peer detailed


Device Information 

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# monitoring information


Network Information

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# monitoring wan-status


WB-3P-PTP6(root):/# monitoring ethernet


WB-3P-PTP6(root):/# monitoring arp


WB-3P-PTP6(root):/# monitoring route

WB-3P-PTP6(root):/# monitoring lldp

Wireless interfaces 

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# monitoring radio-interface


Events

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# monitoring events


Scan Environment

During spectrum scanning, the device radio interface will be disabled, preventing data transmission to client devices during scanning.


Spectrum Analyzer

Spectrum Analyzer provides information on channel congestion. Analysis time for all frequency range radio channels is approximately 1 minute. 

During Operation spectrum analyzerand client devices are disconnected. Station / ClientDevices will reconnect only when spectrum analyzer will finish its work.

As a result of spectrum analyzerat any time, and when complete, (in percent):

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# monitoring spectrum-analyzer


Obtaining debug information

#D1ECF0#F2FAFBsolidCommand for collecting debug information

WB-3P-PTP6(root):/# get-troubleshooting-file

After executing the command, an archive will be created troubleshooting.tar.gz, Containing debug data and device status information.

Get Archive troubleshooting.tar.gz from device to server/PC can be via protocol TFTP:

This protocol is unavailable to created users; available only to admin.

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# tftp upload <IP Address TFTP-of the server> troubleshooting.tar.gz 

Get Archive troubleshooting.tar.gz from device to server/PC can be via protocol SCP:

This protocol is unavailable to created users; available only to admin.

#D1ECF0#F2FAFBsolid

scp <User>@<IP-device address>:troubleshooting.tar.gz troubleshooting.tar.gz (example: scp admin@192.168.1.15:troubleshooting.tar.gz troubleshooting.tar.gz. This command is executed on the server/PC)

Auxiliary utilities 

Perftest utility 

Perftest utility performs a built-in radio link speed test.

#D1ECF0#F2FAFBsolidConfiguration perftest

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# perftest
WB-3P-PTP6(config):/perftest# server-ip X.X.X.X (where X.X.X.X — IP Address, Which will be assigned to the remote device interface for the duration of the test. By Default: 192.0.4.1. It is recommended to configure a subnet not used on the active network)
WB-3P-PTP6(config):/perftest# client-ip X.X.X.X (where X.X.X.X — IP Address, which will be assigned Device interface where the utility is run, for the duration of the test. By Default: 192.0.4.2. It is recommended to configure a subnet not used on the active network)
WB-3P-PTP6(config):/perftest# netmask X.X.X.X (where X.X.X.X — Subnet mask, which is used for the test. By Default: 255.255.255.0)
WB-3P-PTP6(config):/perftest# vlan-id X (where X — VLAN ID, used for the test. By Default: 7. It is recommended to configure VLAN ID, which is not used on the active network)
WB-3P-PTP6(config):/perftest# save (saving settings)

Run perftest can be done using commands:

#D1ECF0#F2FAFBsolidCommands to start perftest

Perf-test station <MAC remote device> downlink — Initiates speed testing to the remote device (Downlink)
perf-test station <MAC remote device > uplink — Initiates speed testing from the remote device (Uplink)
perf-test station <MAC remote device> bidirectional — device (Downlink + Uplink)

Utility managing remote devices 

Utility manage-remote allows executing commands c access points (AP) on the client (STA).

Starts a speed test from the IP Addressto the client (STA).

Reboot

For the device mode ap-ptp:

#D1ECF0#F2FAFBsolidCommand for rebooting the remote deviceWB-3P-PTP6(root):/# manage-remote reboot

For the device mode ap-pmp: 

#D1ECF0#F2FAFBsolidCommand for rebooting the remote deviceWB-3P-PTP6(root):/# manage-remote reboot station XX:XX:XX:XX:XX:XX (where XX:XX:XX:XX:XX:XX — MAC device to be rebooted)

Scan Environment

For the device mode ap-ptp:

#D1ECF0#F2FAFBsolidCommand for air scanning from the remote deviceWB-3P-PTP6(root):/# manage-remote scan-wifi

For the device mode ap-pmp: 

#D1ECF0#F2FAFBsolidCommand for air scanning from the remote deviceWB-3P-PTP6(root):/# manage-remote scan-wifi station XX:XX:XX:XX:XX:XX (where XX:XX:XX:XX:XX:XX — MAC Device on which air scanning will be performed)

Spectrum Analyzer

For the device mode ap-ptp:

#D1ECF0#F2FAFBsolidCommand for execution on the remote deviceWB-3P-PTP6(root):/# manage-remote spectrum-analyzer

For the device mode ap-pmp: 

#D1ECF0#F2FAFBsolidCommand for execution on the remote deviceWB-3P-PTP6(root):/# manage-remote spectrum-analyzer station XX:XX:XX:XX:XX:XX (where XX:XX:XX:XX:XX:XX — MAC Device on which spectrum analysis will be performed)

Obtaining debug information

For the device mode ap-ptp:

#D1ECF0#F2FAFBsolidExecution commands for the remote deviceWB-3P-PTP6(root):/# manage-remote upload-troubleshooting
WB-3P-PTP6(root):/# manage-remote upload-troubleshooting-checksum

For the device mode ap-pmp: 

#D1ECF0#F2FAFBsolidExecution commands for the remote device

WB-3P-PTP6(root):/# manage-remote upload-troubleshooting station XX:XX:XX:XX:XX:XX (where XX:XX:XX:XX:XX:XX — MAC Device from which debug information will be obtained) 
WB-3P-PTP6(root):/# manage-remote upload-troubleshooting-checksum station XX:XX:XX:XX:XX:XX (where XX:XX:XX:XX:XX:XX — MAC-device address, from which debug information will be obtained)

Command upload-troubleshooting-checksum checks received data for integrity. Used for more reliable data transmission but may require more time.

A specified channel on which the spectrum scan will be performed /tmp/troubleshooting/  with received data, troubleshooting_remote.tar.gz  and troubleshooting_remote_checksum.tar.gz respectively. 

Downloading files from the device:

These commands are unavailable to created users; available only to admin.

#D1ECF0#F2FAFBsolidDownload archive from device to TFTP-server

WB-3P-PTP6(root):/#  tftp upload <IP Address TFTP-of the server>  /tmp/troubleshooting/troubleshooting_remote.tar.gz 
WB-3P-PTP6(root):/#tftp upload <IP Address TFTP-of the server>  /tmp/troubleshooting/troubleshooting_remote_checksum.tar.gz 

#D1ECF0#F2FAFBsolidDownload archive from device to server/PC via SCP

Scp <User>@<IP-device address>: /tmp/troubleshooting/troubleshooting_remote.tar.gz troubleshooting_remote.tar.gz (example: scp admin@192.168.1.15: /tmp/troubleshooting/troubleshooting_remote.tar.gz troubleshooting_remote.tar.gz. This command is executed on the server/PC) 
scp <User>@<IP-device address>: /tmp/troubleshooting/troubleshooting_remote_checksum.tar.gz troubleshooting_remote_checksum.tar.gz (example: scp admin@192.168.1.15: /tmp/troubleshooting/troubleshooting_remote_checksum.tar.gz troubleshooting_remote_checksum.tar.gz. This command is executed on the server/PC)

Utility traceroute

The utility shows through which nodes (routers) How long a packet travels and how long processing takes at each node.

This utility is unavailable to created users; available only to admin.

#D1ECF0#F2FAFBsolidCommand to start tracing

WB-3P-PTP6(root):/# traceroute <test host>

Utility tcpdump

Utility tcpdump Allows capturing packets on the specified interface. 

This utility is unavailable to created users; available only to admin.

Traffic capture from the active interface

Packet Capture Ethernet-interface.

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# tcpdump interface eth0

Packet Capture Ethernet-interface with saving to file.

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# tcpdump interface eth0 file <filename>

Air Sniffer 

A special interface for capturing packets from the air on the device operating channel must be enabled.

#D1ECF0#F2FAFBsolidCommands

WB-3P-PTP6(root):/# configure
WB-3P-PTP6(config):/# interface
WB-3P-PTP6(config):/interface# radio0
WB-3P-PTP6(config):/interface/radioX# common
WB-3P-PTP6(config):/interface/radioX/common# enabled true

Capturing air packets on radio0-interface.

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# tcpdump interface radio0

Capturing air packets on radio0-interface with saving to file.

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# tcpdump interface radio0  file <filename>

Download the file from the device to the server

 This command is executed on the server/PC.

#D1ECF0#F2FAFBsolidscp <User>@<IP-device address>:tcpdump.pcap tcpdump.pcap (example: scp admin@192.168.1.15:tcpdump.pcap tcpdump.pcap)

Utility iperf/iperf3

This utility is used to launch a traffic stream from one device to another. The sending side is called the client; the receiving side — by the server.

iperf

Example of launching a traffic stream from the device to a server:

#D1ECF0#F2FAFBsolidConfiguring the server to receive traffic

WB-3P-PTP6(root):/# iperf server


#D1ECF0#F2FAFBsolidStarting traffic from the device toward the server

WB-3P-PTP6(root):/# iperf client X.X.X.X (where X.X.X.X — IP Address of the server)

iperf3

Example of launching a traffic stream from the device to a server:

#D1ECF0#F2FAFBsolidConfiguring the server to receive traffic

WB-3P-PTP6(root):/# iperf3 server


#D1ECF0#F2FAFBsolidStarting traffic from the device toward the server

WB-3P-PTP6(root):/# iperf3 client X.X.X.X (where X.X.X.X — IP Address of the server)

alignmentAntenna Align

Alignment refers to adjusting the device antenna position in space to obtain the maximum signal.

#D1ECF0#F2FAFBsolid

WB-3P-PTP6(root):/# antenna-align

 

Revision History 

Document VersionRelease DateList of changes
Version 1.506.2026

Synchronization with firmware version 2.6.0

Added:

10.12.9 Submenu "Debug information"

12.11.8 Obtaining debug information


Modified:

10.7.7 Submenu "Radio Information"

10.8.1 Submenu "Radio"

10.9 Menu AP

10.10 Menu STA

10.12.7.2 NTP Server

10.13.1 Submenu "Antenna Align"

10.13.2 Submenu "Speed Testing"

12.3.1 Additional settings Radio

12.5.2 Additional settings for the access point (AP)

12.5.4 Additional settings for the client (STA)

12.10.7 Configuring date and time

12.11 Monitoring

13.2.4 Obtaining debug information

13.5 Utility iperf/iperf3

13.6 Antenna Align

Version 1.403.2026

Synchronization with firmware version 2.5.1

Added:

13.2.4 Obtaining debug information


Modified: 

10.6 Menu "Quick Start"

10.7.7 Submenu "Radio Information"

10.8 Menu "Radio"

10.9 Menu AP

10.10 Menu STA

10.12.5 Submenu "Authentication"

12.2.2 Configuring priority 802.1p for Management VLAN

12.3.1 Additional settings Radio

12.10.5 Configuring authentication mode

12.11 Monitoring

Version 1.312.2025

Synchronization with firmware version 2.4.4

Modified: 

12.5.2 Additional settings for the access point (AP)

12.5.4 Additional settings for the client (STA)

Version 1.210.2025

Synchronization with firmware version 2.4.1

Added:

10.4 Test mode

10.12.3 Submenu "Availability check"

10.12.5 Submenu "Authentication"

12.10.3 Availability check

12.10.5 Configuring authentication mode

13.4.1 Enabling traffic capture

13.4.4 Download the file from the device to the server


Modified: 

12.3.1 Additional settings Radio

Version 1.107.2025

Synchronization with firmware version 2.3.1

Added:

10.11.7 Submenu "Indication"

10.12.2 Submenu "Speed Testing"

12.7 Configuration BPDU-filter

12.8 Limit on the number of learned MACs


Modified: 

10.6.1 Submenu "Wireless Peer/Wireless Clients"

10.6.3 Submenu "Scan Environment"

10.8.1 Submenu "Access Point"

10.9.1 Submenu "Station / Client"

12.2.3 Remote management configuration

12.3 Settings Radio

12.3.1 Additional settings Radio

12.5 Configuring the wireless network

12.5.2 Additional settings for AP

12.5.3 Network settings for STA

12.5.4 Additional settings for STA

12.10.4 Reboot devices

12.10.5 Configuring authentication mode

12.10.8 Additional system settings

Version 1.005.2025

First publication

Software version 2.6.0