FOXTECH XLINK-50 Long Range Video Wireless Transmitting System User Manual

FOXTECH XLINK-50 Long Range Video Wireless Transmitting System

Overview

• XLINK-50 is a point-to-point data/video wireless transmitting system designed for industrial UAVs, ground robots and other data communication applications, featuring 50km long transmission distance.
• XLINK-50 integrates the technology of 4G, 5G, WIFI, and adopts OFDM technique and multi-path anti-interference technology, which has the advantages of long distance transmission, low latency, strong diffraction performance, and big data bandwidth communications.
• XLINK-50 needs to be used in pairs. The selection of antenna is determined by the scenarios that it is applied to. When used on aircraft, the sky end is referred to as the Air Unit, whereas the ground end is called the Ground Unit.

Industry Application

XLINK-50 needs to be used in pairs. The selection of antenna is determined by the scenarios that it is applied to. When used on aircraft, the sky end is referred to as the Air Unit, whereas the ground end is called the Ground Unit.

XLINK-50 is applicable to the following industry application scenarios:

• For 50Km~70Km long-range drones, omnidirectional antennas or optional directional antennas and antenna tracker can be used in this scenario;
• For long range data communication of the ground (unmanned) vehicle, use an omnidirectional fiberglass antenna, and the distance is 2Km~5Km;

Parameter

Functions

Performance

Xlink-50 supports a variety of communication code streams, which can be selected according to the needs of actual mission. Xlink-50 supports two-way communication, the specific description is as follows:

• From the air end to the ground end, it supports the transmission of large bit stream data through the IP network port, which can be used for video communication;
• From the air end to the ground end, an independent control channel is supported through the control interface, which can be used for communication of control information;
• From the ground end to the air end, it supports small stream data transmission through the IP network port, which can be used to form two-way communication with the data of the sky end IP network port;
• From the ground end to the air end, the control information is supported through the control interface, and the control information sent by the air end can form two-way communication; fiberglass antenna, and the distance is 2Km~5Km;

Interface

The external interface of XLINK-50 is shown in Figure 3. For external interface definition and description, please refer to Table 5.

Mechanical characteristics

See Table 7 for mechanical characteristics, and Figure 4 for specific product dimensions and installation.

Installation Instructions

• M3*10GB/T818, 4PCS
• crosshead screwdriver
• The depth of the threaded hole should be reserved at east 5mm
• Torque requirement 6±0.5Kgf;

Quick Start

UI Configuration

• XLINK-30 has different data rates, which needs to be configured as needed.

• STEP 1
  Power on XLINK-30, and link it with PC by Ethernet. Then configure IP Address as shown below:

  • IP Address 192.168.0.1
  • Subnet Mask 255.255.255.0

• Step 2
  Search 192.168.0.9 and enter on browser, next it will show a configuration interface as figure 6., Select the configuration according to the actual transmission rate, and click “SUBMIT” after the configuration is complete Refer to Table 8 for the parameter description on the configuration interface.

• Step 3
  Reboot to activate the configured value.

• Step 4
  You need to configure the same bandwidth/data rate value for air and ground unit to ensure a successful pairing between them.

Pairing

In the point-to-point application scenario, after air unit and ground unit are powered on, the two modules need to successfully establish a link before they can communicate. The following describes the link establishment process:

• Step 1
  After one unit powers on, the SYNC LED indicator turns green. About 30s later, it starts to blink, which means it is pairing with the other unit.

• Step 2
  If two units are powered on and paired, the indicator stops blinking and keeps on.

• Step 3
  If the pairing is failed, the indicator blinks green, during which the unit is still searching until two devices are successfully paired. Possible causes of failed pairing:

• One of the unit is powered off.

• Beyond transmission distance

• Strong signal interference

Appendix -1

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