Users Manual for long-range Wireless Video Transmitter and Receiver

Wireless Video & Data Transmission Equipment

1. Disclaimer

Thank you very much for using our products!

Please use this product in accordance with local laws and regulations. We will not bear any legal liability for any result or loss caused by unauthorized use, инсталација, or refit of this product, итн. Please use this product carefully according to the procedures and precautions mentioned in this manual. No refund or exchange support and free-maintenance services will be provided if this product is damaged due to disassembly, impact, misoperation, and other reasons.

This manual is copyrighted by Shenzhen Vcan Group Limited. Reproduction in any form is not allowed without permission.

2. Мерки на претпазливост

In order to ensure the correct and best use of this product, before the operation, please read this manual carefully and follow the relevant procedures and precautions for fear of damage to the device or poor performance due to misoperation or improper use. The operator should have some basic knowledge of communication electronics. When installing and using this product, please pay attention to the following.

Installation precautions:

1. Before the device is powered on, loads such as an antenna or an attenuator must be installed to the antenna interface, на друг начин, the power amplifier module inside the device will be damaged.
2. When replacing the antenna, the power must be cut off first, на друг начин, the power amplifier module inside the device will be damaged.
3. The antenna connection matching the device frequency should be selected, на друг начин, the power amplifier module inside the device may be damaged.
4. Please use a DC power supply of dc12v ~ dc30v to supply power to the device, на друг начин, the circuit may be damaged or the device may work abnormally.
5. The antenna of the device should be exposed in the air as far as possible and obstacles should be avoided in order to prevent shortened communication distance.
6. The antenna should be installed as far away from large metal parts as possible.
7. The device should be kept at a certain distance from another electronic device as far as possible to reduce electromagnetic interference between devices.

Operation precautions:

1. Make sure that all interfaces of the device are correctly connected and tightened with intact wiring.

2. After powering it on, wireless data transmission can be realized in about 20 секунди.

3.High-power co-frequency interference in the surroundings will lead to the normal communication of the device. The problem can be solved by changing the working frequency of the device or cutting off the co-frequency interference source.

4.The IP network segment of the computer should be consistent with that of the device, на друг начин, the configured software will not be opened normally.

5. During the connection test, a distance of over 3m between the devices should be kept in order to avoid power saturation and may damage to the RF devices.

3. Product Overview

Operation precautions:

The Video & Data wireless transmission device is characterized by small size, мала потрошувачка на енергија, and long communication distance, итн. It supports the simultaneous transmission of network data, податоци за контрола на летот, PTZ control data, and remote control data encoded by HD cameras.

The central node can be used under a point-to-point or a point-to-multipoint mode. Two devices are subject to the point-to-point mode, while three or more devices must be subject to the point-to-multipoint mode. Затоа, only a slave node is needed to expand the application of the device. It has been provided with an encryption function, so channel encryption keys can be set independently.

This device supports the transparent transmission protocol and can be used to transmit flight control and other mounted data simultaneously. The ground end can be used to exchange data with the ground station through a serial port or network port (UDP/TCP). It supports serial port and SBUS transmission functions, and thus the distance of the UAV control link can be extended.

4. Карактеристики на производот

• Supporting multiple frequency ranges and bandwidths.
• Having multiple control interfaces.
• High carrier-to-noise ratio
• Широк опсег на влезен напон, supporting DC12~30V voltage input.
• Ниска потрошувачка на енергија.
• Макс. downlink rate: 30Mbps, пропусен опсег: 20MHz;
• Макс. uplink rate: 26Mbps, пропусен опсег: 20MHz.
• Поддржете ја ОТА / local/remote upgrade.
• Supporting point-to-multipoint mode and multiple purposes.

5. Product functions

• Working frequency ranges: 800MHz / 1.4GHz / 2.4GHz for free choice.
• Adjustable bandwidth among 3MHz, 5MHz, 10MHz and 20MHz.
• Adjustable mapping mode among QPSK, 16QAM and 64AQM.
• Supporting three serial ports and one SBUS.
• Supporting simultaneous transmission of at most 3 мрежа пристаништа.
• Support AES128 encryption

6. Технички параметри

точка	Spec/Parameters
	Air Unit / Ground Unit
Operation Voltage	DC12V~DC30V，Стандарден влез DC12V
Потрошувачка на енергија	≤11W @ 33dBm
модулација	OFDM
податоци интерфејс	UART（TTL/RS232）/SBUS
фреквенција	1428~ 1448 MHz
Channel rate	Uplink(Макс): 30Mbps，Downlink(Макс):26Mbps
Пропусен опсег	3/5/10/20MHz
латентност	≤15ms
Tx Power	≤33dBm（Adjustable）
Работна температура	-30℃~60℃
температура на чување	-40℃~75℃
антена	6dBi /  12dBi
Communication Protocol	IEEE802.3， Transparent serial data
Communication	Точка до точка, Point to Multi-Points relay mode
опсег	3~10Km
димензии	115*92*28mm
Тежина	≤260g

7. Physical picture and the dimension of the transmission device

Fig. 4.1Physical picture and the dimension

Device interface

Fig. 4.2 а потоа се пренесуваат податоците за мрежната порта

①Signal strength indicator light (зелена: силна, blue: medium, црвена: weak);

②Frequency range indicator light (зелена: 2.4G, blue: 1.4G, црвена: 800M);

③ Two standby network ports are provided, the air end can connect 3 камери, and the ground end can connect at most 3 computers for monitoring;

④SBUS interface / standby data serial port: one end is connected to the SBUS interface on the ground end, and the other is connected to the coaching interface of the remote controller;

⑤Reset: the device can be restarted by pressing it down for 1~2s; the factory settings can be restored by pressing it down for more than 5s;

⑥ Power interface, voltage range: DC12V~DC30V;

⑦Network interface: the video output interface (ground end) can be connected to PC or the ground station; the video input interface (air end) can be connected to the camera;

⑧Serial port (UART): Serial Port 2 is a data serial port, Serial Port 3 is a multiplex serial port (a default data serial port, configuration mode can be selected and exited by inputting “#cfg#” и “#ext#”, соодветно). UART level standard: TTL-3.3V/RS232;

⑨ Secondary antenna interface;

⑩ Main antenna interface.

8.Installation instructions

Air end installation

Fig. 5.1 Schematic diagram of air end installation and connection

Ground-end installation

Fig. 5.2 Schematic diagram of ground end installation and connection

The installation at the air end is consistent with that at the ground end.

The air end and ground end of the XK-F303E two-way Video & Data integrated device are shown in Fig. 5.1 и 5.2. Detailed installation steps:

① Connect the main and secondary antennas of the corresponding frequency points to Port RF1 and RF2 first, and make sure that the connection is tight;

② Connect the air end network interface to the pod, and the ground end network interface to the computer/ground station;

③ SBUS interface: connect the air end to the aircraft flight controller and the ground end to the remote controller. Make sure that the connection is correct;

④ If the user’s serial data is needed to be transmitted, use a USB serial cable to connect it to the PC end;

⑤ Finally, power on.

9. Web page configuration

• 9.1 Login Interface

Input the device IP on the web page to enter the interface shown in Fig. 9.1.

Fig. 9.1 Login interface

The parameter setting page can be shown by entering Account: “админ” and Password: “админ”. Кинески / English pages are supported.

• 9.2 “Wireless Parameter Setting” интерфејс

The central node parameter setting involves master-slave setting, frequency range setting, frequency hopping setting, power setting, bandwidth setting, uplink/downlink setting, режим на вмрежување, and encryption setting.

Fig. 9.2.1 “Wireless Parameter Setting” интерфејс (господар)

The parameter setting of access node involves master-slave setting, frequency range setting, power setting and encryption setting.

Fig. 9.2.2 “Wireless Parameter Setting” интерфејс (slave)

1. Master-slave setting

на “Central Node” и “Access Node” can be set. More than two devices are required to form a successful link, and there can only be one central node.

• Frequency hopping setting

Фреквентно скокање: When setting the frequency hopping, the frequency point of the device changes automatically.

Frequency fixing: the frequency points in the list can be set manually. на пример, 1.4G frequency range includes the following frequency points:

Fig.9.2.3 Dropdown option of “Frequency Range Fixing Point”

• Power setting

Setting range: 0~33dBm

• Bandwidth setting

Fig. 9.2.4 Dropdown option of “Bandwidth Setting”

The bandwidth settings are 1.4Mhz, 3MHz, 5MHz, 10MHz, and 20MHz.

The wider the bandwidth is, the higher the transmission rate / the shorter the transmission distance will become; The farther the transmission distance is, the lower the transmission rate will become.

• Uplink/downlink setting

Fig. 9.2.5 Dropdown option of “Uplink / Downlink Setting”

The uplink/downlink settings are config0, config1, config2, and config3.

When the time slot ratio is set under different bandwidths, the quality of the transmitted image will change, so an appropriate time slot ratio is needed. The UL rate is the speed of the access node sent to the central node. The DL rate is the speed of the central node sent to the access node, which is similar to the 4G base station mode, т.е.. the center node is the base station, and the access node is the transmission of the mobile terminal.

The set parameters are shown in Fig. 9.2.6:

Fig. 9.2.6 Time slot ratio reference

• Режим на вмрежување

Supporting “опционална оценка за растојание” и “опционална оценка за растојание”.

• Encryption setting

Supporting AES128 encryption, до 16 bits allowed.

• 9.3 “Serial port setting” интерфејс

Fig. 9.3.1 “Serial port setting” интерфејс

Two serial ports are provided to support serial data network forwarding and UDP data flow.

Fig. 9.3.2

Settable serial ports (2 RS232 и 1 TTL) are provided. The settable baud rates are 9600, 19200, 38400, 57600, и 115200.

Fig. 9.3.3 Dropdown option of “Baud Rate Setting”

• “Signal strength and network setting” интерфејс

DVB-T265-Germany-car-dvb-t2-h265-Support High Speed: “Signal Strength Status” и “Network Parameter Setting”

Fig. 9.4.1 “Signal strength and network setting” интерфејс

1. Signal strength and network setting

The list on the left shows the networking information of the device:

All-access nodes in the network can be observed after entering the central node network configuration page, while on the access node network configuration interface, only the central node can be observed.

Јачина на сигнал: indicating the wireless signal strength of the equipment. The signal strength “-141 ~ -44” is from weak to strong in turn. The higher the SNR is, the better the quality of the wireless signal is.

• Network parameter setting

The local IP indicates the IP address of the device. The IP destination should be set as follows:

Point-to-point: the IP destination address of the central node should be set with the IP address of the access node with which the network is established, and the IP destination address of the access node should also be set with the IP address of the central node with which the network is established.

Point-to-multipoint: the IP destination of the central node can be set with the IP address of any slave node with which the network is established, сепак, all access nodes should be set with the IP address of the central node (set flexibly according to the actual application. The destination address of this device is the IP address of this device transmitted from the serial port to another device. The two terminal devices are specified to form the serial port link).

Забелешка: all networking devices should be kept within the same network segment!

• “System setting” interface

Including device model, device temperature, firmware version, baseband version, webpage version, итн.

Fig. 9.5 “System Setting” interface

Supporting versions upgraded in a real-time way for the sake of easy operation; Supporting soft restart and restoring factory settings.

10. PC IP setting

Fig. 10.1.1 Network connection

Fig. 10.1.2 PC IP address setting

The PC IP address network segment should be consistent with that of the network camera! The IP address should not change, на друг начин, a connection failure will be caused.

11. Network camera setting

Прво, log in to the network camera page to learn how to set the IP address parameters of the network camera. The parameter selection of different types of webcams is a little different. The setting is shown below:

Fig. 11.2 Network setting of network camera

The network segment of the camera should be the same as that of the PC IP address. на пример, the above configuration is 192.168.0.X, сепак, the two IP addresses cannot be the same, на друг начин, a failure will be caused.

12. Network decoding

Enter the IP address of the camera in the browser player to observe the decoding effect. Other decoding software can also be used, enter the RTSP streaming address and port number.