5G communication module for wireless video transmitter and receiver

5G communication module for wireless video transmitter and receiver

serial number	bit number	name	signal definition
1	ANT3	5G Antenna Port 1	5G RF
2	ANT4	5G Antenna Port 2	5G RF
3	ANT5	5G Antenna Port 3	5G RF
4	ANT6	5G Antenna Port 4	5G RF
5	ANT1	Mesh antenna port 1	MESH RF
6	ANT2	Mesh antenna port 2	MESH RF
7	ANT7	BD antenna interface	BD RF
8	Sim	SIM card slot	Nano-SIM
9	DATA1	100M network interface 1	TX+
			TX
			RX+
			/
			/
			RX-
			/
			/
10	DATA2	reserve
11	RS232	RS232 serial interface	GND
			RX
			TX
			/
			/
			/
12	DC	24V power interface	24V
			GND
13	POWER	Power Indicator
14	MESH	Mesh Network Indicator
15	5G	5G network indicator light

 

Packing

1. One communication module host
2. 2 dedicated frequency band (1.4Ghz) antennas (depending on different models, other types of antennas are optional)
3. 4 general frequency band (5Ghz) antennas (depending on different models, other types of antennas are optional)
4. 1 GPS/BD antenna (depending on different models, other types of antennas are optional)
5. One 100M network port conversion cable (airline plug to RJ45 network port)
6. 1 serial port conversion cable (aviation plug to RS232 serial port)
7. DC 24V adapter 1 (aviation plug 2 cores)

1.3 Installation steps

1. Install the self-organizing network antenna: connect the dedicated frequency band antenna (or feeder) to the N head (ANT1, ANT2), press and rotate to fix it, and ensure that the antenna is tightened and not loose;
2. Install the 5G antenna: connect the 5G frequency band antenna (or feeder) to the SMA head (ANT1, ANT2, ANT3, ANT4), press and rotate to fix it, and ensure that the antenna is tightened and not loose;
3. Install the Beidou antenna: Connect the Beidou antenna (or feeder) to the SMA head (ANT7), press and rotate to fix it, and ensure that the antenna is tightened and not loose;
4. Install the network port conversion cable: connect the network cable to the host aviation seat (DATA1), and ensure good contact after plugging in; (5). Install the serial port conversion cable: connect the network cable to the host aircraft seat (RS232), and insert it tightly (6). Install the power cord: Connect the DC 24V power supply to the host aviation seat (DC) through the aviation plug (2 cores), and then tighten the nut to ensure good contact.

1.4 Boot steps

(1). Press the switch, turn on the power, the indicator light of the power switch (POWER) is on, and the system starts self-test (It is forbidden to turn on the power without connecting the antenna, and it forbidden to use other types of adapters）

LED status

indicator light	state	meaning
DC	off	Not powered on
	always on	powered on
MESH	flashing	Networking
	Steady red	signal difference
	solid yellow	General Signal
	green steady	good signal
5G	off	4G/5G is not connected to the network
	flashing	4G/5G has entered the network

Specification

Basic parameters of duty room communication module
device interface	Power interface: 2-core aviation plug × 1
	100M Ethernet interface: 8-core aviation plug
	RS232 interface: 6-core aviation plug × 1
	Ad hoc network radio frequency interface: N-type radio frequency interface × 2
	5G radio frequency interface: SMA type radio frequency interface × 4
	Beidou RF interface: SMA type RF interface × 1
indicator light	Power Indicator
	Ad Hoc Network Indicator
	5G indicator light
wireless specification	Ad hoc network: 1400~1500Mhz
	GPS/BD
	5G
Output Power	37dBm*2
channel bandwidth	2.5Mhz/5Mhz/10Mhz
performance parameters
Networking method	Ad hoc network/5G (automatic switching)
multiple antennas	DESPITE
peak rate	50Mbps
hop count	more than 10 hops
Number of nodes	≥32 nodes
Start Time	≤60 seconds
transmission encryption	AES 256
hardware parameters
size	202*133*72mm
weight	3.5KG
antenna	Standard 5dBi omnidirectional fiberglass antenna
power supply	DC 24V
power consumption	Peak 70W
Operating temperature	(-20ºC to 65ºC)
Working humidity	10% to 90% non-condensing
installation method	Ship-mounted/vehicle-mounted/fixed erection

 

Precaution

• Make sure the antenna is tightened;
• Keep the antenna vertical to the ground during the test;
• Do not touch the antenna with your hands or other objects during the test;
• It is not advisable to get too close to each other between devices, and they should be separated by more than 5M;
• If there are test conditions, choose a commanding height to erect one of the nodes;
• Check whether the communication link is normal through the network indicator light, and the network indicator light is always on, indicating that the link layer has been successfully connected;
• Check the environmental noise situation through the WEB interface to know whether there is co-channel interference around;
• About 5 seconds after the networking is successful, you can check the network connectivity of each node through the ping packet;
• Make sure that the cameras, PCs, and other devices that need to be connected are in the same IP address segment, and can communicate normally under the condition of a wired connection, without using the same address segment of NexFi devices (NexFi devices communicate through MAC addresses);
• Traffic flow, people flow, buildings, and trees will have varying degrees of impact on communication quality;
• When doing penetration tests inside and outside the building, the external nodes should not be too close to the building, and the distance should be more than 10M;
• If you need to achieve a longer test distance, you can adjust the bandwidth to 2Mhz through the management interface, and if you need to achieve a larger bandwidth, you can adjust it to 20Mhz;
• If it is used for video transmission, in order to avoid video freeze, you can optimize the video effect by adjusting the camera resolution, frame rate, transcoding stream, and other parameters;
• If used for open-air day and night testing, please take waterproof measures and ensure good heat dissipation contact.