UAV te fehokotakiʻanga ʻo e fakamatala fakavitioo transmitter mo e receiver ʻo e meʻafaitaa TDD transceiver founga ʻe ua vcan1401

UAV drone video data link module wireless video transmitter and receiver for camera two-way long-range TDD transceiver lightweight

UAV drone video data link Advantage

1. Siʻisiʻi hono lahí 7.2X4.8X1cm, manifi (siʻi hifo ʻi he 60 grams), 2X5-watt PA dimension
2. long-range. Ko e omnidirectional fiberglass antenna can reach 30 km. The directional antenna can reach 50KM
3. 'I he taimi tatau, kuo 2 bidirectional RS232 serial ports, which are convenient for uploading and uploading data.
4. The minimum delay can reach 28ms (not including the camera recording and monitor displaying time)
5. 20ms excluding monitor and camera. 1080P 60 about 80ms
6. Using TDD-OFDM transmission protocol, long-range, a large amount of data, free networking, stable and durable.
7. Using wide temperature components, it can work normally from -40 degrees to 85 tikili 'e
8. IP67 protection can be used in harsh outdoor environments for a long time.
9. Compared with ordinary bridges, the distance is 10 times that of ordinary WIFI transmission protocols.
10. Multiple power supply redundancy designs, high reliability.
11. They are specifically optimized for video streaming.

Faka'aonga'i

1. Main purpose: Cooperate with IP cameras to transmit video data over long-range.
2. Security monitoring: such as agricultural monitoring, industrial monitoring, factory warehouse monitoring, water monitoring, fakaʻehiʻehi mei he vao ʻakau, mountain monitoring, mo e ha fua.
3. Internet of Things: Ad hoc network data transmission.
4. UAV Drones: imagery, fakahū ʻo e fakamatalá.
5. Special industry: power station, ʻoku ʻikai ke ʻi ai ha vai, mo e ha fua.
6. Public security and armed police firefighting: miniaturized image transmission can be customized. Hange ko 'eni, multiple ad hoc network cameras.

Fakapapau'i e

1. Tu'o lahi 'o e ngaue: Peesi Tu'uma'u 1.4L pe 2.3L (2310-2380Mhz）band
2. Langa-ʻi he 2 * 1W Power Amplifier
3. Malohi fe'unga: 7-18V

Connector Input Output

Fakaʻuhingaʻi:

fakaʻilongaʻi e mālohing	LED P2	LED P3	LED P4
> -70	always	always	always
-71 ki he -75	always	always	-75
-75 ki he -80	tamate'i	always	always
-80 ki he -83	ʻi he	-80	mo e
-83 ki he -88	always	tamate'i	tamate'i
siʻi hifo ʻi he -88	flash	tamate'i	tamate'i
'ikai ha faka'ilonga	marquee

5, Fakahokohoko ʻo e Fakamatalá Pooti, 1.25mm connector, 232 level. (some motherboards only have serial port 1, no serial port 2)

serial number	Ngaue
1	GND
2	5V Output
3	Serial 2 RX
4	Serial 2 TX
5	Serial 1 RX
6	Serial 1 TX

6, 26Pin LNA 0.5mm FPC flexible cable connector, defined as follows:

serial number	ngaue	note
1	5V	Output
2	5V	Output
3	NC
4	RF1	RF1 Switch
5	RF2	RF2 Switch
6	ANTD	Antenna Switch
7	NC
8	NC
9	FAKAFOʻOU	MESH firmware reset
10	LNA2_LED
11	LNA1_LED
12	GND
13	12V	12V input
14	12V	12V input
15	GND
16	RSSI_H	Received Signal Strength Indicator: Strong
17	RSSI_M	Received Signal Strength Indicator: Medium
18	RSSI_L	Received Signal Strength Indicator: Weak
19	ANTC	Antenna Switch on/off
20	PA1	Amplifier malohi 1 Fetongi
21	ANT1	'Enitena 1 Fetongi
22	LAN1_TX_N	Pooti Network
23	LNA1_TX_P	Pooti Network
24	GND
25	LNA1_RX_N	Pooti Network
26	LNA1_RX_P	Pooti Network

7, Input 'o e malohi: 7-18V, the positive and negative poles are prohibited to be reversed! Me'a kehe, it will be damaged

Please directly weld the wire or weld the XT30 connector. The connector is also marked with positive and negative poles, don’t reverse it!

8, Onboard Pin Network Port:

Pin spacing 1.27mm, 4PIN (This network port can only configure the data of the local device and the other party, and cannot access the data of LAN6 and LAN9)

9, 20PIN 0.5mm FPC flexible cable connector, the definition is as follows: (provided later)

10, LAN port:

1.25mm connector, If it is often plugged and unplugged, it is recommended to externally connect the RJ45 socket with an isolation transformer.

1. LAN-RX-P
2. LAN-RX-N
3. LAN-TX-P
4. LAN-TX-N

11, LAN port: 12PIN interface, PCI-E, and USB interface

12, Fan Interface: GND is ground, 5V outputs 5V, VCC is connected to the main power supply, and the connector is 78172 series

13, Jumper switch:

1. Turn it to the ON position to turn off the RF1 amplifier power.

2. Turn it to the ON position and turn off the power of the RF2 amplifier.

3, not used.

4. Restore the factory settings.

After powering on and entering the system, dial the code to 1 for more than 5 sekoni 'e, and then dial the code to 0 to restore the factory settings.

Parameter Configuration Tool for Windows Software Download

2.3G-2.4G frequency

1.4Tuʻo lahi ʻa e G

1: Does this drone video data link support IP mesh networking?

Although this model supports IP mesh, it has an extra cost. IP mesh networking maximum support is 10km between two points.

The default model does not include an IP mesh networking function. Please contact us for details before the order and shipment.

2. Does it work in Point to Point and one Point to Multi-Points?

'Io, this wireless video data link module supports point and one-point to multi-points. Considering the bandwidth and transmission speed, our engineer suggests connecting up to four points at the same time.

3. How to test the latency of the two-way wireless video data link module?

Fakamalo.

I will take a test video to show you the exact ways and real latency of the two-way wireless video data audio link module.

4. Can you make your wireless video two-way link on 2.4ghz band?

1.4G has stock.
The engineer told me that he can modify the frequency from 1.4G to 2.3G （2310-2380Mhz）, can not 2.4G now.

Fehu'i: Can you make it the working frequency at 2280-2380Mhz?

Kole fakamolemole, no we don't have it at 2280-2380Mhz, only 2310-2380Mhz.

5. Does your wireless video data transmission support mesh Ad Hoc networking? Do you have a user guide?

One version of our wireless video data transceiver supports mesh Ad Hoc networking. Please tell us if you need this function. The default is point-to-point networking. (one transmitter to one receiver).

Please check the users guide for the mesh Ad Hoc network version at the below link.

https://ivcan.com/ip-mesh-ad-hoc-network-user-guide/

6. For Vcan1401-Mesh, do you have a JSON command set? I want to integrate it into our Linux code.

'Io, we can offer you. I confirm that this model allow to control the channels via serial commands.

Kātaki ʻo download ʻi he fehokotakiʻanga ʻi laló.

Vcan1401-Mesh system HTTP Json Management Interface Description 1.3

Vcan1401-Mesh serial port control function description

Vcan1401-Mesh系统HTTP JSON管理接口说明

Vcan1401-Mesh串口控制功能说明

7. Do you have an operating guide for the Vcan1401-Mesh module?

'Io, we can offer you.

Kātaki ʻo download ʻi he fehokotakiʻanga ʻi laló.

Vcan1401-Mesh Ad hoc network communication station operation guide

Vcan1401-Mesh自组网通信电台操作指南

https://ivcan.com/ip-mesh-ad-hoc-network-user-guide/

Vcan1401 mesh version serial port AT setting routine description

8. I need a drone application data link modem having following: Bi-Directional Ethernet, Bi-Directional Rs-232, Minimum data rate 4Mbps, Minimum range 30 Km, size 70mm * 50 MM * 20 MM

1. Support RJ45 IP Ethernet (IP camera or computer)
2. Support Rs-232 data port. (shell printed COM, 5, Fakahokohoko ʻo e Fakamatalá Pooti, 1.25mm connector, 232 level.
3. Support 10Mbps
4. 2x1W PA support 10~30km
   2x2w PA support 30~50km
5. 2x1W 7.2X4.8X1cm (72x48x10mm) siʻi hifo ʻi he 60 grams
6. Only 1.4G now, not support 2.1G or 4.8G as working frequency.

9. If I buy 3 pieces of this device, can I put one of them in the middle of the transmitter and receiver to function as a repeater?

1. OK.Support as relay to extend long-range.
2. The device between the transmitter and receiver needs to be configured as the master, and the other two as slaves.

10. May I have some questions on the customize and development of your model?

Fehu'i: Can it work like 2 modems in air and one on ground. modems in air send their video to the one on ground. do you have any demo video i would like to see.

Tali: Support two transmitters in the air and one receiver on the ground.

Fehu'i: Would you change the frequency band may be in L, S or C. we will tell you the particular frequency band like 1.1 Ghz to 1.2 Ghz or 2.1Ghz to 2.2 Ghz or 4.8 Ghz to 4.9 Ghz.

Tali: We can customize the frequency according to your demand. But the cost will be higher and time needs longer.

Fehu'i: Also we would like to increase the range, may be from 30 km to 100 km.

Tali: Increase PA then increase the transmission distance. We have some models support 100~150km wireless transmission distance.

Fehu'i: Also in some modems we would like to have mesh networking waveform having relay, ptp and mesh capability.

Tali: Sai, we have some models that support the above function.

Please put 3rd unit between the transmitter and receiver as a relay to extend the wireless transmission range.

Fehu'i: We would also like to customize waveform, modem size, frequency band and other functionalities.

Tali: ʻoukei, please test our sample first. And tell us the exact what you really need.

Fehu'i: Can we decrease the data rate to increase range?

'Io, from the air unit to ground unit, 2.4G transmission distance is 15km and it is 1.5km from ground unit to the ground unit. (the transmitter and receiver are both on the ground to use).

11. Would you tell me where can I set the AES encryption password?

Kātaki ʻo vakaiʻi ʻa e fakatātā ʻi lal.