UAV drone video data link module wireless video transmitter and receiver for camera two-way long-range TDD transceiver lightweight
Fakahokohoko ʻo e Tohi
UAV drone video data link Advantage
- Siʻisiʻi hono lahí 7.2X4.8X1cm, manifi (siʻi hifo ʻi he 60 grams), 2X5-watt PA dimension
- long-range. Ko e omnidirectional fiberglass antenna can reach 30 km. The directional antenna can reach 50KM
- 'I he taimi tatau, kuo 2 bidirectional RS232 serial ports, which are convenient for uploading and uploading data.
- The minimum delay can reach 28ms (not including the camera recording and monitor displaying time)
- 20ms excluding monitor and camera. 1080P 60 about 80ms
- Using TDD-OFDM transmission protocol, long-range, a large amount of data, free networking, stable and durable.
- Using wide temperature components, it can work normally from -40 degrees to 85 tikili 'e
- IP67 protection can be used in harsh outdoor environments for a long time.
- Compared with ordinary bridges, the distance is 10 times that of ordinary WIFI transmission protocols.
- Multiple power supply redundancy designs, high reliability.
- They are specifically optimized for video streaming.
Faka'aonga'i
- Main purpose: Cooperate with IP cameras to transmit video data over long-range.
- Security monitoring: such as agricultural monitoring, industrial monitoring, factory warehouse monitoring, water monitoring, fakaʻehiʻehi mei he vao ʻakau, mountain monitoring, mo e ha fua.
- Internet of Things: Ad hoc network data transmission.
- UAV Drones: imagery, fakahū ʻo e fakamatalá.
- Special industry: power station, ʻoku ʻikai ke ʻi ai ha vai, mo e ha fua.
- Public security and armed police firefighting: miniaturized image transmission can be customized. Hange ko 'eni, multiple ad hoc network cameras.
Fakapapau'i e
- Tu'o lahi 'o e ngaue: Peesi Tu'uma'u 1.4L pe 2.3L (2310-2380Mhz)band
- Langa-ʻi he 2 * 1W Power Amplifier
- Malohi fe'unga: 7-18V
Connector Input Output
Fakaʻuhingaʻi:
If the light is not on, it means that the wireless video data transmission has a problem, maybe the working power is too small, or the power amplifier is damaged.
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)
fika fakahokohoko (serial) | Ngaue |
1 | GND |
2 | 5V Output |
3 | Fakahokohoko 2 RX |
4 | Fakahokohoko 2 TX |
5 | Fakahokohoko 1 RX |
6 | Fakahokohoko 1 TX |
6, 26Pin LNA 0.5MM ʻa e PC ʻoku feliliuaki hono keipolo, fakaʻuhingaʻi ʻo hangē ko ʻení:
fika fakahokohoko (serial) | ngaue | fakatokangaʻi ange |
1 | 5V | Output |
2 | 5V | Output |
3 | NC | |
4 | RF1 | RF1 fetongi |
5 | RF2 | RF2 fetongi |
6 | ANTD | Fetongi ʻo e ʻEnitena |
7 | NC | |
8 | NC | |
9 | FAKAFOʻOU | MESH firmware fakafoʻou |
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: Malohi |
17 | RSSI_M | Received Signal Strength Indicator: Lotoloto |
18 | RSSI_L | Received Signal Strength Indicator: Vaivai |
19 | ANTC | Fetongi ʻa e ʻEnitena/mavahe |
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, ʻOku ʻikai ngofua ke fulihi ʻa e ngaahi vaʻakau lelei mo kovi! Me'a kehe, ʻe maumau
Kataki ʻo Cochineal fakahangatonu ʻa e uaea pe Cochineal ʻa e XT30 connector. ʻOku toe fakaʻilongaʻi foki ʻa e connector ʻaki ha ngaahi vaʻakau lelei mo kovi, ʻoua ʻe fulihi ia!
8, ʻOku ʻi ai e PIN Network Pooti:
PIN Vahavaha 1.27 MM, 4PIN (ʻE lava pe ke configure ʻe he Pooti netiueka ko ʻeni ʻa e fakamatala ʻo e meʻangaue fakalotofonua mo e faʻahi ʻe taha, pea ʻikai lava ke maʻu e fakamatala ʻo e LAN6 mo e LAN9)
9, 20PIN 0.5MM ʻa e PC ʻoku feliliuaki hono keipolo, ʻoku peheni ʻa e fakaʻuhingá: (ʻoatu ʻamui ange)
10, LAN port:
1.25mm connector, Kapau ʻoku faʻa palaki pea toʻo e palakí, it is recommended to externally connect the RJ45 socket with an isolation transformer.
- LAN-RX-P
- LAN-RX-N
- LAN-TX-P
- 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
FAQS
'Io, ʻOku poupouʻi ʻe he fehokotakiʻanga vitio wireless ko ʻeni ʻa e poini mo e poini ʻe taha ki he ngaahi poini fakavahaʻa-taʻu. Fakakaukau ki he vave ʻo e bandwidth mo e feʻaveʻaki, ʻOku fokotuʻu mai ʻe heʻemau ʻenisinia ke fakafehokotaki ki ha poini ʻe fa ʻi he taimi tatau.
Fakamalo.
Te u toʻo ha foʻi vitio sivi ke fakaʻaliʻali atu ʻa e ngaahi founga totonu mo e latency moʻoni ʻo e fehokotakiʻanga vitio ʻe ua ʻo e wireless.
1.4ʻOku maʻu ʻe G ha ʻinasi.
Naʻe talamai ʻe he ʻenisinia te ne lava ʻo liliu ʻa e tuʻo lahi mei he 1.4 G ki he 2.3 G (2310-2380Mhz), ʻikai lava 2.4 G he taimi ni.
Fehu'i: Te ke lava nai ʻo ʻai ke hoko ia ko e tuʻo lahi ʻo e ngaue ʻi he 2280-2380Mhz?
Kole fakamolemole, no we don't have it at 2280-2380Mhz, 2310-2380Mhz pe.
- Support RJ45 IP Ethernet (IP camera or computer)
- Support Rs-232 data port. (shell printed COM, 5, Fakahokohoko ʻo e Fakamatalá Pooti, 1.25mm connector, 232 level.
- Support 10Mbps
- 2x1W PA support 10~30km
2x2w PA support 30~50km - 2x1W 7.2X4.8X1cm (72x48x10mm) siʻi hifo ʻi he 60 grams
- Only 1.4G now, not support 2.1G or 4.8G as working frequency.
- OK.Support as relay to extend long-range.
- The device between the transmitter and receiver needs to be configured as the master, and the other two as slaves.
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