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- Anjielo wireless image transmission module for long-distance, non-line-of-sight signal transmission covering a distance of 3 to 15 km
Anjielo wireless image transmission module for long-distance, non-line-of-sight signal transmission covering a distance of 3 to 15 km
$4,299.00
Regular price
In stock
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Specifications
| 24015-2484MHz;14279-14478MHz | 8060-8259 MHz |
|---|---|
| 2.4G | 20MHz/5Mbps-97dBm;10MHz/10Mbps-91dBm |
| 1.4G | 10MHz/5Mbps -96dBm;10MHz/10Mbps -91dBm |
| 800M | 10MHz/5Mbps-96dBm;10MHz/10Mbps-91dBm |
Product details
Anjielo wireless image transmission module for long-distance, non-line-of-sight signal transmission covering a distance of 3 to 15 km
The UAV wireless image transmission module is a high-performance radio frequency bridge designed for long-distance, non-line-of-sight signal transmission, covering a distance of 3 to 150 kilometers. The module utilizes low-frequency radio frequency technology to ensure stable and reliable image transmission even in challenging environments. It is ideally suited for professional drone applications, supporting seamless data transmission for tasks such as aerial surveillance, mapping and remote monitoring, providing a reliable solution for long-distance operations.
HW9066 UAV image transmission module ODFM technology, SDR technology, transmission distance: 10-150KM, transmission rate: 30Mbps, transmission frequency band: 800MHZ-1.4G-2.4G.

1.Technical Background :
HW9066 Figure CNC integrated wireless transmission module, is based on TDD-LTE 4G mobile communication standards and research and development, does not rely on mobile operator base stations, for outdoor wireless network long-distance transmission and P2P wireless bridge. The product uses OFDM key technology, supports a variety of bandwidth allocation, flat system architecture design, is based on software radio technology (SDR) and developed a set of long-distance wireless data transmission products.
More
HW9066 Figure CNC integrated wireless transmission module supports the maximum transmission rate of 30Mbps, the maximum theoretical transmission distance of 150km, covering the frequency band between 700M and 2.6G, and can also achieve five different bandwidths of 1.4M, 3M, 5M, 10M, 20M, a variety of bit rates, dynamic adjustable, Especially suitable for security monitoring, smart city, robot, special communication, intelligent manufacturing, intelligent agriculture, disaster reduction, unmanned ship and other intelligent.
2. Technical specifications:
|
Items |
Function |
Description |
|
Radio Frequency |
frequency point |
|
|
transmitted powe |
2.4G/1.4G/800M 20-25dBm±2dBm |
|
|
sensitivity |
||
|
Interface |
ethernet port |
RJ45*3 |
|
serial port |
TTL*2 |
|
|
Power source |
Power input |
DC12V 1.0 |
|
Power Output |
DC12V 0.7A |
|
|
Machine Power |
Maximum peak power |
3W |
|
Transmission mode |
antenna |
Double sending and double receiving(1.5dbi\5dbi\7dbi;0mnidirectional, |
|
Channel bandwidth |
2.4GHz |
1.4MHz/3MHz/5MHz/10MHz/20MHz |
|
800MHz |
1.4MHz/3MHz/5MHz/10MHz/20MHz |
|
|
1.4GHz |
1.4MHz/3MHz/5MHz/10MHz/20MHz |
|
|
Propert |
|
Rate configurable/supports a maximum of 30Mbps |
|
distance |
800m-15km,the longest measured transmission of the drone 17km/1080P image |
|
|
Delay |
Data transmission delay |
Transmission delay <=100ms |
|
Output delay at power-on |
<15s Power on-Chain construction complete/ |
|
|
Command interface |
Web |
Supports web page configuration management |
|
Data interface |
Ethernet port,TTL serial port,USB port |
|
|
Operation Temperture |
Storage Temperature |
-40℃~+85℃ |
|
Working Temperature |
-20℃~+75℃ |
|
|
Humidity |
5%~95% |
3. Fault and solution:
|
Fault symptom |
Fault cause |
Troubleshooting method |
|
All lights are off |
1,the power supply does not meet the requirements. |
1,use DC12V 1A power supply |
|
The indicator is off |
1.The power supply is faulty |
1.Remove the power failure |
|
The Web management |
1.The IP addresses of the PC and module are on |
1.Set the IP addresses of the PC and module to the same network segment. |
|
The A-Node fails to |
1.The distance is too far |
1.Shorten(distance between central node and access node) |
|
|
1,the signal is weak |
1.Replace the high-gain antenna |
|
|
|
|
4. Application scenario:




