2x20W PA IP mesh drone video data transmitter and receiver 260km

2x20W PA IP mesh drone video data transmitter and receiver 260km

Specification

Radio Frequency Power: 2x20W
Working Frequency: 1.3-1.5GHz (1300Mhz-1500Mhz)
Working Current: 6.7A@DC 24-28V
Channel Bandwidth: 5/10/20/27 MHz
WaveForm: Mobile MIMO
MIMO technology: space-time coding, spatial diversity, TxRx beamforming, spatial utilization
Modulation mode: TD-COFDM, BPSK/QPSK/16QAM/256QAM adaptive
Receiving sensitivity: -93@20MHz
Transmission delay: <150ms
Number of nodes: <32
Maximum number of hops: 8
Data rate: 1~30Mbps(20MHz)
Single-hop communication distance: Line-of-sight distance 50~260km (transmission distance varies greatly depending on the usage method)
Communication mode: distributed centerless point-to-point/point-to-many/many-to-many/multi-hop relay, star/line/mesh/hybrid
Physical interface: 1x 100M Ethernet port
Measurement and control link data interface: 1x TTL/1x RS232
RF interface: SMA
Dimensions: 150×117×31mm
Equipment weight: 1011g
Shell structure: Aluminum alloy
Software interface: Chinese, English, Russian optional, Russian default at startup

Accessory

Weight and Size

Connection

Customizable Options

1. Frequency Band & Channel Configuration

   • Operable frequency range (e.g., 1.4–1.5 GHz, 2.4 GHz, 5.8 GHz, etc.)

   • Number of channels and channel spacing

   • Regional regulatory compliance (FCC, CE, SRRC, etc.)

2. Transmission Power & Range

   • Adjustable RF output power (e.g., 100 mW, 2 W, 5 W, 10 W, 20 W or higher)

   • Maximum transmission distance (e.g., 5 km, 10 km, 50 km, 100 km, 150 km, 200 km, 250 km, 300 km)

   • Mesh networking capabilities for multi-drone relay

3. Video Format & Resolution

   • Supported video inputs: HDMI, SDI, CVBS, IP camera stream

   • Output formats: HDMI, SDI, CVBS, IP/RTSP/UDP stream

   • Resolution & frame rate (e.g., 1080p60, 720p30, 640×480)

4. Network & Streaming Options

   • IP mesh topology (Star, Point-to-Point, Multi-hop)

   • Protocols: RTSP, UDP, TCP, ONVIF compatibility

   • QoS and latency optimization

5. Antenna Options

   • Type: omnidirectional, directional, blade, whip

   • Gain: e.g., 3 dBi – 15 dBi

   • Connector type: SMA, N-type, RP-SMA

   • Swappable antennas for different mission scenarios

6. Power Supply & Consumption

   • Input voltage range (e.g., 7–24 V DC)

   • Power consumption optimization

   • Onboard battery compatibility

7. Housing & Environmental Protection

   • Form factor & weight

   • Material & ruggedization (IP67, vibration-proof)

   • Temperature range & environmental tolerance

8. Control & Operation Features

   • Remote on/off or video enable/disable

   • OSD (On-Screen Display) customization

   • Firmware upgrade options

9. Integration & Compatibility

   • Compatible with drones, ground stations, or third-party software

   • Integration with mission planning software (e.g., QGC, Mission Planner)

   • Support for additional sensors or telemetry data

10. Optional Accessories & Add-ons

    • Mounting brackets, vibration dampers

    • External antennas or repeater units

    • GPS modules or telemetry add-ons

How This Product is Used in UAV Wireless Communication

1. Real-Time Video Transmission
   The module is mounted on the UAV to transmit HD video streams from onboard cameras (EO/IR, thermal, or gimbal cameras) back to the ground control station. Thanks to its IP Mesh networking, video remains stable even when drones fly beyond line-of-sight or in complex terrain.

2. Telemetry & Control Data Link
   In addition to video, the module also transmits flight telemetry, GPS positioning, and sensor data to the ground station. At the same time, control commands (uplink) such as mission updates or navigation adjustments are delivered back to the UAV. This creates a full-duplex bidirectional link.

3. Multi-UAV Swarm Operations
   In drone swarm missions, each UAV equipped with the module becomes a node in the mesh network. They share information and can relay each other’s data, creating a self-forming, self-healing communication web. This ensures connectivity even if one drone moves out of direct range.

4. Beyond Line-of-Sight (BLOS) Communication
   By using relay or multi-hop networking, UAVs can extend communication range far beyond the direct drone-to-ground link. For example, one UAV closer to the ground station can relay the video/data of another UAV flying further away, maintaining reliable coverage.

5. High-Mobility Support
   The system is optimized for drones traveling at speeds up to 300 km/h, making it suitable for both fixed-wing UAVs (long-range reconnaissance) and multirotor drones (surveillance, inspection, emergency response).

6. Secure Mission-Critical Applications
   With AES128 encryption, the module ensures that sensitive video and data streams are protected. This makes it ideal for defense, law enforcement, disaster recovery, border patrol, and industrial inspections, where secure, interference-resistant communication is essential.

7. Scalable Ground Networks
   On the ground, multiple receivers, mobile command vehicles, or handheld terminals can all join the same IP Mesh network. This allows real-time video sharing among multiple operators without the need for central infrastructure.

In summary: This IP Mesh UAV wireless video data transceiver module enables drones to transmit video, telemetry, and control signals simultaneously in a reliable, secure, and scalable mesh network. It is especially useful for long-range UAV missions, swarm operations, and any scenario requiring stable communication in dynamic environments.

What is FHSS?

FHSS (Frequency Hopping Spread Spectrum) is a wireless communication technique in which the transmitter rapidly switches (or “hops”) between multiple frequency channels in a pseudo-random sequence. Both transmitter and receiver follow the same hopping pattern, so the communication link remains synchronized.

• Anti-Interference: Because the signal does not stay on a single frequency, it becomes much harder for interference or jamming to block communication.

• Security: The hopping sequence is typically encrypted, making it very difficult for unauthorized parties to intercept or disrupt the signal.

• Reliability: Even if one frequency is blocked or noisy, the system quickly hops to a cleaner channel, ensuring stable communication.

How This Product Uses FHSS

This UAV wireless video data transceiver module integrates FHSS technology to improve performance in complex and hostile environments:

1. Automatic Frequency Hopping
   The module can hop across up to 110 MHz of spectrum within or between its supported frequency bands (566–678 MHz and 1420–1530 MHz). This ensures the link avoids congested or noisy channels.

2. Anti-Jamming Capability
   In drone missions where intentional jamming or high interference exists (e.g., urban areas or military scenarios), FHSS makes it much harder to disrupt the video/data transmission, keeping UAVs connected.

3. Enhanced Security
   FHSS combined with AES128 encryption adds a double layer of protection — even if an adversary tries to intercept, they must predict both the hopping sequence and decrypt the data.

4. Stable UAV-to-Ground Links
   For UAVs moving at high speed (up to 300 km/h) or flying over long distances (up to 22 km without PA), FHSS helps maintain a robust connection despite changing signal conditions.

5. Seamless Mesh Integration
   In a multi-node IP Mesh network, FHSS ensures that every UAV and ground node can dynamically maintain stable links without being locked to a single vulnerable frequency.

In short: FHSS in this product ensures the drone’s wireless video and data link is secure, interference-resistant, and reliable, even in environments with heavy RF congestion or active jamming.

FAQ

1. Q: What is the maximum transmission range of this 2x20W PA IP mesh drone video data transmitter and receiver?
   A: The long-range drone video data transmitter supports a line-of-sight distance of 50-260km, depending on antennas, environment, height, electromagnetic Interference and configuration.
   

2. Q: How much RF power does this long-range drone link output?
   A: It features a high-power 2x20W PA (Power Amplifier, Other power amplifiers can also be customized according to your project requirements), providing robust signal penetration for long-range applications.
   

3. Q: What frequency band does this IP mesh drone system support?
   A: The working frequency range is 1.3-1.5GHz (1300MHz-1500MHz), offering good non-line-of-sight performance. Other frequencies can also be customized according to your project requirements.
   

4. Q: What voltage does the 2x20W MIMO transmitter require?
   A: It operates on DC 24-28V with a typical working current of 7A.
   

5. Q: What channel bandwidth options are available?
   A: Supports flexible channel bandwidth: 5MHz, 10MHz, 20MHz, allowing optimization for range vs. data rate.
   

6. Q: What type of waveform does this mesh video link use?
   A: It utilizes a Mobile MIMO waveform for robust performance in dynamic environments.
   

7. Q: What MIMO technologies are implemented?
   A: Advanced MIMO technology includes space-time coding, spatial diversity, TxRx beamforming, and enhanced spatial utilization for reliability and range.
   

8. Q: What modulation schemes does this video data transmitter support?
   A: Features TD-COFDM with adaptive modulation (BPSK/QPSK/16QAM/256QAM), automatically adjusting for best link quality.
   

9. Q: How sensitive is the receiver?
   A: The receiving sensitivity is excellent, down to -93dBm @ 20MHz bandwidth.
   

10. Q: What is the latency of this drone video link?
    A: The transmission delay is very low, <150ms, suitable for real-time drone control and FPV.
    

11. Q: How many nodes can this IP mesh network support?
    A: The network supports up to <32 nodes in a mesh topology.
    

12. Q: What is the maximum number of hops allowed?
    A: Data can be relayed through a maximum of 8 hops within the mesh network.
    

13. Q: What is the maximum data rate achievable?
    A: The data rate reaches up to 30Mbps when using the 20MHz channel bandwidth.
    

14. Q: What communication modes are possible?
    A: It supports versatile communication modes: distributed centerless point-to-point, point-to-many, many-to-many, multi-hop relay, forming star, line, mesh, or hybrid topologies.
    

15. Q: What physical network interface does it have?
    A: It includes 1x 100M Ethernet port for IP data connectivity.
    

16. Q: What interfaces are available for telemetry and control links?
    A: Provides dedicated interfaces: 1x TTL and 1x RS232 for telemetry and control link data.
    

17. Q: What type of RF connector is used?
    A: The RF interface is a standard SMA connector.
    

18. Q: What are the dimensions of the unit?
    A: Compact dimensions: 150×117×31mm.
    

19. Q: How much does the transmitter/receiver weigh?
    A: The equipment weight is 1011g.
    

20. Q: What is the housing made of?
    A: It features a durable aluminum alloy shell structure for heat dissipation and protection.
    

21. Q: What languages does the software interface support?
    A: The software interface offers Chinese, English, and Russian options, with Russian default at startup.
    

22. Q: Is this system suitable for beyond-line-of-sight (BLOS) drone operations?
    A: Yes, its long-range capability (up to 260km LOS), MIMO technology (spatial diversity, beamforming), and mesh networking (multi-hop relay) make it ideal for BLOS operations.
    

23. Q: How does TxRx beamforming improve performance?
    A: TxRx beamforming focuses the RF signal directionally, significantly increasing link range, data rate, and resistance to interference for the MIMO video link.
    

24. Q: Can this system relay video through multiple drones?
    A: Absolutely. Its IP mesh capability supports multi-hop relay (up to 8 hops) via intermediate nodes/drones, extending coverage.
    

25. Q: Does the adaptive modulation affect range?
    A: Yes. Under weak signal conditions, it adapts to more robust modulations like BPSK/QPSK, extending effective range at lower data rates. Strong signals use 256QAM for high speed.
    

26. Q: What is the typical application for this high-power link?
    A: Ideal for long-range drone inspection (pipelines, power lines), mapping, surveillance, search & rescue, and IP video transmission where reliability is critical.
    

27. Q: How does spatial diversity help in a drone link?
    A: Spatial diversity uses multiple antennas to combat signal fading caused by reflections or obstructions, providing a more reliable MIMO link for moving drones.
    

28. Q: Is this a point-to-point or mesh system?
    A: It supports both! It can operate as a simple point-to-point link or form a flexible, self-healing IP mesh network with many-to-many communication.
    

29. Q: What kind of antennas are recommended for maximum range?
    A: High-gain directional antennas (e.g., parabolic, Yagi) at 1.3-1.5GHz are recommended for achieving the maximum 260km line-of-sight range.
    

30. Q: Can it transmit HD video?
    A: Yes, the data rate of up to 30Mbps (with 20MHz BW) is sufficient for compressed HD or even multiple HD video streams over the IP Ethernet port.
    

31. Q: How does the distributed centerless network work?
    A: In distributed centerless mode, all nodes are equal peers. If one node fails, the mesh network automatically re-routes data, enhancing reliability without a single point of failure.
    

32. Q: What is the benefit of the aluminum alloy housing?
    A: The aluminum alloy shell structure provides excellent heat dissipation for the 2x20W PA, electromagnetic shielding (EMI), and robust physical protection.
    

33. Q: Is this system compatible with standard drone autopilots?
    A: Yes, typically via the TTL or RS232 measurement and control link interfaces for telemetry/command, and Ethernet for IP video data.
    

34. Q: How weather-resistant is the unit?
    A: While the aluminum alloy housing is robust, specific IP rating isn’t stated. Environmental sealing depends on the installation/application. Check manufacturer specs for sealing details.
    

35. Q: Does the low latency (<150ms) support real-time drone control?
    A: Yes, <150ms transmission delay is low enough for responsive real-time manual control (FPV) and stable autonomous flight operations over the long-range link.
    

36. Q: Can it operate in areas with RF interference?
    A: MIMO technology (beamforming, spatial diversity), adaptive modulation, and the ability to select clean channels within 1.3-1.5GHz help mitigate interference.

37. Q: What is TD-COFDM?
    A: TD-COFDM (Time-Domain Coded Orthogonal Frequency Division Multiplexing) is a robust modulation scheme combining error correction coding and multi-carrier transmission, ideal for mobile and long-range wireless video links.
    

38. Q: How many video streams can it handle simultaneously?
    A: Limited by the max data rate (30Mbps) and Ethernet (100M) port. It can handle multiple compressed HD streams depending on their individual bitrates and network load within the IP mesh.
    

39. Q: Is the 100M Ethernet port sufficient for video?
    A: For typical compressed drone video streams (H.264/H.265), 100M Ethernet is generally adequate, especially given the wireless data rate max is 30Mbps. It’s the wireless link, not Ethernet, that is usually the bottleneck for long-range.
    

40. Q: Can I connect it directly to a laptop or ground station?
    A: Yes, via the Ethernet port for IP video/data and the RS232/TTL ports for serial telemetry/control to your ground station software.
    

41. Q: What is the advantage of the 1.3-1.5GHz frequency?
    A: 1.3-1.5GHz offers a good balance: better penetration through foliage/buildings than higher bands, less congestion than 2.4GHz/5.8GHz, and longer wavelengths for long-range propagation compared to higher bands.
    

42. Q: How does spatial utilization improve the link?
    A: Advanced spatial utilization techniques within the MIMO system maximize spectral efficiency, allowing higher data rates or more users within the same frequency band.
    

43. Q: Is special software needed to configure the mesh network?
    A: Yes, the device’s software interface (Chinese/English/Russian) is used to configure network topology (mesh/star/line), frequencies, bandwidth, security, and MIMO parameters.
    

44. Q: Can it be used for non-drone applications?
    A: Absolutely. Suitable for any long-range, mobile, or fixed IP video/data link requiring high power (2x20W), MIMO, mesh, and low latency, like vehicles, boats, remote cameras.
    

45. Q: How does space-time coding enhance reliability?
    A: Space-time coding spreads information across multiple antennas and over time, providing redundancy. This significantly improves link reliability and error resistance in challenging fading environments for the MIMO system.
    

46. Q: What is the typical power consumption?
    A: At 28V, the working current is 6.7A, equating to approximately 188 Watts power consumption for the 2x20W PA unit. Plan power systems accordingly.
    

47. Q: Does it require licensing for the 1.3-1.5GHz band?
    A: Licensing requirements vary significantly by country. Operating a 2x20W transmitter in 1.3-1.5GHz almost always requires specific licenses. Consult local radio regulations (e.g., FCC, Ofcom, local authorities).
    

48. Q: Is it suitable for high-speed drone flights?
    A: Yes. The Mobile MIMO waveform and technologies like beamforming and spatial diversity are designed to maintain stable links with fast-moving platforms like drones.
    

49. Q: Can it transmit both video and telemetry data?
    A: Yes. IP video/data flows over the Ethernet port. Critical telemetry/control data typically uses the dedicated low-latency TTL/RS232 measurement and control link.
    

50. Q: Where can I get technical support or purchase this system?
    A: Please contact the manufacturer or authorized distributors directly for purchasing, detailed technical specifications, support, and licensing guidance for this 2x20W PA IP Mesh Long-Range Drone Video Data Transmitter/Receiver.
    

51. Q: What is the main purpose of this device?
    A1: It is used to realize IP Mesh network communication over a long distance (up to 300 kilometers), and is suitable for multi-purpose wireless transmission such as video, data, and voice.
52. Q: Is this a complete peer-to-peer system?
    A: Yes, it includes a transmitter and a receiver, and can be expanded into a multi-point to multi-point Mesh network.
53. Q: What is 2x20W PA?
    A: It means that each channel is equipped with a 20W power amplifier, for a total of two channels (usually MIMO), which improves signal penetration and distance.
54. Q: Is the system a two-way communication or one-way?
    A: Supports full-duplex two-way IP data communication.
55. Q: Is it possible to transmit video and data at the same time?
    A: Yes, IP multiplexing is supported, including video streams, voice calls and control data.
56. Q: What is the longest communication distance?
    A: The maximum theoretical distance is 300 km (depending on LOS conditions, antenna gain and altitude).
57. Q: What is the supported transfer rate?
    A: Depending on bandwidth and link quality, up to 30–80 Mbps (per link).
58. Q: Does it support Mesh self-organizing network function?
    A: Yes, it supports multi-node automatic discovery, routing and relay functions.
59. Q: How does it perform in occluded environments?
    A: Performance degrades in non-line-of-sight conditions, so it is recommended to use a repeater station or high-gain antenna.
60. Q: Does the device support MIMO?
    A: Yes, usually 2×2 MIMO, which improves interference resistance and bandwidth efficiency.
61. Q: To achieve longer transmission distance and stronger anti-interference performance, can this transceiver support 2×80W power amplifiers?
    A: Currently, it cannot support 2×80W. The maximum supported configuration is 2×40W, and the most commonly used option is 2×20W.