60-80 km wireless video transmitter receiver transmission really flying test

Really a drone flying test of 60-80 km wireless video transmitter receiver transmission

This is a video transmitter and receiver for drone UAV cameras, the best in 2023, and it has many satisfied reviews. It also supports ground to ground, if you have any project that needs a video transmitter for the camera from the China Shenzhen factory, this is the best choice.

It supports HDMI SDI CVBS or IP ethernet PTZ camera video input, it also supports 6 cameras via one transmitter to one receiver simultaneously. If you have any inquiries about the best wireless video transmitter and receiver for the video camera, please feel free to contact us.

Above test video on YouTube, if you can not see the long-distance wireless video transmitter and receiver test video, don’t hesitate to get in touch with us, and we will send you the video file.

This 60-80km wireless video transmitter and receiver for the camera, has many applications places. For Example, UAVs, Drone wireless video data RC control links, wedding cameras, TX transmitters for DSLR HDMI, RX for living Switcher SDI or HDMI, full HD 1080i 25fps, Distance 1.5km or more NLOS, XLDS.

More Test videos, 27km 110km NLOS FAQ

https://ivcan.com/2w-27-km-long-range-wireless-video-transmitter-receiver/

Want to check some 60-80 km wireless video transmitter receiver for your project, please tell us your demand at the below link, our engineer will offer you a free solution or choose the best suitable models for you. https://ivcan.com/request-a-quote-of-wireless-video-transmission/

VLOS refers to Visual Line of Sight, which means that the drone must be readily visible to the drone operator throughout the flight mission without the use of any additional equipment, such as binoculars or FPV goggles. The operator keeps an eye on the surrounding environment and directs the UAV to avoid any crashes or impediments.

EVLOS is an abbreviation for Extended Visual Line of Sight. This permits a drone to fly further than VLOS by employing one or more visual observers. The observers must be educated and trained. Observers maintain visual contact with the drone during flight and communicate with the drone operator about observations, alerting the pilot if necessary.

BVLOS is an abbreviation for Beyond Visual Line of Sight. In this mode, the drone operator does not keep constant visual contact with the drone, and the drone can complete a mission without the assistance of observers. To monitor and control the mission, the drone operator uses a remote pilot station or ground control station.

Overview:
The 60–80 km Long-Range Wireless Video Transmitter and Receiver system is a professional-grade solution designed for extreme-range UAV, drone, and mobile video applications. Specifically engineered to provide stable, high-definition video streaming and reliable data communication over distances of up to 80 km, this system combines cutting-edge COFDM (Coded Orthogonal Frequency Division Multiplexing) or OFDM modulation technology with advanced RF power amplification and encryption capabilities. It is the perfect choice for professional drone operators, filmmakers, industrial monitoring, public safety operations, and broadcast teams seeking a robust wireless video solution capable of operating in complex, long-range, and non-line-of-sight (NLOS) conditions.

The system supports multi-format video inputs, including SDI, HDMI, CVBS, and IP Ethernet PTZ cameras, and allows simultaneous transmission from multiple cameras (up to six) to a single receiver. This makes it ideal for UAV-based aerial cinematography, multi-angle event filming, and real-time surveillance. The 60–80 km range has been validated through real drone flight tests, demonstrating reliable operation in both line-of-sight (VLOS) and beyond visual line-of-sight (BVLOS) scenarios.

Designed for professional users, this wireless video solution is highly configurable, providing options for frequency bands, RF power levels, low-latency transmission, and advanced encryption. It supports ground-to-ground, ground-to-drone, and drone-to-drone video communication, enabling versatile applications across a wide spectrum of industries.

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Key Features & Functions:

1. Ultra-Long-Range Wireless Transmission:
   • Supports real-world flight distances of 60–80 km, verified by actual drone tests.
   • Capable of operating in VLOS, EVLOS, and BVLOS scenarios.
   • Non-line-of-sight (NLOS) performance enhanced through COFDM technology, multi-antenna diversity, and high-power RF amplification.
2. Multi-Format Video Input Compatibility:
   • Accepts SDI, HDMI, mini HDMI, CVBS, and IP Ethernet PTZ camera signals.
   • Supports simultaneous transmission of up to six camera feeds to a single receiver.
   • Ensures compatibility with professional DSLR cameras, UAV payload cameras, and broadcast-grade monitoring systems.
3. High Definition Video Transmission:
   • Full HD 1080i or 1080p output at 25–60 fps, depending on configuration.
   • H.264 and H.265 video compression standards for high-quality, bandwidth-efficient transmission.
   • Minimal signal degradation over extended distances.
4. Low Latency Operation:
   • System latency as low as 30–50 ms when paired with compatible transmitters and receivers.
   • Real-time transmission suitable for UAV FPV control, live broadcasting, and surveillance applications.
5. Advanced RF Amplification and Frequency Options:
   • 10W PA transmitter option for extreme-range UAV applications (TX900 recommended).
   • 2W PA transmitter option for short-to-medium-range applications, including laptop-to-laptop or vehicle-based wireless video transmission.
   • Working frequencies include 800 MHz, 1.4 GHz, 2.4 GHz, and 5.8 GHz with optional upconverter/downconverter boards to support 5–6 GHz systems.
6. Secure Encrypted Transmission:
   • AES-128 encryption standard ensures secure video and data communication.
   • Frequency hopping and advanced modulation further enhance security against interception.
7. Multi-Device and Ground Station Compatibility:
   • Compatible with Ground Control Stations (GCS) including laptops, monitors, joysticks, and mobile controllers.
   • Receiver units support SDI/HDMI output for direct connection to video switchers, recorders, or display monitors.
   • Optional RTSP server integration enables direct video streaming between two computers without 4G or internet reliance, ideal for remote field operations.
8. Auto Antenna Tracking & MAVLink Integration:
   • Optional auto-tracker antennas provide seamless directional signal acquisition and maintain optimal link quality during dynamic UAV flight.
   • Compatible with MAVLink protocol for telemetry data integration and intelligent flight control.
9. Multiple Deployment Scenarios:
   • Supports drone-to-ground, ground-to-ground, and point-to-point wireless video transmission.
   • Can be integrated into UAV VTOL systems, fixed surveillance stations, wedding/event filming setups, mobile OB vans, or industrial inspection systems.
10. Durable, Portable Design:
    • Rugged construction suitable for outdoor, high-altitude, and mobile operations.
    • Lightweight design reduces payload impact on UAVs while ensuring mechanical stability.
    • Optional mounting kits and vibration-dampening solutions available for drone or vehicle installation.

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Applications:

The 60–80 km wireless video transmitter and receiver system is designed for professional and industrial environments where high-quality, long-range video transmission is critical:

• UAV and Drone FPV Operations: Real-time video streaming for aerial photography, mapping, surveying, inspection, and monitoring.
• Broadcast and Live Event Production: Wireless transmission of multiple camera feeds to control rooms or mobile OB vans.
• Public Safety and Emergency Response: Surveillance, search and rescue, and police UAV monitoring in remote or hard-to-reach areas.
• Industrial Inspection and Monitoring: Video transmission for pipelines, energy facilities, construction sites, or large-scale infrastructure projects.
• Research and Education: Real-time observation of field experiments, wildlife monitoring, and academic UAV research.
• Ground-to-Ground Video Networking: High-speed transmission of video between vehicles, remote stations, or field control rooms.
• Multi-Camera Cinematography: Transmission from multiple DSLR or PTZ cameras to a single receiver for film, television, or live events.

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Optional Parameters and Customization:

1. RF Power Options:
   • 10W PA transmitter (DC24–30V, recommended 28V, maximum average current 1.4A, peak 2.8A).
   • 2W PA transmitter for short-to-medium-range projects.
2. Working Frequency Selection:
   • Optional frequency bands include 800 MHz, 1.4 GHz, 2.4 GHz, and 5.8 GHz.
   • Downconverter boards enable compatibility with higher-frequency transmitters (5–6 GHz).
3. Video Format Support:
   • SDI, HDMI, mini HDMI, CVBS, or IP Ethernet PTZ cameras.
   • Multi-camera support up to six cameras simultaneously.
4. Video Compression and Latency Control:
   • H.264 or H.265 selectable for efficient bandwidth usage.
   • Adjustable latency settings to meet UAV FPV, live broadcast, or surveillance requirements.
5. Antenna Options:
   • Built-in or external directional antennas.
   • Optional auto-tracker systems for UAV or mobile operations.
6. Encryption and Security:
   • AES-128 encryption standard.
   • Optional frequency hopping for enhanced security in sensitive operations.
7. Ground Station Integration:
   • Receiver supports SDI and HDMI output to monitors, switchers, or recording devices.
   • RJ45 interfaces available for direct computer connections or RTSP streaming.
8. Mounting Accessories:
   • Optional vibration-dampening mounts for UAV, vehicle, or tripod installation.
   • Lightweight brackets for portable field setups.

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Operational Modes Explained:

• VLOS (Visual Line of Sight): Drone must remain visible to the operator throughout the flight.
• EVLOS (Extended Visual Line of Sight): Permits flights beyond direct line-of-sight with the assistance of trained observers maintaining visual contact.
• BVLOS (Beyond Visual Line of Sight): Drone operates beyond visual range of the pilot. Video and telemetry are monitored via ground control stations, ensuring mission completion without direct visual observation.

This system supports all three operational modes, ensuring compliance with aviation regulations while maintaining reliable video transmission.

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Conclusion:

The 60–80 km Long-Range Drone Wireless Video Transmitter and Receiver represents the pinnacle of professional UAV video transmission technology. With multi-format support, ultra-long-range COFDM transmission, low latency, AES encryption, and flexible deployment options, this system is ideal for UAV operators, broadcast professionals, industrial teams, and emergency response units. Its rugged, portable design, combined with auto-tracking antenna systems and multi-camera support, ensures reliable performance in the most challenging environments. Whether for drone FPV, live broadcasting, industrial inspection, or secure surveillance, this 2023 professional solution delivers uncompromised video quality, secure data transmission, and operational flexibility over extreme distances.

By leveraging optional parameters such as RF power, working frequency, antenna type, and latency optimization, users can customize the system to meet the unique demands of any mission. With verified drone flight tests over 60–80 km, this system offers unparalleled reliability for professional UAV applications, making it the go-to choice for demanding long-range wireless video transmission projects.