Data Radio & Image Link
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Long Range Drone Data Link Radio for Wireless Video Transmitter and Receiver
This Long Range Drone Data Link Radio, designed to work seamlessly with wireless video transmitters and receivers, is a high-performance communication solution built for extending drone operational reach. Engineered to deliver reliable long-distance connectivity, it ensures smooth, uninterrupted transmission of video data—supporting clear imagery and consistent signal flow even across extended distances, a key requirement for scenarios where real-time visual oversight is critical. With integrated compatibility for both transmitter and receiver components, it simplifies system setup, allowing easy pairing with most standard drone video systems to avoid compatibility issues. Equipped with anti-interference capabilities, it mitigates the impact of electromagnetic disruptions in diverse outdoor environments, from rural areas to industrial zones, while maintaining low latency to enable responsive remote control. Ideal for applications such as long-range aerial inspection, large-scale agricultural monitoring, wildlife tracking, and infrastructure surveillance, this data link radio empowers drones to operate effectively beyond short-range limits, balancing performance, ease of use, and reliability for professional users.
Long Range IP Mesh Radio Data Link System for Uav Drone Communication
Our Long Range IP Mesh Radio Data Link System is a high-performance communication solution tailor-made for UAV drones, focusing on extending operational reach without compromising connectivity quality. Boasting exceptional long-range transmission capabilities, it enables stable, real-time data exchange—including high-definition video streams, precise control signals, and vital telemetry data—even across extensive distances, perfectly suiting large-scale drone missions like long-distance aerial surveys, wide-area surveillance, and cross-terrain inspections. Leveraging advanced IP Mesh Radio technology, the system features self-healing multi-node networking, which automatically adapts to signal fluctuations or obstacles (such as remote rural areas or scattered industrial sites) to maintain uninterrupted communication. Lightweight, compact, and compatible with most mainstream drone models, it balances long-range performance with easy integration, becoming an indispensable tool for professional drone operators who require reliable, far-reaching communication support for mission-critical unmanned operations.
Long Range Wireless Transmitter and Receiver Ad Hoc Network IP Mesh Radio Manpack Radio Module Data Link
This Long Range Wireless Transmitter and Receiver integrates Ad Hoc Network and IP Mesh technology into a rugged manpack radio module, delivering reliable long-distance data link performance for field-critical applications. Engineered with advanced Ad Hoc networking capabilities, it enables automatic, self-forming, and self-healing connectivity without 依赖 pre-existing infrastructure, ensuring seamless bidirectional data transmission across extended distances. The compact, lightweight manpack design facilitates easy portability for field operators, while the robust IP Mesh architecture enhances anti-interference and signal stability, supporting high-speed data, video, and voice communication in remote or harsh environments. Ideal for emergency response, military operations, border surveillance, and outdoor industrial deployments, this radio module serves as a versatile, long-range data link solution, empowering teams to maintain consistent connectivity even in challenging, infrastructure-free scenarios.
Long-distance wireless communication Directional antenna automatic tracking turntable and servo control system
With the continuous development of drone technology, the requirements for the transmission range of high-bandwidth microwave data links have also increased. By increasing the power of the ground or airborne transmitters and enhancing the sensitivity of the receivers, it is no longer possible to meet the requirements for long-distance communication. Increasing the receiving gain of the ground tracking antennas is an effective solution, and it will not increase the weight and size of the onboard communication equipment.
Directional communication antennas are widely used in the tracking and control communication of medium and long-range drones because they have high gain within the beam angle range. The antenna uses the method of directional radiation and receiving signals to focus energy on the useful range, reducing energy dissipation and increasing the transmission gain. However, due to the characteristic of directional transmission and reception signals, this type of antenna must be equipped with a guidance and tracking system to be used in the dynamic tracking communication application of drones. Up.
By using GPS guidance method and brushless servo motor control, the one-dimensional azimuth servo control for directional antennas such as helical directional antenna (beam angle less than 20°, gain 15dB), octal directional antenna, and grid directional antenna can be achieved. This is more stable, more digitalized, and more cost-effective than using a single-channel single-pulse tracking system.
Los&Nlos Wide Frequency Ranges Data Transmission Radio or Sensor Data Transmission Uav Drone Date Link Wireless Video Transmitter
The China Moneypro UAV Drone Data Link & Wireless Video Transmitter is a versatile, high-performance transmission solution engineered to excel in both Line-of-Sight (LOS) and Non-Line-of-Sight (NLOS) environments, empowered by advanced COFDM technology and wide frequency range support. Optimized for ultra-lightweight integration with drones, it minimizes payload burden while delivering stable, low-latency HD video streaming and reliable sensor data transmission—accommodating diverse data types from industrial sensors, telemetry modules, and imaging systems. Its broad frequency coverage enhances adaptability across global operational scenarios, from urban jungles and dense foliage to remote industrial sites, while robust anti-interference capabilities ensure uninterrupted connectivity. Ideal for aerial surveillance, industrial inspections, public safety missions, and precision agriculture, this all-in-one wireless system combines portability, durability, and multi-data compatibility, empowering drone operators to capture and relay critical visual and sensor insights efficiently without compromising flight agility or operational range.
Low Latency HD Wireless Video Transmitter Uav Data Link for Drone Fpv
Our Low Latency HD Wireless Video Transmitter UAV Data Link is a specialized communication solution engineered exclusively for drone FPV (First-Person View) operations, where real-time responsiveness and clear visuals are make-or-break for success. With ultra-low latency performance (measured in milliseconds), it ensures near-instantaneous transmission of high-definition video streams—delivering sharp, fluid visuals that let FPV pilots react swiftly to on-air conditions, critical for scenarios like racing, precision aerial maneuvers, or close-range inspections. Beyond HD video, this all-in-one data link seamlessly carries precise control signals and essential telemetry data (e.g., battery level, altitude, speed), maintaining stable connectivity even in dynamic environments like urban landscapes or open fields. Compact, lightweight, and compatible with most FPV drone setups, it eliminates lag-related risks and elevates operational precision, making it the go-to choice for professional FPV pilots and hobbyists alike who demand reliable, low-latency communication for immersive, controlled drone flights.
M025A Receiver SD Integrated Receiver
The M025A receiver employs highly efficient and reliable COFDM digital modulation combined with FSK frequency-hopping narrowband modulation technology, integrating both video and data transmission functions. It offers a compact, lightweight design with low power consumption, long transmission distance, strong anti-interference capability, and excellent signal confidentiality. Supporting both analog and network data/video output, it is particularly suited for wireless video and data transmission in applications such as robotics and unmanned aerial vehicles (UAVs).
M025A Transmitter SD Integrated Transmitter
The M025A transmitter is an integrated module for both video and data transmission. It supports CVBS video signal input and utilizes highly reliable COFDM digital modulation for robust video delivery. The data transmission baud rate is user-adjustable, providing operational flexibility for various application requirements.
M027A Receiver 4 Channel HD Bidirectional Digital Integrated Receiver
The M027A receiver is a bidirectional wireless HD receiver that utilizes COFDM multi-carrier broadband demodulation and narrowband GFSK modulation/demodulation technologies. It supports bidirectional data and audio transmission, along with network-based video stream output. Key advantages include robust anti-interference performance and enhanced signal confidentiality.