Solution pour télémétrie vidéo HDMI et émetteur RC pour une portée de 15 km

Solution pour la vidéo HDMI, Télémétrie, and RC Transmitter for 15Km Range

We understand your requirement for a professional-grade HDMI video, télémétrie, and RC transmitter system capable of operating over long distances, specifically around 15 kilomètres. Such a system is critical for UAV, drone, and other remote operations where high-quality video transmission, reliable telemetry data, and robust remote control signals are required simultaneously. Dessous, we provide detailed information about the solution we can offer, including capabilities, limites, and technical considerations.

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1. Solutions for HDMI Video, Télémétrie, and RC Transmission at 15Km

Oui, we offer a complete solution that meets your requirements for transmitting HDMI video, télémétrie, and RC control signals over a 15-kilometer distance. Our system is specifically designed for UAV and drone applications where high-definition video, contrôle en temps réel, and telemetry feedback are essential for mission success.

The solution integrates a high-performance wireless video transmitter capable of encoding HDMI video into a robust COFDM or OFDM transmission format. This ensures that even in challenging environments with potential interference, multipath effects, et les obstacles, the video signal remains stable and high quality. The transmitter simultaneously supports données de télémétrie et RC control channels, combining all essential communication links in a single system. This integration reduces the need for multiple separate transmitters, simplifies installation, and minimizes payload weight on UAV platforms.

Le système prend en charge high-definition HDMI input, enabling direct connection to cameras, UAV gimbals, ou d'autres sources vidéo. The transmitted video maintains Full HD quality, with low latency to ensure real-time situational awareness and precise control for UAV operators. The telemetry link allows for real-time status monitoring of UAV parameters such as GPS coordinates, niveau de la batterie, altitude, and other sensor data. RC signals are transmitted reliably alongside video and telemetry, maintaining control of the UAV across the full operational range.

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2. Non-Line-of-Sight (NLOS) Operation Using Relays

Regarding the NLOS situation, our solution supports one relay in mesh mode, allowing a secondary UAV or relay station to extend the effective communication range and bypass obstacles such as buildings, collines, or trees. Dans ce mode, the primary UAV transmits video, télémétrie, and control signals to a relay UAV, which then forwards the signals to the ground control station (GC).

It is important to note that while one relay is supported, en utilisant two or more relays in series may significantly reduce the available data rate due to cumulative signal processing and retransmission delays. Donc, for long-range operations involving NLOS conditions, we recommend planning the deployment with one relay UAV positioned strategically to maintain line-of-sight to both the primary UAV and the GCS. This configuration ensures a robust and stable connection without significantly compromising video quality or telemetry data rate.

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3. Data Rate Performance

Our system is capable of maintaining a data rate greater than 1.2 Mbps at a distance of 15 kilomètres, which meets most high-definition video and telemetry requirements. En réalité, Dans des conditions optimales, the system can support Jusqu'à 4 mbps, providing sufficient bandwidth for Full HD HDMI video, multiple telemetry channels, et les données de contrôle RC simultanément.

This high data rate ensures that video streams remain smooth, telemetry data is transmitted in real time, and RC commands are received without delay, even at extended ranges. The system employs advanced FEC (Correction d'erreur directe) and robust modulation schemes such as COFDM or OFDM to maintain signal integrity, minimize packet loss, and resist interference from other RF sources operating in the same frequency band.

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4. Additional Information on HDMI Video, Télémétrie, and RC Transmission

The HDMI video, télémétrie, and RC transmitter system is designed for opérations professionnelles de drones, surveillance industrielle, arpentage, recherche et sauvetage, and other applications that require long-range, high-quality wireless communication. Key features of the system include:

• HDMI Input Support: Full HD video transmission directly from the camera without compression loss.
• Telemetry Channels: Real-time monitoring of UAV parameters such as GPS, altitude, Statut de la batterie, and sensor data.
• RC Control Integration: Reliable control of UAV functions including flight commands, contrôle du cardan, and other auxiliary functions.
• Faible latence: Transmission latency optimized for FPV and real-time control, ensuring responsiveness and safe operation.
• Robust Long-Range Communication: COFDM/OFDM modulation with Forward Error Correction and optional encryption for secure transmission.
• Déploiement flexible: Supports line-of-sight and limited non-line-of-sight scenarios using a single relay UAV.
• Options de fréquence: Multiple operating frequency bands available to meet regulatory requirements and reduce interference in crowded RF environments.
• Fonctionnement convivial: Plug-and-play setup with clear interface, minimal configuration, and reliable performance under varying environmental conditions.

For more detailed technical specifications, integration options, and system deployment guidance, veuillez nous contacter directement. Our engineers can provide tailored recommendations based on your specific UAV platform, operational environment, and mission requirements.

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En résumé, notre HDMI video, télémétrie, and RC transmitter solution is capable of supporting professional UAV operations at 15 autonomie en km, with high data rates, integrated video and control channels, and optional relay capability to overcome non-line-of-sight challenges. This system is designed for reliability, ease of use, and high-quality video transmission in demanding aerial applications.