50km Dual Band UAV Wireless Video Telemetry Downlink Flight Control Commands Uplink

The FDM-6825PTM long-range wireless video, data, and telemetry transceiver is a high-performance wireless drone system designed for professional drones, UGVs, and aerial surveillance applications. It integrates video, data, and control channels, providing seamless connectivity. It supports real-time video telemetry downlink and flight control command uplink, boasting ultra-low latency, secure transmission with AES 128 encryption, and reliable operation in both line-of-sight (LOS) and non-line-of-sight (NLOS) scenarios. With a transmission range of up to 50 kilometers, it's suitable for long-range missions and provides real-time control and monitoring capabilities.

Compatible with IP cameras, IP devices, and flight control telemetry, the FDM-6825PTM is an ideal choice for drone reconnaissance, industrial inspection, law enforcement patrols, search and rescue missions, and scientific research applications.

Q1: What types of communications does the FDM-6823UG support?
A1: The FDM-6823UG supports wireless transmission of high-definition video, data, and serial control signals, and is widely used in unmanned ground vehicles, robotics, and other fields.

Q2: How do I switch frequency bands?
A2: Users can select either the 600 MHz or 1.4 GHz frequency band through simple software configuration, allowing for flexible switching to meet different application requirements.

Q3: How is the FDM-6823UG's interference immunity?
A3: The FDM-6823UG uses frequency hopping sequence (FHSS) technology, combined with 2x2 MIMO technology, to automatically avoid interference in crowded environments, ensuring a stable communication link.

Q4: What communication protocols does the FDM-6823UG support?
A4: The FDM-6823UG supports multiple protocols, including Ethernet, TCP, UDP, MQTT, and Modbus, enabling easy integration into various control and data transmission systems.

Q5: How many nodes does each network support?
A5: The FDM-6823UG supports up to 64 nodes, making it suitable for large-scale network deployment and expansion.