Super High Data Rate Digital IP Transceiver For UGVs Video And Telemetry Data

The FDM-6823UG, with its 120Mbps high bandwidth, 2x2 MIMO multi-antenna technology, dual-band adaptive anti-interference (600MHz/1.4GHz), and 8-node networking capability, is particularly suitable for scenarios with stringent requirements for real-time performance, stability, and multi-device collaboration, such as for unmanned vehicles and robots.

The FDM-6823UG provides for unmanned systems the following three core capabilities: spectrum flexibility (CA technology), environmental adaptability (dual-frequency hopping), and large-scale collaboration (8 nodes), offering 10ms Ultra-low latency, Adaptive Modulation Technology, Military-grade destructibility

Ultra-low latency: End-to-end latency <10ms (1080P@60fps video stream).

Military-grade destructibility: The network automatically reconstructs when a single node fails, suitable for battlefield or disaster scenarios.

Extended compatibility: Supports mixed networking with 5G private networks or LoRa IoT, meeting the needs of future smart factories.

• Frequency Bands: Operates in the 600 MHz and 1.4 GHz bands without relying on carrier base stations.
• IP Transparency: Offers IP transparent transmission for seamless integration with video and data applications.
• Ethernet and Full-Duplex Telemetry: Supports wired Ethernet access and full-duplex data transmission.
• Rapid Deployment: Features rapid setup, high compatibility, low power consumption, and high bandwidth for immediate operation in diverse scenarios.

1. Supports carrier aggregation of different bandwidths, and can adjust the bandwidth of carrier aggregation according to environmental interference and available spectrum resources, making it easier to adapt to different scenarios.
2. Retransmit on different carriers to avoid data interruption after a single carrier is interfered.
3. Supports frequency hopping of different carriers to more effectively find interference-free carriers

1. Operation of unmanned driving excavators in mining areas requires the vehicle to simultaneously transmit cabin monitoring, cargo box status, LiDAR point cloud, and multiple other data streams.
2. Multi-vehicle collaboration for urban unmanned delivery vehicles.
3. Remote control of fire extinguishing robots, synchronously transmitting thermal imaging video, gas sensor data, and robotic arm pressure feedback in high-temperature and dense smoke environments.