AIRBORNE MIMO MESH RADIO

Manet Fhss Hopping

The XK-M501E is a compact wireless mesh module with integrated RF power amplifier, designed for UAV systems to support high-performance mesh networks without a central hub. It features multiple interface options (SBUS, RS232, TTL) and a user-friendly design. This versatile module can be mounted on various UAV models as an onboard station, used in light-load drones, or embedded in remote controllers and other programmable devices.

Product features

• Flexible networking: Supports self-organizing networks without a central hub, with flexible carrier bandwidth allocation. It can build various network topologies such as point-to-multipoint, chain relay, mesh, and hybrid, to meet complex and changing communication requirements.
• Full IP interconnection: Featuring a fully IP-based architecture, it enables seamless data transmission across all protocols, facilitates interoperability with heterogeneous communication systems, and enhances multi-network service integration to achieve broader coverage.
• Anti-jamming capability: The optional wideband carrier frequency hopping technology significantly enhances anti-jamming performance. The intelligent frequency selection mode avoids interference points in real time to ensure network stability. Combined with ARQ error control transmission mechanism, it effectively reduces data loss rate and ensures reliable data transmission.
• High reliability: The innovative integrated design of power amplifier and core board has excellent anti-vibration protection performance to ensure stable operation of the equipment in harsh environments.
• Specialized UAV waveforms (optional): Optional specialized waveforms developed specifically for UAV application scenarios to optimize transmission delay and ensure priority transmission of flight control data to improve UAV control efficiency.
• Custom development: Support customized development according to the customer’s specific working frequency band to meet personalized needs.
• Efficient maintenance: Built-in dynamic routing mechanism with high efficiency, eliminating complex system configuration. The intuitive human-machine interface enables real-time monitoring and management, while supporting remote software upgrades, configurations, and hot restarts, significantly improving maintenance efficiency.