AirOptix Dual-Band Data Radio
The AirOptix Dual-Band Data Radio is an ultra-compact, high-performance wireless communication module engineered for next-generation Unmanned platforms. Designed to operate in both 2.4 GHz and 5.8 GHz ISM bands, this radio offers resilient, encrypted broadband connectivity to enable real-time transmission of HD video, telemetry, and command and control (C2) data over long distances.
With robust OFDM modulation, dynamic bandwidth adaptation, and advanced encryption (AES-256), the AirOptix radio ensures reliable, interference-resistant links even in congested RF environments. Its rugged design, extended temperature range, and flexible interface options make it a plug-and-play solution for aerial, ground, and maritime unmanned systems used in defense, enterprise, and industrial applications.
Key Highlights
- Dual-Band Operation (2.4GHz / 5.8GHz): Enables adaptive channel selection to optimize connectivity based on real-time spectrum conditions.
- Broadband Throughput (Up to 40 Mbps): Facilitates transmission of high-bandwidth payload data, including HD video, LIDAR, or EO/IR streams.
- Secure and Resilient Links: Employs AES-256 encryption, frequency hopping (TDD Duplex), and OFDM modulation for robust anti-jamming performance.
- Ultra-Compact Form Factor: Weighing just 20g, it’s ideal for small UAVs and payload-constrained platforms.
- Multi-Interface Flexibility: Supports Ethernet, TTL, USB, and S.BUS, ensuring compatibility with a broad range of autopilots, gimbals, and onboard processors.
- Edge-Ready Architecture: Can serve as a foundation for future mesh networking and edge computing integrations.
Designed for Demanding Missions
Whether deployed on tactical ISR drones, autonomous delivery platforms, or mobile ground robotics, the AirOptix Data Radio is engineered to thrive in complex and evolving mission environments.
- Tactical UAVs for ISR and target acquisition
- Secure battlefield comms with encrypted telemetry
- Long-range surveillance drones
- Inspection and mapping UAVs
- UGVs for remote industrial operations
