Software defined radio data links for UAV
Connecting the UnseenEmpowering the Future
Ultra-low Latency, Robust anti-interference SDR Data Links for Unmanned System.
Core strength
Core Technology Advantages
Highlights distilled from mission-proven application scenarios and field deployment requirements.
Responsiveness
Achieve ≤10 ms end-to-end latency to ensure real-time control in the most demanding mission-critical scenarios.
Reach
Maintains robust, low-error communication links at ranges reaching 300 km, designed to perform under harsh RF spectrum conditions.
Mesh
Self-forming and self-healing mesh technology ensures continuous connectivity in dynamic and complex environment.
Security
Secure encrypted links protect mission-critical video, data and command traffic from end to end.
Products
Featured Product Portfolio
Representative modules and controllers selected from the latest product catalog.
A25mini-1400
0.4 W single-band 1335–1475 MHz low-power modular link
- Compact and light for long-range FPV
- Real-time spectrum monitoring
- Intelligent frequency selection within 140 MHz
A27mini-1400
0.5 W single-band mini link (1335–1475 MHz)
- Compact and light for long-range FPV.
- Spectrum sensing & smart frequency pick
- Supports P2P/Star networking.
A27-1400
0.5 W single-band full-size module (1335–1475 MHz)
- Real-time spectrum monitoring
- Intelligent frequency selection within 140 MHz
- Supports P2P/Star/Mesh networking
Applications
Mission Applications
Real deployment scenarios powered by Mdot SDR data links and integrated communication stacks.
Wall-Penetrating Robot Inspection
Mdot SDR overcomes severe attenuation in dense concrete and keeps HD links stable across multiple reinforced walls.
Powerline Inspection
Built for grid maintenance, this solution pairs anti-interference radios with autonomous inspection in high-EMI environments.
Drone Communication
Mdot's flagship commercial UAV profile provides SDR-integrated video and data links designed for Beyond Visual Line of Sight operations.
Wireless Charging & Hopping Flight
Persistent aerial operation is achieved by combining long-range BVLOS connectivity with autonomous wireless charging stations.