Broadband SDR Counter-UAV Digital Module

Broadband SDR Counter-UAV Digital Module

Broadband SDR Counter-UAV Digital Module offers a robust hardware architecture built for anti-drone measures, measuring 58mm x 155mm x 29mm and weighing 340±10g, which allows for easy system integration in mobile or fixed defense setups. The module operates over a wide frequency spectrum (300MHz–1200MHz), delivering jamming outputs up to 50W (47dBm) with a maximum bandwidth of 100MHz. Its RF output uses a standard SMA/50Ω interface, and it runs efficiently on DC 28–32V, with a maximum current draw of 4.5A, making it suitable for diverse deployment settings.

Key components include a digital source driven by FPGA technology and a broadband power amplifier. This digital architecture enables the rapid generation and modulation of jamming signals across mainstream FPV drone protocols, including ELRS and TBS Crossfire. Flexible IO (RS-422 communication and enables) allows seamless control and integration with broader drone defense ecosystems. The system operates reliably in temperatures from -40°C to +55°C, underscoring its reliability in harsh conditions.

The Broadband SDR Counter-UAV Digital Module excels in real-world military and security scenarios. It is employed in base protection, border surveillance, critical infrastructure defense, and convoy security. By delivering broadband, digitally modulated interference, it neutralizes high-speed and agile FPV drones used for surveillance, disruption, or hostile actions. The module’s ability to adapt digitally to evolving UAV communication protocols makes it an effective and future-proof solution in dynamic threat environments.

Tactical Supply Pakistan is proud to present this advanced, modular technology, reinforcing the brand’s leadership in providing dependable, field-proven equipment for defense and security applications.

How does the module select the optimal jamming code for different UAVs?
The module supports multiple digital modulation methods and protocols (like ELRS and Crossfire). Operators can select or automate the selection of jamming codes for effective interference based on real-time threat analysis.