Core R&D Expertise &
Quality Assurance
UAS innovation, we commit to rigorous quality control and substantial R&D investment, ensuring our
solutions meet the demanding requirements of modern electronic warfare and communication
landscapes.
Deployment Scenarios
Ultra-Wideband RF Design
Pushing the boundaries of frequency coverage from DC to 67 GHz.
- Optimization of insertion loss across full bandwidth.
- Precision VSWR matching for signal integrity.
- Custom filter topologies for steep rejection requirements.
Low Phase Noise Architecture
Critical signal purity for next-gen radar and communication systems.
- Industry-leading phase noise performance in frequency synthesizers.
- High-stability local oscillators for aerospace applications.
- Advanced spurious suppression techniques.
System-Level Integration
Seamless fusion of detection and neutralization technologies.
- Integrated Radar & Jamming modules for C-UAS.
- Compact form factors for mobile deployment.
- Thermal management for high-power active systems.
Military-Grade Quality Assurance
Our commitment to quality is absolute. We operate under a robust Quality Management System designed to meet the stringent standards of the aerospace and defense sectors. Every component undergoes rigorous testing to ensure reliability in the harshest environments.
Max Detection Range
Up to 5 km (RCS 0.01m²)
Max Detection Range
Up to 5 km (RCS 0.01m²)
Quality Control Process
Incoming Inspection (IQC)
Rigorous verification of raw materials and substrates.
In-Process Quality Control (IPQC)
Real-time monitoring during bonding and assembly stages.
Final Quality Assurance (FQA)
100% electrical performance testing and environmental screening.
- R&D Team & Facilities
Driving Innovation in GaN & mmWave
Our R&D division is the heartbeat of RFTech, staffed by over 40 specialized engineers with deep expertise in electromagnetic simulation, circuit design, and mechanical engineering.
Operating out of our state-of-the-art laboratory, we are actively developing next-generation Gallium Nitride (GaN) power amplifiers and millimeter-wave (mmWave) components to support the future of 6G and advanced electronic warfare systems.