
What We Do
Hardware Development
Design and prototyping of high-complexity multi-layer PCBs, enclosure design, and thermal management.
SEE OUR PROCESSSoftware Development
High-performance application software, signal processing algorithms, and GUI development for radar and RF systems.
SEE OUR PROCESSFirmware Development
RTL design, FPGA implementation, and low-level driver development for real-time embedded hardware.
SEE OUR PROCESSFeatured Products
Multi-channel digital receiver
High-speed multi-channel receiver card for radar signal acquisition.
VIEW SPECSZynq UltraScale+ quad Ethernet board
High-throughput board for networked data acquisition systems.
VIEW SPECSView All Products
Browse our complete catalog of RF and embedded hardware.
Design & Development Process
High-speed systems demand a rigorous approach — from understanding requirements through component selection, PCB design, signal processing, and environmental testing.
Requirements analysis
We identify the specific requirements for each system: frequency range, maximum power output, signal processing needs, and environmental conditions.
Conceptual design
Based on requirements, we develop a conceptual design covering system architecture, component selection, and performance criteria.
Component selection
We select high-quality components rated for extreme temperatures, humidity, shock, and vibration for dependable field operation.
PCB layout
Multi-layer PCB layouts are engineered to preserve signal integrity and minimize interference with dedicated power and ground planes.
Signal processing
We build algorithms and software to capture and analyze radar signals, backed by thorough testing.
Environmental testing
Every system goes through temperature cycling, humidity, vibration, and shock testing to confirm field survivability.
Performance testing
Final testing validates range, sensitivity, and signal-to-noise ratio against original requirements.
Radar subsystems and signal processing for critical applications
We design and build subsystems for data acquisition and signal processing across defense, aerospace, and civil applications.
Object tracking
Advanced target detection and precise trajectory estimation for situational awareness.
Weather forecasting
High-resolution atmospheric sensing and meteorological data processing systems.
Wind profiling
Real-time wind velocity and direction measurement for aviation and research applications.
Satellite data decoding
Hardware-accelerated demodulation and high-speed downlink data processing.
Our background
FalconX Electro Technologies was established as FalconX Technologies in September 2019 and has grown into a private limited company, registered as a Micro Enterprise under MSME. We're a team of engineers delivering firmware, software, and hardware solutions for the defense and aerospace electronics industry.
Recent work
A look at some of the systems we've designed, built, and delivered.
Work culture
FalconX places a high importance on innovation and creativity. We support our team in exploring cutting-edge technologies, coming up with novel ideas, and pushing beyond the boundaries of what's possible.
We're a small team of engineers working on hard problems in RF, radar, and embedded systems — and we're always looking for people who want to build things that matter.
Our Successful Clients
Our boards and subsystems are deployed in radar, surveillance, and signal processing systems for defense, aerospace, and research applications across India.
FalconX