XY-DEMORAD

Developing sophisticated radar algorithms requires direct access to high-quality signal data—a capability often missing in commercial off-the-shelf sensors. XY-DemoRad addresses this challenge by providing a compact frequency-modulated continuous-wave (FMCW) radar platform specifically designed for research, prototyping, and educational purposes. By granting direct access to raw intermediate frequency (IF) data, the system empowers engineers and researchers to build, test, and optimize complex signal processing pipelines without the constraints of closed proprietary architectures.

Versatility in Professional Applications

XY-DemoRad is a flexible tool for academic institutions, defense laboratories, and commercial R&D teams. Its key advantage lies in its modularity—interchangeable RF front-ends enable operation across multiple frequency bands. Whether utilized for laboratory experimentation or integrated into UAV-based technology demonstrators, XY-DemoRad provides access to raw data, allowing seamless implementation and testing of custom algorithms.

Key Features

FMCW Radar Architecture: High-stability continuous-wave modulation for precise range and velocity measurements.
Raw IF Data Access: Enables real-time processing and in-depth offline analysis of unprocessed signals.
Interchangeable RF Front-Ends: Modular design allows system adaptation across different frequency bands (K-band and 120 GHz band).

Technical Specifications

Parameter	Specification
Transmit Bandwidth	23.2–26.3 GHz for K-band or 119.1–125.4 GHz for 120 GHz
Pulse Repetition Frequency (PRF)	0.1 - 5 kHz
Transmitted Power	4 dBm (Typical)
Finest Range Resolution	88.5 mm or 27 mm
Antenna Elevation Beamwidth	30° for K-band 60° for 120 GHz band 8° for 120 GHz band with lens
Antenna Azimuth Beamwidth
Dimensions (L x W x H)	15 x 10 x 6 cm
Weight	0.3 kg
Supply Voltage	5 V
Supply Power	20 W
IF Bandwidth	1 MS/s

Key Applications

Radar Algorithm Development

An ideal tool for testing and validating new detection and tracking algorithms.

Signal Processing Research

Advanced analysis for noise reduction, FFT optimization, and signal filtering.

Laboratory Experimentation

Reliable support for academic instruction and fundamental research in RF physics.

UAV Integration

Optimization of collision avoidance systems, altimetry, and airborne mapping.

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