XY-RF-MUR
In today's increasingly congested electromagnetic environment, the ability to capture and process high-frequency signals with absolute fidelity is paramount. Traditional architectures frequently struggle with massive data throughput and the requirement for sub-nanosecond synchronization across multiple channels simultaneously. The XY-RF MUR (Multichannel Universal Recorder) addresses these operational challenges by delivering a high-performance platform engineered for wideband RF signal acquisition in the most demanding mission environments.
The XY-RF MUR leverages state-of-the-art RFSoC FPGA technology to deliver an unprecedented combination of 8 analog inputs and up to 32 digital channels. Engineered for defense organizations and advanced research institutions requiring stable, continuous data capture and agile signal processing, the system integrates GNSS synchronization and an 18.6 Gbps data throughput to deliver laboratory-grade spectrum monitoring and analysis in tactical field environments.
Key Features
- Advanced RFSoC FPGA Architecture: Employs cutting-edge processing for stable, real-time digital signal handling.
- 8-Channel Wideband Acquisition: Direct analog input handling with a usable frequency range up to 4 GHz.
- 32-Channel Flexibility: Up to 4 digital down-conversion channels per analog input, enabling dense spectrum monitoring.
- Precision GNSS Synchronization: External synchronization jitter below 3.9 ns for mission-critical timing requirements.
- Ultra-Fast Reconfiguration: System parameter switching in under 100 ns, ensuring continuous operation without data loss.
- High-Fidelity Output: 16-bit I/Q output format with SFDR performance reaching up to 47 dBFS.
Key Benefits
- Long-Term Reliability: Engineered for continuous, uninterrupted operation without thermal or processing degradation.
- Seamless Integration: High-speed 18.6 Gbps network interfaces facilitate low-latency streaming to host processing architectures.
- Configurable Bandwidth: Selectable per-channel sampling rates from 8 MS/s to 512 MS/s.
- Proven Engineering: Developed by XY-Sensing, specialists in RF engineering and electronic warfare architectures.
Technical Specifications
Parameter | Specification / Value |
|---|---|
Number of Analog Inputs | 8 |
ADC Sample Rate | 4.096 GS/s |
Frequency Range (3dB Band) | 3.0 GHz |
Useful Input Frequency Range | 4 GHz (-5.2 dB attenuation) |
Maximum Number of Channels | 32 |
Channel Sample Rate | 8 - 512 MS/s |
ADC Resolution | 12 bits |
Output Sample Format | 16 bits I/Q |
Maximum Data Rate | 18.6 Gb/s |
External Synchronization Error | < 3.9 ns |
Reconfiguration Time | < 100 ns |
Applications
RF Spectrum Monitoring
Comprehensive wideband surveillance and analysis across complex electromagnetic environments.
Radar Signal Recording
High-fidelity capture of complex radar waveforms for post-mission analysis and emitter library building.
Spectrum Analysis
In-depth investigation of signal density, emission patterns, and intentional interference.
Electronic Warfare (EW) Research
Testing, validation, and development of advanced electronic countermeasures and ESM algorithms.
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