Product Overview
Radio signals often emerge in challenging locations uncovered by traditional fixed stations. Weak target frequencies require close-range measurement, or precise local tracking right after initial wide-area site discovery. This system seamlessly unites mobile flexibility with fixed-site engineering parameters to eliminate monitoring blind spots entirely.
Featuring a modular quick-disassembly design, the lightweight hardware allows field personnel to deploy portable monitoring configurations via standard tripods or transport mounts within minutes. For short-to-medium-term unattended projects, the stationary mode enables continuous automated spectrum mapping safely.
Built with robust IP67 waterproofing and high-strength structures, the equipment maintains full-spectrum environmental awareness under extreme high/low temperatures, torrential rain, or heavy winds, driving an optimal input-output ratio for spectrum regulatory bodies.
Key Features
Ultra-Wideband Parallel Operation
Coalesces signal monitoring within 8kHz~40GHz and direction finding across 20MHz~40GHz. Fully supports real-time, parallel dual-channel operations smoothly.
Top-Tier Spectrum Scan Speed
Achieves an outstanding continuous scanning speed of 1200 GHz/s when the instantaneous bandwidth is above 320MHz, trapping elusive flashing emissions instantly.
Heterogeneous Computing Engine
Abandons old hardware constraints in favor of a fully self-developed innovative platform architecture deploying an advanced FPGA + CPU + GPU framework.
MagicRadio 3.0 Technology
Deploys advanced "cloud, edge, and end" processing systems based on secure Linux environment. Supports multi-terminal cross-platform browser or tablet controls.
Large-Aperture Foldable Antennas
The direction-finding array weighs only 5.5kg and folds down to under 0.45m. When unfolded, it expands to a 1.1m large aperture to secure low-frequency accuracy.
All-Weather Unmanned Longevity
Features an IP67 structural rating to endure harsh outdoor wind or snow. Fully compatible with solar, wind, batteries, and remote 4G/5G MESH networks.
Application Scenarios
Regulatory & Compliance Protection
- High-efficiency radio examination security and major event spectrum protection.
- Automated unauthorized broadcast detection, masking, and real-time frequency verification.
- Providing critical frequency security deployment for urban radio management bureaus.
Critical Infrastructure Security
- Long-range border surveillance and coastline regulatory frequency mapping.
- Core aviation route and port signal diagnosis to secure key communications links.
- Advanced multi-constellation GNSS interference and spoofing signal auditing.
Advanced Analytics & Data Collection
- On-site high-throughput signal collection, logging, and long-duration continuous storage.
- Compiling standardized radio spectrum parameters for field database training sets.
- Complex signal structure analysis, intermodulation checks, and automated reporting.
High-Precision Data Processing & Software Suite
High-Precision Measurement & Data Processing
Deploys ITU-compliant measurement architectures engineered for comprehensive spatial tracking. Key technical features include:
- Frequency Span: Covers 8kHz~40GHz with a maximum instantaneous bandwidth of 500MHz.
- Persistence Spectrum Engine: Captures fleeting 50ns transient signals and frequency-hopping streams flawlessly.
- Advanced DF Algorithms: Integrates Sum-difference, Amplitude comparison, Correlation interferometer, and Spatial spectrum methods.
- Automated Data Storage: Automated statistical analysis and occupancy report storage with customizable time settings.
Specialized Monitoring & Protocol Decoding
Fully integrates specialized radio management sub-channels enabling deep network protocol analysis and decoding. Key system support modules include:
- LMR Trunking Demodulation: Live listening for FM, DMR, dPMR, PDT, NXDN, and TETRA digital clusters.
- Aviation & Maritime Telemetry: Seamless real-time decoding for civil aviation ADS-B tracks and maritime AIS vessel positions.
- Signal Audit Infrastructure: Complete scanning parameters for cellular base stations (2G/3G/4G/5G) and illegal broadcast intercept.
- Advanced Spectrum Analysis: Automated intermodulation, band occupancy charting, and radar reconnaissance parameter sorting.
System Core Equipment
Wasp Series Receiver
Model: R6200 Micro
Elf Series Receiver
Model: RG820 Road Test Tool
Lark Series Receiver
Model: RL820 Monitoring Multi-Tool
Tri-Channel Rx Platform
Model: RL829 Advanced
Spatial Spectrum Antenna
Model: DDA933 Tri-Ch Array
Interferometer Antenna
Model: DDA930 Modular
Shortwave Antenna
Model: DA6000A (Active)
VHF/UHF Omni Antenna
Model: DA6003 Monitoring
Microwave Omni Antenna
Model: DA6005 Monitoring
Amplitude-Comparison Ant
Model: DDA928 High-Freq
Directional Horn Antenna
Model: DA6021 (1G-18G)
Directional Horn Antenna
Model: DA6023 Standard
Directional Horn Antenna
Model: DA6024 (8G-40G)
Wasp Series Receiver
Model: R6200 Micro
Elf Series Receiver
Model: RG820 Road Test Tool
Lark Series Receiver
Model: RL820 Monitoring Multi-Tool
Tri-Channel Rx Platform
Model: RL829 Advanced
Spatial Spectrum Antenna
Model: DDA933 Tri-Ch Array
Interferometer Antenna
Model: DDA930 Modular
Shortwave Antenna
Model: DA6000A (Active)
VHF/UHF Omni Antenna
Model: DA6003 Monitoring
Microwave Omni Antenna
Model: DA6005 Monitoring
Amplitude-Comparison Ant
Model: DDA928 High-Freq
Directional Horn Antenna
Model: DA6021 (1G-18G)
Directional Horn Antenna
Model: DA6023 Standard
Directional Horn Antenna
Model: DA6024 (8G-40G)
| Technical Parameter Group | Requirement & Standard Values |
|---|---|
| Frequency & Scanning Characteristics | |
| Frequency Range | 20MHz ~ 8GHz (Extendable via option to 8kHz ~ 40GHz) |
| Tuning Resolution | 1 Hz |
| Frequency Setting Settling Time | ≤ 80 μs |
| Spectrum Scan Speed | 1000 GHz/s (Instantaneous BW > 320MHz) 2300 GHz/s @ 100kHz resolution 2600 GHz/s @ 1.6MHz resolution |
| Channel Scan Speed | 2600 Channel/s (25kHz step) / 10000 Channel/s (100kHz step) |
| Phase Noise | ≤ -125 dBc/Hz @ 10kHz offset (fc = 1GHz) |
| Sensitivity & Receiver Linearity | |
| Noise Figure (LNA Mode) | ≤ 8dB (20MHz~3GHz) / ≤ 10dB (3GHz~8GHz) ≤ 12dB (8GHz~18GHz) / ≤ 14dB (18GHz~26.5GHz) ≤ 15dB (26.5GHz~40GHz) |
| Monitoring Sensitivity (FFM) | ≤ -125dBm (9kHz~30MHz) / ≤ -110dBm (30MHz~8GHz) ≤ -105dBm (8GHz~18GHz) / ≤ -100dBm (18GHz~40GHz) |
| Receiver IP2 / IP3 Performance | IP2: ≥ 60 dBm (Low-distortion mode) / IP3: ≥ 20 dBm (Low-distortion mode) |
| IF / Image Rejection Ratio | ≥ 100 dB (Typ. 20MHz~8GHz) / ≥ 90 dB (Typ. 8GHz~40GHz) |
| Transient Signal Capture Time | ≤ 50 ns (100% POI guaranteed at 160MHz) |
| Intermediate Frequency & Dynamic Range | |
| Max Instantaneous Bandwidth | 80MHz / 160MHz / 320MHz / 500MHz configuration options |
| Level Measurement Accuracy | ≤ ±1.5 dB |
| Instantaneous Dynamic Range | 85 dB |
| A/D Converter Resolution | 16 bit / 14 bit hardware resolution |
| Integrated Antenna Aperture | 1.1 meter baseline aperture (supporting low-band 30MHz DF tasks) |
| Environmental & Structural Parameters | |
| Operating Temperature | -15°C ~ 65°C operational range |
| Relative Humidity Max | ≤ 70% non-condensing environment |
| Environmental Protection | IP67 dustproof and waterproof structural validation |
| Wind Loading Limit | Maintains structural functionality in 6-level high winds |
Upgrade Options & Customization
| Option Name / Category | Description & Technical Configuration Matrix |
|---|---|
| Hardware & Frequency Extensions | |
| Frequency Range Expanders | 8kHz~20MHz Low-Frequency option / 8GHz~26.5GHz / 26.5GHz~40GHz High-Frequency Microwave blocks |
| Real-Time IF Bandwidth upgrade | Selectable paths supporting 160MHz / 320MHz / 500MHz / 1000MHz maximum real-time processing capture |
| FC High-Speed Optical Storage | Integrates high-speed optical interface allowing continuous, uninterrupted raw I/Q signal data recording |
| Advanced Algorithm Softwares | |
| Time-Domain Zero Span | Enables precise real-time signal power versus time characterization and pulse analysis |
| Digital Trunking Demodulation | Decodes digital networks audio streams including FM, DMR, dPMR, PDT, NXDN, and TETRA |
| Cellular Base Station Auditing | Provides specialized compliance tracking algorithms targeting 2G/3G/4G/5G mobile architectures |
| Radar Reconnaissance Module | Performs automatic signal sorting, pulse parameter measurement, and high-frequency radar emission sorting |
| COMINT Signal Intelligence | Deploys advanced automated detection algorithms for fast frequency-hopping or spread-spectrum networks identification |