The Tx/Rx Spoofing Module is a high-precision signal simulation system engineered for advanced wireless communication and navigation security. This professional-grade module provides comprehensive support for global satellite navigation systems, including GPS, BDS, GLONASS, and GALILEO, ensuring seamless integration into complex electronic warfare or testing environments.
Designed for versatility and tactical efficiency, the module offers sophisticated simulation modes ranging from directional dispersal to forced landing. By utilizing a robust UDP protocol with customizable serial communication support, it delivers a reliable and scalable solution for signal deception and navigation interference requirements in specialized electronic equipment manufacturing.
Detailed Parameters
| GPS Support | L1 (1575.42MHz ± 1.023MHz) | BDS Support | B1 (1561.098MHz ± 2.046MHz) |
|---|---|---|---|
| GLONASS Support | G1 (1602MHz ± 4MHz) | GALILEO Support | E1 (1575.42MHz ± 12.276MHz) |
| Simulation Modes | Directional dispersal, Navigation interference | Tactical Functions | Forced landing, Circling function |
| Deceptive Distance | >500m (at 10dbm) | Init Time | Rapid power-on initialization |
| Comm. Protocol | UDP Protocol | Customization | Serial communication supported |
Key Advantages
Multi-GNSS Compatibility
Full-spectrum support for GPS, BDS, GLONASS, and GALILEO for global operational capability.
Rapid Deployment
Optimized power-on initialization ensures the system is operational within seconds of activation.
Precision Deception
Achieve effective deceptive distances exceeding 500m at 10dbm for superior area control.
Advanced Simulation
Includes sophisticated modes such as circling and forced landing to neutralize threats.
Flexible Connectivity
Standard UDP protocol with support for customized serial communication for seamless integration.
Tactical Versatility
Directional dispersal capabilities allow for targeted signal manipulation and interference.
Product Gallery
Management Platforms
Spectrum Analysis
Real-time monitoring of RF environments to optimize spoofing effectiveness.
Mode Configuration
Easily switch between forced landing and circling functions via software.
Alert System
Instant notifications for signal lock and system status updates.
Protocol Management
Full control over UDP and serial communication parameters.
Device Coordination
Synchronize multiple Tx/Rx modules for wide-area signal coverage.
Frequency Tuning
Precise adjustment of MHz offsets for GNSS simulation accuracy.
Investment Return Comparison
| Metric | Standard Modules | Our Tx/Rx Module |
|---|---|---|
| Satellite Range | Single GNSS | Multi-GNSS (GPS/BDS/GLO/GAL) |
| Deployment Speed | Manual Setup | Rapid Auto-Initialization |
| Tactical Modes | Basic Interference | Advanced Forced Landing/Circling |
| Interface Flex | Fixed Protocol | Customizable UDP/Serial |
| Effective Range | Limited/Variable | Stable >500m @ 10dbm |
Frequently Asked Questions
The module supports a comprehensive range of global systems: GPS (L1), BDS (B1), GLONASS (G1), and GALILEO (E1), providing versatility across different regions.
Forced Landing is a tactical simulation mode that manipulates navigation data to trick a target device into initiating an immediate landing sequence.
The system primarily utilizes the UDP protocol for high-speed data transmission, with additional support for customized serial communication for legacy system integration.
Under a power setting of 10dbm, the module can achieve a deceptive distance of greater than 500 meters.
Yes, its compact design and support for various communication protocols make it ideal for integration into vehicle-mounted jammers or spoofing chassis.
Yes, directional dispersal is one of the core simulation modes, allowing operators to control the spread and direction of the spoofed signals.
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