I. Key Functions
Centered on end-to-end electromagnetic signal processing, the system integrates simulation, jamming, and comprehensive control capabilities to meet diverse application requirements across multiple scenarios. Its core functions are as follows:
(1) End-to-End Signal Generation: Capable of generating signals across the entire chain—from baseband and intermediate frequency (IF) to radio frequency (RF)—to accurately emulate various complex electromagnetic signals, fulfilling simulation requirements for equipment testing and tactical exercises across different frequency bands and signal types.
(2) Multimodal Jamming Implementation: Enables real-time wireless signal jamming, supporting multiple jamming methods including historical scenario replay and complex environment simulation. It can concurrently generate multiple signals within a specified bandwidth, efficiently meeting multi-target coordinated jamming requirements.
(3) Precise Integrated Control: Achieves efficient, integrated scheduling of jamming operations. The system accepts and responds to both internal and external command-and-control instructions, and provides real-time feedback on device operational status—ensuring precise, controllable, and fully traceable jamming operations.
(4) Flexible Multi-Scenario Adaptation: Balances portability with operational deployment requirements, enabling rapid adaptation to diverse application scenarios such as field training and laboratory testing. Deployment requires no complex configuration, significantly enhancing usability.
(5) Integrated Core Functions: The control terminal consolidates core functionalities—including jamming signal generation, signal acquisition and playback, and integrated control management—offering intuitive operation and enabling unified, end-to-end jamming process management, thereby lowering the operational threshold.
II. System Configuration
The system features a scientifically designed, operationally focused, and portable configuration based on an integrated architecture comprising “jamming hardware + supporting components + core software.” Specific configurations include:
(1) Core Jamming Equipment: Two communication signal jammers serve as the system’s jamming core, providing hardware support for wireless signal jamming and electromagnetic environment simulation—ensuring effective jamming performance and high-fidelity simulation accuracy.
(2) Supporting Power Amplifiers and Antennas: Each jammer is paired with one HF power amplifier, one VHF/UHF power amplifier, one HF antenna, and one VHF/UHF antenna—ensuring adequate signal transmission distance and jamming coverage while accommodating jamming requirements across different frequency bands.
(3) Control and Power Supply Equipment: Each jammer is paired with one control terminal and one portable power supply; the portable power supply ensures reliable operation in field environments lacking fixed power infrastructure, enhancing system deployment flexibility.
(4) Dedicated Control Software: A specialized software suite is deployed on the control terminal, integrating core functions including jamming signal generation, signal acquisition and playback, and integrated control management—enabling visualized, unified jamming process control while balancing ease of operation with professional functionality.
Additionally, the system supports flexible adjustment of configuration parameters and scalable expansion of jamming frequency bands and scenario adaptability—further addressing diverse testing and exercise needs in electronic warfare and communications assurance domains, and delivering more comprehensive support for equipment development and tactical training.
