SDR Full-Band Signal Acquisition and Analysis Unit

Infrared Electro-Optical Gimbal with tracking

IR/EO Gimbal automatic tracking

Electro-Optical Gimbal signal booster

Specifications

High Light:

SDR full-band signal analyzer

Public safety signal acquisition unit

Critical communications analysis unit with warranty

Product Description

SDR Full-Band Signal Acquisition and Analysis Unit

The SDR (Software-Defined Radio) Full-Band Signal Acquisition and Analysis Unit is a specialized signal sensing and analysis device purpose-built for low-altitude security and defense applications. Leveraging software-defined radio technology, the system enables full-band signal acquisition, real-time analysis, feature extraction, and identification of low-altitude targets—including UAVs and small aerial vehicles.

Through its wideband signal reception module, the unit captures remote control signals, video transmission signals, and navigation signals emitted by various low-altitude targets. These signals are then processed through proprietary algorithms to perform target identification, signal feature extraction, and anomaly detection, providing precise signal-based data support for low-altitude defense operations. The system can operate independently or be seamlessly integrated into broader low-altitude defense architectures, and is well-suited for deployment in airports, sensitive facilities, border security zones, and other critical areas—enabling precise monitoring and early warning of low-altitude targets.

Core Product Features

Full-Band Signal Acquisition

Comprehensive coverage of UAV remote control, video transmission, and positioning frequency bands
Captures wireless signals across the full spectrum—from low to high frequencies—with zero signal omissions
Adaptable to signal monitoring requirements for diverse types of low-altitude targets

Precision Signal Analysis

Powered by proprietary signal parsing algorithms
Rapidly extracts signal features and identifies target types (e.g., UAV model, operating frequency band, flight status)
Accurately distinguishes between authorized (legal) and unauthorized (illegal) signals
Significantly reduces misidentification rates

Real-Time High-Efficiency Response

End-to-end signal acquisition, analysis, and identification completed with minimal latency
Low response delay ensures real-time feedback of target signal information
Provides timely data support for subsequent countermeasure deployment and engagement

Flexible Deployment Adaptability

Lightweight, compact design
Supports both fixed installation and mobile deployment configurations
Can be paired with radar systems and countermeasure devices
Adaptable to varying deployment requirements across different defense scenarios

Comprehensive Data Traceability and Analysis

Stores acquired signal data and analysis reports
Supports data export and post-event review
Provides critical data support for low-altitude defense optimization and vulnerability assessment

Superior Anti-Jamming Resilience

Engineered with robust anti-interference design
Maintains stable operation in complex electromagnetic environments
Minimizes impact from nearby electronic devices on signal acquisition and analysis
Ensures data accuracy and reliability

High Scalability and Interoperability

Seamless integration with low-altitude defense platforms and countermeasure systems
Supports expansion of signal acquisition range based on evolving defense requirements
Enables optimization of analysis algorithms to adapt to varying scales of low-altitude defense architectures

Fully Compliant and Secure Operation

Strictly adheres to national radio management regulations and standards
Signal acquisition and analysis processes do not interfere with surrounding civilian electronic equipment or communication systems
Usage is fully compliant, controllable, and operationally safe