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Complete RF spectrum solutions: from compact sensors to powerful software development tools

SDR-Technologies offers a complete ecosystem for radio signal analysis, combining powerful sensors, intuitive software, and comprehensive services. Our integrated approach enables organizations to rapidly deploy sophisticated radio monitoring capabilities without requiring deep RF expertise.

Whether you're conducting signal reconnaissance, testing communications systems, or monitoring the electromagnetic spectrum, our product line provides everything you need to succeed.

Choosing the Right Solution:

Requirement Recommended Product
Infrastructure monitoring (specific frequencies) Smart Tester
Spectrum surveillance (VHF/UHF) Smart Foxy
Wide-area, rapid detection Smart Leopardo
Application development PulseJS
Complex custom requirements Engineering Services + Training
Network deployment Multiple SDRNode sensors + Engineering Services

Not sure your use case could benefit from our solutions? Contact our team !

SDRNode Smart Sensors

Our SDRNode family delivers field-ready, compact sensors designed for unattended operation. Each unit operates autonomously, requiring no on-site personnel, while providing comprehensive spectrum awareness through automatic detection, analysis, demodulation, and recording capabilities.

Common Features

Core Capabilities:

  • Automatic spectrum scanning and signal detection
  • Real-time signal characterization and classification
  • Automated demodulation
  • Configurable recording with automatic triggers
  • GPS-referenced time stamping
  • Event logging and data archiving
  • Customizable analysis scenarios via PulseJS

SDRNode Smart Tester

Infrastructure monitoring and equipment supervision

Smart Tester is designed for continuous supervision of radio infrastructure, enabling operators to monitor designated frequencies and ensure proper equipment operation.

Key Applications:

  • Radio infrastructure health monitoring
  • Frequency occupancy verification
  • Equipment malfunction detection
  • Compliance monitoring
  • Service availability tracking

Ideal For:

  • Telecommunications operators
  • Critical infrastructure managers
  • Regulatory compliance monitoring
  • Railway and transportation networks

SDRNode Smart Foxy

Mid-range spectrum surveillance with automatic signal processing

Smart Foxy provides comprehensive detection and qualification of radio emissions across its coverage range, with fully automated analysis and storage for post-operation review.

Technical Specifications:

  • Frequency range: 50-1800 MHz (standard configuration)
  • Scan speed: 100 MHz per second

SDRNode Smart Leopardo / SmartLeopardo R

High-performance wideband spectrum analyzer

Smart Leopardo represents our flagship sensor, delivering ultra-fast spectrum analysis through a custom-designed acquisition board (S3 card) developed in-house.

Scanning Specifications:

  • Frequency range: 0-3200 MHz continuous coverage
  • Analysis speed: 3200 MHz scanned 40-60 times per second

Performance Advantages:

  • Immediate spectrum awareness across entire bandwidth
  • No scan gaps – continuous monitoring without blind periods
  • Sub-second detection latency for rapid response requirements
  • Comprehensive event logging for forensic analysis
  • Parallel multi-signal processing via GPU acceleration

Software Products: Pulse Suite

Accelerate radio application development from weeks to hours

The Pulse software suite democratizes Software Defined Radio (SDR) development, enabling non-RF experts to create sophisticated radio applications through an accessible JavaScript-based platform.

PulseJS Software License

Innovative SDR application engine for rapid development

PulseJS is a software license that dramatically accelerates radio application development by providing a high-level programming interface to complex signal processing operations.

What Makes PulseJS Unique:

  • Accessible to non-experts: JavaScript-style language familiar to software developers
  • GPU-accelerated: Automatic utilization of GPU hardware for DSP operations
  • Multi-tasking: Execute multiple signal processing chains simultaneously
  • Mesh networking: Coordinate multiple sensors in distributed deployments
  • Extensive function library: Pre-built functions for common radio operations