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HackRF One 1MHz-6GHz Software Defined Radio SDR Tools Sdr Hack rf one hack-ing device HackRF One

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Software Defined Radio (1MHz–6GHz): Enables real-time signal analysis, spectrum scanning, and bidirectional RF communication across a broad frequency range.
  • Recording & AM/FM Radio: Captures audio signals and broadcasts via AM/FM bands for experimentation or entertainment.
  • USB-Powered Portability: Operates via USB (5V DC) for seamless integration with PCs, macOS, or Linux systems.

Key features

  • 1. Rugged Material Construction

  • With a durable metal body and robust connectors, ensure reliable operation in harsh environments*

  • 2. Cross-Platform Software-Defined Design

  • With a user-friendly touchscreen interface and compatibility with multiple operating systems, streamline setup and control for diverse applications*

  • 3. Broad Frequency Range & High Performance

  • With a 1MHz–6GHz operating range, access over 20x more radio bands than traditional fixed-frequency radios*

  • 4. Versatile Scenario Solutions

  • With real-time spectrum analysis and antenna customization, adapt to scenarios like amateur radio, security testing, or scientific research*

  • 5. Certified Compliance & Safety

  • With compliance to international RF standards (e.g., FCC/CE), ensure safe and legal operation in global markets*

Product details

HackRF One 1MHz-6GHz Software Defined Radio SDR Tools Sdr Hack rf one hack-ing device HackRF One

The HackRF One is a versatile software-defined radio (SDR) device operating from 1 MHz to 6 GHz, enabling real-time signal analysis, radio communication, and spectrum monitoring. Equipped with USB charging, an integrated OLED display, and support for multiple operating systems, it caters to both hobbyists and professionals.

Technical specifications

FeatureSpecificationApplication Scenario
Frequency Range1 MHz - 6 GHzSpectrum analysis, amateur radio projects
Power SupplyDC 5V via USBPortable field operations
Display TypeIntegrated OLEDReal-time signal strength monitoring
SDR CompatibilityGNU Radio, Gqrx, and custom softwareCustom signal processing workflows
Antenna SupportSMA connectors (coiled & telescopic)Adapting to indoor/outdoor environments
Operating SystemsWindows, macOS, LinuxCross-platform development flexibility

Customization guide

Adjustable antenna types (coiled for compact use, telescopic for extended range) and open-source software frameworks allow customization to meet specific needs, such as optimizing signal reception for IoT testing or improving bandwidth for field research.

Get inspired

With the HackRF One, you can explore radio frequencies like never before. Whether you’re a hobbyist experimenting with AM/FM signals or a researcher analyzing wireless protocols, its SDR capabilities empower you to innovate in real time.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Frequency Span1-6 GHz0.1-6 GHz0.1-6 GHz (12-bit ADC)
Sampling Rate20 MS/s40 MS/s80 MS/s
Power Consumption500 mA350 mA (optimized)250 mA (low power)
Software SupportBasic GNU RadioEnhanced APIsFull SDK access

Supplier's note

  1. Technical Breakthroughs:

    • Extended Frequency Range (0.1-6 GHz): The Pro Model’s 12-bit ADC enables precise signal capture for high-frequency applications like 5G testing.
    • Low-Power Design: The Pro’s 250 mA consumption is 50% lower than industry benchmarks, ideal for battery-powered fieldwork.
    • SDK Integration: The Pro’s full software access unlocks advanced features for developers, such as real-time protocol decoding.
  2. Version Selection Guide:

    • Hobbyists/Beginners: Base Model suffices for AM/FM radio projects and basic spectrum scanning.
    • Researchers/Engineers: Advanced Model offers improved sampling rates for IoT and Wi-Fi analysis.
    • Professionals: Pro Model’s 80 MS/s and 12-bit ADC make it indispensable for 5G, radar, and military-grade signal analysis.

With the Pro’s triple-industry-standard ADC resolution, you can resolve signal details invisible to competitors’ devices. Pair this with its low power draw to ensure uninterrupted field operations. The Advanced Model’s 40 MS/s sampling rate is 20% faster than legacy SDRs, making it perfect for real-time protocol testing.

Frequently asked questions

  • Is the HackRF One suitable for AM/FM radio recording and spectrum analysis in amateur setups?

  • How do I clean and store the HackRF One’s antennas to ensure longevity?

  • What are the advantages of the coiled antenna vs telescopic antenna included with the HackRF One?

  • Can I attach external filters or adapters to the HackRF One for specialized tasks?

  • Does the HackRF One work with Windows, macOS, and Linux operating systems?

  • Can the HackRF One perform real-time spectrum analysis for frequency monitoring tasks?

  • How does the USB charging feature improve the HackRF One’s portability compared to other SDR devices?

  • What data does the HackRF One’s display provide during radio signal analysis sessions?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Frequency RangeSpectrum Analysis, Radio CommunicationIndustry: 30MHz–1GHz; Base: 1MHz–6GHz (▲); Advanced: 0.1MHz–10GHz (▲▲)Base: Covers AM/FM to Wi-Fi bands (1MHz–6GHz).
▲▲ Advanced: Extended to HF/microwave (0.1MHz–10GHz).
Higher cost and complexity for advanced models.
Power SupplyField Operations, Desktop UseIndustry: Battery-Powered; Base: USB 5V (▲); Advanced: USB + Battery (▲▲)Base: Convenient USB charging.
▲▲ Advanced: Wireless + portable.
Base requires constant power source; advanced adds cost.
DisplayReal-Time MonitoringIndustry: No Display; Base: OLED Screen (▲); Advanced: Color Touchscreen (▲▲)Base: Immediate feedback via OLED.
▲▲ Advanced: Intuitive touchscreen.
Limited display resolution in base model.
ConnectivityData Transfer, Remote ControlIndustry: Serial Port; Base: USB 2.0 (▲); Advanced: USB-C + Wi-Fi (▲▲)Base: Fast data transfer.
▲▲ Advanced: Wireless flexibility.
Base lacks wireless capabilities; advanced requires setup.
CustomizationMulti-Environment UseIndustry: Fixed Antennas; Base: SMA Antenna Ports (▲); Advanced: Multi-Port + Filters (▲▲)Base: Swap antennas for optimal reception.
▲▲ Advanced: Advanced filtering/tuning.
Requires external accessories for full customization.
ApplicationsSecurity Testing, Amateur RadioIndustry: Limited to AM/FM; Base: SDR Capabilities (▲); Advanced: Built-in Software (▲▲)Base: Analyze signals, hack RF.
▲▲ Advanced: Pre-loaded tools for hacking/security.
Steeper learning curve for SDR; advanced may need coding.

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