HackRF One

RF TransceiverDriver Pre-compiled

Hardware Overview & Capabilities

The Great Scott Gadgets HackRF One is a half-duplex Software Defined Radio transceiver capable of transmission or reception of radio signals from 1 MHz to 6 GHz. While limited to 8-bit resolution and half-duplex operation, its wide frequency coverage and low cost make it essential for passive cellular scanning (GSM/LTE/5G) and signal replay audits.

udev Rule (Non-Root USB Permissions)

TelcoChisel automatically deploys this configuration in /etc/udev/rules.d/50-telcosec-hw.rules to permit hardware access without root privileges:

udev Configuration
ATTR{idVendor}=="1d50", ATTR{idProduct}=="6089", SYMLINK+="hackrf-%k", MODE:="660", GROUP:="plugdev"

Hardware Verification & Diagnostics

Run the following command to test communication and print hardware parameters:

HackRF One Diagnostic
hackrf_info

Step-by-Step Configuration Guide

Follow these instructions to connect and register the hardware interface:

  1. 1Connect the HackRF One to any USB 2.0 or 3.0 port on the host.
  2. 2Verify the device status and read internal firmware version: hackrf_info
  3. 3To scan for active cell towers, activate the Conda workspace and launch a scanning tool: conda activate telcosec-sdr && kal -s GSM900

Common Pitfalls & Jitter Mitigation

SDR Hardware Constraints
HackRF One operates half-duplex (cannot transmit and receive at the same time). If a cellular base station simulator (like YateBTS) fails, verify that the radio is not configured for full-duplex transceiver loops.

Hardware Frequently Asked Questions

Is HackRF One compatible with 5Ghoul fuzzer?

Yes, but because 5Ghoul relies on OpenAirInterface (which expects full-duplex MIMO operations), it is highly recommended to use USRP B210 or BladeRF instead of HackRF for reliable 5G NR testing.

How do I fix HackRF permissions issues?

Ensure udev rule '50-telcosec-hw.rules' is loaded, which maps USB vendor '1d50' and product '6089' to the 'plugdev' group.

VIRTUAL RF LAB

Learn HackRF One Operations in Virtual Labs

Master SDR transceiver signal capture, IQ stream processing, and smartcard analysis without risking expensive physical hardware.

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