HackRF One

Product Information

The system covers a wide frequency range from 1 to 6000 MHz, and covers many licensed and unlicensed as well as ham radio bands. Since full-duplex needs can be met by simply using a second HackRF One, it made sense to keep the device small, portable, and low cost for everyone who does not require full-duplex operation. They have selected the MAX5865 as their analog to digital converter (ADC) chip which is a faster sampling version of the MAX5864 which is used in the HackRF. To ensure privacy and reduce theft, all packages are anonymous - there is no mention of product contents or Lab401 branding on the outside of the packaging.

Decoded with SatDump and massaged with Gimp, the microwave images of Europe are at least recognizable, mostly due to Italy’s distinctive shape. In January, we’ve covered his work on an USA-imported Tesla LTE modem replacement to fix LTE band incompatibilities in Ukraine, and his blog is a treasure trove of experiments that we are yet to properly comb through, from astrophysics and satellite work to RS485 networks and Linux driver writing. Mike N7MSD on An HF Ham Radio SSB/AM/FM/CW Transmitter made from a Raspberry Pi Pico and not much more: “ Not at all: this is just bit-banging a signal just like you would on a regular Pi but less overhead. That seems to be the question [dereksgc] asked and answered by tapping into S-band telemetry from an obsolete satellite. Under distance selling regulations you are not entitled to any refund on carriage charges or modification charges made at your request.The main objective was to determine whether those communications were properly secured with encryption and other important security measures when it comes to devices that communicate using radio frequencies such as protection against jamming, GPS spoofing or replay attacks.

Be sure to also submit an issue on GitHub if you’ve found a bug or if you want to ensure that your request will be tracked and not overlooked.The HackRF One is a test equipment module for RF related experiments and measurements which covers a frequency range from 1 to 6000 MHz. Currently it requires firmware mod to switch (its only 100us but still annoying) quickly to Tx a packet.

You will be required to have a fundamental knowledge of programming and be required to provide your own code.There are plenty of simple examples of RF reverse engineering projects on the internet for everyone to grasp the basics of RF and getting started with reversing using SDR devices.