software defined radio software for windows

The setup procedure should be the same for any SDR dongle that uses the RTL2838 chip First plug it in your USB port and verify that it gets detected: $ sudo lsusb Bus 004 Device 008: ID 0bda:2838 Realtek Semiconductor Corp. In my case, it is a 30$ NooElec NESDR SMArt, but for this simple experiment, just about any USB dongle should work just fine. A Realtek RTL2838 DVB-T based Software Defined Radio receiver.A laptop with Kali installed, which in my case is an old Lenovo W510 That said, any computer with a Debian-based distribution would do the trick, even a Raspberry Pi should have most necessary packages and horsepower available (I will most-certainly test that in a future part of this story).In my case, I have a very simple lab setup: But for now, let’s just setup a simple RF lab environment: Lab Prerequisites In this series, we will explore how to use a Software Defined Radio in order to listen to a normal FM radio station (let’s start with the basic), tune-in and listen to nearby airplane’s ADS-B traffic, intercept FLEX pager communications (still in-use by some emergency services and private alerting systems), receive communications from the International Space Station and even build a rudimentary GSM (read-only) IMSI catcher. I made this a multi-part story just like my other SSRF series because there is just so much to explore on this topic and I don’t think a very long article is so enjoyable. Being a total newbie in this field, I though it could be interesting for other folks to follow my experiments and learn from my mistakes. A newbie’s guide to Software Defined Radios on Kali Linux | Part 1: Fun with FM radiosĪt the last Hackfest in November 2018, I got lucky enough to get my hands on a Software Defined Radio at the Soldering Village.

Software defined radio software for windows