• About this item.
• Included: Nooelec USB dongle & antenna.
• RTL2832U interface IC & R820T tuner IC on USB dongle.
• These are custom USB devices tuned for SDR and include much better components than generics (see description below).
• Compatible with most SDR software packages; software & drivers may be downloaded freely from nooelec.com.
• Full 1-year warranty & installation support available!.

• Imported from USA.

The perfect device for learning software defined radio, on the cheap. Amateur radio, ADS-B, police & fire scanning, trunking, satellite images--you name it, this little guy can probably do it. Outperforms many devices 10x its cost! BUILD DETAILS This custom Nooelec SDR is a modified DVB-T USB dongle tuned for SDR usage, including upgraded crystal, capacitors and inductors compared to generic devices like those sold by competitors. This results in a lowered noise floor, increased stability and improved longevity. These units are based on the R820T tuner IC made by Rafael Micro. As such, they have a frequency capability of approximately 25MHz-1750MHz, though this can vary somewhat from unit to unit. There is also an RTL2832U IC on board of course, which acts as the demodulator and USB interface. The connector type on the antenna and USB board is MCX--male MCX on the antenna, female MCX on the SDR. There are plenty of adapter and adapter cables available in our store if you want to connect your favorite antenna! We perform extensive QA on every batch sold. As with all our SDRs, we guarantee antenna protection will be present so that your new investment will not be quickly destroyed by spurious ESD. SOFTWARE DETAILS Full compatibility with a large array of software packages, such as MATLAB, HDSDR, SDR Touch, SDR#, Planeplotter--too many to list. MathWorks and Nooelec have coordinated to bring MATLAB support for our SDR receivers. The RTL-SDR radio support package enables you to design wireless receivers using real world signals. Using Communications System Toolbox in conjunction with an RTL-SDR USB radio, you can design and prototype systems that process real-time wireless signals in MATLAB and Simulink