Is there a software option for Linux that has the same functions as the Frenquecy Scanner and Audio Recorder plugins? Em ter., 3 de nov. de 2020 às 20:01, Mark Pettifor <mark@...> escreveu:

#driver #experiment #linux #airspyhfplus

Good news indeed. I've been wondering for years why more people haven't put the effort into making Windows-only SDR software run in WINE or something similar.

#driver #experiment #linux #airspyhfplus

Will have to try this. If it works, it's really great news.

#driver #experiment #linux #airspyhfplus

YES See one of today's RTL-SDR blog entries about SDR# under Ubuntu 20 in WINE. Greg Ella N0EMP

#driver #experiment #linux #airspyhfplus

No. {^_^}

#driver #experiment #linux #airspyhfplus

I can use SDR# on linux? I use Ubunto 20.04. Em dom., 18 de out. de 2020 às 06:53, Marco Cardelli <iz5iow@...> escreveu:

#driver #experiment #linux #airspyhfplus

Just solved! I installed the drivers only (found commands on this link): https://bit.ly/3o4NGyT Thank you all for your precious help. Best regards Marco IZ5IOW --- marco cardelli

#driver #experiment #linux #airspyhfplus

Marco....you need the User Mode driver for the HF+, see the instructions for Ubuntu here https://github.com/airspy/airspyhf/

#driver #experiment #linux #airspyhfplus

I use the HF+ with Lubuntu 20.04LTS. I had problems with the gqrx supplied with the original 20.04 because libairspy and libairspyhf weren't installed. I installed both of these, using the package man

#driver #experiment #linux #airspyhfplus

Hello, I'm a new member. Anyone can help me to use Airspy HF+ Discovery under Ubuntu Linux? I usually use GQRX sdr software. Anyone have a tutorial? Thank you very much, Marco, IZ5IOW

#driver #experiment #linux #airspyhfplus

That was VERY nicely handled, Greg. {^_^}

#gnuradio #airspydiscovery #experiment #RTL

You may want to use an attenuated antenna to first obtain a library of patterns while in close proximity of each device. Most EMI receivers utilize a band pass filter to narrow the band width to the f

#gnuradio #airspydiscovery #experiment #RTL

I wrote them a letter explaining that I was a radio hobbyist that lives a few miles from them, and that I was picking up some strong RFI from something in their house that turns on at 7:00 PM every ni

#gnuradio #airspydiscovery #experiment #RTL

Did it take a letter from the FCC or did he listen to you when you gently informed him he was radiating illegal signals. Or has nothing happened at all? {o.o}

#gnuradio #airspydiscovery #experiment #RTL

Future generations of DisplayPort, HDMI, and DVI should all grow an encryption protocol for this reason. Just the same, I still automatically giggle at the idiots who think I'd fall for their claim to

#gnuradio #airspydiscovery #experiment #RTL

Um, er, ah, perhaps you should drag open the books that explain some RF reality to you. The first consideration is learning the actual noise characteristics of the environment in which you are working

#gnuradio #airspydiscovery #experiment #RTL

Nathan, I believe they definitely emit some. At least in the case of computer monitors. Great Scott on you tube uploaded a video a few days ago where he demonstrates eaves dropping on a monitors scree

#gnuradio #airspydiscovery #experiment #RTL

For the lower end of the HF band, 0.1 to 10 MHz, an amplified loop is a good choice because a dipole would be so big, A lot of appliances radiate up into VHF and UHF, where a smaller directional anten

#gnuradio #airspydiscovery #experiment #RTL

In the 1980s people were picking up emissions from CRT type monitors (all we had) and painting local copies of the screens based on intercepted noise. That is why TEMPEST criteria were invented for mi

#gnuradio #airspydiscovery #experiment #RTL

Hello Nathan, Sounds like a very interesting research project and I imagine a LOT of people could learn from your findings! One thought though: you mentioned this research was going to be "EMF noise t

#gnuradio #airspydiscovery #experiment #RTL