Stefano Mollo

Julian, it'd be good if all the four tabs would be enabled ... Thanks, Stefano.

Hi all; I stumbled upon this SDR transceiver: https://www.hobbypcb.com/index.php/products/hf-radio/rs-hfiq Allegedly, it takes the audio straight from a (high quality) sound card''s output on a PC, and it uses it create a digital modulation. Taken this at face value, it means that I could take the audio out from a sound card of a PC running DREAM in TX mode, and simply obtain a low power DRM30 transmitter. Then filtering and PAs would do the rest. And it would end up being a very practical and cheap...

anyone else?????

I tried looking for it in Wi 10 ISo, but couldnt find it ...

Where exactly can I find "api-ms-win-core-synch-l1-2-1.dll" ??? It's been now three days and can't find it anywhere. I refuse to use shonky / dubious sites; it has to be in some official site or repository. Thanks, Stefano.

HI Julian and Kevin; I am too very happy to see this development. I can't find qwindows.dll anywhere for single download. Kevin, how did yo solve this problem - if you did solve it ? Cheers, Stefano.

Hi, I am also experiennting with TX mode, but with a twist. I am transmitting DRM over IP, and I get SNR of about 65 dB and, needless to say, EXCELLENT full stereo quality on the receiver's end using OPUS as encoder . I came to the conclusion that it doesn't matter what physical media is used; as long as it is linear enough, it will work. Try http://172.104.78.117:8000/drm.ogg and pipe the streamed audio via a VAC to DReaM input; L+R / sample rate 48Khz. You'll be amazed. I have also experimented...

Hi, I am also experiennting with TX mode, but with a twist. I am transmitting DRM over IP, and I get SNR of about 65 dB and, needless to say, EXCELLENT full stereo quality on the receiver's end usingOPS as encoder . I came to the conclusion that it doesn't matter what physical media is used; as long as it is linear enough, it will work. Try http://172.104.78.117:8000/drm.ogg and pipe the streamed audio via a VAC to DReaM input; L+R / sample rate 48Khz. You'll be amazed. I have also experimented with...