Think about the difficulty in implementing that in the context of the metal case assembly. Plus conduction/convection cooling is always uncertain. A fan does wonders. Also, it's more than just the cpu

"frequency = passband center" representation. In my opinion, implementing this on the Kiwi would

Kiwis, mixing the resulting audios into Dream. But when testing on my own two, via internet, I do hear that the signals are audibly out of sync and so will likely not decode as DRM. The only other af

I used @jks's suggestion and lauched Dream from command line and start it with the option I / Q input positive (0 Hz IF) [this is dream -c 6 in Dream 2.1.1 for Windows) and it is decoding properly wit

@mahaju: From your screenshot it looks like you are configuring Dream for SSB input and not I/Q input. See how your "input PSD" graph shows energy from 0 to 5 kHz whereas Martin's sh

Dream decoding is tricky, once you have found a station you have to fiddle with the audio level, exact frequency (look for the frequency error in Dream), SDR agc settings and RX bandwidth to get the b

I have diverted the browser output to Virtual cable, and I am using Virtual cable as input to Dream, and speaker as output of Dream

I already know how to use a Virtual Audio Cable to send the output audio from browser displaying the the shared KiwiSDR site to Dream decoder (https://hobbyradio.se/en/drm/kiwisdr.html)

Chris, I'm not a Python person, so I didn't even know about the sounddevice library. I think the way it works is fine. Very similar to the command line syntax for Dream (i.e. using a number to choose

I'm a little confused. Sure, people use VACs all the time to route Kiwi audio coming from a browser to decoder apps (e.g. your apps, fldigi, Dream DRM etc.) But is what you want a modified kiwiclient

issues with the microphone come with the lasts versions of Dream (Image)

And yes, Dream 2.x miss codecs (Image)

Here's how I do it with Loopback 1.2.1 (I haven't upgraded yet) and Dream 1.11. I was never able to get Dream 2.x to work on Mac (El Cap 10.11) because of missing CODECs. But that was a long time ago

Can someone tells me how to configure "loopback" (Rogue Ameaba) version 2 and DREAM ?

Oh, oh, guess I wasn't paying attention! The Dream receiver reports the station as WINB.

Picked up an unscheduled DRM transmission in English this morning. 01/25/2019, 16:46:00utc, on 13690.00kHz. The signal fades in and out, but when it is in, it decodes in the Dream receiver quite well.

As you say, more than one way of implementing the required curve.

Having more receiver channels per Kiwi is especially important with the recently added features that are channel intensive. Namely the TDoA service, WSPR autorun and external connection via the kiwire

I should add: The biggest pain seems to be setting up the necessary software to route audio between the browser and the decoder application. It's been talked about but there is no setting currently on

IQ mode is never compressed (would defeat the purpose). The thread discussing the initial DRM successes is here: http://forum.kiwisdr.com/discussion/899/drm-demod-yes-external-app-dream-now-working