What I need is 5 minutes or so of DRM recorded in IQ mode with a 10 kHz passband. It you're using a Kiwi to feed Dream through a VAC then the Kiwi is probably already setup this way. Just click the Ki

Thank you for all the work you have done on making the KiwiSDR possible. When I first discovered the KiwiSDR a few years ago, I thought it was one of the coolest things I've ever seen, honestly. It's

Thanks for implementing the "Downconverter high-side injection", very, very, much appreciated.

1) The original Dream application that runs under Windows, Linux and MacOS. This can be fed from streamed Kiwi IQ samples. I don't use Dream much but I believe it can log some of the parameters you're

Dream can do xHE-AAC. I supplied a bug fix 2 years ago that made it work: https://sourceforge.net/p/drm/discussion/general/thread/01c6e64c3b

It's great the Kiwi is able to decode xHE-AAC, I don't think even DREAM can do this ?

If it is geographical they might already have a known Kiwi in your location, or perhaps they prefer certain known antennas, without filtering, to perform like for like comparisons. When I put my Kiwi

I love the C-QUAM AM-stereo function! Thanks for implementing it. That makes the Kiwi one of the few receivers currently produced that can decode AM-stereo broadcasts. I listen to Album Rock 540 WXYG

clang++-6.0 -Dv1_506 -Ofast @../build/gen/Makefile.inc -std=gnu++11 -c -o ../build/obj_keep/DRMReceiver.o extensions/DRM/dream/./DRMReceiver.cpp

Do you still consider implementing the wideband IQ mode? What is the bottleneck? Is the FPGA capable of multiple wideband (let's say 48ksamples per second) IQ downconversion to cover CW subbands? How

I understand implementing such auto-reloads internally in the Kiwi is challenging, but are there Kiwi commands which I could use for that which I would execute from the wsprdaemon servers?

It's decoding the spots like a dream, just not uploading them. Any ideas would be great.

Thanks to the recent excellent open source work of Tomasz (github.com/szpajder/dumphfdl) the Kiwi now has an HFDL extension. Although it will always be less capable and up-to-date than what the origin

but for the majority it can only ever remain a dream, and we have to make the best of our own modest circumstances. Excellent broadband antennas do exist, and a few KiWi owners on this forum are usin

Fortunately the kiwi's are hobby stuff and there is not real urgency involved... but the unfriendly and criminal, completely uncontrolled (some people call it free) Internet forces drastic security me

Although the resolution of the waterfall image is very slightly 'blurred' when wfi=0 is used, the overall effect, especially when fully zoomed out is impressive.

There is no mechanism to save the DRM parameters at the upper left of the top DRM page display page. Instead you could use the log function of Dream and connect IQ output of the Kiwi to Dream using a

any BB CPU process all the new WSPR modes. By implementing kiwircorder you have opened up a world of new functionality.

Is there a way to get some idea of the A/D overhead? e.g. the maximum observed A/D reading in the last 1 second (or some other convenient period), in dBFS? This would give me a good indication of how

Just to be clear, what's being discussed here? The Kiwi's internal DRM extension or using IQ audio out, with Edge or Firefox, to Dream via a VAC?