I have set up my Kiwi SDR for 8 channels. I have set the config file on WSPRDaemon for up to 6 channels. However WSPRDaemon is only telling the Kiwi to do 4 channels. I wonder what I have configured

Hell of an antique! I still use mine daily as a band monitor and for casual SWL. It's just so convenient!

Hi Joe, You could join our Wednesday 16:00 UTC Zoom call and ask Ulli and others who have extensive experience with the LOG. You don't need to apologize for trying the RaspberrySDR. Both the KiwiSDR

That's interesting. I tried modelling several different variations but for the phased pair I found that deviating from the corner driven diamond shape resulted in degredation to the pattern either in

Ulli ON5KQ has suggested that moving the feed point of a LOG by a few feet can move the null direction and minimize RFI pickup. -- Rob Robinett AI6VN rob@... mobile: +1 650 218 8896

Yes well, it may be a while but I will certainly do so. This started out with me trying to use a phased pair of LoG antennas to improve reception of europeans on 160m to my tiny noisy suburban lot

Joe, Please report your results! Rob -- Rob Robinett AI6VN rob@... mobile: +1 650 218 8896

OK. My mail out of synch on phone so not seeing corrections properly. Rpi of a flydog or similar rpi kiwi and without any external network interface doesn't have the same cm potential. It does still

I think youre still not getting what I'm saying but we can take this off group. Your single hardware connection to the kiwi has both data and a common unless two different, seperately returned power

Yes, the BBAI probably has the CPU horsepower. But WD requires many, many libraries. In particular running the WSJT-x 'wsprd' utility requires many including an obscure Fortran FFT one. It would be

Jumping in late but wouldn’t a KiwiSDR with a BB AI have enough horsepower to run the receiver and wsprdaemon? Cooling would have to be addressed with a heatsink addition. Steve KD2OM .

Yes I think I muddied the waters by referring to KiwiSDR when I meant the RaspberrySDR. Anyways, it's all clear now and thanks to you both for being patient with me and answering my questions to the

Hi Joe, To be clear, if you are using a RaspberySDR one would configure the Kiwi's address as localhost:8073. Glenn's configuration [Pi wifi client with its own PSU] ---- wifi ----[Yellow Thing

Hi Joe, I couldn't find your mention of using the RaspberrySDR in the thread, so that would have confused Glenn and me. The standalone RaspberrySDR is a very clean HW and SW architecture which I wish

Yeah you are still not getting what I'm proposing Glenn, but Rob's message just now answered my question that it should be possible. In the scheme I'm proposing there is no second hardware connecting

To access the Kiwi you have a choice of a  wired LAN connector (static or DHCP), USB A connector (port number statically assigned by BB).  Either of these *might* be connected to a router/dongle or

No one has yet tried your configuration, but it should work and be easy to configure. In the wsprdaemon.conf file define the Kiwi receiver's IP:PORT address as localhost:8073 -- Rob

I think I'm missing something here. You keep mentioning wired LAN connections. I'm talking about running the SDR stand alone with wspr daemon running on the same pi that is connected to the SDR

Only measurement will tell for sure but it isn't uncommon for a even a co-located device to create a loop with power supply and wired LAN connections. Shielding probably won't matter or help. If the

Hi Glenn If I can run the SDR and WD on a single Pi in a shielded box with no LAN then the only external connections will be a short battery lead and the coaxial lead in. The phased pair I