Documentation
Hello,
The Kiwi SDR is my Fifth SDR and in total my 11th receiver. So far I have been able to get it to work, but I am not sure what all controls are for, and I do not seem to be able to find any documentation or Q&A on these. Can some-one explain the purpose of 'Less buffering' and when it is activated and when not: When should I use it and when should I not? Same for compression.
Same for AGC and Hang. What do they do exactly? When are they active (Green or white?) What is the purpose of Tresh Slope Decay, and how should it be adjusted? It would really help me if some one could spend 5 minutes explaining these.
Therefore my suggestion: Set up a WIKI for documentation; create the framework and ask members here to provide the content.
Second suggestion: Could the forum be structured somewhat? So far we have not much more than a long list, eight to ten categories would do it, to make it easier to find stuff and to help eachother.
My two cents!
Frans
Comments
Thanks for your help!
Yes, i did look at the quick start and as mentioned I have everything working, and quite satisfactory! My project is to set up this KiwiSDR in a 'no wires attached' configuration. Exclusively powered through batteries (incl. PA0DRT miniwhip), connecting through my Wifi network, placed in a dual box container in the garden at the edge of the Wifi coverage. After a few night testing, i get very reasonable results and stability (eliminated audio underruns caused buy the network). But now i would like to optimize the receiver settings for DX and that is why I posted the question.
I am familiar with AGC (I am SWL for more than 35 years and I did look at the document you linked to earlier, to clarify the terminology), but some details were not clear. 'Less buffering' and 'Compression': I would like to understand what they do exactly, so I can apply them if needed. In this forum some users say: Less buffering is active when it is white, but that does not match with the rest of the GUI, so I am confused.
Cheers,
Frans
South of France JN33mp