For best results, make sure that all your SDR# and VAC sample rates are set to 48kHz and that you have disabled “Filter Audio” in SDR#. For decoding D-Star, you should call DSD like following: dsd -i /dev/dsp -o /dev/dsp -fdĨ. This may depend on your environment variables of your system.ħ. Additionally, it may be necessary to copy more dlls, needed by the sndfile library, next to your dsd.exe. If this is not the case for your dll, you have to find an alternative version from the internet. It is very important that the version number of the dll is being lower than 1.7.26, otherwise dsd.exe will crash. In order to start dsd.exe, it is necessary to copy cygwin1.dll to the same folder, where your built dsd.exe is.
This final step also has to include the sndfile library from Cygwin being mentioned in the call of gcc, otherwise it will not work.Ħ. o files from mbelib-master to dsd-master and use gcc again to link all the object files, so that you will get the final executable dsd.exe. o file (object file) for each source file.ĥ. c file within the folders mbelib-master and dsd-master (subfolders can be ignored), so that you will get an. Within the Cygwin command window, use gcc, to compile every. In the installation process, you also have to make sure that you choose gcc (the compiler) for installation.Ĥ. It will not work with the 64 bit version. It is important to use the 32 bit version. Download and install the Cygwin environment. Download the zip archive for mbelib-1.2.5 from here: and then unzip the archive, so that you get the folder mbelib-master, which includes all the source files.ģ. Download the zip archive for dsd-1.7.0 from here: and then unzip the archive, so that you get the folder dsd-master, which includes all the source files.Ģ. Skywatcher kindly sent us the steps he used to compile DSD 1.7 on Windows.ġ. This allows him to decode D-STAR audio on a single Windows PC. Now a reader by the name of “Skywatcher” has written in to tell us how he was able to compile DSD 1.7 on a Windows PC using Cygwin. Recently we posted about PU2VLW’s project where he was able to decode and listen to D-STAR voice using an RTL-SDR and SDR# running on Windows connected via physical audio cable to a second Linux machine running DSD 1.7.
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