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WinWarbler incorporates two independent RTTY decoders: the MMTTY engine and the 2-Tone engine. If your transceiver includes a Subreceiver, you can connect the Main receiver's audio output to your soundcard's ''left'' input channel, and the Subreceiver's audio output to your soundcard's ''right'' input channel. If you then configure one engine to decode your soundcard's ''left channel'', and the other engine to decode your soundcard's ''right'' channel, you can simultaneously copy a RTTY station operating split while tuning the pileup to determine where best to call. The 2-Tone engine is "receive only", so the MMTTY engine's AFSK or FSK output alone will handle RTTY transmission.
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Simultaneously Decoding a RTTY Station Operating Split and Its Pileup

WinWarbler incorporates two independent RTTY decoders: the MMTTY engine and the 2-Tone engine. If your transceiver includes a Subreceiver, you can connect the Main receiver's audio output to your soundcard's left input channel, and the Subreceiver's audio output to your soundcard's right input channel. If you then configure one engine to decode your soundcard's left channel, and the other engine to decode your soundcard's right channel, you can simultaneously copy a RTTY station operating split while tuning the pileup to determine where best to call. The 2-Tone engine is "receive only", so the MMTTY engine's AFSK or FSK output alone will handle RTTY transmission.

Additional Information


Configuring WinWarbler for RTTY operation

Operating in CW, Phone, PSK, and RTTY

Getting Started with DXLab

RTTY_SplitDecode (last edited 2018-07-05 20:41:49 by AA6YQ)