RTTY uses the Murray code and the baud rate is normally 45, 50 or 75 and transmitted in FSK mode. For those operators that can read the code it can be read directly on a waterfall display. IE for RY
Try the top end of 30m where most digi types hang out during the day. Normally the digi types don't need to occupy the entire band and congregate in small areas of BW. Oh, and listen really carefully
Come on Jim, learn the Murray code. I suppose DFCW is somewhat similar, a useful mode infact. 73 mal/g3kev Dear Mal, LF Group, Mmmm... There is something called DFCW where high and low tones correspo
Yes Chris. Convert the alphabet into Murray code then binary, and everything then appears as 0 and 1 in its simplest form. mal/g3kev Dear Mal and others, Come on Jim, learn the Murray code. Prof. Ton
Dear Mal and others, Prof. Tony Brooker, who wrote the first compiler compiler and later became Essex University's first Professor of Computing, once told me that he used to use Murray's code in his
mal hamilton wrote: I have been looking around the various HF bands for NON MORSE acty and find that the old RTTY is the most prolific mode in use, it looks like the use of other data modes are rare
I was one of those, perhaps sad, individuals who could read Baudot punch tape (from 6S and 6SM tape readers) pretty fast - I could often find typos Id punched in the tape before reinserting them in t
I have been looking around the various HF bands for NON MORSE acty and find that the old RTTY is the most prolific mode in use, it looks like the use of other data modes are rare, perhaps more suited
Mal, You are, of course, entirely wrong in this assumption/observation. Just because your ears identify RTTY easily doesn't mean that's the most common mode. When you tune across 14.070MHz during the
Dear Mal, LF Group, Mmmm... There is something called DFCW where high and low tones correspond to dashes and dots of Morse. That way you don't need to learn another code - it is also quicker because
