I have used Olivia, Throb, PSK63, Hell, MFSK all successfully on the low end 
just below the normal PSK freqs on 20 meters.  It would seem to me the best 
place on all bands, using the low end of normal PSK frqs, where people would 
notice you.  Early on, in each of those modes, that is about the only place I 
heard anyone, or saw any spots.

Danny Douglas N7DC
ex WN5QMX ET2US WA5UKR ET3USA
SV0WPP VS6DD N7DC/YV5 G5CTB all
DX 2-6 years each
.
QSL LOTW-buro- direct
As courtesty I upload to eQSL but if you
    use that - also pls upload to LOTW
    or hard card.

moderator  [EMAIL PROTECTED]
  ----- Original Message ----- 
  From: Andrew J. O'Brien 
  To: digitalradio@yahoogroups.com 
  Sent: Wednesday, December 20, 2006 6:38 PM
  Subject: [digitalradio] Clarification : Establishing digital calling/beacon 
frequencies


  Just to clarify my original point...

  I'm looking to establish a suggested calling frequency for ALL digital modes 
except CW, PSK31, RTTY, SSTV , PACTOR , and ALE(data ALE).  

  My suggestion is that members of this list utilize a common frequency to call 
CQ and/or use attended beacon features within their digital software.  This 
would be for Olivia, Dominio EX, Throb, PSK63/125 , , MT63 ,Hell CHIP, 
MFSK16/8, PAX/PAX2 , THROB, experimental AX25. 

  The idea is simply to make it easier to find stations to work rather than 
trawling the bands in 300-500 Hz ranges looking for  potential signals.

  My experience suggest that even on good propagation days, say on 20M, the 
amount of simultaneous QSOs in the aforementioned modes rarely exceeds 3-5 .  
When it is at the 5 level,  it is often 2-3 Olivia stations, maybe 1 MFSK16 and 
one Hell.  I will argue that MOST of the time it is less than three 
simultaneous QSOs . Sometimes NO signals at all.

  Thus, the amount of interest in the "exotic digital modes " is at such a 
level that we would benefit from clustering, and our use of a calling/beacon 
frequency would not likely clutter up the portion of the band.

  If we established 4 beacon frequencies  (80,40,30, and 20M) you could easily 
monitor  the bands via scan features in  the radio .  

  Again, the idea would be just to "meet" on the calling frequency and move 
further up/down the band for extended conversation.  I am NOT suggesting a 
different calling frequency for each mode. 

  20 M seems like the easies band to establish a data frequency that allows 
worldwide participation.  The others are more complex due to varying regional 
bandplans.  I  will read the feedback I have received so far and suggest some 
frequencies to try this weekend.




   


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