You are correct.
Lux, James P wrote:
Bob, I think you mean M> 100.. N is the number of RF interfaces, and
is either 1 or 2 for the FlexRadio product line (in a single physical
box).. One could make N bigger by getting multiple boxes.
You also made the important distinction between Receive boxes and
Transmit boxes. Just as one can have multiple virtual receivers within
one block of RF, one can also have multiple transmitters within one
block. Yes, you could DOMINATE a CW contest by having an intelligent
robot handle the Qs on multiple frequencies at once, both receiving
and sending. An interesting philosophical question arises..
Say you have a 200kHz wide Rx and Tx data stream from a single
physical box. You have two, three, half a dozen operators, each tuned
to a different place within that 200kHz band. They can conceivably
operate totally independently, and could do CW, PSK31, and SSB all at
the same time. The mind boggles at the rules arguments that will fill
the blogs for decades to come. With multiple RF boxes, perhaps
geographically dispersed and interconnected by a suitable network, a
single “station” could have a dozen “on the air” presences.
On 3/19/09 2:37 PM, "Bob McGwier" <rwmcgw...@gmail.com> wrote:
This did not get answered.
N is > 100 for the Atom 330 when I am done where N is limited to
software receivers running in parallel.
Bob
--
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