I DONT CARE WHAT FREQUENCY YOU TRANSMIT ON AS LONG AS ITS NOT 3894.5. THAT
IS MINE MINE MINE BECAUSE MINE IS BIGGER THAN YOURS.

"Michael Ransburg" wrote in message
om...
Hello!

Can someone point out any mistakes in the following conclusion? I'm
just trying to find out if my understanding of stuff is correct.

If I transmit a signal at a frequency of 2.4 GHz (2 400 000 000 Hz),
the wavelength of that signal is 12.5 cm (speed of light/frequency in
Hz). One wavelength can transport one bit of information in one wave
length. In one second the signal travels ~300 000 km (speed of light).
So I have 2 400 000 000 waves per second, which translates to 2 400
000 000 Bit per second. This translates to a "raw" throughput of ~2289
MBit / s.

This seems to be a bit high looking at current gear on the market, but
I guess much gets lost in error detection/recovery and stuff. Anyways,
can any of you pros take a short look on it and point out any mistakes
I made?

cheers
Mike