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On Jul 31, 2008, at 12:15 PM, Wireless Monster wrote:
All,
I've been trying to set both Tx and Rx to the same frequency and
sending a sinusoid to try to measure the frequency offset, but it
does not seem to work... it looks like as both Tx and Rx
Hi Chris,
Can you briefly explain in what exactly consists the Software PLL?
All,
I've been trying to set both Tx and Rx to the same frequency and sending a
sinusoid to try to measure the frequency offset, but it does not seem to
work... it looks like as both Tx and Rx are driven by the same clock
Ryan Pape wrote:
> Assuming I am only interested in RX and the DBSRX, RFX900 and TVRX
> boards all reach the frequencies I need, what other factors should I
> be considering to pick the most appropriate board for any given
> application?
The DBSRX has the lowest noise figure (3-5dB, IIRC), and yo
Assuming I am only interested in RX and the DBSRX, RFX900 and TVRX
boards all reach the frequencies I need, what other factors should I
be considering to pick the most appropriate board for any given
application?
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I did the records ok; I put the audio-X.dat in the same folder as fm_tx4.py,
and I try to transmit in for example 32MHz; and in other USRP board I put
the Basic RX, trying to receive in 160 MHz (32, 96 and 160 Mhz) but I don't
receive anything. Maybe I choose wrongs frequencies to transmit (and
rec
James Park wrote:
Hi,
are there any parameter that I can modify benchmark_ofdm_tx.py for
number of subchannels, or amplitude of each subchannels?
./benchmark_ofdm_tx.py --help
That will tell you the command-line arguments you can use.
"--fft-length" is the number of subcarriers, "--occupie
rita pfc wrote am 2008-07-30 19:30:
OK Patrick I'll take into account next time. At the end I could solve my
problems. Now I'm trying to transmit with the Basic TX
Good to hear it's working!
What was wrong, just for the records?
Patrick
--
Engineers motto: cheap, good, fast: choose any two
Pa
