The USRP sales brochure lists as a feature "Capable of processing signals up
to 16 MHz wide". I can only figure out how it can process signals up to 8
MHz wide. What am I missing?
Since samples sent across the USB are 16-bit signed integers (16-bit I and
16-bit Q for complex samples) that makes ea
On 8/9/07, Johnathan Corgan <[EMAIL PROTECTED]> wrote:
> It is possible to retain only the upper eight bits of each sample and
> pack these into two bytes such that the USB can carry 16 Msps complex;
> this gives you more passband bandwidth at the expense of dynamic range.
Now that I know it can
I'm testing the -8 option in various example programs, and haven't been
successful in receiving valid data. The following test resulted in a very
brief, flat line being displayed, then absolutely no data showed on the
graph, but the program continued to run.
./usrp_fft.py -f 100M -d 4 -8
format
On 8/20/07, Eric Blossom <[EMAIL PROTECTED]> wrote:
>
> On Mon, Aug 20, 2007 at 11:15:36PM -0400, Lisa Creer wrote:
> > I'm testing the -8 option in various example programs, and haven't been
> > successful in receiving valid data. The following test resulte
I've recently tried out the synthesis_filterbank method provided in
filterbank.py and received unexpected results. I'm trying to use the
filterbank to create one signal from multiple baseband signals. When I use
two signals to create one output, I can see both signals using the FFT sink.
I can extr
