On Sat, Sep 06, 2008 at 01:57:31AM +0200, Raul Siles wrote:
> Hello,
> I'm running GNU-Radio 3.1.3 under Fedora 8 (fully updated) with USRP
> and all the USRP graphical (GUI) applications freeze, such as
> usrp_oscope.py or usrp_fft.py.
Raul,
What kind of computer are you running these tests on?
On Sat, Sep 06, 2008 at 03:20:28AM +0200, Vincenzo Pellegrini wrote:
> Oddities in trunk [EMAIL PROTECTED] - @8850]
>
> a few days ago I bought a new host system for my GNURadio development
> activities. Intel E8400 CPU, G35 express chipset.
>
> All tests with such machine were ok. Reported chips
Oddities in trunk [EMAIL PROTECTED] - @8850]
a few days ago I bought a new host system for my GNURadio development
activities. Intel E8400 CPU, G35 express chipset.
All tests with such machine were ok. Reported chipset throughputs were
32MB/s etc...
Then I compiled and ran my Soft-DVB modulator
Hello,
I'm running GNU-Radio 3.1.3 under Fedora 8 (fully updated) with USRP
and all the USRP graphical (GUI) applications freeze, such as
usrp_oscope.py or usrp_fft.py.
The application, eg. usrp_oscope.py, main window is displayed but only
the signal diagram is visible and changes. All the control
On Fri, Sep 5, 2008 at 5:04 PM, Richard Jaeger <[EMAIL PROTECTED]> wrote:
> Well, if the gain is really in (0.5, 1), that makes my missing gain
> situation worse. I would be hunting for more than 20,000 in that case.
> Also, it is inconsistent with my measurements that show that the gain
> increas
On Sep 4, 2008, at 12:37 PM, Matt Ettus wrote:
Re CIC gain, there's a also a decimation specific shifter involved in
the path. Please take a look at
Yes. You guys have the R^4 formula right, but the shifter takes
back most of the gain. The actual gain from the CIC decimator once
Hi,
I tried setting TX frequency using the c++ db branch. Setting the RX frequency
works fine, setting the TX frequency using the python code works as well.
The problem, as far as I could pin it down, is the missing lock. Result from
io_read is: 0xff5b.
Regards,
Stefan
--
Stefan Brüns / B
Q3: MDS measurement
The signal disappears into the noise floor with the attenuator at 66
dB or
10 mV/2000 = 5 uV input signal.
I believe the USRP ADCs are 12 bits with VFS = 2V, so the LSB is 2V/
4096 or
about 488 uV. How is the
system resolving signals that are 20-40 dB below the LSB size?
Hi there,
the "Fedora installation instructions" page [1] references python-2.4
at the bottom when setting up the PYTHONPATH env variable for FC5 and
later.
For example, Fedora 8 includes python-2.5 by default, so I suggest to
add a little note to the instructions to differentiate between 2.4 and
2
Philip Balister wrote:
> This page http://gnuradio.org/trac/wiki/Download still refers to
> version 3.1.2. Should this be updated to the 3.1.3 tarball?
Fixed, thanks.
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This page http://gnuradio.org/trac/wiki/Download still refers to
version 3.1.2. Should this be updated to the 3.1.3 tarball?
Philip
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