Hi Marcus,
I am sorry,the first link as below:
http://lists.ettus.com/pipermail/usrp-users_lists.ettus.com/2017-October/026761.html
2017-10-21 21:17 GMT+08:00 Marcus Müller via USRP-users <
usrp-users@lists.ettus.com>:
> Dear Jon,
>
> that first link points to your own GMail account. We can't do
Support,
I am trying to simulate using Modelsim and I am getting the following warning:
WARNING: [Common 17-599] Property 'compxlib.compiled_library_dir' is deprecated
for object type 'project'. Use 'compxlib._compiled_library_dir'.
# launch_simulation
INFO: [USF-ModelSim-47] Finding simulator
Hi Nirmala,
On 22.10.2017 18:22, Nirmala Soundararajan via USRP-users wrote:
> Hi Marcus,
>
> I have no idea why you said that but I certainly did not mean to
> directly take the values that Marcus L mentioned and straight away add
> it in my report!. Since I am just learning about SDR, I just wan
Hi!
So, you'll need to be a little more specific than "it didn't work". How
did you configure your random source? Did you use pulse shaping?
There's quite a bit, even to an OOK transmitter, that one can vary and
do right or wrong. With the info you're giving, I'm afraid it's
impossible to help yo
I WANT to use my N210 with LFTX&LFRX to genarate OOK signal ,I used the random
source and follow
With a USRP sink ,it didn't work ,then i try to use the BPSK demo, I set the
center frequency to 0 but it also didn't work .So what's wrong with my
methods?and How could I get OOK signal ?_
Hi Marcus,
I have no idea why you said that but I certainly did not mean to directly
take the values that Marcus L mentioned and straight away add it in my
report!. Since I am just learning about SDR, I just wanted an idea of what
could be the minimum power levels that an SDR receiver can fairly
c
Hi all,
I'm prepared a basic GNU Radio flow-graph that does simultaneous
transmission and reception (see the attachment). For USRP X310 and RFNOC
UHD (version above 3.10.x) soon after starting the flow-graph there is a
lot of buffer underflows (even for low sample rate like 1MS/s). For
pre-RFNOC U
Niemals,
> The "faintest reasonable signal level" that a typical SDR can process!
> (Typically around -120 to -130 dBm).!
no! You can process much weaker signals, too, given enough processing gain.
Marcus was just giving an example. Whether you can "see" what is in the air
depends on the
