Let's take this discussion off list. If there's something useful to report back
to the list we will. - MLD
On Fri, Aug 9, 2019, at 3:41 AM, Sneha vasan wrote:
> I want to know the time it takes to transmit and receive the signal,(which is
> in the sense delay). I calculate this based on the
Thank you very much!
Zhao Xu
Michael Dickens 于2019年8月9日周五 下午1:33写道：
> Hi Zhao Xu - Your query is really about GNSS-SDR, not about USRP (or GNU
> Radio). Hence it is better suited for their email list <
> https://sourceforge.net/p/gnss-sdr/mailman/gnss-sdr-developers/ >, or
> directly to one of
Hi Zhao Xu - Your query is really about GNSS-SDR, not about USRP (or GNU
Radio). Hence it is better suited for their email list <
https://sourceforge.net/p/gnss-sdr/mailman/gnss-sdr-developers/ >, or directly
to one of their development team < https://gnss-sdr.org/team/ >, or maybe on
their
I will take a look at it.
Thanks for all
Cherif
From: Nick Foster
Sent: woensdag 7 augustus 2019 18:52
To: Cherif Diouf
Cc: usrp-users@lists.ettus.com
Subject: Re: [USRP-users] Delayed samples receiving, X310
This is exactly what the "timed commands" feature is used for. See the
Dear Marcus,
I fixed it. I was purge/remove all the uhd and gnuradio stuff from my
system and then apply the pre-requirements for ubuntu18.04LTS and
using the latest uhd version 003.014.001.000 (added by the ppa) then
I've done the following,
$ uhd_images_downloader
Then I've looked my
Nick:
That was my first approach, but I can’t even fit two DDCs in the E310 FPGA.
Royce
> On Aug 8, 2019, at 1:36 PM, Nick Foster wrote:
>
> Nevermind, I just saw you're doing it in an E310. Reading is fundamental.
>
> You might consider splitting the problem into a pair of DDCs instead.
>
Hi,
We are currently using N310 to design a prototype MIMO OFDM communications
system. We plan to implemented the baseband in a custom RFNOC block. For the
MAC and network layers’ functionalities, we hope to implement them on the ARM
within Zynq FPGA. So ARM should communicate with the custom
I want to know the time it takes to transmit and receive the signal,(which
is in the sense delay). I calculate this based on the time instant I
receive the signal. Since I was receiving the signal at different time
instants. And currently I am receiving the delay of 1.9e-4sec, 2.3e-4,
2.1e-4s...so
