Yes, ability to build OOT modules is the key work for the next release.
(a), (b), and (c) are all generated during the build, so it's just a
question of including them in the .msi.
I will keep your requests in mind as I build the next installer, thanks!
Geof
On Fri, Sep 29, 2017 at 5:27 PM, Euge
To whom it may concern:
As Marcus Müller said, ADALM-PLUTO is too slow for LTE/WIFI, unless you can
come up with clever FPGA-level hacks dedicated for your jobs, or you are
okay with NOT receiving signals from actual LTE/WIFI transmitters. It can
only stably stream ~4MS/s(!) of effective sampling
I think that's a normal side effect of some some code to allow fast
retuning and extended range by not waiting for PLL lock. Try receiving a
few local FM radio stations. If that works without dropping too many
samples or getting a steady stream of PLL errors your RTL is probably fine.
On Fri, Sep
Hi Ernest,
basically, there's a lot of things that could do what you want, and
using an SDR for that sounds like not inherently the best way. What is
it that you want to do in the bigger picture, and how does it relate to
GNU Radio?
Best regards,
Marcus
On 09/29/2017 07:01 PM, ERNEST MATEY
First, kudos for getting Windows builds up and running. I've been doing it
manually myself for years and it has always been a pain. Can I request two
small changes:
1. Please include enough extras to allow building oot modules
a. Boost includes and .libs
b. Swig.exe
c.
>> you don't get the sound card clock anywhere in software. If you did, there
>> would >> be no problem
Jack uses audio clock and maps this audio clock to system one
with the use of DLL (delay locked loop).
-ben
From: Benny Alexandar
Sent: Wednesday, September
Hi expertsMy work requires the downconversion from 437MHz to 45MHz of the received signal. I am told some SDR device with IF at 45.05MHz output are already in market. Do you know any? Could you please refer to me? I know about "AOR 2003" but too expensive for student work.Is there any? Thank YouE
Take a look also at LimeSDR... there is a "mini" version for about 150$.
If I recall right it's a fullduplex 12 bit ADC/DDC, ranging 1MHz / 6GHz
with 20 MSPS, with USB port.
https://www.crowdsupply.com/lime-micro/limesdr-mini#details-top
victor
Il 29 set 2017 10:21, "w xd" ha scritto:
> Hello
Hi Ed,
as said about the general case, with the ADALM-Pluto's USB2 bandwidth,
you can barely squeeze in one 20 MHz WiFi Channel if you're using 8 bit
samples, which probably won't cut it for WiFi. For LTE: this might make
more sense, but again, that depends on the LTE bandwidth. Also, as ADI's
I just got the Analog Devices ADALM-Pluto module. It seems really nice,
but I have not had any time to work with it yet. It covers 325 MHz to
3.2 GHz and has transmit as well as receive. I was one of the very few
who actually got one since Analog Devices was having some production
issues. But,
I finally have gnuradio-companion up and running with a RTL-SDR (by
Nooelec). Whenever I start up a workspace, I get the following message.
Is this indicative of a bad RTL-SDR, or something wrong in my setup, or
is this normal?
Using device #0 Realtek RTL2838UHIDIR SN: 0001
Found Rafael Mi
I am using gr-osmocom source module to talk to a soapy remote device.
It works correctly about 10 percent of the time. The other ~90 percent of
the time it segfaults on startup. It might run twice in a row, then it might
take 15 attempts before it starts correctly.
The value of set_if_gain is 20
T
Hi all,
I have updated my blog with my tenth and final weekly blog post. You can
read more at
http://grccpp.wordpress.com
Best regards,
Håkon Vågsether
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Hi daniel,
so, obviously, the RTL-SDR dongles (can be had from 6€ upwards if bought
in bulk directly from China) is the SDR of choice for low-bandwidth
experiments. However, LTE and WiFi with bandwidths in the 10s of MHz
simply widely exceed their bandwidth.
Bandwidth-wise, and considering high-r
Hello guys,
Have some suggestion on the cheaper SDR platform for us
to use with the GNURADIO software? As a student, I cannot buy the expensive
usrp ,but I want to learn the knowledge by the hardware and software. Any
recommend? For example,use the hardware to do some experiments
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