I've seen the the UHD manual but not the performance measures doc. It is
not opening for me. If it has a block diagram of the WBX board, then that
is what I was looking for.
There is no more information I need at this time. Your previous answer was
helpful and what I was looking for.
Yes you can
Thanks Sreeraj,
just a quick test without success :-(
I've tested the example in the tutorial and it work, so I've to read
carefully the section to understand how put hand on my code.
Next days I'll be away for my job so next tests maybe done during next
weekend.
I'll report results ;-)
Byebye
There's so much Marcus in here ;) so here's my answer: usually, you'd
use the USRP+WBX as direct conversion receiver, not an IF one.
Regarding WBX documentation: have you seen the performance measurements
[1], and the UHD manual [2]?
Is there some specific information you're missing?
Best regard
I think Marcus answered my question. Thank you.
On Mon, Dec 8, 2014 at 11:53 AM, Richard Bell
wrote:
> I'm apologize. I am using a WBX card.
>
> I forgot to mention that I've been looking for a datasheet for the WBX,
> but all I can find is the PCB schematic doc on the ettus website which
> isn'
I'm apologize. I am using a WBX card.
I forgot to mention that I've been looking for a datasheet for the WBX, but
all I can find is the PCB schematic doc on the ettus website which isn't
very useful. So I don't know what the IF frequency coming out of the WBX
is. Does the WBX tune itself given the
Hi Rich,
just a hint first: this is an interesting question, but it's very
USRP-centric; there's the usrp-users mailing list especially for
USRP-related things, which I find quite interesting, most of the time [1] :)
The N210 is a modular USRP, meaning that the mixing is usually done on a
daughte
The N2xx series use a fixed sample rate, so there's no "deciding what
sample rate to use based on Fc".
There's also the analog bandwidth of the ADC to consider. If you aren't
going to use a downconverter card, then the analog bandwidth of the ADC
will start to roll-off at some point, so even i
I have a binary FSK signal centered at 300 MHz with 160 kHz offset peaks
from the center freak. Therefore the lowest signal frequency of interest is
300-0.16 = 299.84 MHz and the highest is 300.16 MHz.
I know the maximum sampling rate of the USRPN210 ADC is 100 MSPS. If the
USRP uses that sample r
The gr-dvbt2 DVB-T2 transmitter has now been tested with a real receiver
(a PCTV 292e USB stick). The BBC 32K/256QAM mode works fine on
bladeRF (40.2 Mbps in an 8 MHz channel). CPU usage is about 60%
on all four cores of an Intel E5-1607.
I've added links to test streams in the README for others
You haven't stated which USRP motherboard platform, but I assume you're
talking about the USRP1, given the 4RX image. Yes, the samples
will be aligned in time, but the relative phase will be random every
time you re-tune or start a new session.
On 2014-12-08 06:03, Nemanja Savic wrote:
> Hi
Hi,
Please go through the tutorial [1].
Short version,
1. Use one 5in-1out selector block
2. Use on "Function Probe" block
3. Set the "Poll Rate" based on your delay
4. Generate python file using "Generate flowgraph" button
5. Set your selector's input index in the function probe
Sample functio
Hi all guys,
I am about to make a receiver with two WBX daughterboards. I want to
receive simultaneusly with horizontal and vertical antenna. For this
purpose I want to use 4RX FPGA image. My question signals obtained in this
way, from two daughterboards, alligned in time?
Many thanks,
--
Neman
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