On 04/17/2017 05:26 PM, Cinaed Simson wrote:
Hi - anyone using gr-eventstream?
If I recall correctly, gr-eventstream depends upon
gr-mapper
gr-framers
gr-burst
python-bitarray
it does not depend on any of these
___
Discuss-gnuradio
Hi - anyone using gr-eventstream?
If I recall correctly, gr-eventstream depends upon
gr-mapper
gr-framers
gr-burst
python-bitarray
Out of the 4 OOT modules above, 3 fail the
make test
gr-framer, gr-mapper, and gr-eventstream all fail - gr-mapper passed.
python-bitarray was
My guess is that you're operating over USB-2.0, which can only sustain
an *aggregate* (TX and RX) of ca 8Msps, as far as I know.
On 2017-04-17 12:17, Santos Campos wrote:
> Hello!
>
> I'm trying to use a b200mini to implement a relay with 6MHz of bandwidth.
> Would it be feasible to do this
Hello!
I'm trying to use a b200mini to implement a relay with 6MHz of bandwidth.
Would it be feasible to do this as a time division to be able to use the
same center frequency?
I know to not alias any data, the sampling frequency must be at least the
nyquist rate. The specs from the board seem
El 17/04/17 a las 13:58, Daniel Estévez escribió:
> I was running at 1Msps. I've tested the same flowgraph at 10Msps and the
> delay is now around 1 second, which seems fine.
>
> Is it possible to tweak the buffer sizes in an easy manner so I could
> get the same effect at 1Msps?
I've found
El 17/04/17 a las 13:04, Marcus Müller escribió:
> Hi Daniel,
>
> I'm not overly happy with the splitting using Throttle: Sooner or later,
> it's going to turn out either your PC or your SDR device are a few ppm
> faster clocked, and then your throttle rate doesn't match your actual
> sample
Hi Daniel,
I'm not overly happy with the splitting using Throttle: Sooner or later,
it's going to turn out either your PC or your SDR device are a few ppm
faster clocked, and then your throttle rate doesn't match your actual
sample consumption rate, and then some buffers are going to over- or
Hi guys,
I'm using the Osmocom sink with a LimeSDR. I'm testing with a very
simple flowgraph (attached): a cosine source's amplitude is toggled
according to the state of a QT push button, thus getting a crude CW
transmitter.
The problem I'm seeing is that there is a huge delay (about 5 seconds)
