Hi all,
is there an easy way to know how big each buffer is in each of the blocks in a
flow graph, for example:
src = usrp.sink_c()
amp = gr.multiply_const_cc(...)
dst = gr.message_sink_c(...)
fg.connect(src, amp, dst)
fg.start()
#and then check to see how big the buffers were that the sched
all,
I am interested in controlling the USRP to do a half duplex operation: (when I
say transmit, stop receiving, and when I say receive, stop transmit). I have
been reading about the output enable registers, and in a previous discussion,
you suggested doing something like:
u_rx = usrp.source_c(
Hello all,
I've been using GNU Radio and the USRP for about a year now, and until now I
took for granted some of the things that are going on under the hood, if you
know what I mean. For example, recently, I noticed that the gr_complex data
type is simply the complex float data type in C++ (I w
>
> Yes, the m-block stuff will provide a reasonable interface for doing
> this. Besides m-blocks, this also requires considerable work in the
> USRP FPGA to make it happen.
>
> The basic idea is that received packets will have time stamps in them
> that correspond to the arrival time that the fir
Hey all,
I am playing with reconfiguring the USRP while its running and I was trying to
figure out some kind of benchmark time (on the order of...?) that it might take
to reconfigure different settings for the USRP.
(1) frequency
(2) interpolation / decimation
(3) mux
(4) etc.
I know that when y
I couldn't help but notice that there was a mention of TDMA on the Wiki:
"Precision time stamping and synchronization for TDMA waveforms"
is this time stamp referring to a method of the tun/tap driver in tunnel.py? or
is there another example that shows how to do that??
I am not very experience
Hi all,
I have been playing around with the fm_tx_2_daughterboards.py and others to
send multiple signals at once. I just wanted to confirm my
suspicions about the USB transmit path because I didn't see anyone
explicitly talking about this: When I look in the usrp1.py and usrp.py files
that onl
