Hi,
Here are the top cycle-eaters. I knew that the frequency xlating fir filter
was quite hungry, but I'm unsure of how to decide on a transition
bandwidth. I have changed it from 1kHz to 3kHz (that is taps =
firdes.low_pass(1,614400,2.5*9600,3000)) and the flowgraph seems to be
running without
Hi Jack,
that is really peculiar, as 400k is really not a rate I'd assume you'd
be getting into trouble. I'd agree with your interpretation of the
netstat observations – but really, why on earth would the kernel be so
short on ressources that it has to drop packets?
This calls for an
Ah! You've set the data type of the QT GUI sink to "complex message"; I
wasn't aware that this feature had made it to the master branch :)
> The point of moving to C++ was that the flowgraph I /really/ want to
> use is just causing me huge problems - most notably that there are
> periods of a few
Hi Jack,
PDUs are not just samples one after the other – they contain metadata. I
can't really imagine what your flow graph looks like, so I'd be grateful
for a screenshot (File->Screen Capture).
Anyway, there'd be no obvious reason your UDP detour would make things
faster – maybe the
Hi,
I've been having some difficulty getting reliable data flow from my USRP
X310 with a GRC flowgraph, so I'm trying out writing my system in C++ with
the UHD driver API. My first step has been to retrieve samples from the
X310, forward them to a UDP port and then pick them up with a GRC Socket
