Hi Maxim,
UHD/RFNoC doesn't need any "special" capabilities of your network stack; only the ability
to pass through relatively high-rate data without reordering packets. I had students
myself that worked with N-series USRPs under WSL, that works just fine.
The Radioconda installation method of GNU Radio [1] works pretty nicely under windows, as
well, and gives you a native UHD (currently: UHD 4.3.0), without you having to compile
anything from source (aside from your own module). You can find the radioconda windows
installer right here [2].
Best regards,
Marcus
[1] https://wiki.gnuradio.org/index.php?title=CondaInstall
[2] https://github.com/ryanvolz/radioconda/releases (might have to click on "show all N
assets") on the most current release.
On 13.02.23 16:48, Maxim Belotserkovsky wrote:
Have plans to take a GR flowgraff and port the design to the on-board FPGA in one of the
Ettus product (most likely E320). Currently, the GR flowgraff has been developed inside
a Docker desktop that uses WSL under windows. The concern is that it may be
non-trivial/impossible to use RFNoC to incorporate HW acceleration because communication
from GNU flowgraph to FPGA and back via UHD is not supported. So far have been unable to
find clear answers on Ettus site etc. Any comments? Thanks
--
Maxim Belotserkovsky
[email protected]
<https://gotenna.com/>
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