While I haven't written it yet, I plan to write one capable of 400G by
August 2024. Should be trivial to operate at 100G as well.
I also plan to write one for VITA49.2.
Matthew Schiller
On Wed, Mar 6, 2024 at 3:46 PM Kaj Wiik wrote:
> Hi Mayukh and all,
>
> I am developing a si
handling data movement in embedded (software) systems for highest performance
is well complicated…. And I probably shouldn’t talk much about it… I’m an FPGA
engineer not a Kernel-level Embedded software engineer..
[AB72FAB9]
Matthew Schiller
ngVLA Digital Backend Lead
NRAO
mschi...@nrao.edu
The right way to do what you describe is with the axi DMA block, but as you
point out that has a software interface to configure the transfer. The main
data would flow over an AXI4 “full” interface that supports burst transactions
(but the Xilinx-provided DMA block already does that), and the
and a streaming I/Q
output, which is basically what they give you out of the box from Analog
Devices.
Matthew Schiller
ngVLA Digital Backend Lead
NRAO
mschi...@nrao.edu
315-316-2032
-Original Message-
From: casper@lists.berkeley.edu On Behalf Of Glen I
Langston
Sent: Thursday, August 17
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