* Utilizing the CG_400 bitfile which does not include DUC/DDC resampling thus
supports only rates of 491.52 MS/s and 500 MS/s.
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Yes, you are right!
1\. This should not support 4 10GbE, when I use CG 400 image, the ubuntu20 can
automatically recognize it as 100 GbE
2\. But there is a new problem: in gnuradio I can't change the sample rate,
x410 devices always use a sample rate of 491.520 MHz, resulting in the computer
I don't think that card supports 4 x 10 GbE. But suppose you used a card
that does, or you used multiple 10 GbE cards to connect to all four 10 GbE
ports on the X410, then you would set the args to
"addr=192.168.10.2,second_addr=192.168.11.2,third_addr=192.168.12.2,fourth_addr=192.168.13.2".
The st
For question 2, can I understand it like this: if I use mellanox mcx516ccat
board, mirror select x4 200 for firmware, parameters addr, second_addr,
third_addr and
The fourth_addr is set to 192.168.10.2, so that when uhd is running, the data
stream will be automatically allocated, up to 40 GbE?
For question 2, can I understand it like this: if I use mellanox mcx516ccat
board, mirror select x4 200 for firmware, parameters addr, second_addr,
third_addr and
The fourth_addr is set to 192.168.10.2, so that when uhd is running, the data
stream will be automatically allocated, up to 40 GbE?
Hello Bob,
Were you able to use more than one 10 GbE connection to transport
traffic that exceeds throughput of single SFP+ 10GbE interface?
I wasn't able to do that yet. This is the command that I execute to test it:
prefix/lib/uhd/examples/benchmark_rate --rx_subdev "A:0 B:0"
--rx_channel
Hi Bob,
Question 1:
With the x4 bitstream, the X410 puts a separate 10 GbE interface on each
lane of its QSFP28 port 0 (the QSFP port has four lanes). There are
breakout cables that go from one QSFP to four SFPs if you have cards with
SFP ports, or, if your card supports four 10 GbE ports on a sin
