On 09/09/2018 07:32 PM, Chintan Patel via USRP-users wrote:
Got it
Any potential risks/pitfalls from a UHD driver standpoint in having
one host connected to two B210s over separate USB 3.0 wires operating
at 30.72Msps in the 2x2 mode?
Thanks
Chintan
You'll likely want them to be on separate
Got it
Any potential risks/pitfalls from a UHD driver standpoint in having one
host connected to two B210s over separate USB 3.0 wires operating at
30.72Msps in the 2x2 mode?
Thanks
Chintan
On Sun, Sep 9, 2018 at 4:37 PM, Neel Pandeya wrote:
> Hello Chintan:
>
> Yes, on the B210, in 1x1 mode,
to be a little more specific: The baseband data rate of the FPGA /
AD9361 interface limits the interface to a **cumulative** 61.44 in RX.
So, no, that modification is not possible.
Best regards,
Marcus M
On Sun, 2018-09-09 at 13:37 -0700, Neel Pandeya via USRP-users wrote:
> Hello Chintan:
>
> Y
Hello Chintan:
Yes, on the B210, in 1x1 mode, the maximum sampling rate is 61.44 Msps, and
in 2x2 mode, the maximum sampling rate is 30.72 Msps.
The tweak/modification that you mention has not been implemented for the
B210.
--Neel Pandeya
On 9 September 2018 at 13:20, Chintan Patel via USRP-
Hi Marcus,
Thanks for the clarification. So the max rate for two channels on the B210
is 30.72Msps, right? Reading the 9361 manual, it seems that if one wants to
operate in RX-only (dual-port half-duplex) mode, the 61.44Msps rate might
be achievable (at the expense of no TX). Any idea if this mod
On 09/09/2018 11:21 AM, Chintan Patel via USRP-users wrote:
Hi,
Two questions on the B210.
1. Generally speaking, are there are known issues transporting two RX
channels at 61.44Msps over USB 3.0 on the B210. I know from a
theoretical standpoint, the 5Gbps capacity of USB 3.0 has enough
capa
Hi,
Two questions on the B210.
1. Generally speaking, are there are known issues transporting two RX
channels at 61.44Msps over USB 3.0 on the B210. I know from a theoretical
standpoint, the 5Gbps capacity of USB 3.0 has enough capacity to transport
the dual-channel 16-bits i/q @ 61.44Msps. I als
