;>
>>> What I can suggest doing is the following:
>>>
>>> Uninstall casperfpga
>>> >> pip uninstall casperfpga
>>>
>>> Then in your git directory, do a
>>> >> git checkout py3-merge
>>>
>>> This will s
Greetings Casperites,
I'm new to Linux, and I think I must have some simple setting adjusted
incorrectly.
I'm running ubuntu 16.04 and tried this on a fresh install.
I first simply tried "pip install casperfpga", but this gave me the error
message:
ERROR: Could not find a version that
Hello all,
I'm working on a project that has a Red Pitaya mounted in a drone. It will
be monitoring and correlating two antenna inputs. Because the red pitaya
will be in a drone, I need to store the processed data coming out of the
FPGA onto the SD card. Is this something anyone has worked
Hello Casperites,
I was looking at the new Red Pitaya board that has come out recently:
https://www.redpitaya.com/Catalog/p52/sdrlab-122-16-standard-kit?cat=c102
It features wider out-of-the box bandwidth (no front end filtering), a
bigger FPGA, and 16-bit ADCs. Are there any plans to add
Hi all,
I'm trying to determine how I would go about finding/using the addresses of
the memory mapped registers being used by the FPGA, from the PS side of the
Red Pitaya. For example, in the spectrometer tutorial, there are several
registers used to control the design, and others to pull data
g file that you uploaded and the
> header will contain the memory map. You can also see the memory map in a
> file called coreinfo.tab in your build directory.
>
> Hope this helps.
>
> Wesley New
> South African SKA Project
> +2721 506 7300
> www.ska.ac.za
>
all full blown casperfpga to
> your red pitaya, and connect via localhost using the scripts you already
> have. Unless your performance requirements are such that python is out of
> the question, this is probably the easiest thing to do.
>
> Cheers
> Jack
>
>
> On Sun, 31 May
Greetings Casperites,
I'm working on a project with the Red Pitaya that will be sampling higher
nyquist zones. The ADC on the red pitaya, the LTC2145-14, has the specs to
do what I need, but the Red Pitaya itself has a 62.5MHz low pass filter on
the front end and I will need to bypass this.
I'm working on a design where the input sources to the Red Pitaya are
switched at ~4Hz for calibration purposes. I was implementing functionality
to prevent data from one calibration state ending up in the accumulator
during the next calibration state, and I started getting some strange
9 matches
Mail list logo