Pluto - 2 Rx and 2 Tx using MATLAB

You create the Tx or Rx object like this - 

tx = adi.Pluto.Tx; % rx = adi.Pluto.Rx;

Remove the additional, incorrect adi namespace.

- Srikanth

You create the Tx or Rx object like this - 

tx = adi.Pluto.Tx; % rx = adi.Pluto.Rx;

Remove the additional, incorrect adi namespace.

- Srikanth

Many thanks for the help.

Can you provide some further guidance on controller the separate transmitters as there will be 2 transmitter with the AD9361.

In USB mode, you can setup transmit objects as follows:

tx1 = adi.Pluto.Tx('uri', 'ip:x.xx.x');

tx2 = adi.Pluto.Tx('uri', 'ip:y.yy.y');

In network mode, config.txt file needs to be updated first. See the following link - 

https://wiki.analog.com/university/tools/pluto/users/customizing#multiple_devices

Then, you can use the IPs to set the 'uri' property of MATLAB objects.

If you are using MathWorks' system objects, see this link - www.mathworks.com/.../setup-for-two-radios-connecting-to-one-host.html

Hi,

Sorry I think we are misunderstanding each other.

I am using 1 pluto which has been modified to have 2 Tx and 2 Rx outputs from the single pluto. 

I am looking to control it using MATLAB as it is operating as an AD9361.

Does this make sense?

Many thanks,

Zain

Since it has been modified to enable dual transmit dual receive mode, you need to use AD9361 system object from ADI's Transceiver Toolbox rather than the Pluto system object. You would set the EnabledChannels property to 2 for both tx and rx objects. 

Also, I believe MathWorks' system objects don't support Pluto configured in this manner. I would suggest checking with them on MATLAB Central.