Changes between Version 15 and Version 16 of Tutorials/Wireless/mmwaveRFSoC

Timestamp:

Jan 21, 2022, 12:05:45 PM (2 years ago)

Author:

skrimpon

Comment:

—

Tutorials/Wireless/mmwaveRFSoC

@@ -122 +122 @@
 }}}
 
+=== Environment Setup ===
+To control the Sivers using a local connection we need to setup the FTDI drivers for every new ssh connection.
+{{{#!shell-session
+root@srv1-in1:~$ source ~/mmwsdr/host/scripts/sivers_ftdi.sh
+}}}
+
+
 == Demos ==
 In the following subsections, you can find detailed descriptions for each demo.
 
 === Basic ===
+- '''onenode.py:''' In this demo we control a single SDR. The script creates an SDR object that controls the Xilinx RFSoC FPGA eval board and Sivers IMA. A user can provide arguments to the script, such as the carrier frequency, the COSMOS node id and the transceiver mode. The script by default starts a local connection at srv1-in1 with a carrier frequency at 60.48 GHz in receive mode.
+{{{#!shell-session
+root@srv1-in1:~/mmwsdr/host/demos/basic$ source onenode.py --freq 60.48e9 --node srv1-in1 --mode rx
+}}}
+- '''ederarray.py:''' The Python drivers of the Sivers library requires Python 2. One way to remove this dependence is to remotely control the Sivers array with an HTTP server. We can start the HTTP server as follows,
+{{{#!shell-session
+root@srv1-in1:~/mmwsdr$ python ./host/mmwsdr/array/ederarray.py -u SN0240
+}}}
+{{{#!shell-session
+root@srv1-in2:~/mmwsdr$ python ./host/mmwsdr/array/ederarray.py -u SN0243
+}}}
+
 === Calibration ===
 === Channel Sounder ===