Repository for TI MMWave utils and simple processing.
This repository contains:

• A dirty linux port of TI's MMWave example
• A dirty linux port of TI's DCA1000 example
• Example python sofware for radar processing using CUPY

Perform the following steps to get started:

Install the dependencies as described in installation instructions.

• Connect the micro-USB port on the DCA1000 to your system
• Connect the AWR2243 to a 5V barrel jack
• Set power connector on the DCA1000 to RADAR_5V_IN
• Put the device in SOP0
  • Jumper on SOP0, all others disconnected
• Connect the RJ45 to your system
• Set a fixed IP to the local interface: 192.168.33.30

sudo touch /etc/udev/rules.d/99-libftdi.rules 
sudo gedit /etc/udev/rules.d/99-libftdi.rules 

Add the following line:

SUBSYSTEM=="usb", ATTR{idVendor}=="0451", ATTR{idProduct}=="fd03", GROUP="usb", MODE="0664"

Then create the group and add your user:

sudo useradd -G usb $USER$
sudo usermod -a -G usb $USER$

There are two utils that need to be built:

• MMWavelink - sets up the radar
• DCA1000 - Starts the stream

To build and setup the code, follow the common CMAKE-way of doing it:

cd setup_radar  
mkdir build
cd build
cmake ..
make -j4

And then, run the following to setup the radar:

sudo ./setup_radar

This takes a bit of time, but the output should end with:

=========== mmWaveLink Example Application execution Successful ===========

A full printout of the output is here

To build and setup the code, follow the common CMAKE-way of doing it:

cd setup_dca_1000  
mkdir build
cd build
cmake ..
make -j4

And then, run the following to setup the DCA1000 to stream:

./setup_dca_1000

The output should be:

RDFCard Configure RDFCard_FPGA sendt!
Sendt message

FPGA Configuration command : Success
Handshake sendt!
Sendt message
Start Record Data sendt
Sendt message

And the DCA1000 should start blinking - which is a great sign!