I’ve been trying to use my AGX to test 40 pin header, I set pin11 was RTS by using Jetson-IO, and I prepared NANO 40pin to test, I connected their Tx/Rx/CTS/RTS, then use the minicom, the hardward flow control is Yes,then I disconnected RTC or CTS, they still can send the message to each other.
Does the step anything wrong?Does anyone can help me??
could you please confirm you have update these pin configuration from GPIO to SFIO, (i.e. UA3_RTS/CTS)
after that, are you able to probe the signaling, did RTS/CTS actually works correctly,
for example, RTS line to be high during the entire transmission before dropping.
After set up, I check the voltage to those pin, befor I open the minicom, pin11 is 3.3V and pin36 is 0.06V, after I open the minicom pin11/pin36 are both 0V.
Is it correct? Are these information enough? If you need more information, please let me know.
I was using my digital multimeter to connect the RTC and GND, It was the same result as my first reply, when I set up the pin11 to RTS and reboot, I check the Voltage, It was 3.3V, after I open minicom, and hardware flow control set to Yes, the voltage changed to 0.0V, then I sent some message to other device, the voltage still be 0.0V.
The reaction is not same as you said, Is there anything I need to check ??
I set RTS/CTS by using Jetson-IO, and I prepared one PC to connect my AGX Xavier, I connected their Tx/Rx/CTS/RTS, then use the minicom, the hardward flow control is Yes, then I disconnected RTC, PC can not send the message to my AGX, but when I disconnected CTS, my AGX still can send the message to the PC.
There is no update from you for a period, assuming this is not an issue any more.
Hence we are closing this topic. If need further support, please open a new one.
Thanks