Hi there,
I bought 6 pieces of MPC5744P (Rev. E1) and DEVKIT-COMM (Rev. A) at this year.
I tested different code to verify the functionality of each board, the testing condition is as follow,
【S32 v2.1 / MBDT v3.2 / Matlab R2018a / Windows 10 / ASUS G1401I】
The testing result and question is described as follow.
( to prevent misunderstanding, 6 piece of MPC5744P is numbering as A, B, C, D, E, F )
1.
two out of six board cannot execute the code from MBDT.
I have seen the post discussed the issue of oscillator of clock source, link of post is as below.
MPC5744p RevE MBD flash problem - NXP Community
Therefore, I guess the external clock of two board (A, B) in the above table is malfunction.
If the guess above is true, can I have the return or exchange? @mariuslucianand
2.
four out of four (C, D, E, F) board cannot execute the 【LED & UART】of 【flexcan_master_mpc574x】from MBDT.
*Is the code to initialize the LED not for Rev.E?
(I found this issue from Solved: Re: DEVKIT-MPC5744P CAN testing - NXP Community )
*Is the code to initialize the UART wrong?
@PetrS @mariuslucianand @constantinrazva @raresvasile @adriantudor
If there is any other information needed, please let me know, thanks for your help!
Hi,
I can comment FlexCAN_MPC5744P demo in S32DS.
After doing modification mentioned in Solved: Re: DEVKIT-MPC5744P CAN testing - NXP Community I am able to see terminal message and communicate with CAN tool on rev.E board
No message is send from PC, but receiving on MCU is successful because self reception is enabled MCR[SRXDIS]=0) and RX MB is configured to receive same ID that is send.
Not sure why code for LED control is done that way. But you can easily modify it. Use below code to enable output on PC11
SIUL2.MSCR[PC11].B.OBE = 1; // enable output buffer on PC11, driving red LED
then output level can be controlled by
SIUL2.GPDO[PC11].R = 0; // Turn on red LED
SIUL2.GPDO[PC11].R = 1; // Turn off red LED
SIUL2.GPDO[PC11].R ^= 1; // Toggle red LED
BR, Petr
Hi @PetrS , thanks for your reply and sorry for my delayed response.
I still cannot receive 0x555 from CAN listener ( Komodo CAN Duo ),
but the red led is on.
My board version is revE1 as shown in figure below.
I have modified the code as specified in Solved: Re: DEVKIT-MPC5744P CAN testing - NXP Community as shown in figure below.
My CAN connection is as figure below, CAN0 - CAN2 - CAN listener
However, if I also change the LOOPBACK to 0.
1. the CAN listener can get 0x555
2. the red led is vanished
3. the UART still got nothing
Also, what is the meaning of DS and MB shown in the comment at main.c
By the way, @adriantudor
the UART should print the data received if the description is right as shown in figure below.
However, there is no data shown in UART terminal.
The jumper configuration is shown as figure below and the code is as attached.
Please help me solve these issues, thank you!
