Your demo could have been any application... doing multiplication 1 million times and displaying the time. You can find the speed comparisons all over the Internet. - I would not base the processor on drawing ever smaller and smaller triangles. I use the TFT with Arduino and for text and my graphics, it performs well. [The touch sensor is not good in my opinion, though.]
for some applications atmega's still reign supreme for something that needs to boot up literally instantly as fast as possible after power applied esp32 and stm32 are too slow due to boot time ATMEGA328 with fuses set and no bootloader is there within 4ms or something
Yeaa, that is why I am also using arduino+stm32 : -D
Your demo could have been any application... doing multiplication 1 million times and displaying the time. You can find the speed comparisons all over the Internet. - I would not base the processor on drawing ever smaller and smaller triangles. I use the TFT with Arduino and for text and my graphics, it performs well. [The touch sensor is not good in my opinion, though.]
You are comparing a toy with a military tank.. 😅
for some applications atmega's still reign supreme
for something that needs to boot up literally instantly as fast as possible after power applied esp32 and stm32 are too slow due to boot time
ATMEGA328 with fuses set and no bootloader is there within 4ms or something
Man I am now winching about purchasing an Arduino nano just a month ago.I wish I had the idea of this super duper arm cortex powered board
nah, arduino/avr is the better thing u could choose to start.
which program did you use to load the script onto the olimino
More info pls
What type of TFT Display is that?
I.guess like the ILI9486 or similar with the Adafruit library.
Now do a speed competition against arduino uno and STM32H7R7 or STM32H723
i wish i got an STM instead PI and Arduino overrated