I have a stupid question running in my head. I thought I should ask because this thought came to my mind that's why I am asking.
When I compare device ( Raspberry PI) with device ( 8 bit AVR, 8 bit PIC) I find that device ( Raspberry PI) can play audio, video signal and can do so many things while device ( 8 bit AVR, 8 bit PIC) can't play audio, video and can't do so many things.
The simple reason I found is that the microcontroller used inside the raspberry Pi is more powerful than 8 bit AVR, 8 bit PIC. It has higher speed and more memory storage than 8 bit AVR and PIC.
I am not satisfied with the answer I have presented, I want to know in more detail why the 8 bit AVR and PIC is failed.
I have done a lot of research to find the reason but still I can't find the exact reason.
I would really appreciate if experts would clarify how device ( 8 bit AVR, 8 bit PIC) fails to play audio and video signals due to low speed and low memory
When I compare device ( Raspberry PI) with device ( 8 bit AVR, 8 bit PIC) I find that device ( Raspberry PI) can play audio, video signal and can do so many things while device ( 8 bit AVR, 8 bit PIC) can't play audio, video and can't do so many things.
The simple reason I found is that the microcontroller used inside the raspberry Pi is more powerful than 8 bit AVR, 8 bit PIC. It has higher speed and more memory storage than 8 bit AVR and PIC.
I am not satisfied with the answer I have presented, I want to know in more detail why the 8 bit AVR and PIC is failed.
I have done a lot of research to find the reason but still I can't find the exact reason.
I would really appreciate if experts would clarify how device ( 8 bit AVR, 8 bit PIC) fails to play audio and video signals due to low speed and low memory