Isn’t the war between PIC and AVR over?

First of all I think it is stupid to compare two microcontroller types in general. In any field you may find something that fits your particular needs. When you start building a new project you define needs and then you pick microcontroller that fits. If you choose microcontroller first and then think of properties, then probably you should rethink the strategy. This applies more to production level. In hobby market things always works different. You can always find many arguing why one microcontroller is better than another. In that case you might find interesting comparison prepared by majenko.

avr vs piv vs msp430

In his table he put three popular microcontrollers side by side and compared common features. The microcontrollers are: Atmega328P found in Arduino, PIC18F25K80 and MSP430G2533. In peripheral war PIC is obviously a winner. It offers better ADC, more PWM channels and more 16 bit timers. The MSP430 looked worst in that way. But don’t get caught by this comparison, because it doesn’t include tools. PIC doesn’t shine when you need a programmer. PICKIT 2/3 is more expensive then AVR ISP. In other hand MSP430 offers low power capability. As always you should use your own brain when choosing, but it is interesting to read other opinion and thoughts on microcontroller choice.

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  1. The war is over! ARM won.

    Seriously, with great options like the Stellaris Launchpad and the STM32F series ARM microcontrollers, why would anyone go back to PIC or AVR?

    Gone are the days of proprietary compilers and non-standard programmers. Fire up GCC and OpenOCD/GDB and away you go.

    They also add great features that blow away the competition like DMA transfers, sequence based ADC sampling, and more versatile pin muxing. They are also much faster and priced cheap.

  2. Well, it’s not that simple. Please keep in mind that with the ever increasing capabilities, the peripherals are getting more and more complex so that it is becoming much harder to figure out how to configure them the way you need. For very simple tasks, 8/16 bit micros are still relevant.

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