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Mek napísal:Pre minimimalizaciu frustracie z pofidernych softverov a este pofidernejsich programatorov (postavenych podomacky a vyzadujucich trebars LPT port) by som odporucal ucit sa Atmel (nie Arduino), uz len kvoli super softverovej podpore. Vyvojove prostredie je moderne Atmel Studio 7, je postavene na Visual Studiu a tak je hned programatorom zname (teda o jednu vec ku studiu menej), aj nahravanie programu do cipu a manipulacia s poistkami je v nom zabudovana. Na programovanie odporucam zakupit AVRDragon. Pripaja sa pohodlne cez USB a je univerzalny na XY AVR cipov, a kedze je to origos produkt od Atmelu, Atmel Studio 7 s nim nema ziadny problem.

Now users of Microchip’s 8-bit PIC® microcontrollers can evaluate AVR devices in their favorite IDE. MPLAB X IDE version 5.0 supports over 20 families of Microchip’s most popular and newest AVR devices with beta support. In addition, version 5.0 fully supports all Microchip PIC and dPIC microcontrollers as it always has. In addition to IDE support for AVR devices, debugging can be completed for AVR with Microchip’s newest, low-cost debugger, MPLAB PICkit™ 4. Two choices for compiler support are also available within MPLAB X IDE - either the MPLAB XC8 C Compiler or the AVR GCC compiler. To see a complete listing of support and restrictions, open up MPLAB X IDE v5.0 and click on the “User’s Guide & Release Notes” from the Getting Started section of Learn and Discover, then click on “Device Support List – R/Y/G Tool Support”. Get started with your evaluation of AVR products by either starting a project in Atmel START and importing it into MPLAB X IDE, or start right away inside MPLAB X IDE. Watch the short videos to help you through the process and provide tips and tricks.