![]() To go around these downsides, engineers and DIY hobbyists, in no time, started creating different open source solutions that allow the chips to be programmed via the Arduino IDE. They lack the toolchains possessed by MCUs like the Atmega328p which allows their users to enjoy the same programming ease associated with Arduino boards (and clones).They come in SMD packages and are not breadboard compatible, making them difficult to use for DIY hobbyists.While these chips had amazing features and capacity, they are plagued with two major downsides: ![]() To improve on this, Microchip has released a new series of ATtiny chips with more memory and functionality, enough to go head-to-head with even some of the more expensive and popular Atmega series of chips. They power a range of tiny devices like the Digispark series of boards but are unfortunately almost useless in tasking applications as they have very limited Flash (usually less than 8K) and RAM (less than 1K). ![]() They may not be as popular as the Atmega328p microcontrollers, but the new ATtiny series of microprocessors from Microchip such as the ATtiny85 or ATtiny2313 needs no introduction. ![]()
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