It's way too expensive for home users, because it's in the thousands of dollars. Even if it was $50, the rabid Linux and open-source crowd would hate it, because it's not free.ĬODE SIZE. If the size of your project isn't small, then you won't be able to take advantage of the "free" IAR use. Some people flip out just because a product isn't open source. OTHER REASONS, why I use IAR as much as possible: You use another IDE and whine because all tools aren't EXACTLY the same. ![]() You don't have to install and setup multiple unrelated tools. Less of an issue today than it was 10 years ago. ![]() It supports numerous ARM cores (old and new) and supports numerous chips with different flash programming requirements. It's compatible with many different hardware debuggers, ready to work immediately after you install IAR. IAR EMBEDDED WORKBENCH FOR ARM KICKSTART HOW MUCH INSTALL It has a built-in ARM simulator, so you can debug non-I/O algorithms without any hardware.Ĭode size. IAR still produces smaller code than GCC, which is important for microcontrollers with small amounts of flash.Ĭross compiler code testing. ![]() When I develop non-I/O algorithms, I compile code with multiple compilers (both ARM and x86) to ensure the code is more robust and more portable. IAR EMBEDDED WORKBENCH FOR ARM KICKSTART HOW MUCH FREE.IAR EMBEDDED WORKBENCH FOR ARM KICKSTART HOW MUCH CODE.IAR EMBEDDED WORKBENCH FOR ARM KICKSTART HOW MUCH INSTALL.
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