![]() ![]() You can also buy a pre-made baseboard with peripherals already attached ( 1, 2, 3). The rest of the pins are brought out to headers. The idea is that you can create whatever circuit you’d like to use on a breadboard, plug the OM11049 board into your breadboard, and go from there. You can plug it into your computer and use Code Red’s free LPCxpresso IDE to write code, compile it, and flash the resulting binary to the microcontroller. The microcontroller portion of the board is bare–it has nothing connected to the pins other than an LED connected to a single GPIO pin. It’s a very simple development board with a built-in USB programming interface. ![]() Today, I will be reviewing the LPCXpresso OM11049 board. Thanks to Newark/ Farnell, I’ve had the opportunity to review several microcontroller development boards over the past year - see the product reviews category on my blog for more of these. Let me know if you’d like to continue to see posts like this in the future! Introduction It’s a new concept that I’d like to explore for some of my microcontroller programming articles–concrete examples using actual products. Hi again everybody! I’ve decided to combine two blog posts into one: a product review and a new article in my microcontroller programming series. ![]()
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