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Ask Slashdot: Best Electronics Prototyping Platform? 228

Posted by Unknown Lamer
from the arduino-attack-bot dept.
crankyspice writes "Having recently picked up the Erector set I've wanted since I was a kid, I quickly found myself wanting to plunge deeper into makerspace by adding more sophisticated electronics to moving devices (rovers, maybe eventually flying bots). My first instinct was Arduino (maybe because of brand recognition?), but that got me thinking — what's the 'best' platform out there (most flexible)? Arduino with its myriad options (Nano, Mega, Uno, Mini)? PICAXE? BASIC Stamp? Raspberry Pi? (The latter seems like it would easily be the most flexible, but at greater cost in terms of weight and complexity.) I'm a hobbyist programmer, having learned C and C++ in college and recently re-learning Java (took and passed the Oracle Certified Professional exam, FWIW)..."
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Ask Slashdot: Best Electronics Prototyping Platform?

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  • by n1ywb (555767) on Monday January 28, 2013 @09:01PM (#42721801) Homepage Journal
    In that order. Arduino is cheap and dirt simple and surprisingly powerful and flexable. Arduino is based on AVR which is the next step if you wish to pursue ultra cheap ultra lower power micro designs. AVR is compatbile with the complete GNU toolchain including GCC and GDB via JTAG and in-circuit emulation using the astoundingly cheap Atmel Dragon, the $50 JTAG adapter. Raspberry Pi and Beaglebone both run Linux. The RPi is super cheap but is better targeted at apps which require a GUI. The BeagleBoard is more expensive but is better tuned for embedded use. It would be nice if the inverse were true, but oh well.
    • http://www.arduino.cc/
    • http://www.nongnu.org/avr-libc/
    • http://www.atmel.com/tools/avrdragon.aspx
    • http://beagleboard.org/bone
    • http://www.raspberrypi.org/
  • by Anonymous Coward on Monday January 28, 2013 @09:03PM (#42721829)

    The toys you have listed are for developing firmware and software.

    Prototyping electronics involves first designing some electronics, simulating them (if applicable or able), and then designing the boards, ordering parts, and having them assembled (or assembling them yourself).

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