I have a love/hate relationship with hackathons; maybe my rant can give you some helpful hints next time you compete.

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Overview of the related M2X Learn tutorial, which walks users through the process of connecting an Arduino and CC3000 to AT&T's M2X service.

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In addition to the races, we've got a lot of other great stuff going on!

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Come check out the Boulder Arduino Hackfest! It's going to be awesome.

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If you know electronics and radio theory well enough, you might be able to pass all three in one go. My call sign is KM4HPK. You’ll pass at…
I once wanted to use RFID for drone racing. Now with this setup with the high gain antenna it’s possible. Right now we have a new system…
I take my Technician Class test tomorrow, wish me luck!
There are many UHF high-gain directional antennas on the market. We’ve got a good…
Which antenna is needed to read up to 16 feet?
The board has adjustable power output from 0dBm to 27dBm, meaning that with the correct antenna you can read up to 16 feet (4.9m), or 1 to 2…
27 milliwatts ain’t nothin' compared to the 1500W I can run as a Amateur Radio Operator ;)
I’m guessing the antenna comments should go with the RFID reader description, not the tags (I would be surprised but oddly pleased to find a…
Seems to me you should have included a force sensor to detect who hit the antenna the hardest to serve as a “tie breaker”! ;-)
How far away could you pick up the tags with that antenna?

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