Arduino DUE (32 bit) Now Available
store.arduino.cc
Arduino DUE (32 bit) Now Available
1–10 of 38 posts
Re: Arduino DUE (32 bit) Now Available
#2Sadly none of the distributors seem to have it yet. Seems like we'll have to wait a little while longer still.
Re: Arduino DUE (32 bit) Now Available
#3€60 for shipping to US seems a little much for shipping 60 grams taking a week. Sadly none of the distributors seem to have it yet. Seems like we'll have to wait a little while longer still.
[1] Cheapest I saw was $109 (83 euros)
Re: Arduino DUE (32 bit) Now Available
#4From what I've read, the Due is faster and able to handle more things. But is it easier to use compared to the Uno?
Re: Arduino DUE (32 bit) Now Available
#5€60 for shipping to US seems a little much for shipping 60 grams taking a week. Sadly none of the distributors seem to have it yet. Seems like we'll have to wait a little while longer still.
Re: Arduino DUE (32 bit) Now Available
#6I am new to Arduino but very interested in starting. So far I have read that the Uno R3 is the best for beginners but now that the new Due is out will this be preferable for a beginner? From what I've read, the Due is faster and able to handle more things. But is it easier to use compared to the Uno?
Re: Arduino DUE (32 bit) Now Available
#7I am new to Arduino but very interested in starting. So far I have read that the Uno R3 is the best for beginners but now that the new Due is out will this be preferable for a beginner? From what I've read, the Due is faster and able to handle more things. But is it easier to use compared to the Uno?
The vast majority of libraries won't work with the new Due, and some older shields (like expansion cards you put on top) won't either.
The ATMega based boards are cheaper & are easier to get hold of.
Additionally, the Cortex I/O is 3.3V, not 5V tolerant which makes it easier to accidentally fry.
It's exciting stuff for experienced arduino users who like the ecosystem, but if you really want it I'd wait perhaps another hardware revision so the hardware & software stuff is properly in shape. I've been using arduino since the early days and, trust me, you don't want to be the first one hitting obscure preprocessor/compile bugs. You will also be amazed at the amount of performance you can get out of the little ATMegas when you don't have operating systems sucking up all your cycles!
Re: Arduino DUE (32 bit) Now Available
#8I am new to Arduino but very interested in starting. So far I have read that the Uno R3 is the best for beginners but now that the new Due is out will this be preferable for a beginner? From what I've read, the Due is faster and able to handle more things. But is it easier to use compared to the Uno?
Also, one of the appeals of Arduino to me is to re-learn simplicity, and relying on hardware solutions, due to the limitations of the micro controller. With a µC as powerful as the Due, the temptation for software types like me is to brute force everything in software again, which sort of defeats the purpose of Arduino tinkering for me. I've actually started playing with the ATtiny85, to have an even more limited hardware platform.
However, as a practical device, it looks like the Due is vastly more powerful than the Uno.
Re: Arduino DUE (32 bit) Now Available
#9Re: Arduino DUE (32 bit) Now Available
#10I am new to Arduino but very interested in starting. So far I have read that the Uno R3 is the best for beginners but now that the new Due is out will this be preferable for a beginner? From what I've read, the Due is faster and able to handle more things. But is it easier to use compared to the Uno?
When you grow out of the Uno, the Due will be there waiting for you.
Personally, I'm going to avoid getting a Due until I need the extra horsepower. The simplicity of the AT family of microcontrollers is very appealing. Once you have a prototype working on the Uno, creating the deployable version using an ATTiny85 or whatever is not that difficult.
Compare hooking up an 8 pin ATTiny85 and a few supporting components vs the soldering wire-wrapping nightmare of using a AT91SAM3X8E or some near equivalent.