MicroPython is officially part of the Arduino ecosystem
At Arduino, we love testing new technologies to see if we can use them to improve the tools we make for our users. We recently experimented with the Python language as a likely extension for our programming frameworks, given how it has become the number one language for many types of users. Specifically, we are looking for MicroPython, the model of Python that runs on microcontrollers. We've partnered with OpenMV, which has ported its PC vision-oriented virtual machine to some of our products and allowed us to do some great things with the (as an example).
Expanding on this initial experience, we were fortunate enough to partner with the creator of MicroPython, , to port the official digital device to select Arduino products. . We're sure you'll love it!
Thanks to one of our developers (Ubi from Feo), we were able to test MicroPython on a class of students and discovered a lot. In particular, we observed that it is difficult to find a very simple cross-platform MicroPython IDE that would be as easy to apply as the original Arduino IDE.
Fortunately, we got here through the work of Murilo Polese, who developed a simple device that we were able to adapt and use for coaching. The results were so accurate that we decided to collaborate with him to produce a device that we will share with the network.
We are very excited to announce the new Arduino Lab for MicroPython, a simple, pass-platform IDE for MicroPython that helps any board with a serial REPL interface so that it can additionally painting with non-Arduino boards.
It's not yet a respectable product, it's an experimental tool - but we wanted humans to play with it, so we created a brand new "Arduino Labs" website, in which we will submit experimental tools for human beings to try and give us remarks. It is no longer guaranteed that they will become absolutely launched products. In the meantime, enjoy and give them a try!
You can find Arduino Lab for MicroPython at .
Categories:
At Arduino, we love testing new technologies to see if we can use them to improve the tools we make for our users. We recently experimented with the Python language as a likely extension for our programming frameworks, given how it has become the number one language for many types of users. Specifically, we are looking for MicroPython, the model of Python that runs on microcontrollers. We've partnered with OpenMV, which has ported its PC vision-oriented virtual machine to some of our products and allowed us to do some great things with the (as an example).
Expanding on this initial experience, we were fortunate enough to partner with the creator of MicroPython, , to port the official digital device to select Arduino products. . We're sure you'll love it!
Thanks to one of our developers (Ubi from Feo), we were able to test MicroPython on a class of students and discovered a lot. In particular, we observed that it is difficult to find a very simple cross-platform MicroPython IDE that would be as easy to apply as the original Arduino IDE.
Fortunately, we got here through the work of Murilo Polese, who developed a simple device that we were able to adapt and use for coaching. The results were so accurate that we decided to collaborate with him to produce a device that we will share with the network.
We are very excited to announce the new
It's not yet a respectable product, it's an experimental tool - but we wanted humans to play with it, so we created a brand new "Arduino Labs" website, in which we will submit experimental tools for human beings to try and give us remarks. It is no longer guaranteed that they will become absolutely launched products. In the meantime, enjoy and give them a try!
You can find Arduino Lab for MicroPython at .
Categories:
At Arduino, we love testing new technologies to see if we can use them to improve the tools we make for our users. We recently experimented with the Python language as a likely extension for our programming frameworks, given how it has become the number one language for many types of users. Specifically, we are looking for MicroPython, the model of Python that runs on microcontrollers. We've partnered with OpenMV, which has ported its PC vision-oriented virtual machine to some of our products and allowed us to do some great things with the (as an example).
Expanding on this initial experience, we were fortunate enough to partner with the creator of MicroPython, , to port the official digital device to select Arduino products. . We're sure you'll love it!
Thanks to one of our developers (Ubi from Feo), we were able to test MicroPython on a class of students and discovered a lot. In particular, we observed that it is difficult to find a very simple cross-platform MicroPython IDE that would be as easy to apply as the original Arduino IDE.
Fortunately, we got here through the work of Murilo Polese, who developed a simple device that we were able to adapt and use for coaching. The results were so accurate that we decided to collaborate with him to produce a device that we will share with the network.
We are very excited to announce the new
It's not yet a respectable product, it's an experimental tool - but we wanted humans to play with it, so we created a brand new "Arduino Labs" website, in which we will submit experimental tools for human beings to try and give us remarks. It is no longer guaranteed that they will become absolutely launched products. In the meantime, enjoy and give them a try!
You can find Arduino Lab for MicroPython at .
Categories:
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