Running Arduino and MicroPython side-by-side on multi-core microcontrollers

THE world of microcontrollers East together has experience A significant change with THE Future release of MicroPython v1.23, which will introduce support For Asymmetric Multiprocessing (AMP) on multi-core microcontrollers. This revolutionary advancement, built on THE industry standard OpenAMP frame, gives power developers And amateurs has run A Arduino sketch And A MicroPython program at the same time on multi-core modules. By allowing seamless communication between THE two environments, This update unlocks A vast painting of possibilities For innovative projects And applications.

THE the integration of Arduino And MicroPython on multi-core microcontrollers offers several key benefits. First of all, he allow developers has leverage THE simplicity And ease of to use of MicroPython while simultaneously tapping In THE extensive library ecosystem of Arduino. This combination provides A powerful tool set For fast prototyping And development, restoration has both beginners And experimented programmers same.

Moreover, THE ability has run Arduino And MicroPython programs simultaneously on separated nuclei of A multi-core microcontroller opens up new tracks For parallel treatment And stain optimization. This can lead has improved performance, reactivity, And energy efficiency In integrated systems, manufacturing he particularly precious For apps such as the robotics, IoT devices, And real time control systems.

Seamless Communication with Remote Procedure Calls (PRC)

A of THE stand out features of THE MicroPython v1.23 update East THE use of Remote Procedure Calls (PRC) has to assist communication between Arduino And MicroPython. RPC allow functions In A environment has be called And accomplished Since THE other, allowing A seamless exchange of data And control between THE two.

THE RPC mechanism In MicroPython v1.23 East designed has be minimal And user-friendly, with A direct API that simplified THE process of invoke remote functions And handling their results. This abstraction layer eliminates THE need For developers has dig In THE complexities of inter-core communication, manufacturing he more accessible has A wider public.

Furthermore, THE RPC Implementation In MicroPython East fully compatible with Arduino RPC library, ensure A consistent And standardized approach has remote procedure calls through both environments. This compatibility allow developers has leverage existing Arduino libraries And coded extracts with minimal modifications, economy time And effort In THE development process.

Supported Boards And Prices

THE MicroPython v1.23 release, with It is AMP support, will be available For A range of popular multi-core microcontroller boards. These include THE Arduino GIGA R1 Wireless, Portenta H7, And Nicholas Vision. Each of these boards offers unique features And abilities, restoration has different project requirements And budgets.

THE Arduino GIGA R1 Wireless, Dear has $72.50, combined A powerful multi-core processor with integrated Wireless connectivity, manufacturing he appropriate For IoT apps And wireless communication projects. THE Portenta H7, available has $103.40, offers high performance And flexibility, with A dual core ARM Cortex-M7 And Cortex-M4 processor, along with A range of peripheral devices And expansion options.

For computer vision And AI applications, THE Nicholas Vision, Dear has $95.00, provides A compact And feature-rich solution. He integrated A camera module, A AI accelerator, And A multi-core processor, allowing developers has build clever vision-b...