Suggested KIT for developing on STM32

Up to now there are a lot of HW and SW tools available for developing using the STM32 families.
This abundance of tools sometimes generate some confusion in the customers.
For this reason we propose below our preferred development KIT for STM32.

  • CUBE-MX – Remember to install also the library of the STM32xx that you want to use. Run CUBE-MX and select INSTALL/REMOVE (it’s on the right in CUBE-MX window) – See this video tutorial.
  • ATOLLIC (free for all STM32) or this release of KEIL that is free only for STM32F0/L0/G0
  • ST-LINK – Low cost emulators
  • ST-LINK-Utility – More info concerning ST-LINK-Utility, ST-LINK emulator, etc, are here.
  • STM Studio – Helps debug and diagnose STM32 applications while they are running by reading and displaying their variables in real-time.
    More info are here.
  • Tera-Term – This is useful if you need to use the USB virtual com
  • ST-MCU-Finder (for select the right STM32 to use)
  • Download and unzip the library of the STM32xx that you want to use.
    Inside the library there are a loot of examples ready to use.
    See this tutorial.
  • Last but not least, I suggest you to start to develop using the NUCLEO boards or the DISCOVERY boards.
    More info are here.

For more info see here.

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STM released new STM32MP1

New multicore STM32MP1 microprocessors (dual Cortex Ax + one Cortex Mx) with Linux OS for IoT applications (Cortex Ax) and real-time applications (Cortex Mx).

For more info click here.

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Data in the cloud in 2 minutes on AZURE

The presentation is here

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How to test a filament for your 3D printer

There are a lot of producer of filament for 3D printer and also are available a lot of color and material.

For this reason is difficult define exactly a temperature for the plate and for the extruder and it’s also difficult define exactly a millimeter retraction.

In general we suggest to reading the instructions released of the filament producer but for a best results we suggest to do the below tests.

For reading more click here.

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Teseo-LIV3F – GPS/Galileo/Glonass/BeiDou/QZSS

The Teseo-LIV3F module is an easy to use Global Navigation Satellite System (GNSS) standalone module, embedding TeseoIII single die standalone positioning receiver IC working simultaneously on multiple constellations (GPS/Galileo/Glonass/BeiDou/QZSS).

For reading more click here.

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Tutto quanto c’è da sapere su 3D Printer Creality Ender 3 (in Italian language)

La stampante 3D, CREALITY ENDER 3, è una delle più famose stampanti 3D (nel 2018) grazie al suo ottimo rapporto prezzo-prestazioni.

Questa stampante la trovate su moltissimi siti on-line da quali AMAZON, GEARBEST, BANGGOOD, ecc.
Ad oggi (Gen.2019) la migliore offerta la trovate qui ma controllate sempre su tutti i siti.

Per  continuare a leggere cliccate qui.

 

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STM8CubeMX

STM8CubeMX is a graphical tool that allows configuring STM8 microcontrollers very easily and generating the corresponding configuration reports.

For more info click here.

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Configure Ultimaker CURA software for use the Creality 3D printer model ENDER 3

After start CURA (my version is: 3.5.1) you must configure a new printer, in our case is the ENDER 3, for do this follow the steps below.

Select: SETTINGS → PRINTER → MANAGE PRINTERS, see below.

For more info click here.

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STM32L5 – Excellence in ultra-low-power with more performance – Based on Cortex M33

Security has emerged as one of the 3 key areas that developers of embedded and IoT applications are thriving to improve. The STM32L5 microcontroller series is the solution and provide a new optimal balance between performance, power and security.
The STM32L5 MCU series harnesses the security features of the Arm Cortex-M33 processor and its TrustZone for Armv8-M combined with ST security implementation. ST-proprietary ultra-low-power technologies create a class-leading MCU for energy-conscious applications such as Internet of things (IoT), medical, industrial and consumer.

For more info click here.

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How to use Android Studio, my first project

In this tutorial you find the topics shown below.

  • How to use Android Studio
  • Introduction
  • Install Java
    • Test your Java installation
  • Configure the System Environment Variable for Android Studio
  • Install the USB drive for your smartphone or tablet for using it in debug with Android Studio
  • Install Android Studio
    • Do a simple APP for test your Android Studio installation
    • Select a smartphone or tablet to use in debug
    • Build the project
    • Debug project using your smartphone or tablet
    • End debug

Click here to see all.

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