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In this video we explain the intent and purpose of the Colibri family of products. +
CurrentMakers is a small team of makers and creators, with decades of experience in electronics, low-level programming, networking and real-time systems. +
In this episode, we start programming the Colibri at firmware level. We will look at the I2C multiplexor and the MCU3, which contains a STM32F405RG, with a dual-color LED. +
In this episode, we introduce the Zephyr Project, a very popular Real-Time Operating System (RTOS) and showcase that the Colibri hardware has (for the most part) been successfully adapted for Zephyr. This is done with "drivers" (zephyr-ws2812b-pwm) and "device trees" (colibri_mcu3, colibri_carrier). +
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First live stream - I am probably going to finish this project in the following week but at unscheduled times. +
In this series I will create a KiCAD project from scratch - not merely editing an earlier one. I will do it all live, show you all the struggles, explain the decisions etc. +
In this series I will create a KiCAD project from scratch - not merely editing an earlier one. I will do it all live, show you all the struggles, explain the decisions etc. +
In this series I will create a KiCAD project from scratch - not merely editing an earlier one. I will do it all live, show you all the struggles, explain the decisions etc. +
In this video I will go through the design of a 16 relay board with an embedded STM32. The timing of the video is that I just ordered these boards at JLCPCB, so I thought it would be fun to go through it BEFORE I have them and then talk through the result when I receive them and see if they work at all. +
We just discovered a "new" feature in KiCAD - Jobsets. It helps streamline the PCB ordering process. +
In this video we will order the new STM32 ST-Link described in previous video. +
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Trying out the new Streamline MCU RP2354 board. A dive into what is Raspberry Pico RP2350, WHY am I making this video (on a channel named STM32World) and finally - how easy it is to use. +
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Welcome to the first intro video in our new STM32 Bare Metal series. In this video we will present the motivation as well as some important basic concepts. +
In this video we will create an absolute bare-bones project (doing nothing) and then extend that project to blink a LED. Absolutely NO libraries will be used - just a compiler and debugger. +
In this video we will modify the blink application from the last video to use the systick timer rather than delay. +
In this video we will fix a small mistake made in the previous video. +
In this video we will enable the 16 MHz External Crystal Oscillator and run the core MCU at 168 MHz. +
In this video we turn the somewhat messy code from the last video into a neatly organized library. +
In this video we will be converting our libraries into using bit-fields (bit packing) and implement a UART peripheral and print redirect (printf). +
In this video we turn the somewhat messy code from the last video into a neatly organized library. +