A bare metal programming guide (ARM microcontrollers)

A detailed guide to bare metal (without Pico SDK) programming of the RP2040 microcontroller.

Guide for bare metal programming using stm32

A bare metal programming guide for FRDM-KL25Z (ARM Cortex M0+)

Development of STM32 Bare-Metal projects using C language targets open community support and learning. This repository provides accessible, well-documented examples to guide users from basic to advanced levels of embedded systems programming.

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Bare metal programming without IDE (ARM guide)

A simple beginner's guide to starting with bare-metal programming.

Adapting https://github.com/cpq/bare-metal-programming-guide for the Tiva C Launchpad.

Playing around with programming the bluepill board in c following https://github.com/cpq/bare-metal-programming-guide

A beginner guide to bare-metal programming on the STM32F303RE. The focus is to learn the fundamentals of bare-metal programming that are typically abstracted away by STM32CubeMX or HAL libraries.

This is a baremetal code for STM32 board STM32U575ZITXQ. The idea is inspired from https://github.com/cpq/bare-metal-programming-guide

Industry-oriented bare-metal firmware development guide focused on MCU bring-up, register-level programming, memory layout, drivers, and clean embedded architecture — built from practical engineering experience.

This repository contains a guide by Daniels Umanovskis for bare-metal programming on ARM processors. It covers setting up the development environment, ARM architecture, and essential topics like memory management, GPIO, timers, interrupts, DMA, and communication protocols. (Reference: Daniels Umanovskis guide).

Detailed lecture notes on embedded systems and bare-metal programming. Covers microcontroller architecture, low-level hardware interfacing, real-time concepts, and modular system design, providing a practical and advanced guide for embedded software development.

Bedrock328 is an educational electronic board based on the ATmega328P microcontroller, designed to guide students and enthusiasts through every stage of embedded systems development — from through-hole soldering to bare-metal C programming and even Assembly coding.