This repository contains my efforts to create an "idiot proof bare metal m68k cross compiler toolchain of sorts."

Decompiled DDR memory init for Allwinner Tech T113-s3 SoC

Baremetal environment for "System programming lab" class in Dept. of Information Science, The University of Tokyo

Leo Hypervisor. ARM64 Hypervisor on Raspberry Pi 4 machine.

In this project, the Bosch BMP280 sensor is integrated with an STM32 microcontroller using bare-metal, low-level register-based firmware. Communication is handled via I2C and SPI protocols. The firmware captures sensor data and outputs it to a 16x2 LCD display, demonstrating effective real-time data acquisition and display.

Driver for a tri-color LED array installed inside a decorative bottle (aka, a decorative table lamp, of sorts) or other presentation.

Arduino UNO (ATmega328P) - SPI communication from scratch

ARM baremetal C programming using STM32F0 microcontroller with ARM CORTEX-M0 processor

OS-free port of LwIP stack to ARM board with lan91c111 ethernet controller

STM32F446Re_UART_Communication (Baremetal)

This repository include all the codes and constraints used in the development of the Master Thesis: "Development of a Differential Absorption Lidar System based on a SoC-FPGA for Carbon Dioxide Sensing" by Victor Ricardo Aguilera Sanchez

An approach to using the Zig language for embedded systems on STMicroeletronics evaluation boards for 32-bit Core M4 MCUs.

Some simple baremetal programming examples for riscv64 qemu

A port of FreeRTOS to the ARM 929EJ-S Versatile Platform Baseboard

My operating system tests

Baremetal environment for "System programming lab" class in Dept. of Information Science, The University of Tokyo

SPI Drivers for STM32F411VE-DISCO Board

Simple RISC-V CPUs running a baremental ray-tracer program.