Official firmware for the Wavelet Mini, Regular, and Max smart speakers built on the ESP32 platform.
This project is a 1.8V STM32WB55 Bluetooth Module with battery charging. The purpose of this project is to provide a development platform for mobile wearable devices.
Universal Zigbee Sensor Board (ESP32-H2-Supermini): A KiCad 9.0 project for a versatile, low-power sensor platform using the ESP32-H2-Supermini, designed for easy integration of various sensors in IoT applications.
i want to build a smart greenhouse agriculture system with actuators to maintain temperature, soil moisture, and light intensity for plant growth. why? first it is a school project, and I MUST da smart greenhouse that can make a suitable environment for the plant to grow, so I can plant new plants in my region and try them.
GitHub electronics repository for the 5th semester Expert In Teams Project. This repo includes the circuit development (KICAD) and embedded software for testing components (PlatformIO & VS-code)
A modern educational computer built around the Western Design Center W65C816S, combining classic computer architecture with modern design practices, clean documentation, and an expandable hardware platform.
AI-assisted KiCad probe/test interface designer — automatically generates testpoints, maps probe pins to dev board connectors, and validates placement constraints
Limitless Common Mode Scope. Battery powered probe with fast ADC with FPGA and UART connection. Data acquisition takes place when the trigger signal is high, later data is sent via UART to the computer. Purpouse of this device is to make precise measurements for high common mode signals.
Spark-AE is a synth module designed for the AE Modular format. It is based on the Daisy Seed embedded DSP platform.
Spark-AE is a synth module designed for the AE Modular format. It is based on the Daisy Seed embedded DSP platform.
Blitzcrank es un prototipo de garra robótica móvil controlada manualmente, capaz de desplazarse en los ejes X e Y mediante rieles y de realizar movimientos de subida, bajada, apertura y cierre para la manipulación de objetos. El sistema combina una placa principal LPC4337 con un ESP32, permitiendo control local mediante joystick y una interfaz web.
Blitzcrank es un prototipo de garra robótica móvil controlada manualmente, capaz de desplazarse en los ejes X e Y mediante rieles y de realizar movimientos de subida, bajada, apertura y cierre para la manipulación de objetos. El sistema combina una placa principal LPC4337 con un ESP32, permitiendo control local mediante joystick y una interfaz web.
Blitzcrank es un prototipo de garra robótica móvil controlada manualmente, capaz de desplazarse en los ejes X e Y mediante rieles y de realizar movimientos de subida, bajada, apertura y cierre para la manipulación de objetos. El sistema combina una placa principal LPC4337 con un ESP32, permitiendo control local mediante joystick y una interfaz web.
Blitzcrank es un prototipo de garra robótica móvil controlada manualmente, capaz de desplazarse en los ejes X e Y mediante rieles y de realizar movimientos de subida, bajada, apertura y cierre para la manipulación de objetos. El sistema combina una placa principal LPC4337 con un ESP32, permitiendo control local mediante joystick y una interfaz web.
An open-source handheld game console built around a Lattice ECP5 FPGA that uses a custom hybrid 2D + 3D graphics engine capable of DS-era 2D-and-3D gameplay at a locked 60 fps. Most open-source consoles are 2D-only or software-render 3D at sub-60 fps. The goal is a powerful yet accessible, fully hackable platform for the retro-hardware community.
ESP32 Drone by CodeMatrix is a compact, WiFi-controlled drone based on the ESP32-S3 microcontroller. Designed for hobbyists, makers, and engineers, ESP32 Drone by CodeMatrix offers a simple yet powerful platform for drone experimentation and development. It is an open-hardware project, making it easy to modify and expand.
ESP32 Drone by CodeMatrix is a compact, WiFi-controlled drone based on the ESP32-S3 microcontroller. Designed for hobbyists, makers, and engineers, ESP32 Drone by CodeMatrix offers a simple yet powerful platform for drone experimentation and development. It is an open-hardware project, making it easy to modify and expand.
ESP32 Drone by CodeMatrix is a compact, WiFi-controlled drone based on the ESP32-S3 microcontroller. Designed for hobbyists, makers, and engineers, ESP32 Drone by CodeMatrix offers a simple yet powerful platform for drone experimentation and development. It is an open-hardware project, making it easy to modify and expand.