A full-stack modular controller that is feature-rich, usable, responsive, and robust. Can be used for any HID-compliant purpose, but we focus on developing swappable modules that can form customizable gamepads.
A full-stack modular controller that is feature-rich, usable, responsive, and robust. Can be used for any HID-compliant purpose, but we focus on developing swappable modules that can form customizable gamepads.
A full-stack modular controller that is feature-rich, usable, responsive, and robust. Can be used for any HID-compliant purpose, but we focus on developing swappable modules that can form customizable gamepads.
A full-stack modular controller that is feature-rich, usable, responsive, and robust. Can be used for any HID-compliant purpose, but we focus on developing swappable modules that can form customizable gamepads.
Do you find Minibadges too big? Do you want to go even smaller? Try out the Microbadge! A minibadge can hold 4 of them!
Do you find Minibadges too big? Do you want to go even smaller? Try out the Microbadge! A minibadge can hold 4 of them!
A keyboard personalized for myself, designed in KiCad, with custom firmware and a case, both written in Rust. Can sit on top of a macbook keyboard.
bschwind
288
A keyboard personalized for myself, designed in KiCad, with custom firmware and a case, both written in Rust. Can sit on top of a macbook keyboard.
bschwind
288
A keyboard personalized for myself, designed in KiCad, with custom firmware and a case, both written in Rust. Can sit on top of a macbook keyboard.
bschwind
288
This project features versatile dataloggers built on ESP32 and ESP32-S3 platforms, integrating I2C devices (MPU6050, OLED, BME680), RS485, CAN, RS232 communication, and SD card logging. Designed for robust industrial and environmental applications.
This project features versatile dataloggers built on ESP32 and ESP32-S3 platforms, integrating I2C devices (MPU6050, OLED, BME680), RS485, CAN, RS232 communication, and SD card logging. Designed for robust industrial and environmental applications.
This project features versatile dataloggers built on ESP32 and ESP32-S3 platforms, integrating I2C devices (MPU6050, OLED, BME680), RS485, CAN, RS232 communication, and SD card logging. Designed for robust industrial and environmental applications.
This repository is a public archive of the LumenPnP Pick and Place (formerly Index) source material from the beginning in mid-2020 until May 2022. The current source can be found at https://github.com/opulo-inc/lumenpnp
This repository is a public archive of the LumenPnP Pick and Place (formerly Index) source material from the beginning in mid-2020 until May 2022. The current source can be found at https://github.com/opulo-inc/lumenpnp
This repository is a public archive of the LumenPnP Pick and Place (formerly Index) source material from the beginning in mid-2020 until May 2022. The current source can be found at https://github.com/opulo-inc/lumenpnp
This repository is a public archive of the LumenPnP Pick and Place (formerly Index) source material from the beginning in mid-2020 until May 2022. The current source can be found at https://github.com/opulo-inc/lumenpnp
This repository is a public archive of the LumenPnP Pick and Place (formerly Index) source material from the beginning in mid-2020 until May 2022. The current source can be found at https://github.com/opulo-inc/lumenpnp
This repository is a public archive of the LumenPnP Pick and Place (formerly Index) source material from the beginning in mid-2020 until May 2022. The current source can be found at https://github.com/opulo-inc/lumenpnp
This repository is a public archive of the LumenPnP Pick and Place (formerly Index) source material from the beginning in mid-2020 until May 2022. The current source can be found at https://github.com/opulo-inc/lumenpnp
This repository is a public archive of the LumenPnP Pick and Place (formerly Index) source material from the beginning in mid-2020 until May 2022. The current source can be found at https://github.com/opulo-inc/lumenpnp