Mir Electronics released Renesas’s first MPU ecological board card – Remi Pi, using Renesas RZ/G2L dual-core A55 chip, rich interface, fully compatible with Raspberry PI expansion modules. Remipai supports five systems for both learning development and project product needs. Software offers five software systems: two systems built on Yocto, one is a compact system that supports common functions, the other is a comprehensive system with QT and rich linux command set; There are also Ubuntu, Debian and ROS2 systems.

The following is a detailed description of the five systems:

myir-image-core:

MVI94-MCM-MHI Build an image with LVGL interface based on Yocto, including complete hardware drivers, common system tools, debugging tools, etc. Support the use of Shell, C/C++, application development.

The Ethercat runtime supports real-time Ethernet communication protocols and is suitable for applications that require fast and reliable data exchange.

LVGL is an open source graphics library for creating embedded user interfaces that support low resource consumption and high customization. Lightweight, suitable for a variety of industrial scenarios, medical equipment, etc.

The release of the system is intended to provide users with a streamlined, small and convenient operating system that makes it easy for users to integrate their own tools

myir-image-full:

Based on Yocto to build an image with a GUI interface, including all the complete hardware drivers in the CORE, commonly used system tools, debugging tools, including QT runtime library and QT based development of HMI interface. Support Shell, C/C++, QML, Python for application development. It contains a rich set of Linux commands to satisfy users for advanced system administration and customization, QT and Python support makes it easier to develop complex graphical user interfaces and applications, and Measy HMI 2.0 software provides users with modern human interface design and control capabilities. To provide users with a comprehensive and stable system for development.

myir-image-Ubuntu:

MVI94-MCM-MHI Ubuntu on Remipai is a powerful operating system that provides users with a stable, secure and flexible computing experience. As an open source system, the integration of Ubuntu on the Ramepai platform brings many advantages. Tools and applications are provided to suit every need, and its powerful LXDE desktop system offers many practical features, with the ability to quickly start and close applications, and offers easy to customize panels and menus that allow users to personalize to their preferences. In addition, it also supports common functions such as multitasking, file management and network connectivity, which makes it easy for users to develop quickly.

myir-image-ubuntu, a system with LXDE based on ubuntu 22.04 core architecture, includes common command tools and hardware drivers for websites, suitable for users who need a lightweight desktop environment.

myir-image-debian:

Remi Pai has released a streamlined, professional and rich operating system, Debian. As a popular Linux distribution, Debian is the first choice of many users due to its stability and security. Remipai’s Debian system provides a powerful and flexible foundation that you can customize to suit your needs. Remi Pai’s Debian system has been configured with various functional peripherals, such as network, USB, WiFi, audio and video, etc., users can directly use it. In addition, Rempai’s Debian operating system comes with a lightweight Xfce desktop environment to provide users with an efficient, stable and easy-to-use desktop experience. Whether you are a technical expert or just getting started, Remi PI will be your perfect partner. Its stability, security and flexibility will give you endless possibilities.

myir-image-ros:

At Ramipai we introduced the ROS 2 system, which provides powerful tools and libraries that enable developers to quickly build flexible, reliable, and efficient robotic systems. The application of ROS 2 on the Ramepai platform offers a number of key features and benefits. First, ROS 2 uses a distributed architecture that supports multiple nodes and communication between nodes. This allows different modules to run in parallel, achieving higher performance and scalability. In addition, the system also introduces a more powerful communication and control mechanism in Rempai, including a reliable publish/subscribe model and service model, turtle simulation, etc., you can easily experience the development experience brought by Rempai ROS2 system.