Please Try the Examples and Video Tutorial

Go to GitHub

The work with PC Tool

You can use the REMCU lib with C++ interpreter, Python and other interpreters that makes it very easy to сonduct amazing experiments on chip peripherals and MCU-based devices. It saves a lot of time that is usually spent on development of test firmware and helps to learn how to use new peripheral blocks of MCU or SoC quicker. Instead of waiting for firmware to rebuild, then download, all you have to do is run your snippet code, with no zero down-time.

Interactive work

REMCU Lib makes it easier to research behaviour of a MCU-based device when you have its response in real-time using the interactive Jupyter Notebook environment. If you want to code for a few minutes, you just fire up Jupyter IDE and start coding for your device without the headaches of learning microcontroller vendor specific tools.

Peripheral expansion

The REMCU Library can be thought of as a bridge that links your embedded computer with low-level MCU/SoC’s peripherals such as GPIO, analog input, CAN Bus, PWM, LCD controller, etc without having to develop firmware, kernel drivers and other additional software.

Cross-Platform

REMCU lib is an Open-source cross-platform tool and works on all most common desktop operating systems. It can also be ported to the embedded systems.

Wide-ranging list of devices

REMCU Lib by nature works with many different types of chips, including 8-bit, 16-bit, 32-bit MCUs and even 64-bit systems of chips.

About REMCU Project

The REMCU project is a state of the art approach that will transform embedded development in the same way that microcontrollers have transformed the electronics industry. This solution combines the fun of embedded programming with the power of high level languages, as well as all of the PC effective tools like Jupyter Notebook, Matlab, etc.

Usually, each change of firmware logic means uploading fresh C code onto a MCU device and resetting the device. With REMCU Project we’re able to send new instructions without further uploads and resetting. We can dynamically reprogram our devices in real-time!
embedded programming
The REMCU Project is an Open-source cross-platform project designed for Chip Peripheral Forwarding. This is an enabling technology that allows to map internal peripherals of various MCUs or SoCs to your personal or embedded computer as if these peripherals were a part of the computer. The tool can be thought of as a bridge that links your PC/embedded computer with low-level MCU/SoC’s peripherals such as GPIO, analog input, CAN Bus, PWM, LCD controller, etc without having to develop specific firmware, kernel drivers and other additional software. Your user space program gives access to all peripherals of a tethered chip using driver functions of SDK provided by MCU/SoC vendors or 3rd parties. You use the driver functions how you do it in firmware code. The REMCU Lib remotely executes them without the difficulties of writing a load of boilerplate code to serialize and transport your objects and invoke remote methods. You can get right down to business.

Let's have a look at the video below and see what opportunities and applications it provides: