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About Us

Built by engineers. Designed for the world.

Ghana-based hardware design studio building STM32-powered boards for engineers, researchers, and makers everywhere.

Who We Are

Nvixeon is a specialist embedded hardware engineering company designing and manufacturing custom STM32-powered boards for engineers, researchers, product developers, and makers across the world. We build what the market does not offer — precisely configured, professionally documented, hand-tested STM32 breakout boards that go from our workshop directly to your workbench.We are not a distributor. We are not a clone shop. Every board in our lineup is an original design, developed from scratch in Altium Designer, manufactured to professional standards, and individually verified before it leaves our facility. Whether you need an affordable STM32F4 development platform, a dual-core STM32H745 with every pin accessible, or an AI-ready STM32N6 vision system with on-device neural processing, Nvixeon has a board engineered specifically for that application.Our customers include firmware engineers building industrial controllers, researchers deploying edge AI models, robotics developers who need real-time dual-core performance, and makers who simply want a board that is properly documented and actually works out of the box. We serve all of them — and we ship to every country in the world.

PROJECT LEAD

Vincent holds a First Class Honours degree in Mechanical Engineering from Kwame Nkrumah University of Science and Technology — but his real education has always extended well beyond any curriculum. Across embedded systems, PCB design, machine learning, simulation, and software development, he is largely self-taught, driven by a conviction that the best engineers don't wait to be shown — they figure it out.Nvixeon grew from a gap he couldn't ignore. Building with STM32 in Ghana meant fighting availability problems and pricing that put serious hardware out of reach for most engineers on the continent. He couldn't find a bare 208 LQFP breakout board to solder a purchased MCU onto and learn from properly. So he designed one himself — in Altium Designer, the same tool used for production-grade hardware. That decision became a company. His goal is straightforward: build the boards he once couldn't find, and make them accessible to every engineer who has ever been priced out or shipped out of options.

I built what I couldn't find. Now I'm building what the next engineer won't have to look for.

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