Turn Complexity into competitive Advantage
Our customized ARM Linux modules and embedded capabilities support aims
to accelerate product launches while ensuring long-term reliability.
From edge AI vision to sustainable AIoT solutions.
We ensure the highest quality standards.
SoMs engineered for tomorrow
Sustainability by design for your innovation
Our µSMARC®products enable rapid prototyping and deployment of
AI /AIoT enabled systems by delivering high computational power with optimized energy efficiency. Designed for minimal power consumption and cost-effective scalability, they streamline development cycles while maintaining robust performance in embedded applications.
Quality
From design to delivery, our certifications and partnerships ensure every solution meets the highest standards of performance and service. We meet the highest industry standards: ISO 9001 (Quality), ISO 14001 (Environmental), ISO 13485 (Medical).
Longevity
Engineered to last: Our modules maintain peak performance for over 10 years. Fewer replacements, lower costs, less waste—our modules are built to last. We assure longevity working with industrial market leaders. See NXP Longevity and RENESAS Longevity.
Our global Partners
Why SomDevices? We make digital transformation simple
Smarter. More Secure & Sustainable. Embedded Engineering for the Next Generation.
We design and manufacture System-on-Modules (SoMs), embedded platforms, and connected devices that power the next generation of sustainable technology.
Our know-how delivers custom hardware and software solutions that boost efficiency, security, and connectivity across industries. With over 20 years of experience in Linux, and HMI development, we design customized embedded solutions: lean, personalized, co-developed with our clients. From concept and design to production and long-term support, we guarantee longevity, performance, and innovation, helping businesses build a smarter, safer, and more sustainable future.
Explore how we help bringing embedded products from concept to deployment through close engineering collaboration.
Edge Processing
Long-Life Cycle Design
