The MINIMA project (2017-2019, €1.69M, SME-2 Phase 2) was explicitly about commercializing Minima microprocessor technology to reduce energy consumption in computing.
MINIMA PROCESSOR OY
Finnish deep-tech SME developing ultra-low-power microprocessors for IoT, energy harvesting, and smart mobility applications.
Their core work
Minima Processor is a Finnish deep-tech SME from Oulu that develops ultra-low-power microprocessor technology — processors designed to operate at the absolute minimum energy threshold while maintaining useful computation. Their core IP is the Minima processor architecture, which targets applications where energy consumption is the primary constraint: IoT sensors, embedded systems, and energy-harvesting devices. In their EU project participation they moved from commercializing the processor itself toward applying it in smart mobility and energy systems contexts, suggesting they position the technology as an enabling layer for electrification and connected transport. As an SME instrument Phase 2 winner, they have demonstrated the ability to bring deep semiconductor IP to market rather than just conducting research.
What they specialise in
Energy ECS (2021-2024) lists energy harvesting, sensors, and smart tyres as keywords, suggesting their processor technology is applied to self-powered sensing devices.
Energy ECS covers EVs, V2G, smart grid, EV charging, bi-directional charging, and autonomous driving — domains where low-power embedded processing is a key enabler.
Keywords from Energy ECS include drones, LiDARs, XR/AR/VR, and autonomous driving, pointing to broader connected-vehicle electronics capability beyond the processor core.
How they've shifted over time
Their H2020 footprint opens with a single, high-stakes bet: winning a €1.69M SME Instrument Phase 2 grant to commercialize the Minima processor itself — pure semiconductor IP, with no application-domain keywords attached. By their second project (2021-2024) the focus had pivoted entirely to application contexts: electric vehicles, smart grids, V2G, drones, and autonomous driving sensors. This shift suggests the processor reached sufficient maturity to be embedded in use-case-specific systems, and Minima is now positioning as a component supplier to smart mobility and energy-harvesting markets rather than a standalone chip company.
Minima appears to be migrating from selling a processor architecture to embedding it as a key enabling technology inside EV, smart grid, and autonomous-vehicle sensor platforms — a classic deep-tech transition from component to solution provider.
How they like to work
Minima has led one project and joined one as a minor partner, indicating they can operate in both roles but are not a serial consortium builder. Their second project contribution was very small (€25,871), suggesting they joined Energy ECS as a technology input provider rather than a core research partner. With 33 unique partners across 8 countries from just 2 projects, the bulk of that network almost certainly comes from the MINIMA consortium, where they led and attracted diverse partners to their technology platform.
Minima has reached 33 consortium partners across 8 countries, a notably broad network for a two-project SME, driven primarily by their coordinator role in the MINIMA project. Their geographic reach spans at least 8 European countries, though Finland and likely Northern European industrial partners form the core.
What sets them apart
Minima Processor occupies a rare niche: a European fabless semiconductor SME with proven EU funding track record at the deep processor architecture level — a space dominated by large American and Asian chip companies. For consortium builders in smart mobility, energy harvesting, or IoT, they offer access to proprietary low-power processor IP that cannot be replicated by buying off-the-shelf silicon. Their SME Instrument Phase 2 win signals that external evaluators validated both the technology and the commercial roadmap, which reduces partner risk.
Highlights from their portfolio
- MINIMAA €1.69M SME Instrument Phase 2 grant — one of the EU's most competitive deep-tech SME funding instruments — awarded for commercializing the company's proprietary ultra-low-power microprocessor, making this the clearest signal of their core IP value.
- Energy ECSMarks Minima's strategic entry into smart mobility and V2G applications, showing the processor technology being positioned inside EV charging, smart tyre sensing, and autonomous driving systems.