Imec Launches €2.5 Billion Pilot Line to Lead Global Race for Sub-2nm AI Chips

2026-02-09 semicon

Leuven, Monday 9 February 2026
Europe has officially escalated its position in the global semiconductor race with the launch of NanoIC, a €2.5 billion pilot line at the Imec research hub in Leuven. Inaugurated on 9 February 2026, this facility represents a strategic pivot towards technological independence, designed to bridge the gap between academic research and industrial manufacturing. The most compelling aspect of this initiative is its focus on sub-2 nanometre technology; by hosting ASML’s cutting-edge High NA EUV lithography tools, NanoIC will enable the prototyping of the ultra-advanced chips necessary for future AI and 6G applications. This move is calculated to reduce the EU’s reliance on foreign supply chains for the most critical components of the digital economy.

Structuring a Pan-European Industrial Shield

The financial architecture of the NanoIC project underscores the urgency with which Europe is addressing its semiconductor deficit. Of the total €2.5 billion investment, public funding accounts for €1.4 billion, comprised of €700 million from the European Union and an equal contribution from national and regional governments, primarily the Flemish government [1][2]. The remaining €1.1 billion is derived from private industry contributions, with Dutch equipment giant ASML holding the largest share [1]. This public-private partnership is designed to de-risk the colossal costs associated with prototyping sub-2nm chips, a segment where Europe currently produces and designs only a fraction of the global supply [1]. By absorbing 56% of the initial capital expenditure through public funds, the EU aims to catalyse a market that has largely been dominated by US and Asian competitors [1].

The Technical Leap: High NA EUV and Sub-2nm Logic

Central to this initiative is the deployment of the High Numerical Aperture (High NA) Extreme Ultraviolet (EUV) lithography scanner, the most advanced chip-making tool in existence, which is scheduled for delivery from ASML in March 2026 [1][6]. This equipment uses light with wavelengths of just 13.5 nanometres—approaching the x-ray spectrum—to print microchips with transistors smaller than two nanometres [3][4]. To accommodate this machinery, Imec inaugurated a 2,000-square-metre cleanroom expansion at its Leuven headquarters today, bringing its total cleanroom capacity to over 12,000 square metres [6]. Imec CEO Luc Van den hove highlighted that this infrastructure will allow Europe to prototype process steps and integration for these ultra-advanced nodes before committing to the billions required for volume manufacturing [1].

Bridging the ‘Lab to Fab’ Gap

NanoIC operates on an open-access model intended to bridge the critical gap between laboratory research and industrial fabrication, often referred to as the ‘lab to fab’ transition [4][6]. Unlike closed commercial foundries, this pilot line allows start-ups, SMEs, and large organisations to test new designs and equipment at a near-industrial scale [2][8]. The facility serves as the anchor for a broader European network; partners include France’s CEA-Leti, Germany’s Fraunhofer, Finland’s VTT, Romania’s CSSNT, and the Tyndall National Institute in Ireland [6]. This collaborative approach is vital for the development of applications in artificial intelligence, autonomous vehicles, healthcare, and 6G mobile technology, ensuring that innovation is not siloed within a single nation [2][3].

Strategic Autonomy in the Semiconductor Value Chain

This launch is a component of the broader Chips for Europe initiative, which has established five distinct pilot lines—NanoIC, FAMES, APECS, WBG, and PIXEurope—representing a combined investment of €3.7 billion from the EU and member states [4][6]. The FAMES pilot line, focused on ultra-low-power semiconductors, was launched recently on 30 January 2026 [4]. These efforts are aligned with the European Chips Act’s objective to double the EU’s share of global semiconductor production to 20% by 2030 [1]. By securing domestic capabilities in the most advanced logic and memory chips, Europe seeks to insulate its industrial fabric from the supply chain vulnerabilities that have previously paralysed sectors ranging from automotive to consumer electronics [1][8].

Sources & Ecosystem Partners

Semiconductor manufacturing EU Chips Act