Dutch Photonic Chip Factory Overcomes Power and Water Hurdles to Secure Future Production

2026-10-21 semicon

Enschede, Wednesday 21 October 2026
Dutch tech firm New Origin resolved critical power and water constraints, enabling construction of its €100m Enschede facility to scale commercial photonic chip manufacturing by 2029.

Overcoming Utility Bottlenecks in Enschede

On 19 October 2026, stakeholders confirmed that plans for New Origin’s dedicated photonic chip production facility at Kennispark Twente in Enschede achieved a critical breakthrough [7]. Grid congestion and severe water scarcity across the Netherlands had previously halted momentum, forcing the company to evaluate alternative production locations outside the Twente region during summer 2026 [6]. Following intensive multi-party negotiations involving the Municipality of Enschede, the Province of Overijssel, the University of Twente, regional grid operator Enexis, and the Vechtstromen Water Board, viable utility solutions were formally established [1][6].

Infrastructure Framework and Water Sourcing

To bypass severe national grid constraints, stakeholders designed a smart grid energy model that Enexis is currently developing into final technical specifications [1][6]. Industrial water demands will be met primarily by sustainable water management firm Aqua Twente, which will extract process water directly from the Twente Canal [1][6]. Additionally, the Vechtstromen Water Board has agreed, subject to specific regulatory conditions, to supply treated wastewater as a secondary operational reserve [1][6]. Chief Executive Officer Twan Korthorst noted that these concrete pathways provide full operational confidence to proceed with building the facility in Enschede [2][4].

Scaling Silicon Nitride Manufacturing

The facility represents a capital investment of approximately €100 million, with funding already fully pledged by institutional investors [6][7]. This follows an earlier funding round where New Origin raised $44.7 million to scale up pure-play manufacturing operations [3]. The open-access foundry focuses specifically on silicon nitride (SiN) integrated photonics—a technology favoured for its exceptionally low optical propagation loss and broad spectrum coverage, extending into visible wavelengths [2]. Commercial chip fabrication at the Enschede foundry is scheduled to commence in 2029 [7].

Strategic Autonomy and Supply Chain Integration

Integrated photonics utilizes light particles rather than electronic currents to process information, serving as a critical foundational layer for next-generation telecommunications, artificial intelligence data infrastructure, quantum processing, medical diagnostics, and defence systems [1][6]. By bridging the structural gap between university research spin-offs, chip design entities, and high-volume manufacturing, the foundry reinforces the Dutch photonics strategy led by PhotonDelta and the National Growth Fund [1]. According to Erwin Hoogland, regional minister for the Province of Overijssel, securing local production directly enhances both Dutch and European strategic autonomy in high-tech deep-tech manufacturing [6].

Sources & Ecosystem Partners

Photonic Integrated Circuits Semicon Manufacturing