MicroAlign Secures €2.5M EIC Accelerator Grant and Equity Investment

Why It Matters

The grant removes a key supply‑chain constraint, speeding up commercial deployment of photonic quantum computers. It also positions MicroAlign to become a core supplier for high‑performance optical interconnects across telecom and imaging sectors.

Key Takeaways

• €2.5M EIC grant accelerates high‑volume quantum fiber production
• Nanometer‑scale alignment cuts photon loss at fiber‑chip interface
• 127 µm channel pitch meets dense integrated photonic circuit needs
• Technology applicable to MEMS switches, wavelength‑selective switches
• Goal: supply majority of photonic quantum market by 2029

Pulse Analysis

Photonic quantum computers rely on precise optical pathways to preserve qubit fidelity, and fiber‑to‑chip coupling has long been a performance choke point. Traditional passive assembly introduces alignment tolerances that translate into significant photon loss, limiting scalability. By injecting €2.5 million of EIC capital, MicroAlign can transition its patented micro‑actuator platform from laboratory prototypes to a high‑throughput line, directly tackling this bottleneck and enabling the thousands of fiber arrays required for next‑generation quantum processors.

The company’s micro‑manipulation approach offers nanometer‑scale active alignment, a stark contrast to the micrometer‑level tolerances of conventional telecom assemblies. This precision reduces insertion loss to well below 0.5 dB, a threshold critical for both quantum error rates and power budgets in dense photonic circuits. Moreover, the 127 µm channel pitch aligns with industry standards for integrated photonic chips, facilitating seamless integration with existing silicon‑photonic platforms. Beyond quantum computing, the same low‑loss, high‑density arrays are ideal for MEMS optical switches, wavelength‑selective devices, and high‑gain amplifiers, expanding the addressable market.

Strategically, the EIC Accelerator grant underscores Europe’s commitment to nurturing quantum‑hardware ecosystems. MicroAlign’s roadmap targets a dominant share of the global photonic quantum interconnect market by 2029, positioning the firm as a critical infrastructure provider. This scale‑up not only accelerates quantum hardware availability but also creates downstream opportunities for telecom operators, medical imaging firms, and materials‑science researchers who depend on ultra‑low‑loss optical networks. As the quantum sector matures, suppliers that can deliver mass‑produced, high‑precision components will dictate the pace of commercial adoption.

Deal Summary

MicroAlign announced it has received a €2.5 million accelerator grant and equity investment from the European Innovation Council (EIC) to industrialize high‑precision quantum fiber arrays, moving from pilot‑scale to high‑volume production. The funding will support the company’s roadmap to address bottlenecks in the photonic quantum computing supply chain.