Pasqal and Aeponyx launch $7.9 million PIC packaging center in Canada
Pasqal and Aeponyx have launched a $7.9 million Center of Competency for PIC Packaging at C2MI in Quebec, supported by $4 million in government funding. The project aims to scale production of advanced photonic components for quantum and sensing applications, targeting 500,000+ modules annually in phase two.

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Pasqal, through its Canadian subsidiary Aeponyx, has launched a Center of Competency for Photonic Integrated Circuit (PIC) Packaging at C2MI in Bromont, Quebec. The initiative aims to strengthen Canada’s domestic capabilities in advanced photonics and quantum technologies by focusing on the assembly and packaging of key components. Supported by the Canadian government, the project brings together Aeponyx, HOP Technologies, and Phantom Photonics to bridge the gap between research, prototyping, and low-volume manufacturing.
The project is backed by $4 million in combined federal and provincial support, including $3 million from Next Generation Manufacturing Canada (NGen) through its Advanced Manufacturing Technology Program. The total project budget is $7.9 million. The first phase will establish low-volume manufacturing capabilities intended to support thousands of devices, while the second phase aims to scale production to 500,000+ modules per year.
Central to the project is the installation of state-of-the-art packaging equipment at C2MI, specifically designed for PIC-based quantum computing applications. This equipment is made possible through Aeponyx's long-standing partnership with Aixemtec Gmbh, a German equipment manufacturer. The center will focus on advanced PIC packaging processes tailored for quantum technologies, with the objective of standardizing and making novel packaging capabilities available to the broader ecosystem.
The consortium combines complementary experience across Canada’s innovation landscape. HOP Technologies leverages photonic integration for physiological monitoring and wearable biosignals applications. Phantom Photonics adds expertise in next-generation LiDAR and optical sensing for autonomous systems and defense. This collaboration demonstrates that the packaging capabilities being developed at C2MI can serve a growing range of high-stakes applications.
For Pasqal, the project highlights the strategic importance of PIC technology to its long-term leadership in neutral-atom quantum computing. Aeponyx, acquired by Pasqal to bring PIC experience in-house, will help enable Pasqal to strengthen the precision, robustness, and scalability of the photonic layer underpinning its quantum hardware roadmap. The initiative is intended to position Canada as a global leader in next-generation quantum and sensing technologies.
Project Funding and Partners
| Entity | Role | Contribution/Support |
|---|---|---|
| Pasqal / Aeponyx | Lead | Project execution and PIC expertise |
| Next Generation Manufacturing Canada (NGen) | Funding Partner | $3 million |
| Canadian Government | Supporter | Part of $4 million combined support |
| HOP Technologies | Consortium Member | Physiological monitoring expertise |
| Phantom Photonics | Consortium Member | LiDAR and optical sensing expertise |
| Aixemtec Gmbh | Equipment Partner | State-of-the-art packaging equipment |
How will the transition from Phase 1 low-volume manufacturing to Phase 2 mass production impact the cost structure of quantum photonic components?
What specific standardization protocols will the Center of Competency establish to streamline PIC packaging for the broader industry?
How might the collaboration with HOP Technologies and Phantom Photonics accelerate the commercialization of Pasqal's neutral-atom quantum computing hardware?


























