Pasqal Launches Canadian PIC Packaging Center

Pasqal, through its Canadian subsidiary Aeponyx, launched a new Center of Competency for Photonic Integrated Circuit (PIC) packaging at C2MI in Bromont, Quebec. The initiative brings together Aeponyx, HOP Technologies, Phantom Photonics, C2MI, and German equipment supplier Aixemtec to strengthen Canada’s domestic capabilities in advanced photonic packaging for quantum computing and sensing applications. The project receives $7.9 million in funding, including $3 million from Next Generation Manufacturing Canada (NGen) and additional provincial support.

The new facility addresses one of the key manufacturing bottlenecks facing photonic integrated circuits: precision assembly and packaging. While semiconductor fabrication has matured significantly, packaging optical chips remains a complex and expensive process requiring micron-level alignment and specialized equipment. The Center will install advanced active-alignment packaging systems from Aixemtec and initially support low-volume manufacturing for thousands of PIC devices before expanding toward production exceeding 500,000 modules annually in a planned second phase.

For Pasqal, the investment supports its long-term neutral-atom quantum computing roadmap by bringing critical photonic integration capabilities in-house through its Aeponyx subsidiary. Silicon nitride photonic integrated circuits play an increasingly important role in laser delivery, optical routing, and control systems for neutral-atom quantum processors. Beyond quantum computing, the packaging infrastructure will also support applications in LiDAR, biomedical sensing, optical communications, defense, autonomous systems, and other advanced photonics markets.

• Center of Competency located at C2MI in Bromont, Quebec.
• Consortium includes Aeponyx, HOP Technologies, Phantom Photonics, C2MI, and Aixemtec.
• Total project funding: CAD $7.9 million.
• Government support includes CAD $3 million from NGen.
• Focused on packaging and assembly of silicon nitride photonic integrated circuits.
• Initial manufacturing capability targets thousands of devices.
• Planned second phase targets production exceeding 500,000 packaged modules annually.
• Supports Pasqal’s neutral-atom quantum computing hardware roadmap.
• Packaging platform also targets sensing, LiDAR, healthcare, optical communications, defense, and autonomous systems.

“This PIC Packaging Center of Competency at C2MI, launched in collaboration with Aeponyx and our partners, helps turn advanced integrated photonics into repeatable, industrial-grade capabilities in Canada — a key step toward more robust, scalable controls for our neutral-atom quantum processors,” said Loïc Henriet, CTO of Pasqal.

🌐 Analysis

Photonic integrated circuit packaging has emerged as one of the most significant manufacturing challenges for next-generation photonics. While foundries now routinely fabricate silicon photonic and silicon nitride PICs, packaging often represents a substantial portion of total device cost because optical fibers, lasers, detectors, and electronic control circuitry must be aligned with sub-micron precision. Industry efforts increasingly focus on automating these processes to enable higher production volumes.

The announcement also reflects a broader trend toward regionalizing advanced semiconductor and photonics manufacturing. Governments in Canada, Europe, and the United States continue investing in domestic supply chains spanning chip fabrication, advanced packaging, and quantum technologies. Pasqal’s acquisition of Aeponyx provides the company with internal PIC expertise while complementing its neutral-atom quantum computing platform, where scalable photonic control systems represent an important component of future hardware architectures.

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