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Photonect will officially launch PIX-Attach™ in March 2026, a high-throughput laser fusion fiber attach system engineered to scale fiber-to-photonic chip attachment for both manufacturing and advanced R&D environments. A limited early-access program and pre-order waitlist are now open at PIX-Attach | Photonect PIX-Attach machine As integrated photonics adoption accelerates across, communications, CPO, AI infrastructure, sensing, and quantum systems, packaging throughput and

As we close out the year, we’re taking a moment to reflect on how far Photonect has come—and where we’re headed next. From growing our team to advancing our flagship technology, this year has been defined by steady execution, strong validation from the ecosystem, and growing excitement around the future of epoxy-free fiber-to-chip attachment. Here’s a snapshot of what we’ve been building.

High‑performance computing (HPC) is entering a new era. As AI models grow, compute density explodes — but traditional copper interconnects are becoming the bottleneck. Data movement, not raw FLOPS, is now the biggest obstacle. That’s where integrated photonics comes in: it promises a fundamentally more scalable, efficient, and powerful architecture for the next generation of supercomputers.

Pic Credit: Photonect The Scaling Challenge in Photonic Packaging Integrated photonics is reaching a critical stage. Photonic chips can deliver faster data transfer, lower latency, and higher energy efficiency than traditional electronic systems. However, moving from a few lab prototypes to thousands of deployable modules introduces a major challenge: scalability. For all the innovation in photonic chip design, the industry still struggles to manufacture these devices at scal