EU Bets €211M on Graphene Photonics: CamGraPhIC Gets First Major Industrial Deployment Aid
The European Commission approved a €211 million Italian state aid package this week for CamGraPhIC, a Pisa-based startup developing graphene-based optical transceivers. The decision, published April 9 under case number SA.115733, is the first major EU-level approval for graphene photonics at industrial scale, and it frames the funding as a direct contribution to the European Chips Act's strategic objectives.
The aid will fund a project spanning two sites: R&D operations in Pisa and a pilot manufacturing line in Bergamo. The money comes as a direct grant, and the Commission assessed it under Article 107(3)(c) of the Treaty on the Functioning of the EU and the 2022 State Aid Framework for Research, Development and Innovation. The finding, in brief: CamGraPhIC would not make this investment without public money on the table.
CamGraPhIC's technology replaces silicon with graphene in optical transceivers — devices that convert electrical signals to light pulses to move data inside chips and between components in data centers. The company, a wholly owned subsidiary of 2D Photonics SpA, claims its graphene approach cuts energy consumption by 80% compared to conventional silicon photonics, while delivering higher bandwidth and lower latency. The transceivers target the data transmission bottlenecks inside AI training clusters and high-performance computing environments, where moving data between GPUs and memory burns a significant fraction of total power.
The company raised €25 million in a Series A round in March 2025 led by the NATO Innovation Fund, CDP Venture Capital, and Sony Innovation Fund, with participation from Bosch Ventures, Frontier IP Group, and Indaco Venture Partners. Founders Andrea Ferrari and Marco Romagnoli built the company around graphene material science out of Pisa. The €211 million in Italian state aid approved at EU level is a different instrument: public infrastructure money meant to bridge the gap between a working prototype and a production line that can actually ship.
The sectors cited in the Commission's approval cover automotive, telecommunications, aerospace, and defense. That breadth is deliberate. Graphene photonics has been a materials science promise for over a decade; the bet is that it can now be made reproducible enough to matter in commercial hardware. The defense and aerospace mentions will invite questions about export controls and dual-use classification, which the Commission decision does not address in detail.
What makes this worth watching is the Chips Act connection. Brussels has been explicit that semiconductor resilience requires more than large fabs — it needs specialized capability across the supply chain. Optical transceivers are unglamorous components, but they sit inside every data center switch, every AI training rack, every fiber interconnect. If graphene photonics can actually deliver on the energy efficiency claim at scale, the competitive implications reach well beyond Italy.
The Commission expects the non-confidential version of the full decision to publish in the State Aid register once confidentiality issues are resolved. The practical work — proving the graphene deposition process is stable at wafer scale, getting the transceivers through reliability qualification, hitting a price point that makes sense versus silicon — starts now.