2D Photonics | CamGraPhIC

About 2D Photonics | CamGraPhIC

2D Photonics, operating primarily through its research and manufacturing subsidiary CamGraPhIC, is a deep-tech semiconductor company specializing in the development of next-generation optical transceivers. Founded as a spin-out from the University of Cambridge and the Italian National Inter-University Consortium for Telecommunications, the company’s core mission is to overcome the physical limits of current data movement. The primary product offering revolves around proprietary graphene-based photonic integrated circuits that act as electro-optical engines, fundamentally designed to replace slower, power-hungry silicon photonics.

The company operates strictly within the B2B market, targeting major network equipment providers, hyperscale data centers, and builders of artificial intelligence infrastructure. Operating under a complex manufacturing business model, 2D Photonics relies on the direct sale and deployment of its hardware components, generating revenue through high-value commercial and government contracts. As the demand for generative AI models and cellular networks explodes, the company captures market share by directly addressing the interconnect bottlenecks that currently constrain graphic processing unit (GPU) to high-bandwidth memory (HBM) data transfers.

A core competitive advantage of 2D Photonics is its successful integration of graphene, which allows its devices to operate across multiple wavebands with unparalleled efficiency. These graphene-enabled transceivers offer ultra-high bandwidth density and dramatically lower latency while consuming up to 80 percent less energy than conventional alternatives. Furthermore, the transceivers operate effectively across a broad temperature range, eliminating the need for expensive and complex cooling infrastructure. By combining European-backed scalable manufacturing capabilities with a proven ecosystem of industry partnerships, 2D Photonics provides a foundational hardware layer essential for the sustainable scaling of modern high-performance computing.