The Atomica AI Photonic Integration Platform is a modular microfabrication platform for the precision structures that integrate photonics, electronics, and thermal management into one package — interposers, vias, bonding, and wafer-level packaging for photonic and heterogeneous AI hardware.

As AI systems grow larger and more heterogeneous, the bottleneck moves from the chip to the package: logic, memory, optics, and heat must be brought together in one manufacturable substrate, at micron precision.

What you will learn in this guide

  • Applications of the AI Photonic Integration Platform – the system-level architectures it supports
  • The function of the AI Photonic Integration Platform – how the platform routes signals, connects chips and memory, and carries optics and electronics through one substrate
  • Common Block Library – the reusable microfabrication building blocks
  • Advantages of the AI Photonic Integration Platform – why a modular, platform-based approach shortens development time
  • Fabrication considerations of the AI Photonic Integration Platform – the optical, mechanical, electrical, and thermal tradeoffs