Atomica Launches AI Optical Source Platform
US microfabrication company Atomica has introduced its AI Optical Source Platform, aiming to address bottlenecks in powering AI infrastructure with stable, compact optical laser sources.
Atomica, a U.S.-based microfabrication foundry, has launched its AI Optical Source Platform to tackle a critical physical bottleneck in artificial intelligence infrastructure. The platform is designed to generate, stabilize, couple, and manage optical power in compact and reliable packages, addressing the need for efficient laser sources as AI systems scale.
The new platform supports customers in developing microfabricated structures essential for compact laser sources, thermal stability, and sub-micron fiber coupling. This launch is part of Atomica's broader strategy to remove physical limitations emerging from the increasing demands of AI hardware.
The rapid growth of AI infrastructure presents new physical layer challenges. As AI clusters expand, traditional electrical interconnects face limitations in bandwidth, reach, and power consumption. Optical connectivity is seen as a solution, but scalable optical systems require robust and compact laser source components. The laser source bottleneck specifically concerns delivering stable optical power into dense AI systems without excessive heat, drift, or alignment issues.
"AI systems depend on the laser, but the laser is also one of the hardest parts to integrate," said Eldon Klaassen, CEO of Atomica. "Atomica's AI Optical Source Platform is focused on making those systems manufacturable, by managing heat, preventing drift, and maintaining sub-micron coupling for years."