MIT Develops Fully Integrated Photonic Processor for AI Applications

Edited by: Veronika Radoslavskaya

Researchers at the Massachusetts Institute of Technology (MIT) have created a fully integrated photonic processor. This processor can perform all key operations of a deep neural network using light.

This innovation promises to improve the speed and energy efficiency of real-time deep learning applications. Examples include autonomous navigation and high-speed telecommunications.

The photonic processor completes key operations for a machine learning classification task in under half a nanosecond. It achieves over 92% accuracy, comparable to traditional hardware. The chip was made using commercial foundry processes, which could enable large-scale manufacturing.

Sources

  • Amazings® / NCYT®

  • MIT Physics

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