Building the future of photonics with

Nonlinearity

PINC's NanoPPLN platform brings nonlinear circuits to integrated photonics, unlocking breakthroughs in sensing, computing, communications, and beyond.

Photonic integrated circuits (PICs) have promised a revolution for decades, but they’ve been missing their equivalent of the transistor.

 

In electronics, the transistor’s compact nonlinearity fueled Moore’s Law and ignited the digital revolution, transforming how we live, work, and communicate in the information age.

 

PINC's NanoPPLN platform brings the missing scalable nonlinearity to PICs, making high-performance nonlinear optics scalable and fully integrated, unlocking capabilities never before possible in photonic chips.

 

We’re building the foundation for the next era of optical sensing, quantum technologies, AI and data networks, and beyond.

Electronics

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Photonics

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Applications of PINC's Technology

Quantum Computing

 

 

 

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Optical Sensing

 

 

 

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Artificial Intelligence

 

 

 

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Data Networks

 

 

 

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Biomedical

 

 

 

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Atomic Clocks

 

 

 

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Lidar & Ranging

 

 

 

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Metrology

 

 

 

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To learn more about how photonic integrated nonlinear circuits can help solve the challenges in your industry, contact us.

CONTACT