The world’s smallest laser
integrated on silicon

Breaking the copper wall to scale AI

2024
2028
After 2030

The future of High Performance Computing

Using light for unlimited scaling

AI is evolving at breakneck speed: models have grown 100x in just 5 years, pushing data center processors to their limits and driving massive investments from chipmakers. But Moore’s Law is dead. To keep up, the industry is shifting to chiplet-based architectures, where performance depends on fast, seamless interconnects. Yet traditional copper connections are bottlenecking progress, choking bandwidth and efficiency.

At NcodiN, we shatter these limits. Our optical interconnect technology unlocks the next frontier, allowing chipmakers to pack the power of a supercomputer into a single processor.

Blazing-fast. Energy-efficient. Infinitely scalable

Optical interconnects redefining data processing

The power
of light

Increased reach

Extend communication beyond limits—achieving longer reach and higher efficiency than traditional copper links.

Low power consumption

Our ultra-small lasers require x1000 less energy to transfer data compared to state-of-the-art technologies.

Unprecedented bandwidth

Our photonic technology meets the extreme data throughput demand of AI, enabling Petabit/s data traffic.

We enable Zettascale supercomputers

Our technology unlocks unprecedented performance in multiple market verticals: AGI, GenAI, Smart cities, Telecom, Autonomous Driving, High Performance Computing.

AI

Smart Cities

Health

Telecommunications

High-performance computing

Climate model

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Latest news

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2nd day at PhotonicsWest2025!

13/02/2025

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NcodiN will be at Photonics West!

6/02/2025

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Future of Computing Conference

13/12/2024

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Francesco Manegatti, PhD attended the PICSummitEurope in Eindhoven

13/11/2024

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NcodiN is iLab winner

13/10/2024