Quantum Photonic Processor

Our quantum photonic processor’s large size and high specifications allows users to perform computations of unrivaled power.

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About the Photonic Quantum Processor Chip

Quix Quantum’s Processor is a record low-loss, multimode, reconfigurable interferometer. It allows the user to perform arbitrary, controlled interference between a number of optical channels, in the classical or quantum domain.

Our photonic processors are industry-leading in the number of optical channels (20), low loss (2.9 db), and high transformation fidelity (99%). The chip is turnkey, fully calibrated, temperature stable, and our dedicated control software allows seamless integration into your process.

The maturity of the technology makes our Quantum Photonic Chip an excellent solution for many applications. Not only in quantum computing, but also for quantum communication, QRNG, machine learning, and more.

The Photonic Quantum Processor won The Prism Award 2023 in the Quantum Tech category. Read more here.

Interested in our processor’s standards or customized solutions?
Please get in touch.

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Chip Availability

Wavelength
Size
1550 nm
925 nm
Custom
8
In stock
By order
12
In stock
By order
16
By order
By order
20
In stock
By order
By order

Specifications

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Whitepaper

20-mode Quantum Photonic Processor

Webinar

On March 3, 2022, we launched our newest product; the 20-mode Quantum Photonic Processor. In addition to the product presentation, this webinar features 2 guest presentations from users of the current generation of processors.

12-Mode Quantum Photonic Processor

Webinar

In December 2020, we presented our record-breaking 12-mode quantum photonic processor during a live webinar. In 40 minutes, our lead quantum engineer Caterina Taballione explained the QuiX Quantum technology, research results and commercial opportunities, followed by a Q&A with CTO Jelmer Renema.

Plug-and-Play Photonics for Quantum Applications

A Brief Intro

This is our 6 minute pitch with a brief introduction about our company, technology and solutions. Check out what QuiX Quantum can do for you!

Quantum Photonics in Twente

This video highlights the collaboration between QuiX Quantum and the University of Twente.
Video: Pollus Fornerod - University of Twente for the VSNU online impactfestival 2021.

Quix Quantum

About Us

Our Photonic Integrated Circuits are based on the TriPleX technology, i.e., silicon-nitride based waveguides. It has the lowest propagation losses reported for silicon nitride waveguides (0.1 dB/cm down to 0.1 dB/m).

Quix

About us

Our Photonic Integrated Circuits are based on the TriPleX technology, i.e., silicon-nitride based waveguides. It has the lowest propagation losses reported for silicon nitride waveguides (0.1 dB/cm down to 0.1 dB/m).

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Get in touch

If you still have some questions about one of our products. Then don't hesitate and contact us via the contact information below or fill in our contact form. One of our professionals will get back to you as soon as possible!

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