Enhancing Silicon Photonics for a Faster, More Efficient Future

Silicon Organic Hybrid PhotoniX

High-speed electro-optical interconnects for a digital tomorrow

Fast
Efficient
Scalable

About us

Our mission is to provide scalable  and sustainable solutions by enhancing silicon photonics through engineered organic materials.

SilOriX is a high-tech start-up with the focus to scale-up and commercialize efficient solutions for high speed data transmission. Our knowledge is based on more than a decade of cutting edge research in the field of silicon-organic hybrid electro-optic interconnects.

Our technology

Electro-optic modulators with disruptive performance. Fast. Efficient. Scalable.

A perfect match

Advanced silicon photonic circuits complemented by engineered organic electro-optic materials for highly efficient manipulation of light.

Explore the technology

High speed modulator dies for 1.6T and 3.2T operation

Cutting edge electro-optic modulators based on silicon photonics enabling data rates beyond 400 Gbit/s at CMOS compatible drive voltages.

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Packaged modulators

Fully packaged electro-optic modulators for system demonstrations, proof-of-concept development and benchtop testing of the SOH technology utilizing an user-friendly form factor.

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Applications

At the backbone of a connected world. From datacom to quantum computing. 

Datacom

SilOriX modulators enable data transmission at high bandwidth (of up to 100GHz). Along with low insertion losses and CMOS-compatible drive voltages. Those features render SilOriX modulators to be an ideal candidate for future optical interconnects.

Fast

Modulation at symbol rates of
200 GBd and beyond

Efficient

Sub-volt drive voltages for ultra-low energy dissipation

Scalable

Monolithic co-integration with established silicon photonics

Compact

High-efficient modulation allowing for sub-mm device footprints

News and press

SilOriX News Hub

CIELO

We are excited to be part of the groundbreaking EU-project CIELO aiming to explore a wide array of cutting-edge fields, including microwave engineering, photonic integrated circuits, quantum optomechanics, material science, superconducting circuits, and quantum measurement.

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Get in touch

Speak to a member of the SilOriX team to discuss your requirements and interest today