LioniX International news

EU Invests €15M to Help Companies Supercharge Their Products with Light

New investment from the European Commission is helping innovators exploit the unique properties of light technologies to add smart features and improve the performance of their products.
The image shows a render of LioniX new facility.

LioniX International is moving to a new purpose-built facility in Enschede, The Netherlands

As the demand for our advanced photonic integrated circuits and photonic modules continues to grow, we are moving to a new location!
Photonic integrated circuit and the module based on silicon nitride.

Cutting-edge photonics for future proof microwave communication

Royal NLR and LioniX International will work together with Lockheed Martin on novel photonic solutions for microwave systems.
New wafers for PIC manufacturing

LioniX International secures approval to enter into bridge financing to ensure its continuity

We are thrilled to announce that we could secure approval to enter into the financing of 1.5 M Euro via OostNL.
Close-up of our tunable laser in a 14-pin butterfly package.

LioniX 1310 nm laser at OFC 2024!

Only a few days until OFC! Here’s a final preview of what kind of integrated photonics you will find at our booth #4224
Picture of Ronald Dekker, CTO of LioniX International

LioniX International appoints Ronald Dekker as new CTO

LioniX International is pleased to announce the appointment of Ronald Dekker as its new Chief Technology Officer (CTO).
A photo of the fully assembled and wire-bonded laser module in a 14-pin butterfly package.

Ultra-Narrow Linewidth Integrated CW Tunable Laser at 1310 nm

We have developed an 1310 nm ultra-narrow linewidth tunable laser built in a TriPleX® silicon nitride photonic integrated circuit.
Attendants of the first in-person BIOMED02 meeting

BIOMED02 Heralds the Future of Diagnostics

With 17 Dutch consortium partners present, the BIOMED02 project is an ambitious undertaking in revolutionizing lab-on-chip production.
Tunable external cavity laser module for Kerr freqyency comb generation

Integrated tunable laser generates Kerr frequency comb for the first time

A new paper demonstrated the use of our tunable external cavity lasers as a pump source for Kerr frequency comb generation, with a new chip-to-chip integration method: photonic wire bonds!
Photo of a TriPleX MPW wafer before final dicing

TriPleX® MPW PDK Now on IPKISS

The TriPleX® silicon nitride multi project wafer PDK is now on IPKISS, with access to all our standard building blocks.