light propagating across silicon nitride photonic chip for optical haar transform

TriPleX™ for image processing

A group of researchers have used LioniX International technology to build a photonic integrated circuit (PIC) that drastically compresses image data.

a biosensor chip held on a fingertip

Photonic biosensor applied to aquaculture: SensiChip

LioniX International reduce cost and size of photonic biosensor chips for a new biosensor for fish farms

A closeup of a lionix international biosensor chip for covid-19 testing and cancer diagnostics

Photonics, Fluidics and (volume) Fabrication

What are the benefits to diagnostics of photonic biosensors? And how is vertical integration driving biosensor development at LioniX International?

integrated photonic biosensor chips for early cancer diagnostics and covid-19 detection

€8.5m investment accelerates availability of integrated photonic biosensing for early disease detection

LioniX International biosensing partner Surfix announces an investment of € 8,5 million to accelerate development of rapid diagnostics platform using LioniX International biochips.

A tunable laser for wireless optical communication using silicon nitride laser cavity in a packaged integrated photonic circuit module

LioniX joins project on integrated photonics for point-to-point laser broadband

We’re excited to be supporting a new joint project to develop superfast wireless optical communication.

Integrated photonic ion trap chip in finished package with optical and electrical interface

Optical beamforming success heralds responsive broadband networks

Broadband mobile networks that respond to localized demand are a step closer thanks to wireless communications technology reported by LioniX International and partners this month.

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Photonic bio sensor chip using red light

Bio-sensing MPW at 850nm

Our bio-photonic sensor platform has unparalleled sensitivity and reproducibility and finds application in bio sensing applications like: drug discovery and development, companion diagnostics, therapeutic drug response monitoring and early diagnostics. The photonic sensor building blocks are now also offered via our multi-project wafer offering.

Now offering MPW for bio-sensing at 850nm!

To enable you a low cost and easy access to our photonic integrated circuit technology, we offer regular scheduled Multi Project Wafer (MPW) runs in the TriPleX™ technology. Our well-known offer for components for the telecom/datacom in the infrared (1550nm) region, as well as in life science applications in the visible range (400-700nm), is now extended with our offer in the 850nm range.

Other applications

The 850nm MPW is optimized for bio-sensing applications. Also other applications are addressed in this wavelength range like for example:

  • Optical Coherence Tomography
  • Spectrometry
  • Metrology
  • And many others

Building blocks

Within the bio-sensing MPW we offer several standard components like micro-ring resonator (MRR) and asymmetric Mach Zehnder (aMZI) structures that are used as refractive index or absorption sensors. Other waveguide building blocks like bends, couplers and splitters are available to connect the sensor (arrays) in any way you like. Waveguide tapers and grating couplers are available to connect fiber (arrays) to the device or to prepare the device for flip-chip of VCSELs and detectors

Contact us for more information

Want to be on the next MPW 850nm run? Or receive additional information?