Photonic integrated circuit design and prototyping.

Have you ever thought that your optical system can be miniaturized and become smaller, cheaper, energy efficient and greener for environment?

Photonic integration enables multiple optical functions to be miniaturized and integrated on a single microchip, a Photonic Integrated Circuit (PIC).

PICs will make the difference in your market application and will radically transform your business!

We are PIC experts that can holistically guide you along the full PIC development lifecycle.



Mitigate PIC development risks, reduce time-to-market, and cut unnecessary costs by working with VLC Photonics.




Testimonials

  • Pim Kat. PhotonFirst. VLC Photonics provided a great design support in our photonic integration developments in test and prototype chips for sensing applications. View PhotonFirst IME Chip »

  • Tomohiro Tetsumoto. IMRA. We have been actively assisted by VLC Photonics for our SiN chip fabrication. Their expertise facilitated the interface with the foundry. 

     

  • Valerio Pruneri. ICFO.
    Technology transfer from research to real world products is a must, and VLC Photonics has proven to be an exceptional company to help us do just that.


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  • Philip Orr. Univ. of Strathclyde.
    We are very pleased with VLC Photonics' know-how on all the integration technologies and their expert advice on how best to produce our system.


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  • CEA-GRAMAT.
    VLC Photonics is an excellent partner, with reliable deliveries and outstanding performance. View CEA-GRAMAT AWG »

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  • María José Erro. UPNa.
    The photonic integration project we are engaged into would not have been possible with the sound expertise of the VLC team. We are very pleased with they professionalism and remarkably good relationship. UPNa design screenshot, chip still under fab »


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  • Arthur Lowery. Monash University
    VLC Photonics strongly supports academic researchers from design to test of photonic integrated circuits.

     

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  • Telefónica I+D.
    VLC Photonics knowledge on photonic integration technologies has been very useful for our research projects.

     

     

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  • Commscope.
    The know-how and design expertise of VLC Photonics in different material platforms has proven very useful for our photonic integration explorations.

     

     

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LIGENTEC MPW

Silicon Nitride
Small footprint AWGs
Phase shifters and splitters

LioniX International MPW

TriPleX Silicon Nitride
OCDMA coder/decoder

HHI MPW

Microwave photonics receiver
for phase modulated links

SMART MPW

Indium Phosphide AWGs,
Mach-Zehnder modulators
& SOAs

IME MPW

Silicon photonics full platform
multi-wavelength transceivers

LETI MPW

Silicon photonics passive & heater
tunable coders

CNM MPW

Silicon Nitride
Mach Zehnder Interferometers
Ring resonators &
thermal phase shifters

IMEC MPW

Silicon Photonics
AWGs