DRIVING THE FUTURE OF OPTICAL CONNECTIVITY

As AI applications drive explosive growth in datacentre bandwidth demand, industry is looking for new innovative technology and products to address communication capacity needs. Core to this is the need for high density, low-cost, advanced packaging optical connectivity in communications and semiconductors.

Opsydia’s proprietary adaptive optics direct laser write waveguide technology provides the solution to this industry need. The Opsydia adaptive optics approach delivers preconditioned optical beam profiles allowing for waveguide writing in the depth of, and to the edge of optical connectors and interposers, direct to optical device locations eliminating the need for active optical alignment and post process polishing.

Who We Are

Opsydia is a leading provider of commercially deployed adaptive optics laser systems focused on addressing the photonics waveguide and device application. Opsydia was initially formed as a spin out from Oxford University based on proprietary technology from our founding scientists Professor Martin Booth and Dr Patrick Salter and has successfully commercialized this technology for mass market applications in demanding production environments.

Opsydia Systems

New from Opsydia, our P5000 Adaptive Optic Direct Laser Writing system allows users to write waveguides & other optical devices in optically transparent materials with extremely high resolution and precision. Using Adaptive Optics, many of the historical limitations of direct laser writing can be overcome. Our fully integrated, industrial machine capability includes optical metrology, enabling users certainty of location of written waveguides and removing the active alignment burden.

 

Latest News

Opsydia team visits Photonics West 2025

Opsydia team visits Photonics West 2025

The Opsydia photonics leadership team will attend the Photonics West conference and exhibition where one of our founding scientists, Dr. Patrick Salter will present a series of talks: Laser writing waveguides up to the sample edge Patrick S. Salter, Zhi Kai Pong,...

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