Pioneering the Future of Data Storage and Optical Innovation
Discover our groundbreaking solutions in optical fabrication and ultra-long-term data preservation. SPhotonix is pioneering the future of precision and ultrafast nanostructuring innovation.
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THE FUTURE IS NOW
Enabling transformative new possibilities from data storage and imaging to microscopy, space and beyond.
Developing the Future of Ultrafast nano-structuring of transparent materials for Everyone
Our products and services are built upon the unique proprietary tech that will power the next generation of data storage, developed at the world leading SPhotonix R&D facilities. Access the future today, learn more about what we offer.
Data Archiving Solutions
Securely store any data for eternity, today.
Our Archival Data Solutions service enables anyone to take advantage of tomorrow's data storage technology today. Complete your order online for your quartz glass up to 10TB of data per 5 inch glass platter to be stored in our Swiss Vault facility, or have it securely delivered.
Optical Device Fabrication
Bespoke nano-structuring of transparent materials
Leveraging cutting-edge laboratory capabilities and proprietary technology, we are able to produce state-of-the-art optical devices including waveguides, lenses, and diffraction gratings, that enable new possibilities for a wide range of applications in imaging, microscopy, sensing and telecommunication.
Technology Licensing
Be at the forefront of solving your data storage limitations
SPhotonix is revolutionizing data storage with cutting-edge laser nanostructuring technology for quartz glass, paving the way for the high density, ultra-durable systems of tomorrow, storing up to 360TB in a small glass platter for at least 1000 years. Partner with us to lead the future of data storage innovation
INNOVATION
Technology
Explore our cutting-edge advancements in transparent material nanostructuring, storage systems and nano-scale imaging.
State-of-the-art Facilities
Our pioneering laboratory is at the forefront of nanotechnology and photonics innovation, housing cutting-edge instruments essential for our core service and product offerings Our facilities are equipped with advanced femtosecond lasers and precision nano-fabrication equipment, allowing us to develop ultra-durable data storage solutions and fabricate unique optical components with nanometer precision. These capabilities ensure that we can push the boundaries of data storage and photonics while delivering reliable, high-performance solutions for our partners. Learn more...
SPhotonix facilities enable our team to develop mainstream data storage technology of tomorrow, and service the product demand of our partners, today.
Proprietary ultrafast laser nano-structuring system
SPhotonix FemtoEtch™ is the result of over two decades of groundbreaking research, culminating in a patented system that empowers femtosecond laser writing with unparalleled precision. Our technology allows software-driven control over the polarization and birefringence of each individual voxel or nanograting in 3D transparent materials like glass, unlocking new frontiers in data storage, imaging, microscopy, sensing, and telecommunications and laser fusion. Learn more...
SPhotonix proprietary capabilities enable rapid creation of trillions of nanograting or nanovoxel structures inside glass and other transparent materials. This ability enables unprecedented solutions and cost savings for our partners.
Data Storage Innovation
We are revolutionizing data storage with our cutting-edge nanostructuring technologies, utilizing ultrafast lasers to unlock unprecedented capacity, durability, and speed. By harnessing these advanced methods, we are not only breaking the limits of traditional storage solutions but also ensuring long-term stability in even the harshest environments. Our innovations pave the way for next-generation data storage, offering a highly efficient and scalable solution for the world's growing data retention needs. Learn more...
Data is stored in three dimensional glass plates inside which nano-sized structures are created providing further two optical dimensions.
in numbers
Key Facts
Introducing our groundbreaking technology for ultrafast nanostructure writing in glass.
360TB
SPhotonix technology, can preserve up to 360TB of data for over 1000 times longer than any other commercially available product on a 5 inch plate of glass.
20nm
Our proprietary, precision controlled ultrafast laser writing system is capable of creating trillions of bespoke structures inside transparent materials.
5D
The revolutionary patented approach enables precise nano-structuring modifications across 5 dimensions, adding polarization and bifringence control atop material dimensions.
Key takeaway
An Ecosystem of Trust
SPhotonix collaborates with industry leaders to drive innovation and trust. Our network of partners spans diverse sectors, enabling seamless integration of our cutting-edge technology into a wide range of applications. Together, we’re shaping the future of data storage and optical solutions.
Microsoft
Microsoft Project Silica stems from decades of research and innovation from the founders of SPhotonix
Space X
Valuable data written by SPhotonix's founding team was sent into Mars orbit aboard a Tesla Roadster boosted to space by the Falcon Heavy rocket
Zeiss
Supplier of high-tech ZEISS equipment and integrated ZEISS Connecting Solutions for science, education and healthcare across the globe
Kering
Bespoke jewellery masterpieces created with data written for eternity inside precious material
Key takeaway
Blogs
SPhotonix team and community bring insights and opinions from the world’s opto-electronic ecosystem.
Jun 18, 2024
Cloud-Scale Archival Storage Using Ultrafast Laser Nanostructuring
Recent progress in ultrafast laser nanostructuring enables high-density multidimensional volumetric data writing. With exceptional media longevity, this could transform archival cloud storage.
Jun 18, 2024
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Jun 18, 2024
The tiny glass blocks that can preserve your data for centuries
For years governments, hospitals and families have had to use frail magnetic storage for their most important data. Now, scientists have an alternative — that lasts for ever.
Jun 18, 2024
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Jun 18, 2024
Cloud-Scale Archival Storage Using Ultrafast Laser Nanostructuring
Recent progress in ultrafast laser nanostructuring enables high-density multidimensional volumetric data writing. With exceptional media longevity, this could transform archival cloud storage.
Jun 18, 2024
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