High Speed I/O
One of the greatest challenges in modern computing is limitations of space. This “real estate” problem arises for the difficulty in getting sufficient connectivity around a chip to allow it to communicate at the maximum possible speed.
Optical Waveguides for High Speed I/O
One solution to this proposed by Intel and others is to use substrates made of glass. This is especially interesting as most computers today house many chips on the same substrate. By choosing glass as the substrate material, it is possible to seamlessly interface optical interconnects via waveguides. While glass can function very well as an optical material with high quality waveguides, it also has the advantage of being thermally inert and more rigid than classic organic substrates.
“Opsydia technology can enable high density optical interconnects by accurate fabrication of waveguides at different depths in the substrate, enabled through adaptive optics control. The enhanced bandwidth density can be important for high speed I/0”
Prof. Patrick Salter
Founder & Director, Opsydia
Available on all devices
Capable of melee inscriptions
Suitable for coloured gemstones
High capacity (100k+ stones p/a)
Encryption secure IDs
Automation and machine vision
Remote service and diagnostics
Integrates with blockchain traceability solutions
Integrates with factory IM systems
Multiple stone loading
Available on all devices
Capable of melee inscriptions
Suitable for coloured gemstones
High capacity (100k+ stones p/a)
Encryption secure IDs
Automation and machine vision
Remote service and diagnostics
Integrates with blockchain traceability solutions
Integrates with factory IM systems
Multiple stone loading
Contact Us
To find out more about the Opsydia Systems or to discuss a trial or demonstration, please speak to a member of our team.