The Next Generation of Printed Fiber Board
Light Speed Photonic Circuits
Meet the Team
Experience Expertise Excellence
Founder's Track Record
30
Years of Experience
1.7B
Over US 1.7 Billon Raised
70
Sales in Over 70 Countries
15
Co-Founded Companies
6
6 IPOs
NASDAQ & Oters
Telecommunications
Revolutionizing telecommunications with faster, lower-latency optical data transfer
High-Performance Computing
Photonic processors: enabling faster, more efficient optical data transmission
Artificial Intelligence
High-bandwidth, low-latency data transmission: the photonic advantage for optical networks
Data Science Acceleration
Unlocking the full potential of optical fiber networks through advanced photonic processing
INTRODUCTION
Photonic light-speed circuits represent a cutting-edge innovation in computing and telecommunications. These circuits leverage photons, or particles of light, instead of electrons, to process and transmit information. This fundamental shift promises faster speeds, reduced energy consumption, and increased data bandwidth compared to traditional electronic circuits​​
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"The next technological revolution won't be constrained by the limitations of classical physics. Our company is leading the way with a groundbreaking electronic board based on 3D-printed optical fibers, poised to redefine processing speed and energy efficiency in computing. This technology unlocks unprecedented possibilities. In this presentation, we will unveil our vision, showcase this revolutionary technology, introduce our expert team, and outline our future plans. Join us as we embark on a journey to a new era of faster, more energy-efficient computing"
Our technology
Our innovative technology integrates directly-printed glass onto electronic circuits, enabling the creation of high-performance optical fiber interconnects. Using a proprietary inkjet printing process, we deposit a specialized glass material with exceptional optical properties. This method allows for precise control over fiber placement and design, enabling high-density integration and complex circuit configurations. The resulting glass-based optical fibers offer superior performance compared to traditional fiber-based interconnects, exhibiting higher bandwidth, lower latency, and greater durability. Our technology is poised to revolutionize the field of high-speed data transmission and optical communication
Are you ready for the next level of Printed Fiber Board?
