News and updates
Stay up to date with our latest product releases, technology milestones and breakthroughs powering Enlightra's technology.
Powering the Future of Hyperdimensional Computing: How Enlightra Microcombs Enabled a 262 TOPS Photonic Engine
Enlightra proudly announces a significant breakthrough in the field of optical computing, achieved in close collaboration with the WinPhoS Research Group (Greece). In a paper recently published in APL Photonics, the joint team experimentally demonstrated a photonic AI accelerator capable of achieving a computational speed of 262 Tera Operations Per Second (TOPS).
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Enlightra Demonstrates O-Band Comb Laser for AI Optical Interconnects at ECOC 2025
At this year’s European Conference on Optical Communication (ECOC 2025), Enlightra showcased its O-band comb laser, integrating a precision pump source with Enlightra’s proprietary silicon-nitride (SiN) ring-resonator technology. The demonstration highlighted the exceptional stability and spectral uniformity of Enlightra’s platform, confirming its readiness for energy-efficient, high-capacity optical interconnects in next-generation AI and GPU systems.
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Enlightra x ECSTATIC
In a cross-European effort to advance seismic sensing, Enlightra’s dual-microcomb technology has taken its first steps in Spain. Installed at Universidad de Alcalá, the system is now undergoing testing for high-resolution interferometry, marking a key milestone in the EU-funded ECSTATIC project.
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Enlightra x Nokia Bell Labs
Enlightra and Nokia Bell Labs have joined forces to rethink optical transmitters, unveiling a comb-based WDM design that removes the need for wavelength tuning. Recognized with a prestigious post-deadline paper at OFC 2025, this work showcases the power of integrated photonics for the next generation of high-capacity communication systems.
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Enlightra x DARPA-funded GRYPHON project
Enlightra advances ultra-stable optical frequency combs for DARPA’s GRYPHON project, integrating crystalline microresonators with photonic wire bonds to achieve record-low phase noise and pave the way for next-gen frequency references.
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