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New Publication in Photonics Research journal
A new article “Micro-transfer printing of O-band InAs/GaAs quantum-dot SOAs on silicon photonic integrated circuits” has been published in Photonics Research and honored as an Editor’s Pick.
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Innolume’s Major Equipment Upgrade: Introduction of Sigma 360 SEM
Innolume continues to upgrade its laboratory equipment. The new scanning electron microscope Sigma 360, equipped with integrated EDAX and EBIC systems, delivers high performance and enables high-quality materials analysis without any preparation delays.
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Innolume Highlights from OFC2025
A full recap of Innolume’s highlights at OFC 2025 in San Francisco. In this article, we cover our key innovations in Quantum Dot lasers for CPO and CW-WDM applications, insights from industry discussions, partner demos from Accelink and Genuine Optics, and our breakthrough QD comb laser selected for the prestigious post-deadline session. Find expert talks, videos, and more highlights from the exhibition.
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Our recent breakthrough development of Ultra-wideband QD Comb Laser with 24 lines with 100GHz spacing to be presented at Post Deadline Paper session at OFC 2025 on Thursday, April 4
Innolume’s quantum-dot comb laser has been selected for a prestigious postdeadline presentation at OFC 2025 in San Francisco. The device offers ultra-wideband, flat-top emission with 100 GHz line spacing for CW-WDM data transmission in the O-band—enabling energy-efficient and scalable optical interconnects for next-gen data centers.
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High Power DFB laser AI/ML interconnects
At the OFC 2025 workshop, Innolume’s record-breaking high-power DFB lasers were presented as a game-changing solution for AI/ML optical interconnects.
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Innolume at OFC 2025
Innolume is pleased to announce its participation in OFC 2025, the premier global event for optical networking and communications. The exhibition will take place from April 1–3, 2025, at the Moscone Center in San Francisco, California, USA. You can find Innolume at booth #4909
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Engineering Scalable Quantum Light Sources for Telecom Applications
Innolume recently hosted a seminar on scalable quantum light sources for telecom applications, featuring Dr. Elizaveta Semenova from DTU, Copenhagen. She shared insights into her research on quantum dot epitaxial growth and nanofabrication.
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A New Study by McGill University
Which Amplifier is the Best for O-Band Data Transmission? A New Study by McGill University in collaboration with Alfalume Inc., and Innolume GmbH.
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Innolume Demonstrates 1W 1.06µm DFB Laser with Record Efficiency at SPIE Photonics West 2025
Innolume showcases 1W 1.06µm DFB laser with record 46% PCE at SPIE Photonics West 2025. Discover breakthroughs in high-power GaAs-based lasers for telecom, holography, and material processing. Visit our booth #4324 to learn more.
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