New Technology– category –
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AIM Photonics Showcases Integrated Photonics for Diverse Military Applications at Pentagon Event, Featuring Albany NanoTech Silicon Photonic Sensors
Quantum Zeitgeist USA Overview AIM Photonics demonstrated integrated photonics technologies for various military applications at the U.S. Department of Defense's Manufacturing Technology (ManTech) program's 70th-anniversary event. Key am... -
Tyndall Researchers Unveil Advanced Photonic Packaging Innovations at ESTC 2026, Including Co-Packaged Bioimaging and Cryogenic Edge Coupling
Tyndall National Institute Ireland Overview Researchers from the Tyndall National Institute presented three papers at the European Semiconductor Technology Conference (ESTC) 2026, showcasing significant advancements in photonic packaging... -
TSMC Accelerates Co-Packaged Optics (CPO) Deployment, Eyes ‘CPO Moore’s Law’ for AI Chip Performance Boost
KuCoin Taiwan Overview As GPU and ASIC computing power continues to advance, TSMC is accelerating the deployment of Co-Packaged Optics (CPO) to address the power consumption and signal transmission limits of traditional copper interconne... -
ASML and Xanadu Partner to Reduce Optical Losses in Photonic Quantum Chips via Advanced Lithography
Bits&Chips Netherlands Overview ASML and Canadian quantum computing firm Xanadu have announced a collaboration to enhance the manufacturing of photonic quantum processors using advanced lithography techniques. This partnership aims to re... -
Celero Communications Secures $275 Million for 1.6T/3.2T AI Optical Interconnects After Verifying 2nm Coherent DSP Silicon
Semiconductor Engineering USA Overview Celero Communications has raised $275 million for next-generation 1.6T to 3.2T AI optical interconnects, following successful verification of its 2nm coherent DSP silicon. This substantial funding h... -
Thin-Film Barium Titanate Emerges as Promising Material for High-Speed, Low-Loss Integrated Photonic Devices
Unknown Unknown Overview Thin-film barium titanate (BTO) shows significant promise as an electro-optic (EO) material for high-speed, low-loss integrated photonic devices, offering wider bandwidth and negligible optical loss compared to s... -
Loughborough University Researchers Develop Rice-Sized Rainbow Chip, Generating Millimeter-Wave Optical Frequency Combs for 6G Communications and Quantum Timing
Loughborough University UK Overview Physicists from Loughborough University and international collaborators have created a rice-sized optical frequency comb chip capable of simultaneously generating multiple millimeter-wave frequencies. ... -
Nokia and Orange France Successfully Complete World’s First Live Service Provider Network Tomography Trial for AI-Ready Infrastructure, Optimizing Optical Networks with Real-time Visualization
Nokia Finland Overview Nokia and Orange France have successfully completed the world's first live service provider network tomography trial, supporting AI-ready infrastructure. The solution, powered by innovative Nokia Bell Labs algorith... -
Ciena Unveils AI Networking Innovations at ECOC 2026: Showcasing 1.6T Coherent Optical Modules, Liquid-Cooled CPO, and WaveLogic 6 Nano 800G
Ciena Canada Overview Ciena is showcasing groundbreaking innovations for AI data center networking at ECOC 2026, featuring solutions for high-speed, high-capacity connectivity including 1.6T coherent optical modules, multi-rail photonics... -
Telxius Deploys Nokia 800G Coherent Pluggable Optics Across Global Networks in Europe, US, and Latin America, Bolstering AI-Ready Infrastructure
Nokia Finland Overview Telxius is deploying Nokia's 800G coherent pluggable optical modules across its terrestrial networks in Europe, the US, and Latin America to meet the escalating demand for high-capacity connectivity. This deploymen...
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