New Technology– category –
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Material-Anisotropy-Driven Topological Optical Lattices Generated on Thin-Film Lithium Niobate Open Door to Next-Gen Photonic Devices
arXiv USA Overview This research explores the generation of topological optical lattices by leveraging material anisotropy in X-cut thin-film lithium niobate (TFLN) microring vortex emitters. The intrinsic birefringence in TFLN introduce... -
Silicon Nitride (Si3N4) Photonic Integrated Circuits Emerge as Integrated Platform for IoT, AI, LiDAR, and Quantum Computing
[Scientific Paper/Academic] Global Overview Silicon nitride (Si3N4) photonic integrated circuits (PICs) are gaining attention as a promising platform for diverse applications, including IoT, AI, LiDAR, and quantum computing, due to their... -
New Coherent LiDAR System Measures Depth, Velocity, and Polarization Simultaneously, Expanding 3D Sensing Capabilities
Lidar News USA Overview Researchers have developed a novel coherent LiDAR system that simultaneously measures depth, velocity, and polarization properties, building on coherent optical modem technology used in high-speed telecommunicatio... -
The 1.6T Era: Silicon Photonics, InP, and Thin-Film Lithium Niobate Clash for the ‘Heart’ of Optical Modules
[Analysis/Blog] Global Overview As the 1.6T era unfolds, silicon photonics (SiPh), indium phosphide (InP), and thin-film lithium niobate (TFLN) are fiercely competing as core materials for next-generation optical modulators. SiPh offers ... -
Nokia Powers Southeast Asia’s AI Future with 30 Tbps MCT Subsea Cable Upgrade
[News/Blog] フィンランド Overview Nokia has been selected by Symphony Communication to significantly upgrade the Malaysia-Cambodia-Thailand (MCT) subsea cable system. This project will integrate Nokia's sixth-generation Photonic Service ... -
Nokia Accelerates Autonomous Optical Networks with Advanced Agentic AI
Nokia フィンランド Overview Nokia is significantly upgrading its autonomous networks portfolio, integrating advanced agentic AI capabilities to streamline operations and enhance network performance. A key development is the WaveSuite age... -
Ciena Develops 3.2 Tbps Optical Networking Technology for NVIDIA’s AI Platform, Accelerating Commercialization
The Elec South Korea Overview Ciena is actively developing next-generation 3.2 Tbps coherent optical networking technology to meet the escalating bandwidth requirements for inter-data center connectivity, accelerated by AI infrastructure... -
Quandela Validates Ultra-Low Latency Photonic QPU Integration with NVIDIA GPU Infrastructure via NVQLink
Quantum Computing Report France Overview Quandela has validated the ultra-low latency integration of its photonic Quantum Processing Unit (QPU) with NVIDIA's NVQLink infrastructure, establishing a real-time hybrid computing pipeline wher... -
SuperX to Unveil 1.6T Optical Modules for AI Data Centers at Interop Tokyo 2026
The Data Center Engineer Japan Overview SuperX is set to debut its 1.6T optical module solution at Interop Tokyo 2026, designed to address the demanding bandwidth requirements of large-scale AI training and inference networks. The soluti... -
TSMC Accelerates Advanced Packaging Strategy: Addressing CoWoS Capacity Shortfall, Driving AI Accelerator Demand
Umbrex Taiwan Overview TSMC's strategy is founded on advanced process technology, manufacturing yield, reliable execution, and a broad design ecosystem. As chip architectures shift towards chiplets and 3D integration, advanced packaging ...
