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Nokia, t3 Broadband, Aureon Deploy Ultra-High-Capacity AI-Optimized Optical Network in US Midwest, Scalable to 400Tbps
Nokia USA Overview Nokia and t3 Broadband announced the deployment of a new ultra-high-capacity, AI-optimized optical transport network for broadband provider Aureon in the US Midwest. This infrastructure connects a major North Dakota da... -
GitHub Hosts Diverse Open-Source Silicon Photonics Projects, Leveraging for Optical Computing and Analog Links
GitHub Topics USA Overview GitHub actively hosts numerous open-source silicon photonics projects, including RF simulations for microwave photonic analog links and databases of integrated photonics-based companies and foundries. Projects ... -
Marvell Leverages Celestial AI’s Photonic Fabric Technology in AI Networking Strategy, Drives 14% Stock Jump
Stocktwits USA Overview Marvell Technology's reported strategy to leverage Celestial AI's Photonic Fabric technology in its AI networking strategy sent its stock soaring by 14%. KeyBanc upgraded Marvell's AI networking outlook and raised... -
Optical Computing Poised to Replace Electricity: Chinese Scientists Propose ‘Digital Twin Optical Computing System’ (DT-OCS) for AI
TechNode Global China Overview Optical computing is emerging as a promising approach to break through energy and latency bottlenecks of traditional electronics. Chinese scientists have proposed a "Digital Twin Optical Computing System (D... -
NPO/CPO to Shape AI Hardware Future: Phased Transition to Near-Package Optics by 2027, Co-Packaged Optics by 2029 Predicted
Reddit Unknown Overview Industry discussions forecast a phased transition for AI hardware, moving from current pluggable optical modules to Near-Package Optics (NPO) by 2027/28, and then to Co-Packaged Optics (CPO) by 2029. Major players... -
Xscape Photonics Launches 8-Wavelength “FalconX” Laser, Raising $37M to Address AI Data Center Power, Distance, and Bandwidth
New Market Pitch USA Overview Xscape Photonics has secured an additional $37 million in March 2026 and launched its 8-wavelength "FalconX" laser product for AI data center networks, garnering new attention. The product aims to solve crit... -
AI Computing Drives 1.6T Optical Modules, CPO Slashes Power Consumption by Up to 68%
EqualOcean China Overview With Moore's Law slowing, horizontal scaling of AI clusters is unavoidable, pushing electrical interconnects to bandwidth, latency, and power limits. By 2026, the shift from copper to optics is a defining data c... -
AI Data Centers’ Next Bottleneck: Connectivity — Co-Packaged Optics Mass Production Becomes Urgent Priority
The Futurum Group USA Overview As AI clusters scale to tens of thousands of GPUs, the next major bottleneck is identified as the interconnectivity infrastructure, not compute power itself. Co-Packaged Optics (CPO) has rapidly transitione... -
STMicroelectronics Expands AI Data Center Silicon Photonics Market with PIC100 Chip Order from Chinese Customer
Business Korea South Korea Overview STMicroelectronics is actively expanding its silicon photonics market presence to meet growing AI data center demand. The company secured an order for its PIC100 chips from a major Chinese optical tran... -
Credo Foresees Silicon Photonics Future: Enabling High-Bandwidth, Low-Power for AI and Cloud Era
Credo USA Overview Silicon photonics is delivering transformative benefits to optics—miniaturization, cost reduction, and low power—akin to semiconductors in electronics. Its ecosystem is rapidly maturing, optimized for high-demand appli...
