Interposer– tag –
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Semiconductor Back-End
imec Pioneers Glass Substrates for Next-Gen 3D Packaging, Accelerating AI/HPC Commercialization
EETimes Belgium Overview imec, the renowned Belgian microelectronics research institute, has announced a significant breakthrough in 3D stacked packaging, leveraging glass substrates as interposers. This innovation is pivotal for next-ge... -
Semiconductor Back-End
Rapidus Targets 600mm Panel-Level Packaging and 8-Reticle Interposers by 2030 for Advanced AI/HPC Systems
TrendForce Japan Overview Rapidus announced an accelerated advanced packaging roadmap aiming for 600mm panel-level packaging and 8-reticle interposers by 2030. The company has fully activated its Rapidus Chiplet Solutions (RCS) pilot lin... -
Photonics
Rapidus Targets 8-Reticle Interposers on 600mm Advanced Packaging Panels by 2030, Accelerating Heterogeneous Integration for AI/HPC
Design And Reuse Japan Overview Japanese foundry Rapidus has unveiled an ambitious roadmap to achieve 8-reticle interposers on 600mm advanced packaging panels by 2030. This development is crucial for integrating complex chiplets, includi... -
New Technology
Sumitomo Bakelite Unveils Novel Low-Stress Epoxy Compound for Next-Gen 2.5D/3D Packaging
SEMI Europe Conference News Japan Overview Sumitomo Bakelite has announced a groundbreaking epoxy molding compound (EMC) at SEMI Europe, specifically engineered for the intricate demands of 2.5D and 3D advanced packaging solutions. This ... -
Semiconductor Back-End
SK Hynix Pioneers Optical Interconnects Beyond HBM, Outlines Roadmap for AI Bandwidth Challenges
Adalytica South Korea Overview SK Hynix is charting a course for optical chip connections that extend beyond High Bandwidth Memory (HBM) to address critical bandwidth limitations in large-scale AI systems. A recent Nature Electronics rev... -
Photonics
Atomica Unveils ‘AI Photonic Integration Platform’ to Overcome Integration Bottlenecks in AI Infrastructure
Chiplet Marketplace USA Overview Atomica has launched its 'AI Photonic Integration Platform' to address critical integration bottlenecks within AI infrastructure. This platform integrates advanced microfabrication technologies, including... -
Photonics
Atomica Unveils AI Photonic Integration Platform to Resolve Optics-to-Packaging Bottlenecks in AI Hardware
The Data Center Engineer USA Overview Atomica has launched its 'AI Photonic Integration Platform' to address integration bottlenecks across photonics, electronics, memory, thermal structures, and package-level interfaces in AI infrastruc... -
Semiconductor Back-End
IDTechEx Analyzes New 2.5D/3D Semiconductor Packaging Trends: Glass Interposers and Hybrid Bonding Drive Evolution
IDTechEx UK Overview IDTechEx's analysis highlights glass interposers and hybrid bonding as critical emerging trends in semiconductor packaging. Glass interposers offer compatibility with panel-level packaging, promising cost-effective, ... -
Semiconductor Back-End
TSMC Achieves 98-99% Yield for AI Products on CoWoS 5.5x Process, Targets 14x Reticle Size Expansion by 2029
Wccftech Taiwan Overview TSMC Vice President Ho Chun announced remarkable 98% to 99% yields for multiple AI-related products assembled using the CoWoS 5.5x process. This exceptional achievement highlights TSMC's manufacturing prowess in ... -
Semiconductor Back-End
Supercomputing News Emphasizes Critical Role of Advanced Packaging (CoWoS, EMIB, T-AI) in AI Accelerators
Supercomputing News Global Overview Supercomputing News published an analytical article emphasizing the critical role of advanced packaging technologies like CoWoS, EMIB, and T-AI in enhancing AI accelerator performance. These technologi...