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Semiconductor Back-End
AI Era Semiconductor Equipment Theme: Applied Materials Forecasts Over 50% Advanced Packaging Revenue Growth in 2026, Micron Boosts HBM Packaging Capabilities
TradingKey International Overview As AI chip evolution heavily relies on chiplets and advanced packaging beyond transistor shrinkage, Applied Materials anticipates over 50% growth in its advanced packaging revenue in 2026, while KLA expe... -
Semiconductor Back-End
Applied Materials’ Material Engineering Innovations, Led by Hybrid Bonding, Key to Scaling AI Chip Performance in the AI Era
Applied Materials (Official Blog/Article) USA Overview Applied Materials emphasizes that material engineering innovations, including its Kinex hybrid bonding system, are critical for scaling AI chip performance. The company is advancing ... -
Semiconductor Back-End
Samsung Develops ‘2.xD’ Advanced Packaging Integrating HBM, Logic, and SiPh to Tackle AI Data Center Power and Data Bottlenecks
DigiTimes Taiwan Overview Samsung Electronics is developing '2.xD' advanced packaging technology that integrates HBM, logic chips, and silicon photonics (SiPh) into a single package. This innovation aims to resolve critical power consump... -
Semiconductor Back-End
Applied Materials Unveils Seven New Systems for AI Chip DRAM Performance and Advanced 3D Packaging, Accelerating Bottleneck Resolution
Industry News International Overview Applied Materials introduced seven new semiconductor manufacturing systems designed to address bottlenecks in AI chip production, specifically enhancing DRAM performance scaling and advanced 3D packag... -
Semiconductor Back-End
Semiconductor Industry Pivots to Heterogeneous Large-Scale Integration (HLSI) as AI Reshapes Chip Design
Next Move Strategy Consulting (via EE Times) USA Overview Driven by surging AI workloads, the semiconductor industry is dramatically shifting beyond traditional System-on-Chip (SoC) paradigms towards Heterogeneous Large-Scale Integration... -
Semiconductor Back-End
China’s Memory Industry Accelerates HBM3/3E Development; YMTC Leads in Wafer-to-Wafer Hybrid Bonding Patents
BloomingBit.io China Overview China's memory industry is rapidly advancing, with companies like CXMT focusing on HBM3 and HBM3E development, thereby narrowing the technology gap with South Korea. Notably, Yangtze Memory Technologies Co. ... -
Semiconductor Back-End
Samsung and SK hynix Reportedly Reconsidering Hybrid Bonding Timeline for HBM, 16-High HBM4E May Be Earliest Adoption
TrendForce Taiwan Overview Samsung Electronics and SK hynix are reportedly reassessing the timeline for the widespread adoption of hybrid bonding technology in High-Bandwidth Memory (HBM). While initial expectations pointed to HBM4, both... -
Semiconductor Back-End
Micron Invests $9.3 Billion in Hiroshima for HBM Production Launching 2028, Expands Packaging Capacity in Singapore
TechsCurrent Japan Overview Micron Technology has broken ground on a $9.3 billion expansion of its Hiroshima, Japan factory to bolster High-Bandwidth Memory (HBM) production, with shipments expected around summer 2028, supported by Japan... -
Semiconductor Back-End
Samsung’s HBM4 Sales Projected to Surpass $10 Billion, Driven by Surging AI Demand
GuruFocus South Korea Overview Samsung Electronics' next-generation High Bandwidth Memory (HBM4) sales are forecast to exceed $10 billion this year, propelled by an explosive surge in AI demand. The company has made substantial investmen... -
Semiconductor Back-End
Applied Materials Guides Memory Makers to ‘Logic-Class’ Fabrication for Advanced Packaging
Futurum Group USA Overview Applied Materials is leading memory manufacturers to adopt 'logic-class' precision in advanced packaging processes, crucial for next-generation AI chips. The company's integrated solutions ensure ultra-precise ...