Hybrid Bonding– tag –
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Sub-2nm Nodes Blur Process Boundaries as Chiplet Integration Drives Increased Thermal Density and Structural Stress, Hybrid Bonding Emerges as Key Solution
Semiconductor Engineering USA Overview At sub-2nm process nodes, shrinking transistors and heightened process sensitivities are blurring traditional manufacturing boundaries, leading to increased thermal density and structural stress in ... -
SK Hynix Breakthrough: Mass Reflow Underfill Molding Overcomes HBM Stacking Thermal Challenges, While Micron’s Hybrid Bonding Slashes Power Consumption by 30%
CSIS USA Overview SK Hynix has established a lead in HBM chip stacking by investing heavily in 'Mass Reflow Underfill Molding' (MR-MUF), a novel packaging technique that resolves the thermal and physical constraints of multi-die HBM stac... -
BESI Hybrid Bonding System Orders Exceed 150 Units, HBM5 Onward to Accelerate Memory Adoption
PhotonCap Unknown Overview BESI has secured over 150 cumulative orders for its hybrid bonding systems, with six integrated production lines (including 30 BESI bonders) implemented by major logic customers in partnership with Applied Mate... -
Samsung’s zHBM Concept Promises 70% Lower I/O Power, 2.3x Bandwidth vs. HBM5 via Hybrid Bonding for Edge AI
Tom's Hardware South Korea Overview Samsung proposes zHBM, an innovative memory architecture that directly stacks DRAM onto the processor, bypassing the interposer, and is projected to reduce I/O power by approximately 70% compared to HB... -
Laser Debonding Technology Becomes Critical for Improving Thin Wafer Yield in HBM and Hybrid Bonding
Microtreat Global Overview Laser debonding is gaining importance as the cleanest and least damaging wafer separation technology for high-value 3D integration and advanced packaging. For ultra-thin wafers (20-50 micrometers) in HBM, chipl... -
Applied Materials Forecasts Over 70% Growth in Advanced Packaging Revenue, Total Revenue Up 40%, Driven by AI and HBM Demand
TradingKey USA Overview Applied Materials projects approximately 40% growth in its total revenue for 2026, benefiting significantly from the increasing complexity in AI chip and HBM manufacturing. The company anticipates over 70% growth ... -
KLA Achieves $1.1 Billion in Advanced Packaging Process Control Revenue, Driven by Surging AI Chip Demand
Quartz USA Overview KLA projects approximately $1.1 billion in revenue from its advanced packaging process control systems in 2026, marking over 70% year-over-year growth, driven by the increasing complexity of AI and HPC chips. The shif... -
Hybrid Bonding Equipment Market Projected to Reach $1.73 Billion in 2026, Growing to $2.58 Billion by 2032
360iResearch Global Overview This article provides an overview of a market research report published by 360iResearch. The hybrid bonding equipment market is projected to reach $1.73 billion in 2026, with a compound annual growth rate (CA... -
Tom’s Hardware Reports: TSMC Achieves 6-Micron Hybrid Bonding, Full HBM Integration Potentially Delayed to HBM4E/HBM5 (2027-Late 2020s)
Tom's Hardware USA Overview Tom's Hardware reports on the 2026 status of hybrid bonding, revealing TSMC's SoIC achieves 3.5D integration by combining hybrid-bonded stacks with CoWoS modules on silicon interposers, reaching 6-micron preci... -
Amkor Technology and NVIDIA Announce $1.5 Billion Advanced Packaging Partnership to Accelerate AI Multi-Die Integration
IMAPS 3D InCites Content Platform USA Overview Amkor Technology and NVIDIA announced a multi-year partnership in July 2026, including a $1.5 billion advanced packaging and development agreement, to drive next-generation technology for AI...
