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Showing posts with the label Glass Substrates

The 2026 Silicon Standoff: Intel and the High-Stakes War of 3D Packaging

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The shift in the rivalry between Intel and AMD in 2026 represents a fundamental transition from a battle of clock speeds to a high-stakes war over advanced 3D packaging . At the heart of this conflict is the integration of 16-layer High Bandwidth Memory (HBM4), where manufacturing choices like MR-MUF and TC-NCF have become "one-way doors" with potentially existential financial and strategic consequences . The Fundamental Pivot: Why Glass Substrates are Necessary By mid-2026, the transition to glass substrates has emerged as a critical common goal to overcome the physical limitations of current organic materials . Glass is now necessary to solve structural warpage, as traditional organic substrates are prone to bending under the extreme thermal and physical pressures of high-density stacking . Glass provides superior flatness and dimensional stability, which is essential to prevent thin silicon dies from warping . Furthermore, companies are hitting a "thermodynamic limit...