Equation 7 · Chiplets and Advanced Packaging in 2035: Scenarios, Signals, and Falsifiable Predictions
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Because N itself grows as roughly 1/ under the density relation above, falls unless the per-interconnect defect probability improves at least as fast as the pitch shrinks — which is precisely the motivation behind Chen and Gupta’s YAP+ framework, a pad-layout-aware yield model for copper-copper hybrid bonding that accounts for misalignment, particle contamination, copper recess variation, surface roughness and pad density across arbitrary layouts, and reports a near-analytical model matching full physical-simulation accuracy at more than a thousand-fold speed-up in runtime [ 11 ] . A fast, accurate yield model of this kind is itself a signal about where the field…
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Because N itself grows as roughly 1/ under the density relation above, falls unless the per-interconnect defect probability improves at least as fast as the pitch shrinks — which is precisely the motivation behind Chen and Gupta’s YAP+ framework, a pad-layout-aware yield model for copper-copper hybrid bonding that accounts for misalignment, particle contamination, copper recess variation, surface roughness and pad density across arbitrary layouts, and reports a near-analytical model matching full physical-simulation accuracy at more than a thousand-fold speed-up in runtime [ 11 ] . A fast, accurate yield model of this kind is itself a signal about where the field is: it exists because bond-level yield at fine pitch is not yet a solved, routine calculation the way die-level yield has been for planar processes for decades.
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