PC compute chiplet packaging
Snapdragon X Elite ramped on monolithic 4nm. Snapdragon X2/X3 candidates target chiplet-on-glass for cost-down + thermal. ChipletOS UCIE cal head 81.6% gap closure on the chiplet-to-chiplet regime (v2 retrain).
Qualcomm’s 3 strategic product lines — Snapdragon X compute, Cloud AI 100 inference, 5G/6G mmWave RF — all converge on glass substrates by 2027-28 for thermal + density + cost reasons. ChipletOS owns the workflow lock today.
Snapdragon X Elite ramped on monolithic 4nm. Snapdragon X2/X3 candidates target chiplet-on-glass for cost-down + thermal. ChipletOS UCIE cal head 81.6% gap closure on the chiplet-to-chiplet regime (v2 retrain).
Qualcomm Cloud AI 100 (and successors) compete with Nvidia inference SKUs. HBM4 stack on glass interposer is the canonical path. ChipletOS HBM4 cal head 90.3% gap closure on 4507 Palace cases at 50 GHz (v2 retrain).
Qualcomm’s 5G/6G mmWave RFFE designs sit at 24-77 GHz. ChipletOS golden_mmwave_77ghz kit (40.52 Ω at 77 GHz, BEM multi-solver-verified) covers band-optimized package routing — first-in-industry buyer spec table. MMWAVE 24-77 GHz cal head deployed — 43.4% BEM-vs-Palace gap closure, complementing the golden_mmwave_77ghz spec kit. First calibrated full-wave-grade accuracy on a glass-substrate platform inside Qualcomm’s mmWave RFFE band.