Integrated Fan-Out on Glass
TSMC’s InFO-on-Glass roadmap targets cost-down vs InFO-on-Si while maintaining HDI density. ChipletOS golden_dense_array (Z₀=33.30 Ω, p=120 µm characterized) covers the constrained-pitch 2.5D regime.
TSMC’s 3DFabric roadmap moves to glass substrates for the 2028+ generation. ChipletOS is the only EDA-adjacent platform that ships a glass-TGV-aware workflow stack today, with 5/5 customer-side EDA adapters + per-foundry fab-coupon export tuned to InFO-Glass / CoWoS-G stack-ups.
TSMC’s InFO-on-Glass roadmap targets cost-down vs InFO-on-Si while maintaining HDI density. ChipletOS golden_dense_array (Z₀=33.30 Ω, p=120 µm characterized) covers the constrained-pitch 2.5D regime.
CoWoS-S → CoWoS-L → CoWoS-G migration is the canonical Nvidia/AMD/AWS HBM4-class path. ChipletOS HBM4 cal head 90.3% gap closure on 4507 Palace cases at the HBM4 corner regime (v2 retrain) — 6/6 regimes calibrated, avg 74% gap closure.
TSMC’s 3DFabric next-gen platform targets glass for thermal + warpage + cost. ChipletOS panel warpage (PROV 9) + IPC/SEMI defect-code DRC + GDSII export chain cover the foundry handoff.
/v1/coupons/export-fab — fab-ready bundle with per-foundry 12-layer stack-up + DRC + per-foundry SOW + cost estimate. Today’s profiles: Amkor / MOSIS / generic; TSMC InFO-Glass / CoWoS-G profiles available under MNDA./v1/glass-pdk/drc-validate — IPC/SEMI defect-code mapping (33-type defect taxonomy from PROV 9 KLA wafer classifier), pre-fab geometric checks, manufacturability bands.