The seed has a declarative part and an executable part. One or more voxels built through OpenLANE2 to GDSII and LEF. Those sit in seeds/; the build script copies them into every package as Seeds/. The…
Every build can be written to a 25GB Blu-ray—foundry packages, standards, performance metrics, decisive COGS, Seeds when present. Distributable. Resellable. The whole 18 project folder feeds the build…
From the seed we grow foundry packages: TSMC, Samsung, Intel, SkyWater, GlobalFoundries. Same seed, different package. Version the seed; version the chips. The rest as a service includes generating an…
14nm and 7nm builds from one seed. You supply node_nm and envelope; the seed matrix and build flow produce the geometry and metrics. Reproducibility: same seed, same inputs, same result. Any node the …
The core formulas: S = H×W (area); N_v = S/a_v (voxel count); C = N_v×f_v (total calculation). Then P_per_dollar = C/AES, P_per_watt = C/power_w. These turn envelope and node into FLOPS and performanc…
The ratio we sell includes performance per dollar and performance per watt. P_per_dollar = C/AES. P_per_watt = C/power_w. You get calculation and these performance-per-exchange values from that seed a…
Zettaflop scale from the ratio: you specify envelope and target; we deliver the seed and metrics (C, P_per_dollar, P_per_watt). The rest as a service means on-demand seeds, foundry packages, Blu-ray h…
The seed is the minimal, canonical specification from which every build is grown. Chip series, voxel roles, tree mapping, photon chromosome, nine elements, one-page performance and decisive COGS. From…
The harvest carries a tiling-ready cell: real seed to grow from. GDSII and LEF. Every build can include Seeds when present. Real geometry, not just formulas. The executable part of the seed is one or …