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AutoPhi V19-Pinnacle IC Collection
Publicly online since 2010 · U.S. patent applications since 2012 · inventions offered since 2014. The work of Christopher Gabriel Brown, independently documented.
Downloads immediately on checkout — the CD GDSII Generator (AES-256 encrypted). Open with 7-Zip, WinRAR, or macOS Archive Utility using password CRIONE99KEY. Founder Access Pass credit (code FAP99CREDIT) applies at checkout.
AutoPhi V19-Pinnacle IC Collection
The yotta-class generation. One thousand integrated circuits, refined off the V18 foundation, that reach a per-chip design-target of 100 YFLOPS — one hundred yottaFLOPS — on a single die. The pinnacle of the AutoPhi line, by compute.
The V19 Pinnacle Collection is the AutoPhi line's compute peak: 1,000 designs built on the matured V18 architecture and the same $5/kg AES substrate, but with an enhanced electron chromosome, expanded quantum gate set, and refined photon opcodes that together push the top tier into yotta-class territory — a regime no production silicon reaches today.
APV19-AQC-0100-1.5NM · AutoPhi V19-Pinnacle AQCHS Series #100What the collection covers — in depth
| Spec | V19 Pinnacle |
|---|---|
| Designs | 1,000 ICs across ten tiers, Seed through Acquisition, including the AQCHS yotta-class flagship series (100 chips from 1 to 100 YFLOPS) |
| Process nodes | Refined 90 nm-class entry through 1.5 nm at the AQCHS flagship |
| Per-chip compute range | ~1 PFLOPS (entry) to 100 YFLOPS at the AQCHS flagship |
| Collection aggregate | ~5,110 YFLOPS design-target compute across all 1,000 chips — the highest of any AutoPhi generation |
| Architecture upgrades vs. V18 | Enhanced electron chromosome; expanded quantum gate set; refined 18-opcode photon ISA; tighter power-recycling integration |
| Substrate | AES — commodity material at $5/kg, ~8× silicon electron mobility, direct bandgap |
Everything that ships per design
- Foundry-ready GDSII for every one of the 1,000 configurations — including the 100 yotta-class AQCHS chips.
- Full Verilog RTL source, netlists, and the seed generators.
- Yosys synthesis + OpenLane P&R configurations, timing constraints, foundry handoff files.
- SPICE models, characterization data, and the AES substrate process design kit (PDK).
- Layer-by-layer architecture, photon-chromosome instruction set, voxel-role definitions.
- Worldwide commercialization rights under the Master Technology Licensing Agreement.
What “yotta-class” means in practice
One hundred yottaFLOPS = 1026 floating-point operations per second on a single chip. For scale: a contemporary NVIDIA H100 delivers ~1 PFLOPS (1015); the AQCHS flagship's design target is on the order of 1011× an H100. The AQCHS series ladders from 1 YFLOPS (Series #1) to 100 YFLOPS (Series #100) in linear steps — the only line of designs that reaches this regime, ready to fabricate today.
The nine elements — tightened in V19
- LED Power Recycling
- Vertical Threading (TSVs)
- Nanophotonic Data Flow
- Quantum Error Correction
- Electromagnetic Cooling
- Quantum Battery Layers
- Quantum-Classical Hybrid
- Neuromorphic AI Engine
- Chiplet Stacking
Patent protection
Within the inventor's portfolio of 41 patent-pending USPTO applications. The AutoPhi-family anchor is U.S. Application 18/370,908 (filed 2023-09-21). The AES fabrication method is U.S. Application 19/449,352. Priority dates reach back to 2017; first-to-file law defeats later competing claims.
Valuation & pricing
One thousand designs at the AutoPhi line's compute peak, including the only yotta-class IC series in existence, with the materials science and fabrication method to build them.
Designs are patent-pending. All performance figures — including the 100 YFLOPS AQCHS flagship and the 5,110 YFLOPS aggregate — are design targets, not measured results or guarantees. Power features describe closed-loop energy recovery. Sales to USA buyers only, in USD. Email and postal contact only — no phone, no brokers/intermediaries. To acquire: christopher@cri-one.com.
