AutoPhi V18-Achievement -- Peak Series #608
b6b20a7021ffc7b7d8b4bd43bd996b75a7b9eabddf44a0e013423ef6e923b816
Publicly online since 2010 · U.S. patent applications since 2012 · inventions offered since 2014. The work of Christopher Gabriel Brown, independently documented.
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AutoPhi V18-Seed Voxel Processor -- Peak Series #2e2e2e
AutoPhi V18 Peak 608: 2.12 PFLOPS Peta-class | 7nm | 49992 Qubits | Maximum single-die performance
Overview
The AutoPhi V18 Peak 608 is a peta-class quantum-classical hybrid processor built on the 18-seed voxel DNA architecture at 7nm process technology. It delivers 2.12 PFLOPS peak performance with 38.356 TOPS AI acceleration across a 558x558 voxel grid (311,364 total voxels) stacked 80 layers deep (5 stack units of 18). Quantum subsystem: 49,992 qubits at 98.437% fidelity (error rate <1.563%) with 11,612 QEC-protected logical qubits. Clocked at 5.165 GHz with 64.04 TB/s memory bandwidth over 91 nanophotonic channels. Neuromorphic engine: 198.6K spiking neurons for event-driven AI processing. Power envelope: 546.5 W with 78% reduction vs 130nm baseline. Integrates 7/9 AutoPhi core technologies. Three-chromosome DNA encoding: 100-bit electron strand, 13 quantum instructions (atomic strand), 11 photon opcodes (light strand). Light-trigger initiated.
Key Specifications
| Performance | 2.12 PFLOPS (Peta-class) |
| Process Node | 7nm |
| Clock Speed | 5.165 GHz |
| AI Acceleration | 38.356 TOPS |
| Quantum Subsystem | 49,992 qubits at 98.437% fidelity (error rate <1.563%) |
| QEC Logical Qubits | 11,612 |
| Memory Bandwidth | 64.04 TB/s |
| Nanophotonic Channels | 91 |
| Neuromorphic Engine | 198.6K spiking neurons |
| Power Envelope | 546.5 W |
| Power Reduction vs 130nm | 78% |
| Voxel Grid | 558x558 (311364 voxels, 80 layers, 5 stack units of 18) |
| Compute Type | CPU + full-GPU + DPU |
| Form Factor | HPC node |
| LED Power Recycling | 89.2% |
| EM Cooling Efficiency | 84.2% (zero moving parts) |
| Quantum Battery Layers | 8 |
| DNA Encoding | 100-bit electron strand, 13 quantum instructions, 11 photon opcodes |
| Instruction Set | Red=ADD, Blue=SUB, Green=MUL, Yellow=DIV, Cyan=LOAD, Magenta=STORE, White=BRANCH, UV=QGATE, IR=SYNC, Orange=MEASURE, Violet=ENTANGLE |
Target Markets
- High-performance computing nodes
- large-scale AI inference
- climate modeling
Applications
- Full AI model training
- protein folding
- nuclear simulation
- real-time fraud detection at scale
Manufacturing & Fabrication
| Foundry | TSMC N7 / Samsung 7LPP |
| PDK | 7nm PDK (NDA) |
| EDA Flow | Commercial (Synopsys/Cadence) |
| Readiness | Architecture Ready -- Awaiting 7nm NDA/PDK |
Manufacturing Steps
- Obtain TSMC N7 or Samsung 7LPP PDK under NDA
- Run synthesis with 7nm stdcells
- P&R -> TSMC/Samsung DRC/LVS decks
- Package GDSII, LEF, DEF, netlist per FOUNDRY_STANDARDS.md
- Submit via TSMC design portal or Samsung foundry portal
Deliverables
- GDSII (mask layout)
- LEF (library exchange)
- DEF (design exchange)
- Gate-level netlist (Verilog)
- DRC report
- LVS report
- FOUNDRY_HANDOFF_SIMPLE.txt
- RTL (autophi_light_cpu_core.v + autophi_quantum_cpu_core.v + autophi_hybrid_cpu_top.v)
- Synthesis scripts
- P&R configurations
- Manufacturing documentation
- Performance projections
RTL Design Files
autophi_light_cpu_core.vautophi_quantum_cpu_core.vautophi_hybrid_cpu_top.v
Acquisition Path
This product is available through CGB's 4-step acquisition path. The current price is shown in your cart and on the live storefront page.
- Step 1 — Proof of Function: public, $1.69 each.
- Step 2 — Mathematical Deposition: reading material under mutual NDA.
- Step 3 — Evaluation License: hands-on evaluation under NDA; fee credits toward Step 4.
- Step 4 — Full Acquisition:
