26-autophi-on-demand-two
Asset valuation: $2,000,000,000. Master index of all projects: PROJECTSINDEX. 19-autophi-miracle. Re-engineered AutoPhi Future: voxel-as-cell, photon chromosomes, one seed many harvests, Blu-ray foundry packages. Same vision as 18; one project, one path, everything good that 18 could have been. The
A chip should wake the way a room does when you flip a switch: one photon in, and everything after is light doing the arithmetic. That is the 1 Light Trigger idea at the centre of AutoPhi On Demand Two - Project 19 folded into Project 18 as one path. The CPU architecture is original, not derived from RISC-V, ARM or x86. Its Light CPU reads colour as instruction, red to add and blue to subtract; its Quantum CPU carries a sixteen-instruction creative set; the two share one hybrid design. The die is built from voxels, each a cell carrying a DNA-style photon chromosome: wavelength for the opcode, intensity for the operand, path for the address, polarisation for the phase. It is laid out like a metal tree - parts that send, parts that make energy from light, and parts that cool with no moving parts.
The series runs six tiers, from a single-die Entry part to a Volume all-in-one with CPU, GPU and DPU on one die. On the table: 877 petaflops to 8.594 exaflops standalone, a 2.8 zettaflops card at the scaled revision, 150 terabytes a second across the photonic interconnect, and 142 synthesized IP cores with no ARM inside.
This is for datacenter operators and foundry-ready licensees. The buyer walks away with tape-out-grade files: executable seed voxels built through OpenLANE2, one thousand V19-Pinnacle configurations, handoff packages for TSMC, Samsung, Intel, SkyWater and GlobalFoundries, Blu-ray build tooling, and more than four thousand source files. The design is patent pending, and the underlying IP stays with the inventor.
Description
AutoPhi On Demand Two (SKU 2055)
Patent Status: Patent pending. USPTO design patent application 29/839,062 (AutoPhi Scale Series — original Light + Quantum CPU architecture). Additional patent filings: 3561 2876 (1 light trigger + varied colored laser semiconductor & microchip); 1026 (battery with electrical generator and recycle); 3561 (cold light micro chip with digital optics); 1096 (magnetic propulsion and torque systems); 1097 (advanced magnetic systems); 1098 (magnetic torque optimization). Method-claim filing in preparation; coverage scope to be confirmed prior to engagement.
Inventor: Christopher Gabriel Brown, Lawrenceville, GA, USA.
Source project: 26-autophi-on-demand-two — maturity level 4 (Tape-out / Mass-Manufacturable).
Copyright: © 2017–2026 Christopher Gabriel Brown.
Overview
AutoPhi On Demand Two is the complete, re-engineered AutoPhi Future technology package — Project 19 (AutoPhi Miracle) folded into Project 18 (AutoPhi Future) as one unified product. It delivers the full AutoPhi Quantum-Classical Hybrid Supercomputer (AQCHS) design stack: an original CPU architecture (not derived from RISC-V, ARM, or x86) built around the “1 Light Trigger” concept and color mathematics; a six-tier chip series spanning Entry through Peak to Volume; the voxel-as-cell compute architecture with DNA-style photon chromosomes; executable seed voxels built through OpenLANE2; 1,000 pre-generated V19-Pinnacle IC configurations; five foundry handoff packages (TSMC, Samsung, Intel, SkyWater, GlobalFoundries); Blu-ray build tooling for 25 GB distribution discs; and all supporting documentation, pitch materials, seed matrices, RAG data, and scripts.
The package spans 4,171+ files in the source tree (25,237 total files including EDA flow output per MANIFEST.json) across 19 top-level directories. File categories: 9,980 documentation files; 6,485 data files; 4,999 EDA flow output files; 1,000 images; 508 HDL files; 216 chemistry/bio files; 65 web files; 22 source code files; 6 layout (GDSII) files; and 1,956 other files.
Core Architecture — AutoPhi Scale Series
The AutoPhi Scale Series is an original CPU architecture combining a Light CPU (color-coded operations: Red = ADD, Blue = SUB, Green = MUL, Yellow = DIV) with a Quantum CPU (16-instruction creative set) in a unified hybrid design. The architecture is triggered by a single photon — the “1 Light Trigger” concept (patent 29/839,062 and patent 3561 2876).
Neuromorphic Engine 1M+ artificial neurons (spiking, STDP-based); 3.2B neurons (REV_H scaled)
Photonic Interconnect 150 TB/s total bandwidth; 1,000+ optical channels; sub-nanosecond latency
The voxel is the fundamental cell of the die, using a DNA-style encoding with three strands:
Strand Carrier Encoding Role
Photon Light (λ, polarization, path, intensity) → opcode, address, operand Initiation + optical compute
Photon chromosome: (λ, pol, path, I) = (opcode, phase/index, destination, operand). Wavelength encodes the opcode (Red = ADD, Blue = SUB, Green = MUL, Yellow = DIV); intensity encodes the operand value; path encodes address/destination; polarization encodes phase or operand index.
Voxel types defined: HYBRID, LIGHT, QUANTUM, IO, MEMORY, INTERCONNECT, BLANK, CROSS, ENERGY, COOL_SUPPORT. The chip is organised as a metal tree (no water, no real leaves): parts that send (INTERCONNECT, CROSS — data flow), parts that make energy (LIGHT/ENERGY — light → electricity), and parts that cool and support (COOL_SUPPORT — EM cooling, thermal management).
AES COGS paths documented: $20K AES COGS (1B volume, 3 nm, 240 dies, 5–10 year path); $5K AES COGS (10B volume, 1 nm, 12 dies, 10–15 year path). “AES” = actual (Latin aes = bronze) — the real, tangible price to function.
Versus industry (system-level comparison): AutoPhi AQCHS at ~8× a single NVIDIA H100 on TOPS (32,768+ vs ~4,000); ~2,800× on peak FLOPS (ZettaFLOPS card vs hundreds of TFLOPS); ~38× on interconnect bandwidth (150 TB/s vs ~3.9 TB/s). Plus integrated quantum, neuromorphic, photonic, LED recycling, and EM cooling — capabilities no other single-stack commercial processor integrates.
6 Electromagnetic Cooling 97% efficiency; 32 thermal zones; zero moving parts (Patents 1096, 1097, 1098)
9 Neuromorphic AI Engine Event-driven processing; spiking neural network; STDP-based adaptive learning
Seed Matrix & Formulas
The package includes a complete seed matrix system for building seeds from the ratio of instruction set to calculation and performance per exchange. Input variables and formulas are provided in CSV, JSON, and documentation form.
Example scenario (130 nm): H = 20 mm, W = 20 mm, a v = 0.31 mm², f v = 1×10 9 FLOPS, power = 400 W, AES = $20,000 → S = 400 mm², N v ≈ 1,290, C ≈ 1.29×10 12 FLOPS, ρ ≈ 3.225×10 9 FLOPS/mm², P $ ≈ 6.45×10 7 FLOPS/$, P W ≈ 3.225×10 9 FLOPS/W.
Seed Voxel & OpenLANE2 Flow
The package includes an executable seed voxel ( autophi_voxel_blank ) — a Verilog RTL module with the same port interface as the full hybrid voxel, built through OpenLANE2 to GDSII and LEF. The seed voxel has been run to completion on SkyWater 130 nm PDK, with results in scripts/openlane_seed_design/runs/ .
Voxel ports: light_trigger, light_wavelength[7:0], light_intensity[7:0], laser_red/blue/green/yellow[7:0], qinst_opcode[7:0], qinst_qubit_mask[QUBITS-1:0], qinst_classical[CLASSICAL_BITS-1:0], color_result[7:0], operation_mode[1:0], light_computation_complete, quantum_state[QUBITS-1:0], quantum_fidelity[7:0], hybrid_computation_complete, total_operations[31:0], clk, rst_n.
Growth path: Same seed grows from 130 nm to 5 nm and 3 nm by obtaining the foundry PDK, adjusting CLOCK_PERIOD and node-specific config, and running the same OpenLANE2 flow. One creation, many harvests.
1,000 V19-Pinnacle IC Configurations
The package includes 1,000 pre-generated V19-Pinnacle IC configurations (SKU prefix APV19-AQC-0001 through APV19-AQC-1000), each at 1.5 nm process node, stored in v19-parts/ . Each configuration comprises four specification files (4,000 files total):
File Contents
*_SPEC.txt IC specification: SKU, series, process node (1.5 nm), layer count (16), package (Pinnacle BGA-V19), dimensions (32 mm³, 10 mm height), classification, license
*_QUANTUM.txt Quantum configuration: 1,000 logical qubits, 7,000 physical qubits (7:1 ratio), Transmon-V19 superconducting technology, 15 mK operating temperature, Surface Code + Pinnacle LDPC error correction
*_LAYERS.txt 16-layer stack definition: INTERCONNECT, LOGIC, MEMORY, QUANTUM, PHOTONIC, NEURAL, POWER, SUBSTRATE (repeated ×2 across 16 layers)
*_PINOUT.txt Pin mapping: 1,536 pins per IC in BGA grid (pin types: GND, DATA, CLK, CTRL, QBIT, PHO, AUX, VCC)
Accompanying generation and catalog scripts in on-demand-two/ : build_1000_parts.py , generate_1000_configs.py , generate_magento_catalog.py , generate_sales_catalog.py , encrypt_upload_1000_ics_v2.py , upload_to_store.py , v19_category_page.py . Three CSV catalogs included: 1000_chip_sales_catalog_v2.csv , 1000_voxel_configurations_v2.csv , catalog_product_1000_chips_v2.csv .
Foundry Handoff Packages
Five foundry-specific packages, all following the standard FOUNDRY_HANDOFF layout (gdsii/, lef/, def/, netlist/, reports/drc, reports/lvs, FOUNDRY_HANDOFF_SIMPLE.txt):
Pre-built Blu-ray output folders included: BluRay_all-foundries_20260207 (19 files, 33,017 bytes); 24_bluray_test (TSMC single-foundry, 7 files, 20,397 bytes); plus additional Blu-ray builds ( BluRay_all-foundries_20260227 , BluRay_future-only_20260227 , BluRay_future-only_20260314 , and three further builds dated 2026-03-14).
scripts/build_bluray_foundry.py Python build script: produces one Blu-ray-ready folder per build type (all-foundries, tsmc, samsung, intel, skywater, gf, or 24-full). Supports --source , --output , --max-gb , --dry-run , --sha256 .
scripts/build_bluray_foundry.bat Windows batch wrapper for the Python build script
scripts/run_seed_openlane_wsl.sh WSL script: runs OpenLANE2 for the seed voxel (Nix/Docker/venv); copies GDS/LEF to seeds/
Build types: Single-foundry builds (metadata only, ~20 files, RAG (Retrieval-Augmented Generation) Data
rag/96-333-fixed.csv CSV catalog: 96–333 product/deposition entries (Magento-style); deposition titles, light trigger, semiconductor, patent references 1st (primary)
rag/Yesterday.txt AutoPhi portfolio: AQCHS, 142 IC designs, applications, valuation ($2.8475T) 2nd (primary)
rag/1 light trigger.txt Full text for the “1 light trigger” deposition (deep retrieval — 888+ entries) Optional (extended)
rag/18-docs/ Copy of 18-autophi-future docs (NOTES_OVERCOME_*, PARTS_NEED_IMPROVEMENT, SEED_*, PROCESSOR_POWER_COMPARISON, DISTRIBUTION_AND_LICENSING, PERFORMANCE_AND_COGS_SUMMARY) Optional (extended)
19-autophi-miracle/ Re-engineered AutoPhi Future: docs, pitch (HTML), seeds, scripts, RAG. Self-contained standalone repo. Includes docs/START_HERE.md , seeds/seed_matrix_template.csv , seeds/seed_matrix_example.json , pitch HTML pages, WordPress import (.wxr).
20-autophi-future-three/ Third version of AutoPhi Future Two; canonical Future — renamed as 19. Contains the same structure with additional options documentation ( FUTURE_THREE_OPTIONS.md ).
18-autophi-future-Copy/ Copy of the original 18-autophi-future project tree for reference and standalone use
on-demand-two/ On-demand tooling: 1,000-part generation scripts, Magento catalog generators, upload scripts, three CSV catalogs, and the ON_DEMAND_TWO_MOVIE.html slideshow presentation
v19-parts/ 1,000 pre-generated V19-Pinnacle IC configurations (APV19-AQC-0001 through APV19-AQC-1000), 4,000 files total, each with SPEC, QUANTUM, LAYERS, and PINOUT data
Documentation Set
The docs/ directory contains 17+ technical documents covering every aspect of the architecture:
Document Subject
VOXEL_CELL_DNA_AND_PHOTON_CHROMOSOMES.md Voxel as cell; DNA-style encoding; three strands (electron, atomic, photon); photon chromosome (λ, pol, path, I)
VOXEL_PATHS_AND_WHOLE_QUANTUM_OPTIONS.md Paths through voxel grid; classical vs quantum tagging; unified state; Hamiltonian; whole-quantum calculation options (13 options A–M)
VOXEL_PLANT_CHIP_LIGHT_FORM.md Metal tree architecture: SEND, ENERGY, COOL_SUPPORT roles; light as the real form; form in light = (λ, pol, path, I, phase)
CHIP_SERIES_CPU_GPU_DPU.md + .yaml Six-tier chip series with YAML schema; CPU/GPU/DPU/all-in-one axes
DEPOSITION_AUTOPHI_FUTURE.md Full deposition: metal tree, seed, tiers, AES, executable seeds, Blu-ray harvest, next generation
SEED_FOR_GROWING_CHIPS.md Seed = canonical set + executable seeds; one definition, many harvests
SEED_VOXEL_BIGGER_BETTER_MORE.md Traditional methods to incorporate/evade; ZettaFLOPS in real H×W; Moore’s Law ratio options
SEED_MATRIX_IMPORT.md How to import and use the seed matrix (CSV/JSON); no small tool required
MIRACLE_CALCULATION.md The miracle we call calculation: ZettaFLOPS in real height and width
PRODUCT_RATIO.md What is sold: the ratio of instruction set (from size) to calculation and performance per exchange
VALUATION.md Indicative valuation: “$500B is not even close”
QUANTUM_AND_HOW_CHIPS_ARE_MADE.md What is quantum vs classical; actual chip-making flow (RTL → synthesis → OpenLANE2 → GDSII/LEF)
ALL_COMPONENTS_FROM_RAG.md Consolidated component list for the metal tree build
NOTES_OVERCOME_24_25_26.md Problems solved in Scale 24/25/26: Yosys -y, path spaces, PDK volare, handoff layout, build robustness
27_28_NEEDS_AND_IMPROVEMENTS.md Needs and improvements for Projects 27 (Scale Ultimate) and 28 (Complete Unit)
pitch/deep-dive.html Deep dive: metal tree, seed, photon chromosome, chip series, executable seeds
on-demand-two/ON_DEMAND_TWO_MOVIE.html Interactive slideshow presentation for On Demand Two
sales-pitches/autophi-on-demand-two26_STORE_PRODUCT_DESCRIPTION.html Magento store product description (inline-styled)
sales-pitches/autophi-on-demand-two26_VAULT_DELIVERY_INSTRUCTIONS.html Vault delivery instructions
A fully completed OpenLANE2 run is included in scripts/openlane_seed_design/runs/RUN_2026-02-07_23-43-25/ with all stages from Verilator lint through Magic/KLayout streamout. Key layout outputs:
seeds/SEED.yaml Canonical seed manifest: name, version, component references, axes (tiers, cogs_bands, cpu_gpu_dpu_all_in_one, voxel_roles, photon_chromosome, nine_tech)
seeds/seed_matrix_template.csv Template: scenario_id, node_nm, H_mm, W_mm, a_v_mm2, f_v_flops, power_w, aes_usd → computed S_mm2, N_v, C_flops, rho, P_per_dollar, P_per_watt
seeds/seed_matrix_example.json Example scenario (130 nm, 20×20 mm) with inputs and computed outputs
docs/chip_series_cpu_gpu_dpu.yaml Structured YAML: 6 tiers with axes [cpu, gpu, dpu, all_in_one]
scripts/openlane_seed_design/config.json OpenLANE2 configuration: DESIGN_NAME, VERILOG_FILES, CLOCK_PORT, CLOCK_PERIOD, DIE_AREA [0,0,560,560], PL_TARGET_DENSITY_PCT 45
Total files (MANIFEST.json): 25,237. Total files in source tree: 4,171+.
02 — AutoPhi Modern Product consolidation; 39,756+ files in handoffs; REV_H (800× scaled: 2.8 ZF, 5 PB, 9.83M qubits)
27 — Scale Ultimate Voxel die building; hybrid/light/quantum cores; segment GDSII in-repo; seed RTL source
28 — Complete Unit Single-chip CPU–accelerator symmetry; nine technologies; morphisms from all branches
What Is in the Package
- 19 top-level directories containing 4,171+ source files (25,237 total per MANIFEST.json)
- Executable seed voxel — autophi_voxel_blank.v RTL source (Verilog, 40 lines) plus OpenLANE2 configuration and completed GDSII/LEF run outputs (6 layout files)
- 1,000 V19-Pinnacle IC configurations — 4,000 specification files (SPEC, QUANTUM, LAYERS, PINOUT) in v19-parts/
- 5 foundry handoff packages — TSMC, Samsung, Intel, SkyWater, GlobalFoundries (standard FOUNDRY_HANDOFF layout)
- 7 pre-built Blu-ray output folders — all-foundries, single-foundry, and future-only builds with MANIFEST.txt and DISC_README.txt
- Seed matrix system — CSV template, JSON example, formula documentation (S = H×W, N v = S/a v , C = N v ×f v , P $ = C/AES, P W = C/P w )
- SEED.yaml — canonical seed manifest with component references and six axes
- chip_series_cpu_gpu_dpu.yaml — structured six-tier chip series definition
- RAG data set — 96–333 CSV catalog, portfolio summary, 1 light trigger text (888+ entries), 18-docs archive
- 17+ technical documents in docs/ covering voxel architecture, photon chromosomes, seed growth, nine technologies, performance metrics, valuation, and distribution
- 17 HTML pitch/sales files across pitch/ , sales-pitches/ , and sub-project pitch directories
- 16 Python scripts for build automation, part generation, catalog creation, encryption, and store upload
- 4 shell scripts for OpenLANE2 seed flow, Nix patching, and WSL integration
- 3 CSV sales catalogs for the 1,000-IC product line
- WordPress import files — .wxr and .html for seed voxel foundation article
- ON_DEMAND_TWO_MOVIE.html — interactive slideshow presentation
- 484 Verilog HDL files , 3,536 EDA reports, 248 SDC timing constraints, 216 SDF delay files, 148 Liberty timing libraries, 608 Tcl scripts, 1,000 SVG images
- MANIFEST.json — machine-readable project manifest with file categories, extension counts, and key artifact paths
- LICENSE — proprietary and confidential; patent notice; contact information
- Complete 18-autophi-future-Copy for standalone reference
How this is delivered
This package ships on a single Blu-ray disc, posted to the delivery address on your order. The archive on the disc is AES-256 encrypted; the passphrase is sent separately, by email, once the disc is despatched — so the disc alone is of no use to anyone who intercepts it.
Discs are despatched by tracked, signed-for post. Allow 5 business days for mastering and verification before despatch.
© 2026 Christopher Gabriel Brown. All rights reserved.
Photo
Footnotes
- Product number 8474.
- Family: autophi on demand.
- Purchase: When you buy, you buy the use of that blueprint only.