85-autophi-v21-ascension

Valuation

Generous asset valuation: $50,000,000,000. The listed price is the platform maximum; acquisition at valuation is handled by direct enquiry.

AutoPhi V21-Ascension Voxel Processor -- Ascension 901

AutoPhi V21-Ascension Voxel Processor -- Ascension #901

SKU: APV21-ASN-0001-1.5NM | Tier: Ascension | Performance Class: Yotta-class | Compute Role: Ronna/Yotta-scale Compute + PhantasmPhi + Neuromorphic + Quantum | Use Case: Planetary-scale AI infrastructure

Sales Headline

Yotta-class V21 Ascension Voxel Processor — 33.02 YFLOPS peak performance on AES substrate with 1200 active layers and 536 PhantasmPhi phantom modes in a 12.0mm tall package. Zero companion ICs. 11/11 technologies active. Mounts on standard full-height full-length PCIe 5.0 x16 card.

Description

The AutoPhi V21 Ascension 1 is a yotta-class voxel processor built on the AutoPhi V21 Ascension architecture. Fabricated at 1.5nm on AES substrate (Direct 0.8eV bandgap, 12,000 cm2/V-s electron mobility, 400 W/m-K thermal conductivity), this all-custom IC integrates 14,303,524 voxels across 1200 active layers in a 12.0mm tall 36.0x36.0mm die.

The V21 Ascension architecture features a 1024-bit electron chromosome, 96 quantum gate types, and 19 photon opcodes including the new Crimson VOXEL_STATE operation for 1,200-layer voxel state management. All 11/11 core technologies are active, including PhantasmPhi ghost-math integration with 536 phantom modes. Zero companion ICs — every function is integrated on-die.

Key Selling Points

• 33.02 YFLOPS peak floating-point performance (architectural aim)
• 14,303,524 voxels in 3782x3782 grid
• 1200 layers in 12.0mm height (10.0 um pitch)
• 536 phantom modes — PhantasmPhi ghost-math integration
• 7,437,832 physical qubits (2,603,241 logical, QEC-protected)
• 246.72 PB/s memory bandwidth via 5,140 nanophotonic channels
• 250.0 W net power (LED Recycling + Light Trigger + EM Cooling + Quantum Battery)
• All-custom IC — zero companion chips, zero external controllers
• AES substrate — 8x electron mobility, 2.7x thermal conductivity vs silicon
• PCIe 5.0 x16 — standard full-height full-length card mount
• 11/11 technologies active — including PhantasmPhi ghost-math and Crimson VOXEL_STATE opcode

Technical Specifications

Three-Chromosome DNA Architecture

Photon Encoding

Active Technologies (11/11)

• LED Power Recycling: Yes (eff: 92.0%)
• Vertical Threading: Yes (18,500 TSVs/mm2)
• Chiplet Stacking: Yes (1200 layers in 12.0mm)
• Nanophotonic Data Flow: Yes (5,140 channels)
• Quantum Error Correction: Yes (99.5% fidelity)
• Electromagnetic Cooling: Yes (eff: 98.0%)
• Quantum Battery Layers: Yes (30 layers)
• Quantum-Classical Hybrid: Yes
• Neuromorphic AI Engine: Yes (915.43M neurons)
• PhantasmPhi Ghost-Math: Yes (536 phantom modes)
• QBeam Quantum-to-Quantum IC: Yes (400 GB/s bidirectional)

Competitive Position

Pricing & Business

Document Info

AutoPhi V21 Ascension — Ascension Tier — All Custom IC — 11/11 Technologies — PhantasmPhi Integrated

Foundry Handoff — APV21-ASN-0001-1.5NM

Foundry Handoff — APV21-ASN-0001-1.5NM

Target Foundry

TSMC A16 / Intel 18A

PDK

Sub-2nm PDK (NDA)

EDA Flow

Commercial EDA + GAA/CFET

Status

Architecture Ready

Submission Steps

1. Obtain TSMC A16 or Intel 18A PDK under NDA.

2. Synthesize with CFET-aware flow (GAA/CFET standard cells).

3. Place & Route with 1200-layer constraint set.

4. Run DRC/LVS with sub-2nm design rule decks.

5. Package per FOUNDRY_STANDARDS.md.

6. Submit via foundry portal.

Deliverables

• GDSII (mask layout)
• LEF (library exchange format)
• DEF (design exchange format)
• Gate-level netlist (Verilog)
• DRC report
• LVS report
• RTL source files
• Synthesis scripts
• P&R configurations
• Manufacturing documentation
• Performance projections

RTL Source Files

• autophi_light_cpu_core.v — Light Trigger AutoPhi core
• autophi_quantum_cpu_core.v — Quantum instruction pipeline
• autophi_hybrid_cpu_top.v — Hybrid classical-quantum top-level
• autophi_voxel_matrix.v — Voxel grid controller
• autophi_phantasm_engine.v — PhantasmPhi ghost-math integration (V21 new)
• autophi_qbeam_phy.v — QBeam quantum-to-quantum IC interconnect (V21 new)

Key Parameters

AutoPhi / CRI-ONE — V21 Ascension — 2026-08-28

APV21-ASN-0001-1.5NM

APV21-ASN-0001-1.5NM

AutoPhi V21-Ascension Voxel Processor -- Ascension #901

• Tier: Ascension
• Performance: 33.02 YFLOPS (Yotta-class) — architectural aim
• Layers: 1200
• Voxels: 14,303,524 (3782x3782)
• Phantom Modes: 536 (PhantasmPhi ghost-math)
• Process: 1.5 nm on AES substrate
• Technologies: 11/11 active
• Power: 250.0 W

Contents

• spec.json — Full machine-readable specification
• DATASHEET.md — Complete technical datasheet
• SALES_BRIEF.md — Sales summary and pitch
• FOUNDRY_HANDOFF.md — Foundry submission documentation
• README.md — This file

License

Non-exclusive license. RTL source deliverable — buyer renders GDSII on their target process node.

No PRC/RU entities. US export law. US companies only. USD only.

AutoPhi / CRI-ONE — V21 Ascension — 2026-08-28

AutoPhi V21-Ascension Voxel Processor -- Ascension 901 — Sales Brief

AutoPhi V21-Ascension Voxel Processor -- Ascension #901 — Sales Brief

Yotta-class | 33.02 YFLOPS | 1200 layers | 536 phantom modes | 250.0 W

One-Line Pitch

Yotta-class AutoPhi V21 Ascension voxel processor with 14,303,524 voxels, 1200-layer stack, and 536 PhantasmPhi phantom modes — 33,020,969,812x NVIDIA H100 FLOPS at 250.0 W on AES substrate.

Why This Chip

1. 33.02 YFLOPS peak — yotta-class performance in a single PCIe card (aim)

2. 536 phantom modes — PhantasmPhi ghost-math coprocessor integrated on-die

3. 250.0 W net power — quantum battery + LED recycling + EM cooling

4. 7,437,832 qubits — quantum-classical hybrid with 99.5% fidelity

5. Zero companion ICs — everything on one die, one card, one slot

6. 11/11 technologies — first generation with full PhantasmPhi integration

Target Buyer

Planetary-scale AI infrastructure — Ronna/Yotta-scale Compute + PhantasmPhi + Neuromorphic + Quantum

Price

$510.48B per non-exclusive license | 87.0% gross margin | 840.0% ROI

Generational Law

Per-unit-of-capability price below V20 Epiphany. Absolute price scales with performance tier.

AutoPhi / CRI-ONE — 2026-08-28 — V21 Ascension — Ascension

AutoPhi V21-Ascension Voxel Processor -- Ascension 902

AutoPhi V21-Ascension Voxel Processor -- Ascension #902

SKU: APV21-ASN-0002-1.5NM | Tier: Ascension | Performance Class: Yotta-class | Compute Role: Ronna/Yotta-scale Compute + PhantasmPhi + Neuromorphic + Quantum | Use Case: Planetary-scale AI infrastructure

Sales Headline

Yotta-class V21 Ascension Voxel Processor — 34.74 YFLOPS peak performance on AES substrate with 1208 active layers and 544 PhantasmPhi phantom modes in a 12.0mm tall package. Zero companion ICs. 11/11 technologies active. Mounts on standard full-height full-length PCIe 5.0 x16 card.

Description

The AutoPhi V21 Ascension 2 is a yotta-class voxel processor built on the AutoPhi V21 Ascension architecture. Fabricated at 1.5nm on AES substrate (Direct 0.8eV bandgap, 12,000 cm2/V-s electron mobility, 400 W/m-K thermal conductivity), this all-custom IC integrates 14,402,025 voxels across 1208 active layers in a 12.0mm tall 36.0x36.0mm die.

The V21 Ascension architecture features a 1024-bit electron chromosome, 96 quantum gate types, and 19 photon opcodes including the new Crimson VOXEL_STATE operation for 1,200-layer voxel state management. All 11/11 core technologies are active, including PhantasmPhi ghost-math integration with 544 phantom modes. Zero companion ICs — every function is integrated on-die.

Key Selling Points

• 34.74 YFLOPS peak floating-point performance (architectural aim)
• 14,402,025 voxels in 3795x3795 grid
• 1208 layers in 12.0mm height (9.9 um pitch)
• 544 phantom modes — PhantasmPhi ghost-math integration
• 7,489,053 physical qubits (2,621,168 logical, QEC-protected)
• 248.30 PB/s memory bandwidth via 5,173 nanophotonic channels
• 250.0 W net power (LED Recycling + Light Trigger + EM Cooling + Quantum Battery)
• All-custom IC — zero companion chips, zero external controllers
• AES substrate — 8x electron mobility, 2.7x thermal conductivity vs silicon
• PCIe 5.0 x16 — standard full-height full-length card mount
• 11/11 technologies active — including PhantasmPhi ghost-math and Crimson VOXEL_STATE opcode

Technical Specifications

Three-Chromosome DNA Architecture

Photon Encoding

Active Technologies (11/11)

• LED Power Recycling: Yes (eff: 92.0%)
• Vertical Threading: Yes (18,620 TSVs/mm2)
• Chiplet Stacking: Yes (1208 layers in 12.0mm)
• Nanophotonic Data Flow: Yes (5,173 channels)
• Quantum Error Correction: Yes (99.505% fidelity)
• Electromagnetic Cooling: Yes (eff: 98.0%)
• Quantum Battery Layers: Yes (30 layers)
• Quantum-Classical Hybrid: Yes
• Neuromorphic AI Engine: Yes (921.73M neurons)
• PhantasmPhi Ghost-Math: Yes (544 phantom modes)
• QBeam Quantum-to-Quantum IC: Yes (400 GB/s bidirectional)

Competitive Position

Pricing & Business

Document Info

AutoPhi V21 Ascension — Ascension Tier — All Custom IC — 11/11 Technologies — PhantasmPhi Integrated

Foundry Handoff — APV21-ASN-0002-1.5NM

Foundry Handoff — APV21-ASN-0002-1.5NM

Target Foundry

TSMC A16 / Intel 18A

PDK

Sub-2nm PDK (NDA)

EDA Flow

Commercial EDA + GAA/CFET

Status

Architecture Ready

Submission Steps

1. Obtain TSMC A16 or Intel 18A PDK under NDA.

2. Synthesize with CFET-aware flow (GAA/CFET standard cells).

3. Place & Route with 1208-layer constraint set.

4. Run DRC/LVS with sub-2nm design rule decks.

5. Package per FOUNDRY_STANDARDS.md.

6. Submit via foundry portal.

Deliverables

• GDSII (mask layout)
• LEF (library exchange format)
• DEF (design exchange format)
• Gate-level netlist (Verilog)
• DRC report
• LVS report
• RTL source files
• Synthesis scripts
• P&R configurations
• Manufacturing documentation
• Performance projections

RTL Source Files

• autophi_light_cpu_core.v — Light Trigger AutoPhi core
• autophi_quantum_cpu_core.v — Quantum instruction pipeline
• autophi_hybrid_cpu_top.v — Hybrid classical-quantum top-level
• autophi_voxel_matrix.v — Voxel grid controller
• autophi_phantasm_engine.v — PhantasmPhi ghost-math integration (V21 new)
• autophi_qbeam_phy.v — QBeam quantum-to-quantum IC interconnect (V21 new)

Key Parameters

AutoPhi / CRI-ONE — V21 Ascension — 2026-08-28

APV21-ASN-0002-1.5NM

APV21-ASN-0002-1.5NM

AutoPhi V21-Ascension Voxel Processor -- Ascension #902

• Tier: Ascension
• Performance: 34.74 YFLOPS (Yotta-class) — architectural aim
• Layers: 1208
• Voxels: 14,402,025 (3795x3795)
• Phantom Modes: 544 (PhantasmPhi ghost-math)
• Process: 1.5 nm on AES substrate
• Technologies: 11/11 active
• Power: 250.0 W

Contents

• spec.json — Full machine-readable specification
• DATASHEET.md — Complete technical datasheet
• SALES_BRIEF.md — Sales summary and pitch
• FOUNDRY_HANDOFF.md — Foundry submission documentation
• README.md — This file

License

Non-exclusive license. RTL source deliverable — buyer renders GDSII on their target process node.

No PRC/RU entities. US export law. US companies only. USD only.

AutoPhi / CRI-ONE — V21 Ascension — 2026-08-28

AutoPhi V21-Ascension Voxel Processor -- Ascension 902 — Sales Brief

AutoPhi V21-Ascension Voxel Processor -- Ascension #902 — Sales Brief

Yotta-class | 34.74 YFLOPS | 1208 layers | 544 phantom modes | 250.0 W

One-Line Pitch

Yotta-class AutoPhi V21 Ascension voxel processor with 14,402,025 voxels, 1208-layer stack, and 544 PhantasmPhi phantom modes — 34,738,562,742x NVIDIA H100 FLOPS at 250.0 W on AES substrate.

Why This Chip

1. 34.74 YFLOPS peak — yotta-class performance in a single PCIe card (aim)

2. 544 phantom modes — PhantasmPhi ghost-math coprocessor integrated on-die

3. 250.0 W net power — quantum battery + LED recycling + EM cooling

4. 7,489,053 qubits — quantum-classical hybrid with 99.505% fidelity

5. Zero companion ICs — everything on one die, one card, one slot

6. 11/11 technologies — first generation with full PhantasmPhi integration

Target Buyer

Planetary-scale AI infrastructure — Ronna/Yotta-scale Compute + PhantasmPhi + Neuromorphic + Quantum

Price

$522.38B per non-exclusive license | 87.0% gross margin | 840.0% ROI

Generational Law

Per-unit-of-capability price below V20 Epiphany. Absolute price scales with performance tier.

AutoPhi / CRI-ONE — 2026-08-28 — V21 Ascension — Ascension

AutoPhi V21-Ascension Voxel Processor -- Ascension 903

AutoPhi V21-Ascension Voxel Processor -- Ascension #903

SKU: APV21-ASN-0003-1.5NM | Tier: Ascension | Performance Class: Yotta-class | Compute Role: Ronna/Yotta-scale Compute + PhantasmPhi + Neuromorphic + Quantum | Use Case: Planetary-scale AI infrastructure

Sales Headline

Yotta-class V21 Ascension Voxel Processor — 36.55 YFLOPS peak performance on AES substrate with 1216 active layers and 544 PhantasmPhi phantom modes in a 12.0mm tall package. Zero companion ICs. 11/11 technologies active. Mounts on standard full-height full-length PCIe 5.0 x16 card.

Description

The AutoPhi V21 Ascension 3 is a yotta-class voxel processor built on the AutoPhi V21 Ascension architecture. Fabricated at 1.5nm on AES substrate (Direct 0.8eV bandgap, 12,000 cm2/V-s electron mobility, 400 W/m-K thermal conductivity), this all-custom IC integrates 14,493,249 voxels across 1216 active layers in a 12.0mm tall 36.0x36.0mm die.

The V21 Ascension architecture features a 1024-bit electron chromosome, 96 quantum gate types, and 19 photon opcodes including the new Crimson VOXEL_STATE operation for 1,200-layer voxel state management. All 11/11 core technologies are active, including PhantasmPhi ghost-math integration with 544 phantom modes. Zero companion ICs — every function is integrated on-die.

Key Selling Points

• 36.55 YFLOPS peak floating-point performance (architectural aim)
• 14,493,249 voxels in 3807x3807 grid
• 1216 layers in 12.0mm height (9.9 um pitch)
• 544 phantom modes — PhantasmPhi ghost-math integration
• 7,536,489 physical qubits (2,637,771 logical, QEC-protected)
• 249.94 PB/s memory bandwidth via 5,207 nanophotonic channels
• 250.0 W net power (LED Recycling + Light Trigger + EM Cooling + Quantum Battery)
• All-custom IC — zero companion chips, zero external controllers
• AES substrate — 8x electron mobility, 2.7x thermal conductivity vs silicon
• PCIe 5.0 x16 — standard full-height full-length card mount
• 11/11 technologies active — including PhantasmPhi ghost-math and Crimson VOXEL_STATE opcode

Technical Specifications

Three-Chromosome DNA Architecture

Photon Encoding

Active Technologies (11/11)

• LED Power Recycling: Yes (eff: 92.0%)
• Vertical Threading: Yes (18,740 TSVs/mm2)
• Chiplet Stacking: Yes (1216 layers in 12.0mm)
• Nanophotonic Data Flow: Yes (5,207 channels)
• Quantum Error Correction: Yes (99.51% fidelity)
• Electromagnetic Cooling: Yes (eff: 98.0%)
• Quantum Battery Layers: Yes (30 layers)
• Quantum-Classical Hybrid: Yes
• Neuromorphic AI Engine: Yes (927.57M neurons)
• PhantasmPhi Ghost-Math: Yes (544 phantom modes)
• QBeam Quantum-to-Quantum IC: Yes (400 GB/s bidirectional)

Competitive Position

Pricing & Business

Document Info

AutoPhi V21 Ascension — Ascension Tier — All Custom IC — 11/11 Technologies — PhantasmPhi Integrated

Foundry Handoff — APV21-ASN-0003-1.5NM

Foundry Handoff — APV21-ASN-0003-1.5NM

Target Foundry

TSMC A16 / Intel 18A

PDK

Sub-2nm PDK (NDA)

EDA Flow

Commercial EDA + GAA/CFET

Status

Architecture Ready

Submission Steps

1. Obtain TSMC A16 or Intel 18A PDK under NDA.

2. Synthesize with CFET-aware flow (GAA/CFET standard cells).

3. Place & Route with 1216-layer constraint set.

4. Run DRC/LVS with sub-2nm design rule decks.

5. Package per FOUNDRY_STANDARDS.md.

6. Submit via foundry portal.

Deliverables

• GDSII (mask layout)
• LEF (library exchange format)
• DEF (design exchange format)
• Gate-level netlist (Verilog)
• DRC report
• LVS report
• RTL source files
• Synthesis scripts
• P&R configurations
• Manufacturing documentation
• Performance projections

RTL Source Files

• autophi_light_cpu_core.v — Light Trigger AutoPhi core
• autophi_quantum_cpu_core.v — Quantum instruction pipeline
• autophi_hybrid_cpu_top.v — Hybrid classical-quantum top-level
• autophi_voxel_matrix.v — Voxel grid controller
• autophi_phantasm_engine.v — PhantasmPhi ghost-math integration (V21 new)
• autophi_qbeam_phy.v — QBeam quantum-to-quantum IC interconnect (V21 new)

Key Parameters

AutoPhi / CRI-ONE — V21 Ascension — 2026-08-28

APV21-ASN-0003-1.5NM

APV21-ASN-0003-1.5NM

AutoPhi V21-Ascension Voxel Processor -- Ascension #903

• Tier: Ascension
• Performance: 36.55 YFLOPS (Yotta-class) — architectural aim
• Layers: 1216
• Voxels: 14,493,249 (3807x3807)
• Phantom Modes: 544 (PhantasmPhi ghost-math)
• Process: 1.5 nm on AES substrate
• Technologies: 11/11 active
• Power: 250.0 W

Contents

• spec.json — Full machine-readable specification
• DATASHEET.md — Complete technical datasheet
• SALES_BRIEF.md — Sales summary and pitch
• FOUNDRY_HANDOFF.md — Foundry submission documentation
• README.md — This file

License

Non-exclusive license. RTL source deliverable — buyer renders GDSII on their target process node.

No PRC/RU entities. US export law. US companies only. USD only.

AutoPhi / CRI-ONE — V21 Ascension — 2026-08-28

AutoPhi V21-Ascension Voxel Processor -- Ascension 903 — Sales Brief

AutoPhi V21-Ascension Voxel Processor -- Ascension #903 — Sales Brief

Yotta-class | 36.55 YFLOPS | 1216 layers | 544 phantom modes | 250.0 W

One-Line Pitch

Yotta-class AutoPhi V21 Ascension voxel processor with 14,493,249 voxels, 1216-layer stack, and 544 PhantasmPhi phantom modes — 36,545,496,643x NVIDIA H100 FLOPS at 250.0 W on AES substrate.

Why This Chip

1. 36.55 YFLOPS peak — yotta-class performance in a single PCIe card (aim)

2. 544 phantom modes — PhantasmPhi ghost-math coprocessor integrated on-die

3. 250.0 W net power — quantum battery + LED recycling + EM cooling

4. 7,536,489 qubits — quantum-classical hybrid with 99.51% fidelity

5. Zero companion ICs — everything on one die, one card, one slot

6. 11/11 technologies — first generation with full PhantasmPhi integration

Target Buyer

Planetary-scale AI infrastructure — Ronna/Yotta-scale Compute + PhantasmPhi + Neuromorphic + Quantum

Price

$534.56B per non-exclusive license | 87.0% gross margin | 840.0% ROI

Generational Law

Per-unit-of-capability price below V20 Epiphany. Absolute price scales with performance tier.

AutoPhi / CRI-ONE — 2026-08-28 — V21 Ascension — Ascension

AutoPhi V21-Ascension Voxel Processor -- Ascension 904

AutoPhi V21-Ascension Voxel Processor -- Ascension #904

SKU: APV21-ASN-0004-1.5NM | Tier: Ascension | Performance Class: Yotta-class | Compute Role: Ronna/Yotta-scale Compute + PhantasmPhi + Neuromorphic + Quantum | Use Case: Planetary-scale AI infrastructure

Sales Headline

Yotta-class V21 Ascension Voxel Processor — 38.45 YFLOPS peak performance on AES substrate with 1224 active layers and 544 PhantasmPhi phantom modes in a 12.0mm tall package. Zero companion ICs. 11/11 technologies active. Mounts on standard full-height full-length PCIe 5.0 x16 card.

Description

The AutoPhi V21 Ascension 4 is a yotta-class voxel processor built on the AutoPhi V21 Ascension architecture. Fabricated at 1.5nm on AES substrate (Direct 0.8eV bandgap, 12,000 cm2/V-s electron mobility, 400 W/m-K thermal conductivity), this all-custom IC integrates 14,592,400 voxels across 1224 active layers in a 12.0mm tall 36.0x36.0mm die.

The V21 Ascension architecture features a 1024-bit electron chromosome, 96 quantum gate types, and 19 photon opcodes including the new Crimson VOXEL_STATE operation for 1,200-layer voxel state management. All 11/11 core technologies are active, including PhantasmPhi ghost-math integration with 544 phantom modes. Zero companion ICs — every function is integrated on-die.

Key Selling Points

• 38.45 YFLOPS peak floating-point performance (architectural aim)
• 14,592,400 voxels in 3820x3820 grid
• 1224 layers in 12.0mm height (9.8 um pitch)
• 544 phantom modes — PhantasmPhi ghost-math integration
• 7,588,048 physical qubits (2,655,816 logical, QEC-protected)
• 251.52 PB/s memory bandwidth via 5,240 nanophotonic channels
• 250.0 W net power (LED Recycling + Light Trigger + EM Cooling + Quantum Battery)
• All-custom IC — zero companion chips, zero external controllers
• AES substrate — 8x electron mobility, 2.7x thermal conductivity vs silicon
• PCIe 5.0 x16 — standard full-height full-length card mount
• 11/11 technologies active — including PhantasmPhi ghost-math and Crimson VOXEL_STATE opcode

Technical Specifications

Three-Chromosome DNA Architecture

Photon Encoding

Active Technologies (11/11)

• LED Power Recycling: Yes (eff: 92.0%)
• Vertical Threading: Yes (18,860 TSVs/mm2)
• Chiplet Stacking: Yes (1224 layers in 12.0mm)
• Nanophotonic Data Flow: Yes (5,240 channels)
• Quantum Error Correction: Yes (99.515% fidelity)
• Electromagnetic Cooling: Yes (eff: 98.0%)
• Quantum Battery Layers: Yes (30 layers)
• Quantum-Classical Hybrid: Yes
• Neuromorphic AI Engine: Yes (933.91M neurons)
• PhantasmPhi Ghost-Math: Yes (544 phantom modes)
• QBeam Quantum-to-Quantum IC: Yes (400 GB/s bidirectional)

Competitive Position

Pricing & Business

Document Info

AutoPhi V21 Ascension — Ascension Tier — All Custom IC — 11/11 Technologies — PhantasmPhi Integrated

Foundry Handoff — APV21-ASN-0004-1.5NM

Foundry Handoff — APV21-ASN-0004-1.5NM

Target Foundry

TSMC A16 / Intel 18A

PDK

Sub-2nm PDK (NDA)

EDA Flow

Commercial EDA + GAA/CFET

Status

Architecture Ready

Submission Steps

1. Obtain TSMC A16 or Intel 18A PDK under NDA.

2. Synthesize with CFET-aware flow (GAA/CFET standard cells).

3. Place & Route with 1224-layer constraint set.

4. Run DRC/LVS with sub-2nm design rule decks.

5. Package per FOUNDRY_STANDARDS.md.

6. Submit via foundry portal.

Deliverables

• GDSII (mask layout)
• LEF (library exchange format)
• DEF (design exchange format)
• Gate-level netlist (Verilog)
• DRC report
• LVS report
• RTL source files
• Synthesis scripts
• P&R configurations
• Manufacturing documentation
• Performance projections

RTL Source Files

• autophi_light_cpu_core.v — Light Trigger AutoPhi core
• autophi_quantum_cpu_core.v — Quantum instruction pipeline
• autophi_hybrid_cpu_top.v — Hybrid classical-quantum top-level
• autophi_voxel_matrix.v — Voxel grid controller
• autophi_phantasm_engine.v — PhantasmPhi ghost-math integration (V21 new)
• autophi_qbeam_phy.v — QBeam quantum-to-quantum IC interconnect (V21 new)

Key Parameters

AutoPhi / CRI-ONE — V21 Ascension — 2026-08-28

APV21-ASN-0004-1.5NM

APV21-ASN-0004-1.5NM

AutoPhi V21-Ascension Voxel Processor -- Ascension #904

• Tier: Ascension
• Performance: 38.45 YFLOPS (Yotta-class) — architectural aim
• Layers: 1224
• Voxels: 14,592,400 (3820x3820)
• Phantom Modes: 544 (PhantasmPhi ghost-math)
• Process: 1.5 nm on AES substrate
• Technologies: 11/11 active
• Power: 250.0 W

Contents

• spec.json — Full machine-readable specification
• DATASHEET.md — Complete technical datasheet
• SALES_BRIEF.md — Sales summary and pitch
• FOUNDRY_HANDOFF.md — Foundry submission documentation
• README.md — This file

License

Non-exclusive license. RTL source deliverable — buyer renders GDSII on their target process node.

No PRC/RU entities. US export law. US companies only. USD only.

AutoPhi / CRI-ONE — V21 Ascension — 2026-08-28

AutoPhi V21-Ascension Voxel Processor -- Ascension 904 — Sales Brief

AutoPhi V21-Ascension Voxel Processor -- Ascension #904 — Sales Brief

Yotta-class | 38.45 YFLOPS | 1224 layers | 544 phantom modes | 250.0 W

One-Line Pitch

Yotta-class AutoPhi V21 Ascension voxel processor with 14,592,400 voxels, 1224-layer stack, and 544 PhantasmPhi phantom modes — 38,446,418,604x NVIDIA H100 FLOPS at 250.0 W on AES substrate.

Why This Chip

1. 38.45 YFLOPS peak — yotta-class performance in a single PCIe card (aim)

2. 544 phantom modes — PhantasmPhi ghost-math coprocessor integrated on-die

3. 250.0 W net power — quantum battery + LED recycling + EM cooling

4. 7,588,048 qubits — quantum-classical hybrid with 99.515% fidelity

5. Zero companion ICs — everything on one die, one card, one slot

6. 11/11 technologies — first generation with full PhantasmPhi integration

Target Buyer

Planetary-scale AI infrastructure — Ronna/Yotta-scale Compute + PhantasmPhi + Neuromorphic + Quantum

Price

$547.03B per non-exclusive license | 87.0% gross margin | 840.0% ROI

Generational Law

Per-unit-of-capability price below V20 Epiphany. Absolute price scales with performance tier.

AutoPhi / CRI-ONE — 2026-08-28 — V21 Ascension — Ascension

AutoPhi V21-Ascension Voxel Processor -- Ascension 905

AutoPhi V21-Ascension Voxel Processor -- Ascension #905

SKU: APV21-ASN-0005-1.5NM | Tier: Ascension | Performance Class: Yotta-class | Compute Role: Ronna/Yotta-scale Compute + PhantasmPhi + Neuromorphic + Quantum | Use Case: Planetary-scale AI infrastructure

Sales Headline

Yotta-class V21 Ascension Voxel Processor — 40.45 YFLOPS peak performance on AES substrate with 1232 active layers and 552 PhantasmPhi phantom modes in a 12.0mm tall package. Zero companion ICs. 11/11 technologies active. Mounts on standard full-height full-length PCIe 5.0 x16 card.

Description

The AutoPhi V21 Ascension 5 is a yotta-class voxel processor built on the AutoPhi V21 Ascension architecture. Fabricated at 1.5nm on AES substrate (Direct 0.8eV bandgap, 12,000 cm2/V-s electron mobility, 400 W/m-K thermal conductivity), this all-custom IC integrates 14,684,224 voxels across 1232 active layers in a 12.0mm tall 36.0x36.0mm die.

The V21 Ascension architecture features a 1024-bit electron chromosome, 96 quantum gate types, and 19 photon opcodes including the new Crimson VOXEL_STATE operation for 1,200-layer voxel state management. All 11/11 core technologies are active, including PhantasmPhi ghost-math integration with 552 phantom modes. Zero companion ICs — every function is integrated on-die.

Key Selling Points

• 40.45 YFLOPS peak floating-point performance (architectural aim)
• 14,684,224 voxels in 3832x3832 grid
• 1232 layers in 12.0mm height (9.7 um pitch)
• 552 phantom modes — PhantasmPhi ghost-math integration
• 7,635,796 physical qubits (2,672,528 logical, QEC-protected)
• 253.15 PB/s memory bandwidth via 5,274 nanophotonic channels
• 250.0 W net power (LED Recycling + Light Trigger + EM Cooling + Quantum Battery)
• All-custom IC — zero companion chips, zero external controllers
• AES substrate — 8x electron mobility, 2.7x thermal conductivity vs silicon
• PCIe 5.0 x16 — standard full-height full-length card mount
• 11/11 technologies active — including PhantasmPhi ghost-math and Crimson VOXEL_STATE opcode

Technical Specifications

Three-Chromosome DNA Architecture

Photon Encoding

Active Technologies (11/11)

• LED Power Recycling: Yes (eff: 92.0%)
• Vertical Threading: Yes (18,980 TSVs/mm2)
• Chiplet Stacking: Yes (1232 layers in 12.0mm)
• Nanophotonic Data Flow: Yes (5,274 channels)
• Quantum Error Correction: Yes (99.52% fidelity)
• Electromagnetic Cooling: Yes (eff: 98.0%)
• Quantum Battery Layers: Yes (30 layers)
• Quantum-Classical Hybrid: Yes
• Neuromorphic AI Engine: Yes (939.79M neurons)
• PhantasmPhi Ghost-Math: Yes (552 phantom modes)
• QBeam Quantum-to-Quantum IC: Yes (400 GB/s bidirectional)

Competitive Position

Pricing & Business

Document Info

AutoPhi V21 Ascension — Ascension Tier — All Custom IC — 11/11 Technologies — PhantasmPhi Integrated

Foundry Handoff — APV21-ASN-0005-1.5NM

Foundry Handoff — APV21-ASN-0005-1.5NM

Target Foundry

TSMC A16 / Intel 18A

PDK

Sub-2nm PDK (NDA)

EDA Flow

Commercial EDA + GAA/CFET

Status

Architecture Ready

Submission Steps

1. Obtain TSMC A16 or Intel 18A PDK under NDA.

2. Synthesize with CFET-aware flow (GAA/CFET standard cells).

3. Place & Route with 1232-layer constraint set.

4. Run DRC/LVS with sub-2nm design rule decks.

5. Package per FOUNDRY_STANDARDS.md.

6. Submit via foundry portal.

Deliverables

• GDSII (mask layout)
• LEF (library exchange format)
• DEF (design exchange format)
• Gate-level netlist (Verilog)
• DRC report
• LVS report
• RTL source files
• Synthesis scripts
• P&R configurations
• Manufacturing documentation
• Performance projections

RTL Source Files

• autophi_light_cpu_core.v — Light Trigger AutoPhi core
• autophi_quantum_cpu_core.v — Quantum instruction pipeline
• autophi_hybrid_cpu_top.v — Hybrid classical-quantum top-level
• autophi_voxel_matrix.v — Voxel grid controller
• autophi_phantasm_engine.v — PhantasmPhi ghost-math integration (V21 new)
• autophi_qbeam_phy.v — QBeam quantum-to-quantum IC interconnect (V21 new)

Key Parameters

AutoPhi / CRI-ONE — V21 Ascension — 2026-08-28

APV21-ASN-0005-1.5NM

APV21-ASN-0005-1.5NM

AutoPhi V21-Ascension Voxel Processor -- Ascension #905

• Tier: Ascension
• Performance: 40.45 YFLOPS (Yotta-class) — architectural aim
• Layers: 1232
• Voxels: 14,684,224 (3832x3832)
• Phantom Modes: 552 (PhantasmPhi ghost-math)
• Process: 1.5 nm on AES substrate
• Technologies: 11/11 active
• Power: 250.0 W

Contents

• spec.json — Full machine-readable specification
• DATASHEET.md — Complete technical datasheet
• SALES_BRIEF.md — Sales summary and pitch
• FOUNDRY_HANDOFF.md — Foundry submission documentation
• README.md — This file

License

Non-exclusive license. RTL source deliverable — buyer renders GDSII on their target process node.

No PRC/RU entities. US export law. US companies only. USD only.

AutoPhi / CRI-ONE — V21 Ascension — 2026-08-28

AutoPhi V21-Ascension Voxel Processor -- Ascension 905 — Sales Brief

AutoPhi V21-Ascension Voxel Processor -- Ascension #905 — Sales Brief

Yotta-class | 40.45 YFLOPS | 1232 layers | 552 phantom modes | 250.0 W

One-Line Pitch

Yotta-class AutoPhi V21 Ascension voxel processor with 14,684,224 voxels, 1232-layer stack, and 552 PhantasmPhi phantom modes — 40,446,217,434x NVIDIA H100 FLOPS at 250.0 W on AES substrate.

Why This Chip

1. 40.45 YFLOPS peak — yotta-class performance in a single PCIe card (aim)

2. 552 phantom modes — PhantasmPhi ghost-math coprocessor integrated on-die

3. 250.0 W net power — quantum battery + LED recycling + EM cooling

4. 7,635,796 qubits — quantum-classical hybrid with 99.52% fidelity

5. Zero companion ICs — everything on one die, one card, one slot

6. 11/11 technologies — first generation with full PhantasmPhi integration

Target Buyer

Planetary-scale AI infrastructure — Ronna/Yotta-scale Compute + PhantasmPhi + Neuromorphic + Quantum

Price

$559.78B per non-exclusive license | 87.0% gross margin | 840.0% ROI

Generational Law

Per-unit-of-capability price below V20 Epiphany. Absolute price scales with performance tier.

AutoPhi / CRI-ONE — 2026-08-28 — V21 Ascension — Ascension

AutoPhi V21-Ascension Voxel Processor -- Ascension 906

AutoPhi V21-Ascension Voxel Processor -- Ascension #906

SKU: APV21-ASN-0006-1.5NM | Tier: Ascension | Performance Class: Yotta-class | Compute Role: Ronna/Yotta-scale Compute + PhantasmPhi + Neuromorphic + Quantum | Use Case: Planetary-scale AI infrastructure

Sales Headline

Yotta-class V21 Ascension Voxel Processor — 42.55 YFLOPS peak performance on AES substrate with 1240 active layers and 552 PhantasmPhi phantom modes in a 12.0mm tall package. Zero companion ICs. 11/11 technologies active. Mounts on standard full-height full-length PCIe 5.0 x16 card.

Description

The AutoPhi V21 Ascension 6 is a yotta-class voxel processor built on the AutoPhi V21 Ascension architecture. Fabricated at 1.5nm on AES substrate (Direct 0.8eV bandgap, 12,000 cm2/V-s electron mobility, 400 W/m-K thermal conductivity), this all-custom IC integrates 14,784,025 voxels across 1240 active layers in a 12.0mm tall 36.0x36.0mm die.

The V21 Ascension architecture features a 1024-bit electron chromosome, 96 quantum gate types, and 19 photon opcodes including the new Crimson VOXEL_STATE operation for 1,200-layer voxel state management. All 11/11 core technologies are active, including PhantasmPhi ghost-math integration with 552 phantom modes. Zero companion ICs — every function is integrated on-die.

Key Selling Points

• 42.55 YFLOPS peak floating-point performance (architectural aim)
• 14,784,025 voxels in 3845x3845 grid
• 1240 layers in 12.0mm height (9.7 um pitch)
• 552 phantom modes — PhantasmPhi ghost-math integration
• 7,687,693 physical qubits (2,690,692 logical, QEC-protected)
• 254.78 PB/s memory bandwidth via 5,308 nanophotonic channels
• 250.0 W net power (LED Recycling + Light Trigger + EM Cooling + Quantum Battery)
• All-custom IC — zero companion chips, zero external controllers
• AES substrate — 8x electron mobility, 2.7x thermal conductivity vs silicon
• PCIe 5.0 x16 — standard full-height full-length card mount
• 11/11 technologies active — including PhantasmPhi ghost-math and Crimson VOXEL_STATE opcode

Technical Specifications

Three-Chromosome DNA Architecture

Photon Encoding

Active Technologies (11/11)

• LED Power Recycling: Yes (eff: 92.0%)
• Vertical Threading: Yes (19,100 TSVs/mm2)
• Chiplet Stacking: Yes (1240 layers in 12.0mm)
• Nanophotonic Data Flow: Yes (5,308 channels)
• Quantum Error Correction: Yes (99.525% fidelity)
• Electromagnetic Cooling: Yes (eff: 98.0%)
• Quantum Battery Layers: Yes (30 layers)
• Quantum-Classical Hybrid: Yes
• Neuromorphic AI Engine: Yes (946.18M neurons)
• PhantasmPhi Ghost-Math: Yes (552 phantom modes)
• QBeam Quantum-to-Quantum IC: Yes (400 GB/s bidirectional)

Competitive Position

Pricing & Business

Document Info

AutoPhi V21 Ascension — Ascension Tier — All Custom IC — 11/11 Technologies — PhantasmPhi Integrated

Foundry Handoff — APV21-ASN-0006-1.5NM

Foundry Handoff — APV21-ASN-0006-1.5NM

Target Foundry

TSMC A16 / Intel 18A

PDK

Sub-2nm PDK (NDA)

EDA Flow

Commercial EDA + GAA/CFET

Status

Architecture Ready

Submission Steps

1. Obtain TSMC A16 or Intel 18A PDK under NDA.

2. Synthesize with CFET-aware flow (GAA/CFET standard cells).

3. Place & Route with 1240-layer constraint set.

4. Run DRC/LVS with sub-2nm design rule decks.

5. Package per FOUNDRY_STANDARDS.md.

6. Submit via foundry portal.

Deliverables

• GDSII (mask layout)
• LEF (library exchange format)
• DEF (design exchange format)
• Gate-level netlist (Verilog)
• DRC report
• LVS report
• RTL source files
• Synthesis scripts
• P&R configurations
• Manufacturing documentation
• Performance projections

RTL Source Files

• autophi_light_cpu_core.v — Light Trigger AutoPhi core
• autophi_quantum_cpu_core.v — Quantum instruction pipeline
• autophi_hybrid_cpu_top.v — Hybrid classical-quantum top-level
• autophi_voxel_matrix.v — Voxel grid controller
• autophi_phantasm_engine.v — PhantasmPhi ghost-math integration (V21 new)
• autophi_qbeam_phy.v — QBeam quantum-to-quantum IC interconnect (V21 new)

Key Parameters

AutoPhi / CRI-ONE — V21 Ascension — 2026-08-28

APV21-ASN-0006-1.5NM

APV21-ASN-0006-1.5NM

AutoPhi V21-Ascension Voxel Processor -- Ascension #906

• Tier: Ascension
• Performance: 42.55 YFLOPS (Yotta-class) — architectural aim
• Layers: 1240
• Voxels: 14,784,025 (3845x3845)
• Phantom Modes: 552 (PhantasmPhi ghost-math)
• Process: 1.5 nm on AES substrate
• Technologies: 11/11 active
• Power: 250.0 W

Contents

• spec.json — Full machine-readable specification
• DATASHEET.md — Complete technical datasheet
• SALES_BRIEF.md — Sales summary and pitch
• FOUNDRY_HANDOFF.md — Foundry submission documentation
• README.md — This file

License

Non-exclusive license. RTL source deliverable — buyer renders GDSII on their target process node.

No PRC/RU entities. US export law. US companies only. USD only.

AutoPhi / CRI-ONE — V21 Ascension — 2026-08-28

AutoPhi V21-Ascension Voxel Processor -- Ascension 906 — Sales Brief

AutoPhi V21-Ascension Voxel Processor -- Ascension #906 — Sales Brief

Yotta-class | 42.55 YFLOPS | 1240 layers | 552 phantom modes | 250.0 W

One-Line Pitch

Yotta-class AutoPhi V21 Ascension voxel processor with 14,784,025 voxels, 1240-layer stack, and 552 PhantasmPhi phantom modes — 42,550,036,236x NVIDIA H100 FLOPS at 250.0 W on AES substrate.

Why This Chip

1. 42.55 YFLOPS peak — yotta-class performance in a single PCIe card (aim)

2. 552 phantom modes — PhantasmPhi ghost-math coprocessor integrated on-die

3. 250.0 W net power — quantum battery + LED recycling + EM cooling

4. 7,687,693 qubits — quantum-classical hybrid with 99.525% fidelity

5. Zero companion ICs — everything on one die, one card, one slot

6. 11/11 technologies — first generation with full PhantasmPhi integration

Target Buyer

Planetary-scale AI infrastructure — Ronna/Yotta-scale Compute + PhantasmPhi + Neuromorphic + Quantum

Price

$572.83B per non-exclusive license | 87.0% gross margin | 840.0% ROI

Generational Law

Per-unit-of-capability price below V20 Epiphany. Absolute price scales with performance tier.

AutoPhi / CRI-ONE — 2026-08-28 — V21 Ascension — Ascension

AutoPhi V21-Ascension Voxel Processor -- Ascension 907

AutoPhi V21-Ascension Voxel Processor -- Ascension #907

SKU: APV21-ASN-0007-1.5NM | Tier: Ascension | Performance Class: Yotta-class | Compute Role: Ronna/Yotta-scale Compute + PhantasmPhi + Neuromorphic + Quantum | Use Case: Planetary-scale AI infrastructure

Sales Headline

Yotta-class V21 Ascension Voxel Processor — 44.76 YFLOPS peak performance on AES substrate with 1248 active layers and 560 PhantasmPhi phantom modes in a 12.0mm tall package. Zero companion ICs. 11/11 technologies active. Mounts on standard full-height full-length PCIe 5.0 x16 card.

Description

The AutoPhi V21 Ascension 7 is a yotta-class voxel processor built on the AutoPhi V21 Ascension architecture. Fabricated at 1.5nm on AES substrate (Direct 0.8eV bandgap, 12,000 cm2/V-s electron mobility, 400 W/m-K thermal conductivity), this all-custom IC integrates 14,876,449 voxels across 1248 active layers in a 12.0mm tall 36.0x36.0mm die.

The V21 Ascension architecture features a 1024-bit electron chromosome, 96 quantum gate types, and 19 photon opcodes including the new Crimson VOXEL_STATE operation for 1,200-layer voxel state management. All 11/11 core technologies are active, including PhantasmPhi ghost-math integration with 560 phantom modes. Zero companion ICs — every function is integrated on-die.

Key Selling Points

• 44.76 YFLOPS peak floating-point performance (architectural aim)
• 14,876,449 voxels in 3857x3857 grid
• 1248 layers in 12.0mm height (9.6 um pitch)
• 560 phantom modes — PhantasmPhi ghost-math integration
• 7,735,753 physical qubits (2,707,513 logical, QEC-protected)
• 256.37 PB/s memory bandwidth via 5,341 nanophotonic channels
• 250.0 W net power (LED Recycling + Light Trigger + EM Cooling + Quantum Battery)
• All-custom IC — zero companion chips, zero external controllers
• AES substrate — 8x electron mobility, 2.7x thermal conductivity vs silicon
• PCIe 5.0 x16 — standard full-height full-length card mount
• 11/11 technologies active — including PhantasmPhi ghost-math and Crimson VOXEL_STATE opcode

Technical Specifications

Three-Chromosome DNA Architecture

Photon Encoding

Active Technologies (11/11)

• LED Power Recycling: Yes (eff: 92.0%)
• Vertical Threading: Yes (19,220 TSVs/mm2)
• Chiplet Stacking: Yes (1248 layers in 12.0mm)
• Nanophotonic Data Flow: Yes (5,341 channels)
• Quantum Error Correction: Yes (99.53% fidelity)
• Electromagnetic Cooling: Yes (eff: 98.0%)
• Quantum Battery Layers: Yes (30 layers)
• Quantum-Classical Hybrid: Yes
• Neuromorphic AI Engine: Yes (952.09M neurons)
• PhantasmPhi Ghost-Math: Yes (560 phantom modes)
• QBeam Quantum-to-Quantum IC: Yes (400 GB/s bidirectional)

Competitive Position

Pricing & Business

Document Info

AutoPhi V21 Ascension — Ascension Tier — All Custom IC — 11/11 Technologies — PhantasmPhi Integrated

Foundry Handoff — APV21-ASN-0007-1.5NM

Foundry Handoff — APV21-ASN-0007-1.5NM

Target Foundry

TSMC A16 / Intel 18A

PDK

Sub-2nm PDK (NDA)

EDA Flow

Commercial EDA + GAA/CFET

Status

Architecture Ready

Submission Steps

1. Obtain TSMC A16 or Intel 18A PDK under NDA.

2. Synthesize with CFET-aware flow (GAA/CFET standard cells).

3. Place & Route with 1248-layer constraint set.

4. Run DRC/LVS with sub-2nm design rule decks.

5. Package per FOUNDRY_STANDARDS.md.

6. Submit via foundry portal.

Deliverables

• GDSII (mask layout)
• LEF (library exchange format)
• DEF (design exchange format)
• Gate-level netlist (Verilog)
• DRC report
• LVS report
• RTL source files
• Synthesis scripts
• P&R configurations
• Manufacturing documentation
• Performance projections

RTL Source Files

• autophi_light_cpu_core.v — Light Trigger AutoPhi core
• autophi_quantum_cpu_core.v — Quantum instruction pipeline
• autophi_hybrid_cpu_top.v — Hybrid classical-quantum top-level
• autophi_voxel_matrix.v — Voxel grid controller
• autophi_phantasm_engine.v — PhantasmPhi ghost-math integration (V21 new)
• autophi_qbeam_phy.v — QBeam quantum-to-quantum IC interconnect (V21 new)

Key Parameters

AutoPhi / CRI-ONE — V21 Ascension — 2026-08-28

APV21-ASN-0007-1.5NM

APV21-ASN-0007-1.5NM

AutoPhi V21-Ascension Voxel Processor -- Ascension #907

• Tier: Ascension
• Performance: 44.76 YFLOPS (Yotta-class) — architectural aim
• Layers: 1248
• Voxels: 14,876,449 (3857x3857)
• Phantom Modes: 560 (PhantasmPhi ghost-math)
• Process: 1.5 nm on AES substrate
• Technologies: 11/11 active
• Power: 250.0 W

Contents

• spec.json — Full machine-readable specification
• DATASHEET.md — Complete technical datasheet
• SALES_BRIEF.md — Sales summary and pitch
• FOUNDRY_HANDOFF.md — Foundry submission documentation
• README.md — This file

License

Non-exclusive license. RTL source deliverable — buyer renders GDSII on their target process node.

No PRC/RU entities. US export law. US companies only. USD only.

AutoPhi / CRI-ONE — V21 Ascension — 2026-08-28

AutoPhi V21-Ascension Voxel Processor -- Ascension 907 — Sales Brief

AutoPhi V21-Ascension Voxel Processor -- Ascension #907 — Sales Brief

Yotta-class | 44.76 YFLOPS | 1248 layers | 560 phantom modes | 250.0 W

One-Line Pitch

Yotta-class AutoPhi V21 Ascension voxel processor with 14,876,449 voxels, 1248-layer stack, and 560 PhantasmPhi phantom modes — 44,763,285,630x NVIDIA H100 FLOPS at 250.0 W on AES substrate.

Why This Chip

1. 44.76 YFLOPS peak — yotta-class performance in a single PCIe card (aim)

2. 560 phantom modes — PhantasmPhi ghost-math coprocessor integrated on-die

3. 250.0 W net power — quantum battery + LED recycling + EM cooling

4. 7,735,753 qubits — quantum-classical hybrid with 99.53% fidelity

5. Zero companion ICs — everything on one die, one card, one slot

6. 11/11 technologies — first generation with full PhantasmPhi integration

Target Buyer

Planetary-scale AI infrastructure — Ronna/Yotta-scale Compute + PhantasmPhi + Neuromorphic + Quantum

Price

$586.19B per non-exclusive license | 87.0% gross margin | 840.0% ROI

Generational Law

Per-unit-of-capability price below V20 Epiphany. Absolute price scales with performance tier.

AutoPhi / CRI-ONE — 2026-08-28 — V21 Ascension — Ascension

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