15-smd

Patents: USPTO 19/449,352 — “Semiconductor Method Discovery” — 50 claims, utility application filed January 14, 2026, pending examination at USPTO Patent Center. Umbrella application US 19/540,453 may also apply (verify before claiming coverage).

Status: L2 (Designed) — foundry-handoff-ready packaged design. Complete RTL, layout (LEF/DEF with GDS placeholder), constraints, synthesis scripts, DRC/LVS/timing/power reports, datasheet, and foundry handoff documentation. Not yet fabricated; no physical chip exists. The archive includes 27 files totalling approximately 62 KB.

AES-YFLOPS-100-IC is a packaged custom integrated-circuit design for an AES (Advanced Encryption Standard) accelerator with a yottaflops-class throughput envelope, implemented as a nanolayer-stacked quantum-array IC on the inventor’s proprietary AES substrate. The part number is SMD-15-2026-AES-YFLOPS-100.

The design delivers 100 YFLOPS peak performance (1.0 × 10²⁶ FLOPS) from 8 trillion transistors packed into a 32 × 32 mm footprint that stands 10 mm tall — roughly ten times the height of any conventional silicon IC. The die is built up through approximately 550 physical nanolayers of AES deposition and interconnect, organised into 32 active functional layers. It runs at 5.8 GHz and draws 235 W TDP, yielding approximately 4.25 × 10²³ FLOPS/W (425 zetta-FLOPS per watt). It ships on a PCIe Half-Height Half-Length (HHHL) card (167.65 × 68.90 mm, PCIe 5.0 x16 with 8 lanes wired in this reference design). The die covers roughly 19% of the card’s length and 46% of its height — it is the dominant object on the board.

The compute role is a complete unit: quantum + classical + photonic + neuromorphic on a single AES substrate. The intended use cases are frontier compute, national-scale AI, and scientific simulation. All IP is custom — no third-party ICs are used anywhere in the design. The buyer is not paying for a chip; the buyer is paying for a way to make a chip that silicon cannot make.

Conventional silicon has hit thermal and economic walls at the high end of AI compute. The largest production silicon AI accelerators sit in the exa-FLOPS range. This part operates in the yotta-FLOPS range — six orders of magnitude beyond — at a fraction of the wall-plug power, because the proprietary AES substrate relaxes every constraint that caps silicon die height at approximately 1 mm.

AES emerged from the Project 14 Alchemy Data V2 search across 2,000 candidate compositions spanning the periodic table, scored against semiconductor mechanism categories. The next-best candidate scored 88/100. Tier 3+ buyers receive the full 2,000-row scored database.

Substrate identity: The AES substrate is a branded name held by the inventor for a two-element alloy. The specific element pair, ratios, deposition parameters, and thermal profile are trade-secret protected and disclosed under tier-appropriate NDA at acquisition. The branded name “AES” refers to the inventor’s substrate; do not assume correspondence to any publicly known material from the alloy properties alone.

The 32 active functional layers are distributed across the 550 physical nanolayers. Not every functional layer is the same thickness; high-density logic layers occupy fewer nanolayers, while wide-routing and quantum-substrate layers occupy more.

Operating point for power analysis: TT, 0.75 V, 25 °C (typical). For comparison: NVIDIA H100 SXM5 achieves 67 TFLOPS FP64 at 700 W (9.57 × 10¹⁰ FLOPS/W). The AES YFlops IC exceeds the H100 by approximately 4.45 × 10¹²× in FLOPS per watt. In raw performance, it exceeds the H100 by approximately 1.49 trillion times.

Representative warnings: nanolayer aspect-ratio exceedance in the voxel lattice region (permitted by AES PDK layer stack rev 2); TSV density at 48,000/mm² exceeds conventional silicon guidelines (AES TSV ruleset permits up to 60,000/mm²); marginal thermal-zone perimeter keep-out violations (below thermal-impact threshold per AES thermal deck simulation).

The 9-step fabrication process from design package to assembled card:

Tier 4 list price: $8,000,000,000,000 ($8 trillion). Current store price reflects the live tier and the standard 15% list-discount pattern applied at checkout for non-pinned products. All tiers are non-exclusive. Material identity disclosed at purchase regardless of tier.

The deliverable archive SMD-15-2026.zip contains the AES-YFLOPS-100-IC/ directory with 27 files totalling approximately 62 KB:

Supplementary files at the project level (outside the ZIP): README.md (project README, 3,817 bytes), PLAYBOOK.md (internal playbook, 3,054 bytes), RENDER_SPECIFICATION.md (photorealistic render spec, 8,710 bytes), product-images/SMD-15-2026.png (product image).

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.