🎯 ONE SHOT L-DPC25 — LEVER STACK · Platinum-LUT + BitROM + 4×4 mesh (Wave-28) · target 100+ TOPS/W on TTIHP27a

[gHashTag]

🎯 ONE SHOT L-DPC25 — LEVER STACK · Platinum-LUT + BitROM + 4×4 mesh (Wave-28)

Mission ID: L-DPC25-W28-001
Predecessor: L-DPC24 #832 — CLOSED (10/10 lanes merged on 2026-05-15)
Anchor: φ² + φ⁻² = 3 · γ = φ⁻³ · C = φ⁻¹ · G = π³γ²/φ
Author: Vasilev Dmitrii <admin@t27.ai> (ORCID 0009-0008-4294-6159)
DOI: 10.5281/zenodo.19227877
Style: Grandmaster (IMRaD + Coq + Rust + RTL + agent army)
R5-HONEST: numerical gains pre-registered, falsifiable @ TTIHP27a silicon return 2026-09-30

---

1. Mission

После Wave-27 (HOLOGRAPHIC v9 multi-die spec landed, projected 2000–3000 TOPS/W under H₉) нужен honest измеренный gain на silicon до возврата v9 dies. Цель Wave-28: поднять Trinity W15a с ~55 → ~150 TOPS/W на TTIHP27a через stack из трёх измеренных в литературе рычагов:

1. Lever feat(bridge): Phase 0+1 — dual-MCP audit + trios-mcp-bridge scaffold (vision + but mcp) #1 — Platinum-style LUT-based PE (ASP-DAC 2026, arXiv 2511.21910) — 1.4× gain
2. Lever feat(bridge): Phase 2 — Vision + Context (GB screenshot → structured state) #2 — BitROM bidirectional ROM weight bank (ASP-DAC 2026, arXiv 2509.08542) — 2× gain
3. Lever feat(bridge): Phase 2-4 — vision testing, e2e actions, BrowserOS integration + demo #3 — 4×4 mesh + UCIe D2D NoC scale-out (extends Lane A' from W27) — 4× scale-out

Stacked predicted gain: 1.4 × 2 = ~2.8× TOPS/W on single die (without mesh); mesh multiplies raw TOPS linearly без потери на TOPS/W.

5-Levers матрица остаётся 5/5 — все три рычага строго additive, не задевают L3 (Merkle), L4 (Coq), L5 (open PDK).

---

2. Pre-registered Hypothesis H_W28

H_W28 (Lever Stack #1+#2+#3):

  measured TOPS/W ≥ 100 on TTIHP27a silicon
    AND
  measured TOPS/W ≥ 50 on TTSKY26c silicon (fallback node)
    AND
  bit error rate ≤ 1e-9 on BitROM bank across 10^12 reads
    AND
  zero `*` operator in all RTL + Coq spec (R-SI-1)
    AND
  4×4 mesh boots in ≤ 4 cycles per die (NoC stub deepens Lane A')

  workload: BitNet b1.58-3B prefill + decode kernels (representative)
  conditions: Vdd = 1.2 V, ambient 25 °C, n = 9 dies
  statistics: Welch t-test α = 0.01, Bonferroni × 3 lanes

REFUTED IF:
  - median TOPS/W < 100 on TTIHP27a, OR
  - LUT PE energy/op > 2× ternary shift-add baseline, OR
  - BitROM BER > 1e-9 across 10^12 reads, OR
  - any holo_op variant introduces rtl_uses_star = true, OR
  - mesh inter-die latency > 4 cycles.

DEADLINE: 2026-09-30 (TTIHP27a silicon return + smoke probe).

---

3. Lane assignment (army-ready)

Все lanes parallel-claimable через 🤚 CLAIM lane <X> в comments.

Lane	Repo	Scope	Priority	Effort	DoD
V	trinity-fpga	Platinum-style LUT PE (Verilog, 416-PE micro, 52 PPEs, base-3 packing 1.6 bpw, mirror consolidation)	🔴 HIGH	M	Sim shows ≥1.3× speedup vs shift-add ternary baseline on BitNet b1.58 kernel
W	trinity-fpga	BitROM bidirectional ROM cell + Tri-Mode Local Accumulator + DR-eDRAM stub (130nm SG13G2 floorplan)	🔴 HIGH	L	Bit density ≥ 2 000 kB/mm² target (50% of BitROM 65nm; node-scaled), BER sim ≤ 1e-9
X	t27	Coq spec — extend coq/IGLA/RMarker.v holo_op alphabet with OP_LUT_LOOKUP + OP_BITROM_READ; re-prove holographic_no_star Qed; add Lemma lut_no_star, Lemma bitrom_no_star	🟡 MED	S	All Qed accepted by coqc 8.20.1; CI green
U	tt-trinity-holo	4×4 mesh top-module (extends 1×2 from Lane Y) with 4-cycle boot; UCIe-A-compatible PHY stub	🟡 MED	L	RTL sim 4×4 boot in ≤ 4 cycles; KLayout DRC pass
R	tt-trinity-holo	Razor flip-flop v2 — extend Lane B' shadow sampling to LUT-PE clock domain	🟢 LOW	S	Shadow disagreement counter exposed via CSR
Q	trios	Assertion mirror — assertions/lever_stack.json with H_W28 pre-registration + falsification predicates	🔴 HIGH	S	JSON validates against schema; CI gate links it
P	trios	PhD Glava 78 — "Lever Stack on Open PDK: Platinum-LUT × BitROM × 4×4 Mesh", ≥ 1500 lines, ≥ 2 citations, Theorem 78.1 (TOPS/W lower bound on stack)	🟡 MED	L	R3/R6/R7/R12/R14 compliance per phd-chapter-author skill
N	tt-trinity-max-true	5 R7 Rust falsification witnesses for Lever Stack (W-101-A..E)	🟡 MED	M	All 5 Cargo tests fail iff invariant breaks
M	trinity-fpga	TOPS/W measurement harness — bench/lever_stack_harness.rs that consumes silicon power/freq logs, prints PASS/FAIL vs H_W28 thresholds	🔴 HIGH	M	Outputs JSON conforming to assertions/lever_stack.json schema
K	tt-trinity-max-true	Thermal CI gate v2 — extend Lane D' to enforce 1 W/mm² with LUT+ROM stack	🟢 LOW	S	CI fails on regression

Total lanes: 10 (V/W/X/U/R/Q/P/N/M/K)
Critical path: V → M (LUT PE must be RTL-ready before measurement harness)
Parallelisable cluster: V + W + U + R simultaneously
Coq cluster: X depends only on Lane Z merge (already done in W27)

---

4. Gate ladder (G1–G7)

Gate	Trigger	Pass criteria	Owner
G1 RTL sim	Lane V + W + U merged	All sims show predicted gain on golden kernel	trinity-queen
G2 Coq Qed	Lane X merged	coqc -R . T27 IGLA/RMarker.v exit 0, all new Qed accepted	trinity-grandmaster
G3 OpenROAD CGT	V + W RTL → synth	Slack ≥ 0 ns @ 250 MHz SG13G2, no setup violation	tri-gardener
G4 DRC/LVS	OpenLane2 GDS	KLayout DRC clean, magic LVS match	tri-gardener
G5 Tape-out gate	G3 + G4 + Q assertion mirror live	Submit window open, foundry slot booked	trinity-silicon-tapeout
G6 Silicon smoke probe	Dies return ~2026-09-30	Boots, R-marker loads 4 slots, BitROM reads back	trinity-grandmaster
G7 H_W28 verdict	G6 + 9 dies measured	Welch t-test α=0.01, Bonferroni×3 → REJECT H₀ "≤55 TOPS/W"	trinity-grandmaster

---

5. Constitutional compliance (TRI-NET-G1)

Rule	How enforced
R-SI-1 ZERO *	Lane X re-proves at Coq spec layer; Lane U inherits check_no_star.sh RTL gate
R5-HONEST	All gains pre-registered; falsification windows explicit
R7 falsification witnesses	Lane N — 5 Rust unit tests (W-101-A..E)
R8 admin@t27.ai	All commits MUST be signed Vasilev Dmitrii <admin@t27.ai>
R12 Lee/GVSU proof style	Lane X + Lane P enforce
R14 Coq citation map	Lane X registers new Qed in assertions/coq_map.json
R15 sacred-synth-gate	OP_LUT_LOOKUP / OP_BITROM_READ opcodes assigned 0xDF/0xE0 (sacred range continuation after 0xDE)
R18 LAYER-FROZEN	All lanes additive: new files only, no edits to baseline Kernel/* / Theorems/*
Apache-2.0	Inherited

---

6. R7 falsification witnesses (Lane N — pre-registered)

W-101-A: assert lut_pe_energy_per_op ≤ 2 × shift_add_baseline
W-101-B: assert bitrom_read_BER ≤ 1e-9 over 10^12 reads
W-101-C: assert mesh_4x4_boot_cycles ≤ 4
W-101-D: assert all holo_op rtl_uses_star = false (Qed-checked + Rust mirror)
W-101-E: assert thermal_density ≤ 1 W/mm² with LUT+ROM stack live

If any witness fails: Wave-28 silicon is NO-GO, revert to W15a baseline.

---

7. Cross-repo dispatch map

Repo	Lanes
trinity-fpga	V, W, M, K
tt-trinity-holo	U, R
t27	X
trios	Q, P
tt-trinity-max-true	N

Six-thread spark broadcast will be posted to:

1. EPIC #61 — master EPIC
2. Throne #264 — Queen's Registry
3. L-DPC24 #832 — predecessor (close + handoff)
4. tt-trinity-holo — RTL surface
5. trinity-fpga — silicon track
6. The new L-DPC25 issue itself

---

8. Honest losing fronts (we do NOT compete here)

• Raw DC TFLOPS — Blackwell/Cerebras own that market
• Transformer-only autoregressive throughput — Etched Sohu owns this niche
• Closed-PDK frequency scaling — TSMC 2nm not open

Trinity Wave-28 wins on edge inference per watt with 5/5 Levers retained.

---

9. Timing

Milestone	Date (UTC)
ONE SHOT filed	2026-05-15
Lanes V/W/X/U/R/Q/P/N/M/K open for claim	T+0
First merges expected	T+48h
All RTL lanes (V/W/U/R) merged	T+1 week
G1+G2+G3 gates green	T+2 weeks
G4 DRC/LVS clean	T+3 weeks
TTIHP27a tape-out submit	T+4 weeks (target 2026-06-15)
Foundry return	~2026-09-30
G6 silicon smoke probe	2026-09-30 + 1 week
G7 H_W28 verdict	2026-10-15
L-DPC24 v9 silicon parallel	2026-12 (TTSKY26c)

---

10. References (academic anchors)

• Platinum: Path-Adaptable LUT-Based Accelerator (ASP-DAC 2026, arXiv 2511.21910) — 1534 GOPS / 0.96 mm² / 28nm @ 500 MHz
• BitROM: Weight Reload-Free CiROM (ASP-DAC 2026, arXiv 2509.08542) — 20.8 TOPS/W / 4 967 kB/mm² @ 65nm
• TerEffic: Ternary LLM Inference on FPGA (arXiv 2502.16473) — 290 tok/s @ 7B / 46W
• Scalable MatMul-free Language Modeling (arXiv 2406.02528) — algorithmic basis
• BitNet b1.58 — Microsoft 2024 — ternary LLM
• BitVLA: 1-bit VLA (arXiv 2506.07530) — robotics generalization
• UCIe Chiplet practical guide 2026
• Trinity TOPS scan 2026-05-15 — predecessor TOPS+5-Levers matrix

---

φ² + φ⁻² = 3 · γ = φ⁻³ · C = φ⁻¹ · G = π³γ²/φ
LEVER STACK · Platinum-LUT · BitROM · 4×4 mesh · 5/5 LEVERS RETAINED
🪷 NANO · 🐝 MID · 🦅 MAX-TRUE · 🌌 HOLOGRAPHIC
QUANTUM BRAIN 1:1 SILICON · PHYS→SI · BIO→SI · LANG→SI · NEVER STOP
DOI 10.5281/zenodo.19227877

— READY FOR ARMY CLAIM —

[gHashTag]

🤚 CLAIM lane Q · assertion-mirror-lever-stack · agent grandmaster-autonomous · ETA 30 min · trinity-grandmaster v1.0

Will land assertions/lever_stack.json with H_W28 pre-registration, 5 falsification predicates W-101-A..E, 10-lane manifest, and full academic anchor list (Platinum ASP-DAC 2026, BitROM ASP-DAC 2026).

🤚 CLAIM lane X · holo-op-alphabet-extension-coq · agent grandmaster-autonomous · ETA 1h

Will extend coq/IGLA/RMarker.v (landed in W27 as Lane Z, t27#629/beccee1) with:

• OP_LUT_LOOKUP (sacred opcode 0xDF)
• OP_BITROM_READ (sacred opcode 0xE0)
• Lemma lut_no_star + Lemma bitrom_no_star (12 → 14 Qed)
• Re-prove holographic_no_star over extended alphabet
• Update assertions/coq_map.json per R14

φ²+φ⁻²=3 · NEVER STOP