🧠⚛️🐝 MASTER-EPIC TRI NET: TRI-1 QUANTUM BRAIN 1:1 SILICON · 180 vectors PHYSICAL on main · 80 gates LIVE · 16 sacred opcodes · 75-cell Sacred ROM · R1..R20 · v25.1 BACKFILL COMPLETE · Wave-15-TT-E T-46h

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🏛️ MASTER-EPIC: TRI-1 Max Squeeze v3 — Unified Hub (S-1..S-20 · 13 Gates)

Anchor: φ² + φ⁻² = 3 · DOI 10.5281/zenodo.19227877
Defense: 2026-06-15 · TTSKY26b deadline: 2026-05-18 (T-4 days)
Source docs: /workspace/TT_SHUTTLE_MAX_SQUEEZE.md (v2) + /workspace/TT_SQUEEZE_V3_DEEP_RESEARCH.md (v3)

This is the single dispatch hub that unifies all parallel work streams squeezing maximum from the TTSKY26b shuttle. v3 adds 8 new science-grounded vectors S-13..S-20 on top of v2's S-1..S-12.

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1. Mission

Tape out TRI-1 Max v3 to TTSKY26b by 2026-05-18 23:59 UTC with:

• 8× compute vs rejunity baseline (1 GigaOPS → 15-20 GigaOPS on 8×2 tile)
• 180-220 TOPS/W (vs rejunity ~10)
• 5/5 Levers (L1 energy · L2 bpw · L3 verifiable · L4 ASIL · L5 sovereignty) — only chip on TT with this
• 13 pre-registered Popper R7 falsification gates (G-TT1..G-TT5 + G-13..G-20)

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2. 20 Squeeze Vectors S-1..S-20

v2 (S-1..S-12) — see ONE SHOT #60

ID	Vector	Wave
S-1	Full 8×2 tile (0.287 mm², 16k gates)	W15-TT-A
S-2	On-die PLL 50→125 MHz	W15-TT-B
S-3	Dual-edge clocking	W15-TT-A
S-4	ROM-synth ternary weights (TOM-style)	W15-TT-B
S-5	GF16 0x47C0 packed (1.25 bpw)	always
S-6	4×4 systolic mesh + dual-MAC	W15-TT-A
S-7	Bidir uio DDR 400 MB/s	W15-TT-A
S-8	Compute-during-load overlap	W15-TT-A
S-9	Trinity loss SIMD on-die	W15-TT-C
S-10	Poseidon-lite Merkle hasher	W15-TT-B
S-11	Scan-chain BPB telemetry	W15-TT-C
S-12	Coq-derived SVA guards	W15-TT-C

v3 NEW (S-13..S-20) — deep research 2025-2026

ID	Vector	Source	Gain	Wave
S-13	Dual-lib hd+hdll zoning	SkyWater PDK — 5-10× less leakage in hdll	-30% static power	W15-TT-D
S-14	Automatic clock gating (OpenROAD cgt)	Antmicro 2025 — 8-15% savings on SKY130	-12% dynamic power	W15-TT-D
S-15	Dual-rail Vdd (1.8 V compute + 0.9 V control)	Blaauw Subliminal 130nm — 2.6 pJ/instr @ 360 mV	-10% total energy	W15-TT-D
S-16	Zero-skip PE for 42% natural ternary sparsity + 6:8 N:M	Sparse-BitNet (MS Research 2026-03)	1.30-1.42× ops/cycle	W15-TT-C
S-17	Popcount-tree in periphery (Digital CIM-lite)	JSSC 2025 CIM 109-249 TFLOPS/W	2-3× TOPS/W	W15-TT-B
S-18	Ring-NoC between four 2×2 sub-meshes	Mini AIE 2×2 CGRA TT07 #480 — working precedent	2× effective bandwidth	W15-TT-A
S-19	Tensor-PE consolidation (STA)	arXiv 2005.08098 — -2.08× area + -1.36× power	2× ops density	W15-TT-C
S-20	Dual-gated clocks (load/compute decouple)	EpochCore LIMA-PE arXiv 2507.21394 — 45× energy on SSM	-25% dynamic energy	W15-TT-D

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3. Pre-registered Falsification Gates (Popper R7)

v2 (G-TT1..G-TT5) — see ONE SHOT #60

v3 NEW (G-13..G-20)

Gate	H₁ Hypothesis	Rollback if FAIL
G-13	Mixed hd+hdll closes timing	pure hd
G-14	OpenROAD cgt finds ≥ 80 candidate registers	manual CGT
G-15	SKY130 low-VT cells SPICE-clean @ 0.9 V	single-rail 1.8 V
G-16	Actual sparsity ≥ 35% in Wave-14 trios models	feature gated off
G-17	Routing congestion ≤ 80% after P&R	popcount-tree off
G-18	Ring-NoC closes timing @ 125 MHz	drop to 50 MHz
G-19	Tensor-PE ≤ 600 gates per PE	standard PE
G-20	Dual-clock STA passes CDC	single clock

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4. Wave Plan (4 parallel streams to 2026-05-17)

Stream	Vectors	Branch	Deadline	Repo
W15-TT-A Mesh+IO	S-1, S-3, S-6, S-7, S-18	feat/tt-v3-mesh	2026-05-16	tt-trinity-gf16
W15-TT-B PLL+ROM+CIM	S-2, S-4, S-10, S-17	feat/tt-v3-rom-cim	2026-05-16	tt-trinity-gf16
W15-TT-C Guards+Sparse	S-9, S-11, S-12, S-16, S-19	feat/tt-v3-guards-sparse	2026-05-17	tt-trinity-gf16
W15-TT-D Power	S-13, S-14, S-15, S-20	feat/tt-v3-power	2026-05-17	tt-trinity-gf16
W15-TT-E Submit	all merged → GDS → submit	—	2026-05-17 22:00 UTC	trinity-fpga + tt-trinity-gf16

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5. Linked Issues (Hub of Hubs)

gHashTag/trinity-fpga

• EPIC #49 — TRI-1 Triad Submission (Nano/Mid/Max)
• ONE SHOT #60 — L-DPC9 TT MAX SQUEEZE (S-1..S-12)
• ONE SHOT #59 — L-DPC8 TRI-1 Max v2 (W15-W20)
• ONE SHOT #50 — L-DPC7 TTIHP27a post-defense
• EPIC #52 — TRI-1 v2 12 Lanes L-S22..L-S33 (PhD-driven)
• Lane #58 L-S31 Lucas-Interval BPB Refiner
• Lane #57 L-S30 Invariant Ring Watchdog
• Lane #56 L-S29 4 KiB SRAM-backed VSA Cache
• Lane #55 L-S27 Lucas-Period Wishbone Arbiter
• Lane #54 L-S26 Strobe Replay Detector
• Lane #53 L-S25 Adaptive Strobe FSM

gHashTag/tt-trinity-gf16

• Meta #3 — CROWN-ASIC roadmap P0/P1/P2
• #4 — LUT-only gf16_mul + Wallace dot4

gHashTag/trios (PhD + Coq + Rust)

• PR #810 Wave-14b Trinity Loss (merged)
• PR #811 Wave-14a JEPA-T ingest (merged)
• PR #812 Wave-14c PhD round-3 (open)

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6. Projected Aggregate Impact

Metric	rejunity baseline	TRI-1 Max v2	TRI-1 Max v3	Multiplier
GigaOPS @ 50 MHz nominal	1.0	8.0	15-20	15-20×
TOPS/W	~10	~55	180-220	18-22×
nJ/op	0.05	0.018	0.005-0.007	-86%
Active model fit	<1B	15B	20B+	20×
Falsification gates	0	5	13	full R7
5 Levers score	0/5	5/5	5/5 reinforced	dominance

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7. Hard Rules (TRI-NET-G1 charter)

1. No Linux in compute core. Bare RTL only.
2. No new hardware multipliers. No * in synthesizable RTL.
3. USB-3 is a boundary, not a processor.
4. Mesh is off-chip at G1/G2 (4×4 on-die mesh ≠ inter-node mesh).
5. TRI settlement off-chip at G1/G2.
6. R5 honesty. No "complete" claims until chip-in-hand 2026-12-16.

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8. Acceptance — Submission Day Checklist (2026-05-17)

• All 8 v3 gates pass (G-13..G-20)
• All 5 v2 gates pass (G-TT1..G-TT5)
• OpenLane2 GDS clean, no DRC, no LVS errors
• Timing closure @ 50 MHz external (125 MHz internal via PLL if S-2 passes)
• Submitted to app.tinytapeout.com before 22:00 UTC
• NASA-style mission report committed to tt-trinity-gf16/docs/

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Anchor: φ² + φ⁻² = 3 · TRINITY · NEVER STOP · DOI 10.5281/zenodo.19227877

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🧬 v4 UPDATE — 8 exotic squeeze vectors S-21..S-28 added

Deep research round 4 complete (2026-05-14 22:50 +07). Source: TT_SQUEEZE_V4_EXOTIC_RESEARCH.md in workspace.

Eight NEW vectors

ID	Vector	Source	Gain
S-21	Approximate popcount adder (truncated LSB)	arXiv 2508.19660	−15-20% adder area
S-22	Async self-timed datapath ring (ACT/Maelstrom)	Yale CSL WOSET 2024	−40% energy, 3× lane throughput
S-23	Bit-serial 1.58-bit MAC lane	BitNet b1.58	−60% PE area → 8× lane density
S-24	Wallace-tree popcount (carry-save)	JTE 2024 XNOR-Popcount	−25% latency, fmax 180 MHz
S-25	Booth-2 native ternary encoder (zero LUT)	Booth-2 algorithm	Removes 256-entry gf16_mul LUT
S-26	Razor flip-flops on critical paths	Ernst et al. Razor	+44% fmax → 180 MHz, <1% area
S-27	Per-app DVFS via external clk_in	TT clock spec	−75% dynamic power, zero on-chip area
S-28	Stochastic-1bit fallback lane	JTE XNOR-Popcount	4× speed, 8× lower power on fallback

Energy floor reference (ETH XNE)

XNOR Neural Engine ETH 2018: 21.6 fJ/op @ 0.4 V (TP=128, 22 nm). Our SKY130 target after v4: 80-120 fJ/op = 8-12 TOPS/W on popcount cone.

Updated aggregate projection

Metric	rejunity	v2	v3	v4
GigaOPS	1.0	8.0	15-20	25-32
TOPS/W	10	55	180-220	350-500
nJ/op	0.05	0.018	0.005-0.007	0.002-0.003
fmax	50 MHz	125 MHz	125 MHz	180 MHz (Razor)
Effective bpw	1.6	1.25	1.25	0.8

Wave-15-TT-V4 — 5 parallel streams

• W15-TT-A Mesh+IO (S-1, S-3, S-6, S-7, S-18) → feat/tt-v4-mesh — 2026-05-16
• W15-TT-B PLL+ROM+CIM+Booth (S-2, S-4, S-10, S-17, S-25) → feat/tt-v4-rom-cim — 2026-05-16
• W15-TT-C Guards+Sparse+Approx (S-9, S-11, S-12, S-16, S-19, S-21, S-24) → feat/tt-v4-guards-sparse-approx — 2026-05-17
• W15-TT-D Power+Razor (S-13, S-14, S-15, S-20, S-26, S-27, S-28) → feat/tt-v4-power-razor — 2026-05-17
• W15-TT-F Async-lab experimental (S-22, S-23) → feat/tt-v4-async-lab — 2026-05-17

Submit gate W15-TT-E: app.tinytapeout.com by 2026-05-17 22:00 UTC (T-3 days).

Falsification gates total: 28 (G-1..G-12 v2 · G-13..G-20 v3 · G-21..G-28 v4)

Each S-vector has exactly one testable failure condition (Popper R7 compliance).

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🛸 Anchor: φ² + φ⁻² = 3 · Apache-2.0 · DOI 10.5281/zenodo.19227877