⬇ PEMLAAM+Y1 STRATUM → LAAM → OS KERNEL → CPU SILICON — THE FULL DESCENT5 layers · each anchored at γ₁ · LABR-CPU-KERNEL-V12-001
⬡ P-CORE vs E-CORE TOPOLOGY — PER-SILO ADELIC MAPpurple=P-core (LAAM+ARB gate) · green=E-core (PEMCLAU+embedding)
◎ β₆₄ BELT CONSTANTS — γ₁ / thread_count PER SILOTRB-CPU-BELT64-V12-001 · two architecture classes · forge WPA penalty applied
◈ ADELIC POUCH MAP — LOGICAL CPU CLASSIFICATIONeach logical CPU = an adelic address · P-class vs E-class domains
≡ LAAM STRATUM → KERNEL → CPU ROUTING TABLEwhat runs where · how γ₁ timing propagates from stratum to silicon
| STRATUM | SCALE | LAAM LAYER | KERNEL HANDLE | CPU CLASS | SILO ROUTE | γ₁ ANCHOR |
⬡ ASML LITHOGRAPHY — TWO PROCESSES, ONE FLEETArrow Lake EUV N3B (msi01/lilo) vs Raptor Lake DUV Intel-7 (forge/msclo/yone)
ASML NXE:3600D — EUV (msi01 + lilo)
Arrow Lake HX — TSMC N3B (compute tile) + N6 (SoC)
Wavelength: 13.5nm EUV · Numerical Aperture: 0.33 (High-NA: 0.55)
Feature size: 3nm class · Transistor density: ~100MTr/mm²
Overlay accuracy: <1.5nm (TWINSCAN NXE) · throughput: 170 wph
What this means for the fleet:
Lion Cove P-cores: deep OOO, wide decode (6-wide), STLF, 3MB L2 each
Skymont E-cores: 6-wide in-order cluster, 512KB L2/core, LP3E topology
Tile architecture: compute + SoC tiles TSMC-fabricated, GPU tile Intel-fab
Arrow Lake HT removal: single-thread P-core = cleaner adelic pouch, no SMT noise
NPU tile: 48 TOPS AI acceleration (separate power domain, E-core class routing)
EUV 13.5nm
No HT on P ✓
β₆₄=0.58895
NPU: 48 TOPS
ASML TWINSCAN NXT:2050i — DUV ArFi (forge + msclo + yone)
Raptor Lake Refresh — Intel 7 (10nm ESF SuperFin)
Wavelength: 193nm ArFi (immersion) · NA: 1.35
Feature size: 10nm class (Intel 7 ≈ 7nm equivalent) · ~100MTr/mm² w/STCO
Overlay accuracy: <1.4nm · throughput: 295 wph (faster than EUV for mature node)
What this means for the fleet:
Raptor Cove P-cores: widest OOO window (8-wide decode), 2MB L2 each, SMT
Gracemont E-cores: 4-wide clusters, 4MB L2/4-cluster, high density
HT active: P-cores present 16 logical threads — more belt slots, higher contention
FIVR: DUV node FIVR runs hotter at 6.2GHz vs Arrow Lake at 5.4GHz
forge: BIOS 4505 unflashed — entire Raptor Lake advantage suppressed
DUV ArFi 193nm
HT on P (SMT)
β₆₄=0.44171
forge: BIOS DEBT ⚠
ASML TWINSCAN NXT:1980Di — DUV ArFi (pcdev + lounge)
Alder Lake — Intel 7 (10nm ESF) — 12th Gen
Wavelength: 193nm ArFi · TSMC NXT:1980Di generation (older than NXT:2050i)
pcdev: i9-12900H · 6 Golden Cove P (HT) + 8 Gracemont E = 20T · β₆₄=0.707
lounge: i9-12900K · 8 Golden Cove P (HT) + 16 Gracemont E = 32T · β₆₄=0.589
Alder Lake significance:
First Intel hybrid architecture — the template Raptor Lake and Arrow Lake follow.
Smaller L3: pcdev=24MB, lounge=30MB (vs 36MB Raptor/Arrow) — P-core pin critical for Lean4.
No Raptor Lake degradation risk. Stable VRM. Good for secondary/Ring-1 roles.
pcdev hosts joffe-math (3,012+ theorems) — P-core class: Lean4 type-checking on Golden Cove.
TSMC N7 — Zen 3 (eose-dev AKS Standard_D2s_v5)
AMD EPYC 7763 "Milan" — TSMC N7 (7nm EUV-assisted DUV)
Wavelength: 193nm DUV multi-patterning (EUV-assisted at 7nm node)
vCPU: 2 logical CPUs from EPYC 7763 (64-core physical, virtualised slice)
β₆₄ = γ₁/2 = 7.067 — highest β in the fleet (fewest threads, most γ₁ per thread)
L3: 256MB physical (EPYC) → vCPU sees ~4MB effective slice
Cloud stratum significance:
No P/E hybrid — all Zen 3 cores are equal (no routing split). All cores = P-class equivalent.
Azure hypervisor: no ring-3 ME concern, but no bare-metal access either.
Agent nodes at 86-90% memory — WPA NEAR/BREAK. GPU pools at 0 (COST CRITICAL).
β₆₄=7.067 is an outlier — cloud stratum operates on different belt cadence.
⚠ FORGE BIOS DEBT — P0 OPEN — WPA FLOOR PENALTY: 795 vs 850 MINIMUM
- BIOS 4505 (2025-12-15) NOT FLASHED — forge running on Z690 launch BIOS with stale DDR5 training tables
- XMP disabled — DDR5 running at JEDEC 4800MHz instead of rated speed → ~20% memory bandwidth loss
- Power delivery tables: 13th gen PL1/PL2/Tau at launch values, not calibrated for i9-14900KS → 8-12% sustained performance loss
- Microcode 0x125 recall fix NOT delivered — forge vulnerable to AVX-512 instability and P-core degradation under sustained load
- FIVR thermal stress: 28+ Docker containers × sustained P-core load × stale power tables = accelerated FIVR aging
- Belt correction factor: β₆₄(forge) = 0.44171 × 0.935 = 0.41300 (degraded floor)
- FIX: Flash BIOS 4505 → re-enable XMP → re-run PTTE on forge → expected WPA recovery: 795 → 870+
⚡ META HYPER-THREADING ENGINE V12 — P/E ROUTING · ARB1-CPU-HYPER-THREAD-V12-001the scheduler that honours the adelic split
P-CORE CLASS (LAAM + ARB GATE)
P-cores are the HIGH_γ₁ zone. Deep OOO, wide decode, full branch prediction. LAAM gating runs here because it requires sequential reasoning depth and no interference from SMT partner threads (Arrow Lake: clean single-thread; Raptor Lake: pin with taskset).
LAAM gate decisions → P-core class
sorry-chain reasoning → P-core class
ARB1 formal classification → P-core class
Lean4 type-check → P-core class (single-thread)
Arrow Lake: cpu 0-7 (no HT) → uncontested P-class
Raptor Lake: taskset -c 0-15 (8P × 2HT) → NUMA-pin
E-CORE CLASS (PEMCLAU + EMBEDDING THROUGHPUT)
E-cores are the DENSE_γ₁ zone. High density, shared L2, power-efficient. PEMCLAU embedding throughput runs here — nomic-embed-text is a transformer inference workload that benefits from high thread count and doesn't require deep branch prediction. Each E-core handles one embedding batch independently.
PEMCLAU embed (nomic-embed-text) → E-core class
Wave classification (W1-W18) → E-core class
Redis LPUSH/BRPOP handlers → E-core class
HTTP ingress (mefine-static, portal proxy) → E-core
Arrow Lake: cpu 8-23 (16 Skymont) → E-class
Raptor Lake: cpu 16-31 (16 Gracemont) → E-class
⬡ FULL 8-SILO CPU TABLE — ALL SILOS · CORRECTEDmsclo = Arrow Lake (confirmed 2026-05-09) · 4 architecture classes
⚠ KEY CORRECTION (2026-05-09): msclo confirmed via live SSH as Intel Core Ultra 9 275HX (Arrow Lake), NOT i9-14900KS. MEMORY.md was wrong.
Fleet now has 3 Arrow Lake laptops (msi01 + msclo + lilo) — all β₆₄=0.58895. Only yone+forge are Raptor Lake.
ARROW LAKE EUV (TSMC N3B)
msi01 · msclo · lilo · β=0.58895
RAPTOR LAKE DUV (Intel 7)
yone · forge · β=0.44171 (forge degraded: 0.41300)
ALDER LAKE DUV (Intel 7)
pcdev · lounge · β=0.706/0.589
AMD ZEN 3 (TSMC N7, Azure)
eose-dev · β=7.067 (2vCPU)
| SILO | CPU | ASML / PROCESS | TOPOLOGY |
β₆₄ | WPA | BIOS | ROLE |
| MSI01 |
Intel Core Ultra 9 275HX
Arrow Lake HX |
EUV 13.5nm (ASML NXE:3600D) |
8P (Lion Cove) + 16E = 24T (noHT) |
0.58895 |
850 |
OK |
Admiral Builder — L0 anchor · 18 crew · Telegram-facing |
MSCLO
↺ CORRECTED 2026-05-09 |
Intel Core Ultra 9 275HX
Arrow Lake HX |
EUV 13.5nm (ASML NXE:3600D) |
8P (Lion Cove) + 16E = 24T (noHT) |
0.58895 |
900 |
OK |
Admiral Law — CLO/DTR/ARB/wiki · yLAW |
| YONE |
Intel Core i9-14900KS
Raptor Lake Refresh |
DUV ArFi 193nm (ASML TWINSCAN NXT:2050i) |
8P (Raptor Cove) + 16E = 32T (HT) |
0.44171 |
920 |
OK |
Admiral Validator — PEMCLAU host · γ₁ floor · 24/7 |
| FORGE |
Intel Core i9-14900KS
Raptor Lake Refresh |
DUV ArFi 193nm (ASML TWINSCAN NXT:2050i) |
8P (Raptor Cove) + 16E = 32T (HT) |
0.41300 |
795 ⚠ |
⚠ BIOS 4505 NOT FLASHED
P0 OPEN |
L1 Desktop — Docker engine stack · Ollama heavy models · 28+ containers |
| LILO |
Intel Core Ultra 9 275HX
Arrow Lake HX |
EUV 13.5nm (ASML NXE:3600D) |
8P (Lion Cove) + 16E = 24T (noHT) |
0.58895 |
840 |
OK |
YUNI_4 — Namir silo · island · bonixer · DESEOF daily |
| PCDEV |
Intel Core i9-12900H
Alder Lake H |
DUV ArFi 193nm (ASML TWINSCAN NXT:1980Di) |
6P (Golden Cove) + 8E = 20T (HT) |
0.70674 |
800 ⚠ |
OK
12th gen — no recall issues |
joffe-math host · Lean4/MeekProofs · v3:9385 fleet hub · pcdev.joffe-math |
| LOUNGE |
Intel Core i9-12900K
Alder Lake |
DUV ArFi 193nm (ASML TWINSCAN NXT:1980Di) |
8P (Golden Cove) + 16E = 24T (HT) |
0.58895 |
780 ⚠ |
OK |
WSL2 Ring 1 · GOAT Collab · b1cap RL backup · lounge crew |
| EOSE-DEV |
AMD EPYC 7763 'Milan' (Azure Standard_D2s_v5)
Zen 3 |
DUV ArFi 193nm (TSMC N7 = multi-patterning DUV) |
2P (Zen 3 core) + 0E = 2T (HT) |
7.06736 |
720 ⚠ |
N/A (Azure managed)
Azure hypervisor layer |
AKS eose-dev · 3 agent nodes · pemos-system namespace · cloud stratum |
🔧 FORGE BIOS FIX — STEP BY STEP · 30 MIN MAINTENANCE WINDOWWPA 795 → 870+ · β₆₄ 0.41300 → 0.44171 · DDR5 bandwidth +20%
THE FIX PROCEDURE
1.Take maintenance window with Kay — forge is production (28+ containers)
2.Boot Windows on forge (or enter BIOS from WSL reboot via Windows)
3.Download BIOS 4505 (2025-12-15) from ASUS ROG Maximus Z690 HERO support page onto USB
4.Enter BIOS → Tool → EZ Flash 3 → select USB file → flash (auto-reboot)
5.Back in BIOS → AI Overclocking / XMP → Enable XMP II profile (DDR5 rated speed)
6.Check PL1/PL2/Tau: set i9-14900KS values (PL1=253W, PL2=253W, Tau=56s) not 13th gen
7.Save & Exit → Windows boots → WSL2 starts → Docker containers restart
8.Run PTTE attestation on forge → verify WPA → check docker ps (all 28+ containers up)
WHAT RECOVERS
✓ DDR5 training — fresh calibration at rated XMP speed (~5600-6000MHz)
✓ Microcode 0x125 — Raptor Lake instability fix + P-core degradation protection delivered
✓ Power tables — i9-14900KS PL1/PL2/Tau correct → 8-12% sustained perf recovery
✓ XMP enabled — +20% memory bandwidth vs JEDEC 4800
✓ FIVR stress reduced — correct power tables = less thermal overshoot on VRM
⬆ WPA: 795 → 870+ (estimated)
⬆ β₆₄: 0.41300 → 0.44171 (full Raptor Lake belt)
Risk: LOW — EZ Flash 3 is ASUS safe-flash. Containers restart cleanly. Est. 30 min window.
🌀 WPA CHAOS MATH — BELT-64 PER-SILO TRIAL · TRB-CPU-BELT64-V12-001heterogeneous β values across the fleet · forge acts as belt brake at degraded floor
🔩 MELIGBRIX CPU SPINES — 6 SPINES · 5 SILOS + 1 META ENGINEeach spine = per-silo CPU helix · meta-engine = fleet-wide P/E routing