CHRONO-TORQUE Emblem CHRONO-TORQUE /gto v2.0 Metaphy LLC
Route 3 • /benchmarks 5,262.1 tok/s Cold → 10,870.5 tok/s Warm → 47,228.5 tok/s Cluster Z_ref = 0.0000 vs 9,765,625×

Client-Side /gto Throughput, Reflected Impedance & ℤ[φ] Memory Calculator

Experiment interactively with target token counts, step-up gear ratios (p ∈ {2, 3, 5}), constraint attenuation (γ), and Lockglass PAPR gating to verify CHRONO-TORQUE's exact speedup and reflected impedance formulas in real time.

1. Interactive Token Build & Pre-Spin Calculator

ProfileTotal TimeThroughputSpeedup
Unsorted Baseline48,188.2 ms85.0 tok/s1.00×
Cold Turn 1 (/gto)778.4 ms5,262.1 tok/s61.91×
Warm @LUMEN K=4376.8 ms10,870.5 tok/s127.89×
32-Stream Cluster86.7 ms47,228.5 tok/s555.63×

2. Reflected Impedance (Zref) & Pinion Supremacy

MetricClassical UnshieldedCHRONO-TORQUE Active
Stage-6 Speed (Γ6)3,125×3,125× (4,218.8× Warm)
Reflected Impedance Zref9,765,625× Zload0.0000 (Zero Lock-Up)
Pinion Load Ratio (Zload,6/τ6)1,312,500.0 (Stalled)0.0997 (Frictionless)
Pinion Supremacy (I6 / I1)0.0000× (Jammed)552.83× Dominance

3. BAMA v3.1 ZDC-QEGG Memory Arena Calculator

ArchitectureBytes / CellArena TouchedScan Latency
IEEE-754 FP32 Baseline3,072.00 B12.58 MB892.0 μs
Canonical ZDC-QEGG55.18 B226.0 KB60.8 μs (14.67×)
PAPR Bit-Sliced (/gto)38.00 B (80.84×)155.6 KB41.2 μs (21.65×)

Zero-decompression Fibonacci Two-Accumulator MAC: 0 B float buffer, numerical precision 1.78 × 10−15, Tier-14 CRT Shield 251 × 253 = 63,503.