03 - Verification · 2026
/ 検証
/ Public measurement data
We measured everything. Twice.
Sphinx 101 ships with the same test results we run on every build. Nine independent suites. 2,043 automated measurements. Zero failures. The raw data is yours to inspect.
Every suite is now validated with real music material alongside the synthetic test signals. A calibrated commercial master is pushed through the actual welcome preset and metered the way a DAW meter does — because mono and synthetic tones can mislead on level. It is the authoritative check that the chain stays loudness-transparent on real, bass-heavy, stereo program material.
- 2,043Total measurements
- 9Independent test suites
- 0Failures
- 0Warnings
01 / Downloads
Reports and raw archives. All transparent, always public.
01
Test Summary - overview
All nine suites at a glance · pass/fail status across 2,043 measurements
download
02
Signal-chain verification
983 measurements · end-to-end gain, phase, polarity, bypass residue
download
03
Compressor verification
197 measurements · attack / release accuracy across all four topologies
download
05
Transformer verification
217 measurements · four iron cores (M1166 / C9049 / K1166 / L1544) — saturation, hysteresis, FR, phase, drive sweep
download
08
Oversampling and anti-aliasing
60 measurements · 44.1 / 48 / 88.2 / 96 / 176.4 / 192 kHz consistency
download
09
Component-model verification
68 measurements · mathematical building blocks (Koren triode / BJT / VCA / op-amp / passives / Jiles-Atherton / VU / PPM / LED) plus 30 edge-case robustness tests
download
10
Configuration audit
63 measurements · internal coherence of every config and circuit selection
download
Check them yourself. Compare against your own hardware if you have it. Give the reports to your AI of choice to explain. We publish what we
measure because we expect you to verify - most analog-simulating audio plugins ship just a promising press release;
we ship the raw and verified test results. Download the free demo and reproduce these measurements on your own system.