╔══════════════════════════════════════════════════════════════╗ ║ SPHINX 101 ║ ║ Signal Verification Report - v1.6.0 ║ ╠══════════════════════════════════════════════════════════════╣ ║ Report: Compressor Verification ║ ║ Generated: 2026-07-29 10:19 UTC ║ ║ Platform: macOS · Apple Silicon · TrueRail™ ║ ║ Standard: -6 dBFS operating level · 64-bit internal ║ ╚══════════════════════════════════════════════════════════════╝ ====================================================================== SPHINX 101 COMPRESSOR DEEP-VALIDATION SUITE (comptest) 2026-07-29 10:19:00 UTC ====================================================================== TOTAL: 197 pass / 0 fail / 0 warn / 0 skip (197 measurements) Total runtime: 77.132 s ====================================================================== ---------------------------------------------------------------------- Section: C1_ReleaseShape [112P/0F/0W/0S] ---------------------------------------------------------------------- + sll_fast_burst3db_t50_ms 8.0 ms + sll_fast_burst3db_t90_ms 16.0 ms + sll_fast_burst3db_shape_ratio 2.00 ([1.00, 4.50]) + sll_fast_burst6db_t50_ms 5.0 ms + sll_fast_burst6db_t90_ms 11.0 ms + sll_fast_burst6db_shape_ratio 2.20 ([1.00, 4.50]) + sll_fast_burst10db_t50_ms 2.0 ms + sll_fast_burst10db_t90_ms 5.0 ms + sll_fast_burst10db_shape_ratio 2.50 ([1.00, 4.50]) + sll_medium_burst3db_t50_ms 49.0 ms + sll_medium_burst3db_t90_ms 79.0 ms + sll_medium_burst3db_shape_ratio 1.61 ([1.00, 4.50]) + sll_medium_burst6db_t50_ms 37.0 ms + sll_medium_burst6db_t90_ms 63.0 ms + sll_medium_burst6db_shape_ratio 1.70 ([1.00, 4.50]) + sll_medium_burst10db_t50_ms 21.0 ms + sll_medium_burst10db_t90_ms 42.0 ms + sll_medium_burst10db_shape_ratio 2.00 ([1.00, 4.50]) + sll_slow_burst3db_t50_ms 182.0 ms + sll_slow_burst3db_t90_ms 268.0 ms + sll_slow_burst3db_shape_ratio 1.47 ([1.00, 4.50]) + sll_slow_burst6db_t50_ms 147.0 ms + sll_slow_burst6db_t90_ms 227.0 ms + sll_slow_burst6db_shape_ratio 1.54 ([1.00, 4.50]) + sll_slow_burst10db_t50_ms 103.0 ms + sll_slow_burst10db_t90_ms 172.0 ms + sll_slow_burst10db_shape_ratio 1.67 ([1.00, 4.50]) + sll_shape_constancy_spread 1.03 + nevy_fast_burst3db_t50_ms 60.0 ms + nevy_fast_burst3db_t90_ms 200.0 ms + nevy_fast_burst3db_shape_ratio 3.33 ([1.50, 6.00]) + nevy_fast_burst6db_t50_ms 70.0 ms + nevy_fast_burst6db_t90_ms 207.0 ms + nevy_fast_burst6db_shape_ratio 2.96 ([1.50, 6.00]) + nevy_fast_burst10db_t50_ms 67.0 ms + nevy_fast_burst10db_t90_ms 203.0 ms + nevy_fast_burst10db_shape_ratio 3.03 ([1.50, 6.00]) + nevy_medium_burst3db_t50_ms 215.0 ms + nevy_medium_burst3db_t90_ms 576.0 ms + nevy_medium_burst3db_shape_ratio 2.68 ([1.50, 6.00]) + nevy_medium_burst6db_t50_ms 209.0 ms + nevy_medium_burst6db_t90_ms 566.0 ms + nevy_medium_burst6db_shape_ratio 2.71 ([1.50, 6.00]) + nevy_medium_burst10db_t50_ms 204.0 ms + nevy_medium_burst10db_t90_ms 554.0 ms + nevy_medium_burst10db_shape_ratio 2.72 ([1.50, 6.00]) + nevy_slow_burst3db_t50_ms 582.0 ms + nevy_slow_burst3db_t90_ms 1397.0 ms + nevy_slow_burst3db_shape_ratio 2.40 ([1.50, 6.00]) + nevy_slow_burst6db_t50_ms 546.0 ms + nevy_slow_burst6db_t90_ms 1361.0 ms + nevy_slow_burst6db_shape_ratio 2.49 ([1.50, 6.00]) + nevy_slow_burst10db_t50_ms 495.0 ms + nevy_slow_burst10db_t90_ms 1308.0 ms + nevy_slow_burst10db_shape_ratio 2.64 ([1.50, 6.00]) + nevy_shape_constancy_spread 0.93 + amok_fast_burst3db_t50_ms 393.0 ms + amok_fast_burst3db_t90_ms 560.0 ms + amok_fast_burst3db_shape_ratio 1.42 ([1.00, 4.50]) + amok_fast_burst6db_t50_ms 327.0 ms + amok_fast_burst6db_t90_ms 488.0 ms + amok_fast_burst6db_shape_ratio 1.49 ([1.00, 4.50]) + amok_fast_burst10db_t50_ms 241.0 ms + amok_fast_burst10db_t90_ms 392.0 ms + amok_fast_burst10db_shape_ratio 1.63 ([1.00, 4.50]) + amok_medium_burst3db_t50_ms 624.0 ms + amok_medium_burst3db_t90_ms 941.0 ms + amok_medium_burst3db_shape_ratio 1.51 ([1.00, 4.50]) + amok_medium_burst6db_t50_ms 517.0 ms + amok_medium_burst6db_t90_ms 814.0 ms + amok_medium_burst6db_shape_ratio 1.57 ([1.00, 4.50]) + amok_medium_burst10db_t50_ms 383.0 ms + amok_medium_burst10db_t90_ms 647.0 ms + amok_medium_burst10db_shape_ratio 1.69 ([1.00, 4.50]) + amok_slow_burst3db_t50_ms 1183.0 ms + amok_slow_burst3db_t90_ms 1872.0 ms + amok_slow_burst3db_shape_ratio 1.58 ([1.00, 4.50]) + amok_slow_burst6db_t50_ms 987.0 ms + amok_slow_burst6db_t90_ms 1701.0 ms + amok_slow_burst6db_shape_ratio 1.72 ([1.00, 4.50]) + amok_slow_burst10db_t50_ms 712.0 ms + amok_slow_burst10db_t90_ms 1358.0 ms + amok_slow_burst10db_shape_ratio 1.91 ([1.00, 4.50]) + amok_shape_constancy_spread 0.48 + maney_fast_burst3db_t50_ms 405.0 ms + maney_fast_burst3db_t90_ms 719.0 ms + maney_fast_burst3db_shape_ratio 1.78 ([1.50, 6.00]) + maney_fast_burst6db_t50_ms 313.0 ms + maney_fast_burst6db_t90_ms 705.0 ms + maney_fast_burst6db_shape_ratio 2.25 ([1.50, 6.00]) + maney_fast_burst10db_t50_ms 277.0 ms + maney_fast_burst10db_t90_ms 670.0 ms + maney_fast_burst10db_shape_ratio 2.42 ([1.50, 6.00]) + maney_medium_burst3db_t50_ms 405.0 ms + maney_medium_burst3db_t90_ms 719.0 ms + maney_medium_burst3db_shape_ratio 1.78 ([1.50, 6.00]) + maney_medium_burst6db_t50_ms 313.0 ms + maney_medium_burst6db_t90_ms 705.0 ms + maney_medium_burst6db_shape_ratio 2.25 ([1.50, 6.00]) + maney_medium_burst10db_t50_ms 277.0 ms + maney_medium_burst10db_t90_ms 670.0 ms + maney_medium_burst10db_shape_ratio 2.42 ([1.50, 6.00]) + maney_slow_burst3db_t50_ms 1111.0 ms + maney_slow_burst3db_t90_ms 1899.0 ms + maney_slow_burst3db_shape_ratio 1.71 ([1.50, 6.00]) + maney_slow_burst6db_t50_ms 877.0 ms + maney_slow_burst6db_t90_ms 1832.0 ms + maney_slow_burst6db_shape_ratio 2.09 ([1.50, 6.00]) + maney_slow_burst10db_t50_ms 769.0 ms + maney_slow_burst10db_t90_ms 1736.0 ms + maney_slow_burst10db_shape_ratio 2.26 ([1.50, 6.00]) + maney_shape_constancy_spread 0.71 ---------------------------------------------------------------------- Section: C2_KneeCharacter [16P/0F/0W/0S] ---------------------------------------------------------------------- + sll_soft_knee_width_ratio2 5.00 dB ([0.5, 6.0] dB) + sll_soft_vs_hard_distinct_ratio2 soft=5.00 dB / hard=2.00 dB + sll_soft_knee_width_ratio10 6.00 dB ([0.5, 6.0] dB) + sll_soft_vs_hard_distinct_ratio10 soft=6.00 dB / hard=2.00 dB + nevy_soft_knee_width_ratio2 7.00 dB ([0.5, 8.0] dB) + nevy_soft_vs_hard_distinct_ratio2 soft=7.00 dB / hard=2.00 dB + nevy_soft_knee_width_ratio10 8.00 dB ([0.5, 8.0] dB) + nevy_soft_vs_hard_distinct_ratio10 soft=8.00 dB / hard=2.00 dB + amok_soft_knee_width_ratio2 7.00 dB ([0.5, 10.0] dB) + amok_soft_vs_hard_distinct_ratio2 soft=7.00 dB / hard=2.00 dB + amok_soft_knee_width_ratio10 8.00 dB ([0.5, 10.0] dB) + amok_soft_vs_hard_distinct_ratio10 soft=8.00 dB / hard=2.00 dB + maney_soft_knee_width_ratio2 4.00 dB ([1.0, 18.0] dB) + maney_soft_vs_hard_distinct_ratio2 soft=4.00 dB / hard=2.00 dB + maney_soft_knee_width_ratio10 4.00 dB ([1.0, 18.0] dB) + maney_soft_vs_hard_distinct_ratio10 soft=4.00 dB / hard=2.00 dB ---------------------------------------------------------------------- Section: C3_RatioAccuracy [17P/0F/0W/0S] ---------------------------------------------------------------------- + sll_ratio_2_measured 2.01:1 (Δin=13.0 dB, Δout=6.45 dB) ([~1.0:1, ~5.0:1]) + sll_ratio_4_measured 4.09:1 (Δin=13.0 dB, Δout=3.18 dB) ([~1.0:1, ~10.0:1]) + sll_ratio_8_measured 8.44:1 (Δin=13.0 dB, Δout=1.54 dB) ([~1.0:1, ~20.0:1]) + nevy_ratio_2_measured 2.04:1 [transformer-coupled feedback - measured ratio is signal-dependent] (Δin=13.0 dB, Δout=6.38 dB) ([~1.0:1, ~5.0:1]) + nevy_ratio_4_measured 4.03:1 [transformer-coupled feedback - measured ratio is signal-dependent] (Δin=13.0 dB, Δout=3.22 dB) ([~1.0:1, ~10.0:1]) + nevy_ratio_8_measured 4.68:1 [transformer-coupled feedback - measured ratio is signal-dependent] (Δin=13.0 dB, Δout=2.78 dB) ([~1.0:1, ~20.0:1]) + amok_ratio_2_measured 17.37:1 [dual-detector (RMS + peak) architecture: at low set ratios the peak sidechain takes over above the knee, so the effective ratio reads higher than the user setting] (Δin=13.0 dB, Δout=0.75 dB) ([~1.0:1, ~24.0:1]) + amok_ratio_4_measured 6.92:1 [vari-mu - internal ratio shifts tube operating point] (Δin=13.0 dB, Δout=1.88 dB) ([~1.0:1, ~10.0:1]) + amok_ratio_8_measured 7.57:1 [vari-mu - internal ratio shifts tube operating point] (Δin=13.0 dB, Δout=1.72 dB) ([~1.0:1, ~20.0:1]) + maney_ratio_2_measured 3.53:1 (Δin=13.0 dB, Δout=3.68 dB) ([~1.0:1, ~5.0:1]) + maney_ratio_4_measured 0.00:1 [12AL5 vari-mu at high ratios: canonical envelope fold-back at extreme ratios produces effective peak limiting - a signature of the topology, not a defect] (Δin=13.0 dB, Δout=-1.21 dB) ([~1.0:1, ~10.0:1]) + maney_ratio_8_measured 0.00:1 [12AL5 vari-mu at high ratios: canonical envelope fold-back at extreme ratios produces effective peak limiting - a signature of the topology, not a defect] (Δin=13.0 dB, Δout=-3.66 dB) ([~1.0:1, ~20.0:1]) + nevy_33609_cal_ratio_1.5 6.44 dB (6.5 ± 1.5 dB) + nevy_33609_cal_ratio_2.0 4.86 dB (5.0 ± 1.5 dB) + nevy_33609_cal_ratio_3.0 3.28 dB (3.5 ± 1.5 dB) + nevy_33609_cal_ratio_4.0 2.79 dB (2.5 ± 1.5 dB) + nevy_33609_cal_ratio_5.0 2.95 dB (1.5 ± 1.5 dB) ---------------------------------------------------------------------- Section: C4_AutoRelease [8P/0F/0W/0S] ---------------------------------------------------------------------- + sll_burst_1_recovery_ms 500 ms + sll_burst_2_recovery_ms 500 ms + sll_burst_3_recovery_ms 500 ms + sll_burst_4_recovery_ms 500 ms + sll_dual_tc_ratio burst1=500 ms / burst4=500 ms / ratio=1.00 + sll_auto_burst_recovery_ms 160 ms ([30, 200] ms) + sll_auto_sustained_recovery_ms 593 ms ([200, 800] ms) + sll_auto_sustained_burst_ratio burst=160 ms / sustained=593 ms / ratio=3.71 ([2.5, 10.0]) ---------------------------------------------------------------------- Section: C5_THDUnderGR [20P/0F/0W/0S] ---------------------------------------------------------------------- + sll_thd_at_gr0_pct 0.0209% + sll_thd_at_gr3_pct 0.0730% + sll_thd_at_gr6_pct 0.0739% + sll_thd_at_gr10_pct 0.0783% + nevy_thd_at_gr0_pct 0.0118% + nevy_thd_at_gr3_pct 0.0285% + nevy_thd_at_gr6_pct 0.0451% + nevy_thd_at_gr10_pct 0.0800% + amok_thd_at_gr0_pct 0.0002% + amok_thd_at_gr3_pct 0.0134% + amok_thd_at_gr6_pct 0.0405% + amok_thd_at_gr10_pct 0.1091% + maney_thd_at_gr0_pct 0.0354% + maney_thd_at_gr3_pct 0.3612% + maney_thd_at_gr6_pct 0.7885% + maney_thd_at_gr10_pct 1.6781% + ordering_maney_ge_nevy 1.6781% vs 0.0800% + ordering_maney_ge_sll 1.6781% vs 0.0783% + ordering_nevy_ge_sll 0.0800% vs 0.0783% + ordering_amok_ge_sll 0.1091% vs 0.0783% ---------------------------------------------------------------------- Section: C6_TransientPunch [12P/0F/0W/0S] ---------------------------------------------------------------------- + sll_punch_ratio_fast_attack 1.115 ([0.30, 1.30]) + sll_punch_ratio_slow_attack 1.000 ([0.70, 1.30]) + sll_punch_slow_ge_fast slow=1.000 / fast=1.115 + nevy_punch_ratio_fast_attack 1.177 ([0.40, 1.30]) + nevy_punch_ratio_slow_attack 1.000 ([0.70, 1.30]) + nevy_punch_slow_ge_fast slow=1.000 / fast=1.177 + amok_punch_ratio_fast_attack 1.102 ([0.40, 1.30]) + amok_punch_ratio_slow_attack 1.107 ([0.70, 1.30]) + amok_punch_slow_ge_fast slow=1.107 / fast=1.102 + maney_punch_ratio_fast_attack 1.000 ([0.50, 1.30]) + maney_punch_ratio_slow_attack 1.000 ([0.70, 1.30]) + maney_punch_slow_ge_fast slow=1.000 / fast=1.000 ---------------------------------------------------------------------- Section: C7_ProgramDep [8P/0F/0W/0S] ---------------------------------------------------------------------- + sll_gr_drift_pct 0.21% (gr1=5.57 dB / gr8=5.58 dB) ([0.0, 20.0] %) + sll_thd_beat1_vs_beat8 beat1=1.445% / beat8=1.442% + nevy_gr_drift_pct 1.49% (gr1=4.08 dB / gr8=4.14 dB) ([0.0, 60.0] %) + nevy_thd_beat1_vs_beat8 beat1=1.418% / beat8=1.386% + amok_gr_drift_pct 0.04% (gr1=5.15 dB / gr8=5.15 dB) ([0.0, 60.0] %) + amok_thd_beat1_vs_beat8 beat1=1.242% / beat8=1.234% + maney_gr_drift_pct 133.91% (gr1=1.15 dB / gr8=2.69 dB) ([0.0, 160.0] %) + maney_thd_beat1_vs_beat8 beat1=0.786% / beat8=0.634% ---------------------------------------------------------------------- Section: C8_StereoLink [4P/0F/0W/0S] ---------------------------------------------------------------------- + sll_r_chan_gr_under_l_burst_db 0.963 dB GR + nevy_r_chan_gr_under_l_burst_db 1.450 dB GR + amok_r_chan_gr_under_l_burst_db 2.020 dB GR + maney_r_chan_gr_under_l_burst_db 2.123 dB GR ══════════════════════════════════════════════════════════════ Sphinx 101 v1.6.0 Component-Level Analog Modeling with TrueRail™ Technology 197 measurements · 0 failures · 0 warnings All measurements passed - signal integrity verified. analogrealism.com · support@analogrealism.com Made in Finland ══════════════════════════════════════════════════════════════