╔══════════════════════════════════════════════════════════════╗ ║ SPHINX 101 ║ ║ Signal Verification Report - v1.6.9 ║ ╠══════════════════════════════════════════════════════════════╣ ║ Report: Signal Chain Verification ║ ║ Generated: 2026-08-29 08:07 UTC ║ ║ Platform: macOS · Apple Silicon · TrueRail™ ║ ║ Standard: -6 dBFS operating level · 64-bit internal ║ ╚══════════════════════════════════════════════════════════════╝ ====================================================================== SPHINX 101 FULL BENCHMARK SUITE 2026-08-29 08:07:46 UTC ====================================================================== Original measurements: 313 pass / 0 fail / 0 warn / 0 skip Enhanced measurements: 716 pass / 0 fail / 0 warn / 0 skip TOTAL: 1035 pass / 0 fail / 0 warn / 0 skip (1035 measurements) Mechanisms Active: 12/12 Personalities Differentiated: 4/4 orderings CPU @ 512 samples: 8.22 % Total runtime: 160.16 s ====================================================================== ---------------------------------------------------------------------- Section: Original ---------------------------------------------------------------------- [Metering_VU] [3P/0F/0W/0S] + zero_vu_reading_at_minus6dbfs -0.005 (0.000000) + rise_time_ms 300.958 (300.000000) + overshoot_pct 1.250 (1.250000) [Metering_PPM] [2P/0F/0W/0S] + attack_time_ms 0.979 (1.000000) + decay_time_s 2.800 (2.800000) [Metering_LED] [1P/0F/0W/0S] + opacity_attack_ms 19.875 [AutoGain] [17P/0F/0W/0S] + unity_compensation_db 0.000 + compensation_for_6db_boost -6.006 + disabled_passes_unity 1.000 + silence_gate_holds 0.000 + filter_default_ag_zero_db 0.000 + filter_engaged_ag_compensates_db 1.461 + filter_lowcut_sweep_monotonic_db 1.461 + filter_highcut_sweep_monotonic_db 0.498 + filter_ag_signal_independent_db 0.000 + filter_highcut_100hz_monotonic_count 0.000 + ag01_compressor_envelope_shape_db 0.074 + ag02_subcomp_envelope_shape_db 0.228 + ag03_hfcomp_envelope_shape_db 0.258 + ag04_eq_boost_static_offset_db 0.000 + ag05_drive_saturation_crest_db 8.863 + ag06_bypass_recalc_shape_db 0.000 + ag07_crest_factor_delta_db 0.164 [Oversampling] [4P/0F/0W/0S] + factor_x2_ratio 2.000 + factor_x16_ratio 16.000 + identity_passthrough_db -0.000 + aliasing_floor_db -98.986 [Transformer_M1166] [3P/0F/0W/0S] + lf_phase_lift_deg_20hz 58.606 (55.000000) + harmonic_ratio_2nd_3rd 0.284 (0.280000) + thd_max_at_plus22dbu 0.104 (0.200000) [Transformer_C9049] [2P/0F/0W/0S] + harmonic_ratio_2nd_3rd 0.154 (0.150000) + thd_max_at_plus22dbu 0.064 (0.100000) [Transformer_K1166] [2P/0F/0W/0S] + harmonic_ratio_2nd_3rd 0.260 (0.260000) + thd_max_at_plus22dbu 0.088 (0.150000) [Transformer_L1544] [8P/0F/0W/0S] + harmonic_ratio_2nd_3rd 0.033 (0.050000) + thd_max_at_plus22dbu 0.000 (0.010000) + h3_over_h2_db 29.682 (23.000000) + thd_ordering_m_k_c_l M=0.104238% / K=0.087576% / C=0.064193% / L=0.000159% + drive_neutrality_db 0.000 (0.500000) + hf_15khz_better_than_m1166_db 0.002 + fr_flatness_50_5k_db 0.089 + lf_phase_at_20hz_deg 12.348 [HFSoftClip_Tube] [3P/0F/0W/0S] + thd_at_threshold_2nd_dB -300.073 (-400.000000..-100.000000 dB) + thd_at_threshold_3rd_dB -312.399 (-400.000000..-100.000000 dB) + aliasing_max_dB -122.769 (-80.000000) [HFSoftClip_DPX] [1P/0F/0W/0S] + thd_at_threshold_2nd_dB -299.672 (-300.000000..-100.000000 dB) [Compression_SLL] [1P/0F/0W/0S] + attack_time_ms_at_fast 0.646 (0.800000) [Compression_Nevy] [1P/0F/0W/0S] + attack_time_ms_at_fast 1.438 (2.000000) [Compression_Amok] [1P/0F/0W/0S] + attack_time_ms_at_fast 0.792 (1.200000) [Compression_Maney] [1P/0F/0W/0S] + attack_time_ms_at_fast 8.042 (12.000000) [WidthSpace] [2P/0F/0W/0S] + mono_compatibility_max_loss_db 0.000 (-1.000000) + l_r_crosstalk_at_1khz_db -71.380 (-60.000000) [ChaosGuarantee] [3P/0F/0W/0S] + cross_instance_null_residue_min_db -89.975 (-100.000000) + per_instance_variation_rms_db 0.009 (0.100000) + session_reproducibility strict (bit-identical) [Global] [2P/0F/0W/0S] + bit_depth 64.000 (64.000000) + reproducibility_sha256 strict (hash=8547c22b980a1137) [FullChain_SLL] [7P/0F/0W/0S] + chain_thd_at_minus6dbfs_max 0.151 (0.300000) + chain_thd_plus_n_db_max -47.743 (informational baseline) + chain_harmonic_count_above_noise 8.000 (8.000000) + chain_freq_response_flatness_db 2.739 (5.000000) + chain_phase_at_20hz_min_deg 279.725 (70.000000) + chain_wet_dry_difference_min_db -30.639 (-60.000000) + chain_harmonic_variance_min 0.600 (0.100000) [FullChain_Nevy] [7P/0F/0W/0S] + chain_thd_at_minus6dbfs_max 0.219 (0.400000) + chain_thd_plus_n_db_max -37.603 (informational baseline) + chain_harmonic_count_above_noise 8.000 (8.000000) + chain_freq_response_flatness_db 4.522 (5.000000) + chain_phase_at_20hz_min_deg 285.266 (70.000000) + chain_wet_dry_difference_min_db -32.603 (-55.000000) + chain_harmonic_variance_min 0.833 (0.100000) [FullChain_Amok] [7P/0F/0W/0S] + chain_thd_at_minus6dbfs_max 0.547 (1.000000) + chain_thd_plus_n_db_max -42.751 (informational baseline) + chain_harmonic_count_above_noise 2.000 (3.000000) + chain_freq_response_flatness_db 5.815 (6.300000) + chain_phase_at_20hz_min_deg 274.883 (70.000000) + chain_wet_dry_difference_min_db -33.986 (-58.000000) + chain_harmonic_variance_min 39.252 (0.100000) [TrueRail_Coupling] [4P/0F/0W/0S] + rail_sag_under_load_mv_min 61.167 (5.000000) + crosstalk_modulation_db_min 3.344 (0.100000) + thermal_drift_30s_db_min 0.007 (0.000000) + cross_module_thd_shift_min 0.001 (0.000100) [Combinatorial] [3P/0F/0W/0S] + tx_only_thd_min 0.092 (0.010000) + all_on_minus_tx_only_thd_delta_min 0.059 (-0.100000) + comp_eq_interaction_detected 0.983 (1.000000) [LongSession] [4P/0F/0W/0S] + level_drift_max_db 0.000 (0.500000) + level_drift_2hr_db 0.000 (0.300000) + thd_drift_max_pct_relative 0.008 (50.000000) + monotonic_trend_detected 0.000 [Skeptic] [3P/0F/0W/0S] + bypass_transparency_residue_db -45.723 (-10.000000) + stereo_null_residue_db -46.802 + cpu_stress_peak_dbfs_max -19.515 (10.000000) [TransformerBiasCoupling] [1P/0F/0W/0S] + hbias_program_responsive_h2_db 24.931 [PowerSupplyRipple] [3P/0F/0W/0S] + ripple_100hz_amp_dbfs -114.858 + ripple_200hz_below_100hz_db -8.389 + ripple_300hz_below_100hz_db -15.281 [Component_Transformer_JA] [9P/0F/0W/0S] + m1166_2nd_harmonic_pct_at_101hz 0.010 (0.011000) + m1166_3rd_harmonic_pct_at_101hz 0.035 (0.035000) + m1166_thd_h2_h9_pct_at_101hz 0.038 (0.038000) + m1166_1pct_thd_level_dbu 30.004 (31.400000) + m1166_primary_inductance_H 1.739 (informational baseline (proxy)) + m1166_lf_peak_freq_hz 21.000 (19.000000) + jb2_ja_vs_memoryless_h2_db 2.108 (≤ 2.600000 dB) + jb2_ja_vs_memoryless_gain_db 2.036 (≤ 2.600000 dB) + jb2_ja_vs_memoryless_h3_diag_db 47.488 (informational baseline (diagnostic)) [Component_Triode_Koren] [3P/0F/0W/0S] + koren_12ax7_plate_current_ma 1.187 (1.200000) + koren_12ax7_mu 100.000 (100.000000) + koren_asymmetry_ratio 1.394 [Component_VCA_Blackmer] [3P/0F/0W/0S] + thd_at_unity_gain_pct 0.002 (0.005000) + gain_law_linearity_db 0.010 (0.500000) + noise_modulation_db 1.258 (2.000000) [Component_BJT_ClassA] [3P/0F/0W/0S] + hfe_at_2ma 500.000 (500.000000) + quiescent_current_ma 2.000 (2.000000) + thd_class_a_at_minus6dbfs_max 0.051 (0.500000) [Component_OpAmp_NE5534] [3P/0F/0W/0S] + gbw_mhz 10.000 (10.000000) + open_loop_gain_db 100.000 (100.000000) + thd_at_20khz_from_gbw_max 0.000 (0.010000) [Component_Passives] [3P/0F/0W/0S] + resistor_seed_variation_pct 0.302 (0.300000) + capacitor_seed_variation_pct 0.294 (0.300000) + inductor_seed_variation_pct 0.298 (0.300000) [Sweep_THD_vs_Drive] [7P/0F/0W/0S] + m1166_thd_monotonic strict (no dips in 21-point sweep) (strict) + m1166_thd_at_drive_0 0.000 (≤ 0.005000 %) + m1166_thd_at_drive_50 0.026 (0.005..0.060 %) + m1166_thd_at_drive_100 0.052 (0.040..0.200 %) + m1166_thd_at_drive_150 0.110 (0.100..0.500 %) + m1166_thd_at_drive_200 0.179 (0.150..1.500 %) + m1166_thd_drive_curve 21-point [Sweep_Ratio_vs_Drive] [6P/0F/0W/0S] + m1166_ratio_at_drive_50 2.671 (2.00..3.50) + m1166_ratio_at_drive_100 2.618 (2.00..3.50) + m1166_ratio_at_drive_150 2.597 (2.00..3.50) + m1166_ratio_at_drive_200 2.597 (2.00..3.50) + m1166_ratio_spread 0.074 (≤ 1.000000) + m1166_ratio_drive_curve 4-point [Sweep_THD_vs_Frequency] [5P/0F/0W/0S] + m1166_thd_20hz_higher_than_1khz true (true) + m1166_thd_50hz_higher_than_1khz true (true) + m1166_thd_10khz_lower_than_1khz true (true) + m1166_thd_ratio_20hz_to_1khz 8.526 (4.0..12.0×) + m1166_thd_freq_curve 11-point [Sweep_Phase_vs_Drive] [3P/0F/0W/0S] + m1166_phase_20hz_drive_0 58.725 (52.0 ± 15.0°) + m1166_phase_drift_across_drive_deg 0.309 (≤ 15.000000°) + m1166_phase_drive_curve 5-point [Sweep_GainCompression] [3P/0F/0W/0S] + m1166_gain_compression_ratio_at_0dbfs 1.003 (0.9..5.0:1) + m1166_max_output_above_input_db -0.116 (≤ 6.000000 dB) + m1166_gain_compression_curve 16-point [Sweep_IMD] [3P/0F/0W/0S] + m1166_imd_at_drive_100 -65.821 (-70..-40 dB) + m1166_imd_at_drive_200 -55.263 (-58..-25 dB) + m1166_imd_diagnostic 2-point [Sweep_DualTX] [3P/0F/0W/0S] + dual_tx_thd_ratio 1.993 (1.20..2.20×) + dual_tx_phase_lift_at_20hz 111.099 (80..130°) + dual_tx_thd_components 3-point [Sweep_CompressorKnee] [4P/0F/0W/0S] + sll_soft_knee_width_db 1.000 (0.5..8.0 dB) + sll_hard_knee_width_db 0.000 (≤ 1.000000 dB) + sll_soft_knee_curve 31-point + sll_hard_knee_curve 31-point [Sweep_HFSoftClip_vs_Threshold] [4P/0F/0W/0S] + tube_thd_at_threshold_minus12 -282.209 (-400..-100 dB) + tube_thd_at_threshold_0 -112.717 (-400..-100 dB) + tube_thd_monotonic_with_threshold noise-floor regime (sidechain-only - main path carries no harmonics) (any) + tube_thd_threshold_curve 7-point [Sweep_CrossDrive] [3P/0F/0W/0S] + cross_drive_spectrum_differs true (order-dependent) (true) + cross_drive_thd_difference_db 3.670 (0.5..12.0 dB) + cross_drive_components 2-point [Sweep_TrueRailInteraction] [4P/0F/0W/0S] + truerail_thd_shift_with_comp_pct 0.006 (0.0010..0.0500 %) + truerail_shift_increases_with_gr true (heavy > light) (true) + truerail_shift_vs_drive 3-point + truerail_raw_thds 7-point [Sweep_TXCrossFade] [5P/0F/0W/0S] + cross_fade_thd_smooth worst=15.5% of range (strict) + cross_fade_level_range_db 0.008 (≤ 12.000000 dB) + cross_fade_asymmetric true (Σ|ΔTHD|=0.6960) (true) + cross_fade_thd_A 21-point + cross_fade_thd_B 21-point [Sweep_TXModelMismatch] [3P/0F/0W/0S] + mixed_ratio_differs_from_matched MM=2.64 MK=2.58 |Δ|=0.057 (true) + clean_upstream_lower_thd CM=0.071% MM=0.091% (true) + mismatch_ratios 3-point [Sweep_EQCrossLap] [3P/0F/0W/0S] + low_crosslap_dip_db 1.036 (0.20..6.00 dB) + high_crosslap_dip_db 5.244 (0.20..6.00 dB) + crosslap_mags 4-point [Sweep_CompressorCharacter] [3P/0F/0W/0S] + peak_gr_spread_db 2.837 (≤ 20.000000 dB) + peak_gr_per_model 4-point + mean_gr_per_model 4-point [PerModuleUnity] [12P/0F/0W/0S] + drivestage_sll_gain_db -0.501 ([-1.00, 1.00] dB) + drivestage_nevy_gain_db -0.483 ([-1.00, 1.00] dB) + drivestage_amok_gain_db -1.285 ([-2.00, 1.00] dB) + input_tx_m1166_gain_db -0.113 ([-1.50, 0.50] dB) + input_tx_c9049_gain_db -0.019 ([-1.50, 0.50] dB) + input_tx_k1166_gain_db -0.029 ([-1.50, 0.50] dB) + output_tx_m1166_gain_db -0.088 ([-2.00, 0.50] dB) + output_tx_c9049_gain_db 0.004 ([-2.00, 0.50] dB) + output_tx_k1166_gain_db -0.004 ([-2.00, 0.50] dB) + fullchain_sll_gain_db -3.506 ([-6.00, 1.00] dB) + fullchain_nevy_gain_db -3.105 ([-4.50, 1.00] dB) + fullchain_amok_gain_db -3.062 ([-3.50, 1.00] dB) [TwelveMechanisms] [12P/0F/0W/0S] + m1_summing_thd_20khz THD@1k=0.150%, THD@8k=0.100% + m2_stereo_null L/R null = -50.5 dB + m3_thermal_drift drift = 0.0012 dB + m4_truerail shift = 0.0027% + m5_crosstalk -26.1 dB + m6_inductor THD rises with level + m7_hysteresis diff = 0.0167% + m8_bjt_crossover THD@-10dBFS=0.297%, THD@-1dBFS=9.138% + m9_accumulation ratio = 1.380 + m10_cable_parasitics 8.25 dB + m11_resonance ultrasonic content present + m12_designer_imperfections SLL=2.00 µV, Nevy=200.00 µV, Amok=800.00 µV [PersonalityFingerprints] [5P/0F/0W/0S] + sll_h2_h3_at_400hz 2.288 + thd_ordering_sll_lt_nevy_lt_amok 0.123% / 0.218% / 3.654% + h2h3_ratio_nevy_gt_sll 3.700 / 2.344 / 12.023 + phase_20hz_sll_lt_nevy 171.5° / 188.4° + rail_sag_ordering 40.31 / 142.79 / 101.98 mV [Fluffiness] [5P/0F/0W/0S] + visible_harmonic_count 18.000 ([5, 30]) + thd_vs_freq_max_local_jump_db 5.878 (14.000000) + h2_at_minus40dbfs_pct 1.384 + smpte_imd_product_count_above_minus70db 4.000 + cross_instance_thd_diff_pct 0.008 [IdleAndSilence] [4P/0F/0W/0S] + silence_output_peak_dbfs_max -104.660 (-40.000000) + silence_dc_offset_uV_max 0.004 (50000.000000) + silence_no_oscillation no oscillation + all_modules_noise_floor_dbfs_max -118.480 (-50.000000) [KneeGrid] [7P/0F/0W/0S] + comp_sll_soft_ne_hard soft=6.5 dB / hard=5.0 dB + comp_nevy_soft_ne_hard soft=7.5 dB / hard=5.0 dB + comp_amok_soft_ne_hard soft=8.0 dB / hard=5.0 dB + comp_maney_soft_ne_hard soft=7.0 dB / hard=6.0 dB + subcomp_soft_ne_hard soft=7.5 dB / hard=6.0 dB + hfcomp_soft_ne_hard soft=8.0 dB / hard=6.5 dB + softclip_tube_ne_dpx tube=-11.25 dBFS / dpx=-10.97 dBFS [Component_DriveStage] [3P/0F/0W/0S] + thd_plus_n_sll_db_max -48.965 (informational baseline) + thd_plus_n_nevy_db_max -48.193 (informational baseline) + thd_plus_n_amok_db_max -29.481 (informational baseline) [Latency] [8P/0F/0W/0S] + cpu_us_at_64 109.776 + cpu_us_at_128 220.097 + cpu_us_at_256 440.198 + cpu_us_at_512 876.464 + cpu_us_at_1024 1753.533 + cpu_us_at_2048 3505.883 + module_breakdown_512 863.672 + reported_samples 0.000 ---------------------------------------------------------------------- Section: GroupDIY ---------------------------------------------------------------------- [GroupDIY_M1166] [6P/0F/0W/0S] + h2_pct_at_101hz 0.046 ([0.0160, 0.0660] %) + h3_pct_at_101hz 0.167 ([0.1050, 0.2250] %) + h4_pct_at_101hz 0.004 ([-0.0044, 0.0056] %) + h2_h3_ratio 0.278 ([0.160, 0.400]) + thd_20hz_gt_1khz 0.4886% / 0.0522% (true) + thd_1khz_lt_100hz 0.0522% / 0.1733% (true) [GroupDIY_C9049] [4P/0F/0W/0S] + h2_pct_at_101hz 0.026 ([0.0200, 0.0600] %) + h3_pct_at_101hz 0.161 ([0.1000, 0.2200] %) + h4_pct_at_101hz 0.002 ([-0.0040, 0.0160] %) + h2_h3_ratio 0.159 ([0.080, 0.240]) [GroupDIY_K1166] [4P/0F/0W/0S] + h2_pct_at_101hz 0.040 ([0.0270, 0.0670] %) + h3_pct_at_101hz 0.150 ([0.0900, 0.2100] %) + h4_pct_at_101hz 0.003 ([-0.0010, 0.0090] %) + h2_h3_ratio 0.266 ([-0.580, 1.120]) ---------------------------------------------------------------------- Section: CompressorTopology ---------------------------------------------------------------------- [Compressor_SLL_Topology] [2P/0F/0W/0S] + stereo_image_drift_under_6dB_GR_db_max 0.000 (1.500000) + auto_release_fast_tc_ms 100.000 ([30, 350] ms) [Compressor_Maney_Topology] [6P/0F/0W/0S] + attack_program_dependent low=58.0 ms / hi=9.0 ms (true) + attack_at_minus20dbfs_ms 58.000 ([5, 80] ms) + attack_at_minus6dbfs_ms 9.000 ([1, 60] ms) + thd_increases_with_gr thd@~3dB GR=1.346% / thd@~10dB GR=1.843% (true) + thd_at_3dB_GR_pct_min 1.346 (0.020000) + thd_at_10dB_GR_pct_min 1.843 (0.100000) [Compressor_Nevy_Topology] [1P/0F/0W/0S] + ratio_2_output_delta_for_10dB_swing_dB 4.916 ([3.0, 7.0] dB) [Compressor_Amok_Topology] [2P/0F/0W/0S] + peak_attack_ms_max 1.000 (4.000000) + rms_attack_ms_min 2.000 (1.500000) ---------------------------------------------------------------------- Section: EQTopology ---------------------------------------------------------------------- [EQ_PulteySignatures] [2P/0F/0W/0S] + pultey_trick_boost_at_sub_freq_dB 9.556 (>= 2.0 dB) + pultey_trick_null_at_center_dB 2.043 (<= 4.0 dB |) [EQ_SharpSoft_Verification] [3P/0F/0W/0S] + soft_mode_bandwidth_hz 1231.841 ([300, 4000] Hz) + sharp_mode_bandwidth_hz 467.237 ([50, 1500] Hz) + sharp_narrower_than_soft 467 Hz < 1232 Hz (true) [Filter_SharpSoft_Verification] [3P/0F/0W/0S] + soft_response_at_cutoff_dB -2.931 ([-5.0, -1.0] dB) + sharp_response_at_cutoff_dB 1.657 ([-2.0, 6.0] dB) + sharp_has_resonant_peak sharp=1.66 dB / soft=-2.93 dB (true) ---------------------------------------------------------------------- Section: SoftClipOperatingPoint ---------------------------------------------------------------------- [SoftClip_OperatingPoint] [8P/0F/0W/0S] + tube_thd_at_thresh_0dB_pct_max 0.000 (0.200000) + tube_thd_at_thresh_minus12dB_pct_min 0.000 (0.000000) + tube_thd_at_thresh_minus18dB_pct_min 0.000 (0.000000) + tube_thd_monotonic_with_threshold 0dB=0.000% / -12=0.000% / -18=0.000% (false) + dpx_thd_at_thresh_minus12dB_pct_max 0.000 (0.300000) + dpx_thd_lower_than_tube_at_same_threshold dpx=0.0000% / tube=0.0000% (true) + tube_gr_at_0dB_threshold_max 0.000 (0.500000) + dpx_gr_at_0dB_threshold_max 0.954 (1.200000) ---------------------------------------------------------------------- Section: FR_Grid ---------------------------------------------------------------------- [FR_Grid] [66P/0F/0W/0S] + fr_at_minus40dbfs_flatness_db_max 2.837 (4.700000) + fr_at_minus20dbfs_flatness_db_max 2.847 (4.700000) + fr_at_minus6dbfs_flatness_db_max 7.641 (8.200000) + fr_at_0dbfs_flatness_db_max 9.955 (10.500000) + fr_level_dependence_50hz_dB 4.584 ([0.1, 6.0] dB) + fr_level_dependence_15khz_dB 10.213 ([0.1, 11.0] dB) + fr_at_-40dbfs_20hz 1.606 + fr_at_-40dbfs_50hz -0.619 + fr_at_-40dbfs_100hz -1.185 + fr_at_-40dbfs_200hz -1.307 + fr_at_-40dbfs_500hz -1.341 + fr_at_-40dbfs_1000hz -1.354 + fr_at_-40dbfs_2000hz -1.396 + fr_at_-40dbfs_3000hz -1.464 + fr_at_-40dbfs_5000hz -1.673 + fr_at_-40dbfs_7000hz -1.961 + fr_at_-40dbfs_10000hz -2.497 + fr_at_-40dbfs_12000hz -2.886 + fr_at_-40dbfs_15000hz -3.456 + fr_at_-40dbfs_17000hz -3.799 + fr_at_-40dbfs_20000hz -4.216 + fr_at_-20dbfs_20hz 1.632 + fr_at_-20dbfs_50hz -0.596 + fr_at_-20dbfs_100hz -1.166 + fr_at_-20dbfs_200hz -1.292 + fr_at_-20dbfs_500hz -1.327 + fr_at_-20dbfs_1000hz -1.342 + fr_at_-20dbfs_2000hz -1.383 + fr_at_-20dbfs_3000hz -1.451 + fr_at_-20dbfs_5000hz -1.660 + fr_at_-20dbfs_7000hz -1.948 + fr_at_-20dbfs_10000hz -2.484 + fr_at_-20dbfs_12000hz -2.876 + fr_at_-20dbfs_15000hz -3.443 + fr_at_-20dbfs_17000hz -3.786 + fr_at_-20dbfs_20000hz -4.205 + fr_at_-6dbfs_20hz 1.515 + fr_at_-6dbfs_50hz -2.631 + fr_at_-6dbfs_100hz -3.013 + fr_at_-6dbfs_200hz -2.815 + fr_at_-6dbfs_500hz -3.016 + fr_at_-6dbfs_1000hz -3.060 + fr_at_-6dbfs_2000hz -3.099 + fr_at_-6dbfs_3000hz -3.167 + fr_at_-6dbfs_5000hz -3.482 + fr_at_-6dbfs_7000hz -4.614 + fr_at_-6dbfs_10000hz -7.034 + fr_at_-6dbfs_12000hz -8.331 + fr_at_-6dbfs_15000hz -10.272 + fr_at_-6dbfs_17000hz -11.370 + fr_at_-6dbfs_20000hz -12.146 + fr_at_0dbfs_20hz -0.605 + fr_at_0dbfs_50hz -5.203 + fr_at_0dbfs_100hz -5.055 + fr_at_0dbfs_200hz -3.714 + fr_at_0dbfs_500hz -3.771 + fr_at_0dbfs_1000hz -3.809 + fr_at_0dbfs_2000hz -3.839 + fr_at_0dbfs_3000hz -3.923 + fr_at_0dbfs_5000hz -4.505 + fr_at_0dbfs_7000hz -6.079 + fr_at_0dbfs_10000hz -8.811 + fr_at_0dbfs_12000hz -10.536 + fr_at_0dbfs_15000hz -13.669 + fr_at_0dbfs_17000hz -15.233 + fr_at_0dbfs_20000hz -16.230 ---------------------------------------------------------------------- Section: Phase_Grid ---------------------------------------------------------------------- [Phase_Grid] [52P/0F/0W/0S] + sll_phase_deviation_50hz_to_10khz_deg_max 403.077 (830.000000) + nevy_phase_at_20hz_deg 285.266 ([0, 600]°) + phase_personality_spread_at_20hz_deg_min 18.093 (5.000000) + group_delay_50hz_to_10khz_variation_us_max 3522.774 (8000.000000) + lr_phase_diff_at_1khz_deg_max 0.015 (2.000000) + lr_phase_diff_at_20hz_deg 0.055 ([0.00, 30.00]°) + polarity_preserved preserved (true) + phase_SLL_20hz 267.173 + phase_SLL_50hz 128.606 + phase_SLL_100hz 77.649 + phase_SLL_200hz 18.058 + phase_SLL_500hz 232.182 + phase_SLL_1000hz 0.000 + phase_SLL_2000hz -100.170 + phase_SLL_3000hz 160.830 + phase_SLL_5000hz -35.412 + phase_SLL_7000hz 130.583 + phase_SLL_10000hz -156.092 + phase_SLL_12000hz 15.333 + phase_SLL_15000hz 96.165 + phase_SLL_17000hz -88.076 + phase_SLL_20000hz -2.424 + phase_Nevy_20hz 285.266 + phase_Nevy_50hz 132.951 + phase_Nevy_100hz 79.168 + phase_Nevy_200hz 18.207 + phase_Nevy_500hz 231.996 + phase_Nevy_1000hz 0.000 + phase_Nevy_2000hz -99.990 + phase_Nevy_3000hz 161.099 + phase_Nevy_5000hz -35.034 + phase_Nevy_7000hz 131.034 + phase_Nevy_10000hz -155.579 + phase_Nevy_12000hz 15.847 + phase_Nevy_15000hz 96.648 + phase_Nevy_17000hz -87.804 + phase_Nevy_20000hz -2.094 + phase_Amok_20hz 274.885 + phase_Amok_50hz 127.844 + phase_Amok_100hz 77.215 + phase_Amok_200hz 17.928 + phase_Amok_500hz 232.195 + phase_Amok_1000hz 0.000 + phase_Amok_2000hz -100.278 + phase_Amok_3000hz 160.604 + phase_Amok_5000hz -35.830 + phase_Amok_7000hz 130.120 + phase_Amok_10000hz -156.301 + phase_Amok_12000hz 15.666 + phase_Amok_15000hz 97.291 + phase_Amok_17000hz -86.316 + phase_Amok_20000hz 0.496 ---------------------------------------------------------------------- Section: PhaseIntegrity ---------------------------------------------------------------------- [PhaseIntegrity] [5P/0F/0W/0S] + phase_direction_1k_to_10k_negative_deg -156.092 (< 0) + phase_no_midband_smiley 200Hz=18.1° / 2kHz=-100.2° / 10kHz=-156.1° (false) + phase_10k_hf_under_5_7_deg -156.092 (<= 5.7) + phase_preringing_below_40dB -200.000 (<= -40) + phase_combination_consistency drive=-150.3° / drive+tx=-155.7° (true) ---------------------------------------------------------------------- Section: TransientResponse ---------------------------------------------------------------------- [Transient_Response] [7P/0F/0W/0S] + settling_to_1pct_sll_ms_max 12.000 (50.000000) + settling_to_1pct_nevy_ms_max 11.000 (80.000000) + settling_to_1pct_amok_ms_max 3.000 (100.000000) + overshoot_sll_pct_max 42.975 (60.000000) + overshoot_amok_pct_max 18.432 (60.000000) + overshoot_nevy_pct 32.098 ([0.5, 60.0] %) + burst_train_envelope_variation_dB_max 0.302 (4.000000) ---------------------------------------------------------------------- Section: SilenceDeep ---------------------------------------------------------------------- [Silence_Deep] [5P/0F/0W/0S] + silence_output_peak_dbfs_max -103.250 (-70.000000) + silence_dc_offset_uV_max 0.013 (200.000000) + silence_no_oscillation peak/rms=4.5 (true) + all_modules_noise_floor_dbfs_max -116.397 (-70.000000) + noise_nevy_lt_sll_lt_amok nevy=-121.8 / sll=-118.5 / amok=-116.4 ---------------------------------------------------------------------- Section: CrestFactor ---------------------------------------------------------------------- [CrestFactor] [2P/0F/0W/0S] + crest_reduction_at_6dB_GR_dB 4.587 ([0.5, 12.0] dB) + crest_reduction_sll_gt_maney sll=4.59 dB / maney=-1.33 dB (true) ---------------------------------------------------------------------- Section: AutomationStress ---------------------------------------------------------------------- [AutomationStress] [4P/0F/0W/0S] + no_clicks_or_pops 0.000 (true) + max_transient_db_per_sample 0.186 (12.000000) + no_zipper_noise 0.2 dB max step (true) + parameter_changes 500.000 ---------------------------------------------------------------------- Section: FilterCircuitSwitching ---------------------------------------------------------------------- [FilterCircuitSwitching] [27P/0F/0W/0S] + Soft-relax_at_50hz -24.486 ((documentary)) + Soft-relax_at_200hz -4.343 ((documentary)) + Soft-relax_at_1000hz -1.970 ((documentary)) + Soft-relax_at_8000hz -5.689 ((documentary)) + Soft-relax_at_15000hz -20.807 ((documentary)) + Soft-sharp_at_50hz -24.120 ((documentary)) + Soft-sharp_at_200hz -0.347 ((documentary)) + Soft-sharp_at_1000hz -1.719 ((documentary)) + Soft-sharp_at_8000hz -2.256 ((documentary)) + Soft-sharp_at_15000hz -20.249 ((documentary)) + Sharp-relax_at_50hz -48.540 ((documentary)) + Sharp-relax_at_200hz -4.326 ((documentary)) + Sharp-relax_at_1000hz -1.964 ((documentary)) + Sharp-relax_at_8000hz -5.672 ((documentary)) + Sharp-relax_at_15000hz -36.941 ((documentary)) + Sharp-tight_at_50hz -48.572 ((documentary)) + Sharp-tight_at_200hz -5.015 ((documentary)) + Sharp-tight_at_1000hz -1.985 ((documentary)) + Sharp-tight_at_8000hz -6.303 ((documentary)) + Sharp-tight_at_15000hz -37.024 ((documentary)) + pair_Soft-relax_vs_Soft-sharp 3.996 (≥ 0.1 dB at some probe) + pair_Soft-relax_vs_Sharp-relax 24.055 (≥ 0.1 dB at some probe) + pair_Soft-relax_vs_Sharp-tight 24.087 (≥ 0.1 dB at some probe) + pair_Soft-sharp_vs_Sharp-relax 24.420 (≥ 0.1 dB at some probe) + pair_Soft-sharp_vs_Sharp-tight 24.452 (≥ 0.1 dB at some probe) + pair_Sharp-relax_vs_Sharp-tight 0.690 (≥ 0.1 dB at some probe) + distinct_pairs 6.000 (≥ 4/6 pairs) ---------------------------------------------------------------------- Section: EQBandStacking ---------------------------------------------------------------------- [EQBandStacking] [5P/0F/0W/0S] + interaction_at_200hz -0.075 (interaction != 0) + interaction_at_500hz -0.095 (interaction != 0) + interaction_at_1000hz -0.005 (interaction != 0) + interaction_at_2000hz -0.078 (interaction != 0) + stacking_within_tolerance 0.095 (documentary; |delta| ≤ 1.0 dB) ---------------------------------------------------------------------- Section: SampleRateConsistency ---------------------------------------------------------------------- [SampleRateConsistency] [14P/0F/0W/0S] + peak_at_44100hz -7.282 (Δ ≤ 0.5 dB vs 48 kHz) + thd_at_44100hz 3.572 (Δ ≤ 35 % rel vs 48 kHz) + peak_at_48000hz -7.279 (Δ ≤ 0.5 dB vs 48 kHz) + thd_at_48000hz 3.574 (Δ ≤ 35 % rel vs 48 kHz) + peak_at_88200hz -7.265 (Δ ≤ 0.5 dB vs 48 kHz) + thd_at_88200hz 3.582 (Δ ≤ 35 % rel vs 48 kHz) + peak_at_96000hz -7.265 (Δ ≤ 0.5 dB vs 48 kHz) + thd_at_96000hz 3.582 (Δ ≤ 35 % rel vs 48 kHz) + peak_at_176400hz -7.259 (Δ ≤ 0.5 dB vs 48 kHz) + thd_at_176400hz 3.583 (Δ ≤ 35 % rel vs 48 kHz) + peak_at_192000hz -7.259 (Δ ≤ 0.5 dB vs 48 kHz) + thd_at_192000hz 3.583 (Δ ≤ 35 % rel vs 48 kHz) + peak_max_delta_dB 0.020 (≤ 0.5 dB) + thd_max_relative_pct 0.240 (≤ 35 %) ---------------------------------------------------------------------- Section: OversamplingModes ---------------------------------------------------------------------- [OversamplingModes] [10P/0F/0W/0S] + peak_at_2x -7.279 (Δ ≤ 0.5 dB vs 2x) + thd_at_2x 3.574 (Δ ≤ 35 % rel) + peak_at_4x -7.280 (Δ ≤ 0.5 dB vs 2x) + thd_at_4x 3.574 (Δ ≤ 35 % rel) + peak_at_8x -7.280 (Δ ≤ 0.5 dB vs 2x) + thd_at_8x 3.574 (Δ ≤ 35 % rel) + peak_at_16x -7.280 (Δ ≤ 0.5 dB vs 2x) + thd_at_16x 3.573 (Δ ≤ 35 % rel) + peak_spread_max_dB 0.001 (≤ 0.5 dB) + thd_spread_max_relative_pct 0.016 (≤ 35 %) ---------------------------------------------------------------------- Section: WaveformTests ---------------------------------------------------------------------- [WaveformTests] [6P/0F/0W/0S] + square_peak_dbfs -12.348 (≤ +3 dBFS) + square_fundamental_preserved 0.239 (fund > 0.3 × input amp) + dc_step_settle_ms 149.271 (< 400 ms) + dc_step_no_nan all finite (all finite) + asymmetric_peak_dbfs -10.872 (≤ +3 dBFS) + asymmetric_even_harmonic_ratio 0.438 (> 0.05 (asymmetry visible)) ---------------------------------------------------------------------- Section: PerPersonalityFR ---------------------------------------------------------------------- [FR_Grid_SLL] [53P/0F/0W/0S] + fr_at_minus40dbfs_flatness_db 2.082 (<= 4.50 dB) + fr_at_minus20dbfs_flatness_db 2.167 (<= 4.50 dB) + fr_at_minus6dbfs_flatness_db 7.641 (<= 8.20 dB) + fr_at_0dbfs_flatness_db 9.387 (<= 9.90 dB) + fr_at_minus6dbfs_50hz_db -2.606 ([-3.50, 1.00] dB) + fr_-40dbfs_20hz 0.548 + fr_-40dbfs_50hz -0.251 + fr_-40dbfs_100hz -0.564 + fr_-40dbfs_200hz -0.627 + fr_-40dbfs_500hz -0.644 + fr_-40dbfs_1000hz -0.653 + fr_-40dbfs_2000hz -0.685 + fr_-40dbfs_5000hz -0.893 + fr_-40dbfs_7000hz -1.113 + fr_-40dbfs_10000hz -1.532 + fr_-40dbfs_15000hz -2.332 + fr_-40dbfs_20000hz -3.043 + fr_-20dbfs_20hz 0.588 + fr_-20dbfs_50hz -0.285 + fr_-20dbfs_100hz -0.612 + fr_-20dbfs_200hz -0.678 + fr_-20dbfs_500hz -0.698 + fr_-20dbfs_1000hz -0.707 + fr_-20dbfs_2000hz -0.739 + fr_-20dbfs_5000hz -0.950 + fr_-20dbfs_7000hz -1.172 + fr_-20dbfs_10000hz -1.596 + fr_-20dbfs_15000hz -2.452 + fr_-20dbfs_20000hz -3.169 + fr_-6dbfs_20hz 0.578 + fr_-6dbfs_50hz -2.606 + fr_-6dbfs_100hz -3.434 + fr_-6dbfs_200hz -3.238 + fr_-6dbfs_500hz -3.470 + fr_-6dbfs_1000hz -3.513 + fr_-6dbfs_2000hz -3.550 + fr_-6dbfs_5000hz -3.874 + fr_-6dbfs_7000hz -4.944 + fr_-6dbfs_10000hz -7.267 + fr_-6dbfs_15000hz -10.247 + fr_-6dbfs_20000hz -11.864 + fr_0dbfs_20hz -1.098 + fr_0dbfs_50hz -5.635 + fr_0dbfs_100hz -5.508 + fr_0dbfs_200hz -4.210 + fr_0dbfs_500hz -4.293 + fr_0dbfs_1000hz -4.326 + fr_0dbfs_2000hz -4.361 + fr_0dbfs_5000hz -4.953 + fr_0dbfs_7000hz -6.398 + fr_0dbfs_10000hz -8.923 + fr_0dbfs_15000hz -13.597 + fr_0dbfs_20000hz -16.055 [FR_Grid_Nevy] [53P/0F/0W/0S] + fr_at_minus40dbfs_flatness_db 2.517 (<= 4.50 dB) + fr_at_minus20dbfs_flatness_db 2.605 (<= 4.50 dB) + fr_at_minus6dbfs_flatness_db 7.711 (<= 8.30 dB) + fr_at_0dbfs_flatness_db 9.910 (<= 10.40 dB) + fr_at_minus6dbfs_50hz_db -2.461 ([-3.50, 1.00] dB) + fr_-40dbfs_20hz 1.711 + fr_-40dbfs_50hz 0.422 + fr_-40dbfs_100hz -0.063 + fr_-40dbfs_200hz -0.267 + fr_-40dbfs_500hz -0.434 + fr_-40dbfs_1000hz -0.483 + fr_-40dbfs_2000hz -0.522 + fr_-40dbfs_5000hz -0.720 + fr_-40dbfs_7000hz -0.929 + fr_-40dbfs_10000hz -1.329 + fr_-40dbfs_15000hz -2.095 + fr_-40dbfs_20000hz -2.784 + fr_-20dbfs_20hz 1.599 + fr_-20dbfs_50hz 0.225 + fr_-20dbfs_100hz -0.274 + fr_-20dbfs_200hz -0.485 + fr_-20dbfs_500hz -0.676 + fr_-20dbfs_1000hz -0.733 + fr_-20dbfs_2000hz -0.771 + fr_-20dbfs_5000hz -0.967 + fr_-20dbfs_7000hz -1.173 + fr_-20dbfs_10000hz -1.569 + fr_-20dbfs_15000hz -2.380 + fr_-20dbfs_20000hz -3.084 + fr_-6dbfs_20hz 1.493 + fr_-6dbfs_50hz -2.461 + fr_-6dbfs_100hz -3.071 + fr_-6dbfs_200hz -2.751 + fr_-6dbfs_500hz -3.057 + fr_-6dbfs_1000hz -3.131 + fr_-6dbfs_2000hz -3.162 + fr_-6dbfs_5000hz -3.499 + fr_-6dbfs_7000hz -4.629 + fr_-6dbfs_10000hz -7.073 + fr_-6dbfs_15000hz -10.172 + fr_-6dbfs_20000hz -11.912 + fr_0dbfs_20hz -0.302 + fr_0dbfs_50hz -5.278 + fr_0dbfs_100hz -4.899 + fr_0dbfs_200hz -3.444 + fr_0dbfs_500hz -3.590 + fr_0dbfs_1000hz -3.661 + fr_0dbfs_2000hz -3.684 + fr_0dbfs_5000hz -4.307 + fr_0dbfs_7000hz -5.795 + fr_0dbfs_10000hz -8.449 + fr_0dbfs_15000hz -13.354 + fr_0dbfs_20000hz -15.983 [FR_Grid_Amok] [53P/0F/0W/0S] + fr_at_minus40dbfs_flatness_db 2.837 (<= 4.70 dB) + fr_at_minus20dbfs_flatness_db 2.847 (<= 4.70 dB) + fr_at_minus6dbfs_flatness_db 7.641 (<= 8.20 dB) + fr_at_0dbfs_flatness_db 9.955 (<= 10.50 dB) + fr_at_minus6dbfs_50hz_db -2.631 ([-3.50, 1.00] dB) + fr_-40dbfs_20hz 1.606 + fr_-40dbfs_50hz -0.619 + fr_-40dbfs_100hz -1.185 + fr_-40dbfs_200hz -1.307 + fr_-40dbfs_500hz -1.341 + fr_-40dbfs_1000hz -1.354 + fr_-40dbfs_2000hz -1.396 + fr_-40dbfs_5000hz -1.673 + fr_-40dbfs_7000hz -1.961 + fr_-40dbfs_10000hz -2.497 + fr_-40dbfs_15000hz -3.456 + fr_-40dbfs_20000hz -4.216 + fr_-20dbfs_20hz 1.632 + fr_-20dbfs_50hz -0.596 + fr_-20dbfs_100hz -1.166 + fr_-20dbfs_200hz -1.292 + fr_-20dbfs_500hz -1.327 + fr_-20dbfs_1000hz -1.342 + fr_-20dbfs_2000hz -1.383 + fr_-20dbfs_5000hz -1.660 + fr_-20dbfs_7000hz -1.948 + fr_-20dbfs_10000hz -2.484 + fr_-20dbfs_15000hz -3.443 + fr_-20dbfs_20000hz -4.205 + fr_-6dbfs_20hz 1.515 + fr_-6dbfs_50hz -2.631 + fr_-6dbfs_100hz -3.013 + fr_-6dbfs_200hz -2.815 + fr_-6dbfs_500hz -3.016 + fr_-6dbfs_1000hz -3.060 + fr_-6dbfs_2000hz -3.099 + fr_-6dbfs_5000hz -3.482 + fr_-6dbfs_7000hz -4.614 + fr_-6dbfs_10000hz -7.034 + fr_-6dbfs_15000hz -10.272 + fr_-6dbfs_20000hz -12.146 + fr_0dbfs_20hz -0.605 + fr_0dbfs_50hz -5.203 + fr_0dbfs_100hz -5.055 + fr_0dbfs_200hz -3.714 + fr_0dbfs_500hz -3.771 + fr_0dbfs_1000hz -3.809 + fr_0dbfs_2000hz -3.839 + fr_0dbfs_5000hz -4.505 + fr_0dbfs_7000hz -6.079 + fr_0dbfs_10000hz -8.811 + fr_0dbfs_15000hz -13.669 + fr_0dbfs_20000hz -16.230 [FR_Grid_Comparison] [3P/0F/0W/0S] + fr_50hz_personality_spread_db 0.170 (>= 0.03 dB) + fr_10khz_personality_spread_db 0.233 (>= 0.05 dB) + all_personalities_show_level_dependence all > 0.05 dB ---------------------------------------------------------------------- Section: PerPersonalityPhase ---------------------------------------------------------------------- [Phase_Grid_SLL] [18P/0F/0W/0S] + phase_deviation_100hz_to_5khz_deg 276.819 (<= 540.00 deg) + phase_at_20hz_deg 267.173 ([150.00, 650.00] deg) + phase_at_20hz 267.173 + phase_at_30hz 180.863 + phase_at_50hz 128.606 + phase_at_80hz 93.750 + phase_at_100hz 77.649 + phase_at_200hz 18.058 + phase_at_500hz -127.818 + phase_at_1000hz 0.000 + phase_at_2000hz -100.170 + phase_at_3000hz -199.170 + phase_at_5000hz -35.412 + phase_at_7000hz 130.583 + phase_at_10000hz 203.908 + phase_at_12000hz 375.333 + phase_at_15000hz 456.165 + phase_at_20000hz 357.576 [Phase_Grid_Nevy] [18P/0F/0W/0S] + phase_deviation_100hz_to_5khz_deg 278.068 (<= 540.00 deg) + phase_at_20hz_deg 285.266 ([150.00, 650.00] deg) + phase_at_20hz 285.266 + phase_at_30hz 190.082 + phase_at_50hz 132.951 + phase_at_80hz 96.196 + phase_at_100hz 79.168 + phase_at_200hz 18.207 + phase_at_500hz -128.004 + phase_at_1000hz 0.000 + phase_at_2000hz -99.990 + phase_at_3000hz -198.901 + phase_at_5000hz -35.034 + phase_at_7000hz 131.034 + phase_at_10000hz 204.421 + phase_at_12000hz 375.847 + phase_at_15000hz 456.648 + phase_at_20000hz 357.906 [Phase_Grid_Amok] [18P/0F/0W/0S] + phase_deviation_100hz_to_5khz_deg 276.611 (<= 540.00 deg) + phase_at_20hz_deg 274.885 ([150.00, 650.00] deg) + phase_at_20hz 274.885 + phase_at_30hz 181.232 + phase_at_50hz 127.844 + phase_at_80hz 93.232 + phase_at_100hz 77.215 + phase_at_200hz 17.928 + phase_at_500hz -127.805 + phase_at_1000hz 0.000 + phase_at_2000hz -100.278 + phase_at_3000hz -199.396 + phase_at_5000hz -35.830 + phase_at_7000hz 130.120 + phase_at_10000hz 203.699 + phase_at_12000hz 375.666 + phase_at_15000hz 457.291 + phase_at_20000hz 360.496 [Phase_Grid_Comparison] [4P/0F/0W/0S] + phase_spread_at_20hz_deg 18.093 (>= 5.00 deg) + phase_spread_at_50hz_deg 5.106 (>= 3.00 deg) + max_phase_jump_between_adjacent_frequencies_deg 171.967 (<= 200.00 deg) + all_group_delays_positive_majority fraction = 100.0 % ---------------------------------------------------------------------- Section: ChainTransientNoCompression ---------------------------------------------------------------------- [ChainTransient_NoCompression] [7P/0F/0W/0S] + sll_overshoot_pct 3.565 ([2.00, 22.00] %) + sll_settling_ms 1.000 (<= 30.00 ms) + nevy_overshoot_pct 2.671 ([2.00, 22.00] %) + nevy_settling_ms 1.000 (<= 30.00 ms) + amok_overshoot_pct 0.980 ([0.00, 15.00] %) + amok_settling_ms 1.000 (<= 30.00 ms) + personality_overshoot_spread_pct 2.584 (>= 2.00 %) ---------------------------------------------------------------------- Section: PerPersonalityCrosstalk ---------------------------------------------------------------------- [PerPersonality_Crosstalk] [4P/0F/0W/0S] + sll_crosstalk_db -26.046 ([-32.00, -22.00] dB) + nevy_crosstalk_db -26.136 ([-32.00, -22.00] dB) + amok_crosstalk_db -26.080 ([-32.00, -22.00] dB) + crosstalk_spread_db 0.090 (>= 0.05 dB) ---------------------------------------------------------------------- Section: PerEQCircuitFR ---------------------------------------------------------------------- [EQ_Circuit_FR] [58P/0F/0W/0S] + Pultey_soft_100hz 0.491 + Pultey_soft_200hz 0.496 + Pultey_soft_300hz 1.092 + Pultey_soft_500hz 2.822 + Pultey_soft_700hz 4.699 + Pultey_soft_1000hz 5.993 + Pultey_soft_1400hz 4.778 + Pultey_soft_2000hz 2.784 + Pultey_soft_3000hz 1.315 + Pultey_soft_5000hz 0.458 + Pultey_soft_8000hz 0.166 + Maney_soft_100hz 0.548 + Maney_soft_200hz 0.873 + Maney_soft_300hz 1.709 + Maney_soft_500hz 3.643 + Maney_soft_700hz 5.178 + Maney_soft_1000hz 5.996 + Maney_soft_1400hz 5.244 + Maney_soft_2000hz 3.615 + Maney_soft_3000hz 1.985 + Maney_soft_5000hz 0.784 + Maney_soft_8000hz 0.318 + Nevy_soft_100hz 0.026 + Nevy_soft_200hz 0.157 + Nevy_soft_300hz 0.384 + Nevy_soft_500hz 1.295 + Nevy_soft_700hz 3.164 + Nevy_soft_1000hz 5.997 + Nevy_soft_1400hz 3.308 + Nevy_soft_2000hz 1.277 + Nevy_soft_3000hz 0.477 + Nevy_soft_5000hz 0.151 + Nevy_soft_8000hz 0.052 + Sllamok_soft_100hz 0.077 + Sllamok_soft_200hz 0.357 + Sllamok_soft_300hz 0.818 + Sllamok_soft_500hz 2.301 + Sllamok_soft_700hz 4.285 + Sllamok_soft_1000hz 5.997 + Sllamok_soft_1400hz 4.427 + Sllamok_soft_2000hz 2.292 + Sllamok_soft_3000hz 0.998 + Sllamok_soft_5000hz 0.340 + Sllamok_soft_8000hz 0.118 + spread_at_500hz_db 2.348 (>= 1.50 dB) + spread_at_2khz_db 2.338 (>= 1.50 dB) + Pultey_soft_bandwidth_hz 1418.779 + Pultey_sharp_bandwidth_hz 434.566 + Pultey_sharp_narrower_than_soft soft=1419 Hz / sharp=435 Hz + Maney_soft_bandwidth_hz 1947.024 + Maney_sharp_bandwidth_hz 434.600 + Maney_sharp_narrower_than_soft soft=1947 Hz / sharp=435 Hz + Nevy_soft_bandwidth_hz 809.799 + Nevy_sharp_bandwidth_hz 409.391 + Nevy_sharp_narrower_than_soft soft=810 Hz / sharp=409 Hz + Sllamok_soft_bandwidth_hz 1231.841 + Sllamok_sharp_bandwidth_hz 467.237 + Sllamok_sharp_narrower_than_soft soft=1232 Hz / sharp=467 Hz ---------------------------------------------------------------------- Section: PerEQCircuitRinging ---------------------------------------------------------------------- [EQ_Circuit_Ringing] [20P/0F/0W/0S] + Pultey_soft_ring_count 1.000 (<= 2.00 cycles) + Pultey_sharp_ring_count 2.000 (<= 4.00 cycles) + Pultey_soft_dominant_freq_hz 850.000 + Pultey_sharp_dominant_freq_hz 1000.000 + Pultey_sharp_rings_more_than_soft soft=1 / sharp=2 + Maney_soft_ring_count 0.000 (<= 2.00 cycles) + Maney_sharp_ring_count 1.000 (<= 4.00 cycles) + Maney_soft_dominant_freq_hz 650.000 + Maney_sharp_dominant_freq_hz 1000.000 + Maney_sharp_rings_more_than_soft soft=0 / sharp=1 + Nevy_soft_ring_count 1.000 (<= 3.00 cycles) + Nevy_sharp_ring_count 1.000 (<= 4.00 cycles) + Nevy_soft_dominant_freq_hz 950.000 + Nevy_sharp_dominant_freq_hz 1000.000 + Nevy_sharp_rings_more_than_soft soft=1 / sharp=1 + Sllamok_soft_ring_count 1.000 (<= 2.00 cycles) + Sllamok_sharp_ring_count 1.000 (<= 4.00 cycles) + Sllamok_soft_dominant_freq_hz 900.000 + Sllamok_sharp_dominant_freq_hz 1000.000 + Sllamok_sharp_rings_more_than_soft soft=1 / sharp=1 ---------------------------------------------------------------------- Section: PerFilterCircuitRinging ---------------------------------------------------------------------- [Filter_Circuit_Ringing] [10P/0F/0W/0S] + Soft_soft_ring_count 0.000 (<= 2.00 cycles) + Soft_sharp_ring_count 2.000 (<= 4.00 cycles) + Soft_soft_dominant_freq_hz 2700.000 + Soft_sharp_dominant_freq_hz 4700.000 + Soft_sharp_rings_more_than_soft soft=0 / sharp=2 + Sharp_soft_ring_count 1.000 (<= 2.00 cycles) + Sharp_sharp_ring_count 1.000 (<= 4.00 cycles) + Sharp_soft_dominant_freq_hz 3100.000 + Sharp_sharp_dominant_freq_hz 2200.000 + Sharp_sharp_rings_more_than_soft soft=1 / sharp=1 ---------------------------------------------------------------------- Section: PerCompReleaseShape ---------------------------------------------------------------------- [Compressor_Release_Shape] [14P/0F/0W/0S] + sll_t50_ms 49.000 ([20.00, 200.00] ms) + sll_t90_ms 78.000 ([40.00, 400.00] ms) + sll_shape_ratio 1.592 ([1.40, 2.80] ) + nevy_t50_ms 214.000 ([200.00, 600.00] ms) + nevy_t90_ms 571.000 ([400.00, 2000.00] ms) + nevy_shape_ratio 2.668 ([1.50, 5.00] ) + amok_t50_ms 623.000 ([150.00, 700.00] ms) + amok_t90_ms 939.000 ([350.00, 1200.00] ms) + amok_shape_ratio 1.507 ([1.20, 4.00] ) + maney_t50_ms 291.000 ([150.00, 800.00] ms) + maney_t90_ms 686.000 ([300.00, 3000.00] ms) + maney_shape_ratio 2.357 ([1.50, 6.00] ) + t50_topology_spread_ms 574.000 (>= 200.00 ms) + shape_ratio_spread 1.161 (>= 0.60 ) ---------------------------------------------------------------------- Section: SoftClipCurveShape ---------------------------------------------------------------------- [SoftClip_Curve_Shape] [20P/0F/0W/0S] + tube_out_at_-24dbfs -27.235 + dpx_out_at_-24dbfs -23.998 + tube_out_at_-18dbfs -23.176 + dpx_out_at_-18dbfs -18.941 + tube_out_at_-12dbfs -17.176 + dpx_out_at_-12dbfs -15.890 + tube_out_at_-6dbfs -11.196 + dpx_out_at_-6dbfs -12.840 + tube_out_at_-3dbfs -8.173 + dpx_out_at_-3dbfs -11.302 + tube_out_at_0dbfs -5.181 + dpx_out_at_0dbfs -9.744 + tube_compression_at_minus3dbfs_db 5.173 ([2.50, 5.50] dB) + tube_compression_at_0dbfs_db 5.181 ([2.50, 5.50] dB) + dpx_compression_at_minus3dbfs_db 8.302 ([3.00, 9.00] dB) + dpx_compression_at_0dbfs_db 9.744 ([3.00, 11.00] dB) + tube_max_thd_pct 0.000 ([0.00, 0.60] %) + dpx_max_thd_pct 0.000 ([0.00, 0.60] %) + tube_vs_dpx_compression_spread_db 4.563 (>= 0.40 dB) + both_modes_produce_thd tube=0.000 % / dpx=0.000 % ---------------------------------------------------------------------- Section: PersonalityDivergence ---------------------------------------------------------------------- [PersonalityDivergence] [16P/0F/0W/0S] + idle_spread_50hz_db 0.170 ([0.03, 1.50] dB) + idle_spread_1khz_db 0.454 ([0.10, 2.50] dB) + idle_spread_10khz_db 0.233 ([0.05, 2.50] dB) + drive150_spread_50hz_db 1.773 ([0.20, 2.00] dB) + drive150_spread_1khz_db 3.311 ([0.50, 4.00] dB) + drive150_spread_10khz_db 3.177 ([0.40, 4.00] dB) + comp_active_spread_50hz_db 1.860 ([1.20, 4.00] dB) + comp_active_spread_1khz_db 2.504 ([1.50, 4.50] dB) + comp_active_spread_10khz_db 2.000 ([1.50, 4.50] dB) + eq_mid_plus6_spread_50hz_db 0.199 ([0.04, 1.60] dB) + eq_mid_plus6_spread_1khz_db 0.518 ([0.10, 2.50] dB) + eq_mid_plus6_spread_10khz_db 0.244 ([0.05, 2.50] dB) + drive150_divergence_ratio 10.440 ([0.40, 25.00] ) + comp_active_divergence_ratio 8.337 ([1.50, 20.00] ) + eq_mid_plus6_divergence_ratio 1.119 ([0.70, 1.50] ) + any_condition_diverges_more_than_idle yes - personalities differentiate under signal ---------------------------------------------------------------------- Section: CrossoverPhase ---------------------------------------------------------------------- [CrossoverPhase] [7P/0F/0W/0S] + phase_persist_at_1khz_deg -96.191 + phase_clean_at_1khz_deg -96.191 + phase_delta_at_1khz_deg 0.000 + phase_persist_at_10khz_deg 107.716 + phase_clean_at_10khz_deg 107.716 + phase_delta_at_10khz_deg 0.000 + crossover_delta_under_180_degrees max |delta| = 0.0° ---------------------------------------------------------------------- Section: GRCalibration ---------------------------------------------------------------------- [GRCalibration] [5P/0F/0W/0S] + subcomp_crossover_effectiveness_db 5.476 (>= 1.0 dB) + hfcomp_crossover_effectiveness_db 10.308 (>= 1.0 dB) + subcomp_makeup_scope_oob_leak_db 0.025 (<= 0.50 dB) + hfcomp_makeup_scope_oob_leak_db 0.000 (<= 0.50 dB) + compressor_makeup_fullband_tilt_db 0.000 (<= 0.50 dB) ---------------------------------------------------------------------- Section: OversamplingPlugin ---------------------------------------------------------------------- [OversamplingPlugin] [10P/0F/0W/0S] + latency_at_2x_samples 4.000 (1 ≤ latency ≤ 320) + peak_at_2x_dBFS -6.005 (−40 ≤ peak ≤ +6 dBFS) + latency_at_4x_samples 6.000 (1 ≤ latency ≤ 320) + peak_at_4x_dBFS -6.005 (−40 ≤ peak ≤ +6 dBFS) + latency_at_8x_samples 6.000 (1 ≤ latency ≤ 320) + peak_at_8x_dBFS -6.005 (−40 ≤ peak ≤ +6 dBFS) + latency_at_16x_samples 6.000 (1 ≤ latency ≤ 320) + peak_at_16x_dBFS -6.005 (−40 ≤ peak ≤ +6 dBFS) + latency_monotonic_with_factor yes (yes) + latency_grows_2x_to_16x 4 -> 6 samples (16x > 2x) ---------------------------------------------------------------------- Section: ParallelMixPlugin ---------------------------------------------------------------------- [ParallelMixPlugin] [14P/0F/0W/0S] + peak_at_100pct_dBFS -6.005 (−40 ≤ peak ≤ +6 dBFS) + peak_at_0pct_dBFS -6.176 (-7.50 ≤ peak ≤ -4.50 dBFS) + peak_at_50pct_dBFS -6.105 (-7.50 ≤ peak ≤ -4.50 dBFS) + mix_50pct_vs_avg_RMS_dB -0.046 (Δ ≥ −6 dB (no deep nulls)) + rms_at_100pct_dBFS -9.983 (−40 ≤ rms ≤ −3 dBFS) + rms_at_50pct_dBFS -9.958 (−40 ≤ rms ≤ −3 dBFS) + rms_at_0pct_dBFS -9.842 (−40 ≤ rms ≤ −3 dBFS) + level_stable_sll_50pct_dB -0.100 (|Δ| ≤ 2.0 dB) + level_stable_sll_0pct_dB -0.172 (|Δ| ≤ 2.0 dB) + level_stable_nevy_50pct_dB 0.200 (|Δ| ≤ 2.0 dB) + level_stable_nevy_0pct_dB 0.404 (|Δ| ≤ 2.0 dB) + level_stable_amok_50pct_dB -0.184 (|Δ| ≤ 2.0 dB) + level_stable_amok_0pct_dB -0.163 (|Δ| ≤ 2.0 dB) + mix_sweep_artifact_free_dBFS -59.591 (transient ≤ −20 dBFS (no clicks)) ---------------------------------------------------------------------- Section: OversamplingLowEnd ---------------------------------------------------------------------- [OversamplingLowEnd] [5P/0F/0W/0S] + lf_20hz_match_4x_db 0.000 (<= 0.050 dB) + lf_20hz_match_8x_db 0.000 (<= 0.050 dB) + lf_20hz_match_16x_db 0.000 (<= 0.003 dB) + lf_50hz_match_16x_db 0.003 (<= 0.020 dB) + lf_20hz_protocol_match_16x_db 0.025 (<= 0.250 dB) ---------------------------------------------------------------------- Section: W1_DynamicTHD ---------------------------------------------------------------------- [DynamicTHD] [15P/0F/0W/0S] + burst_thd_attack_SLL_pct 0.268 ([0.050, 1.000]) + burst_thd_sustain_SLL_pct 0.124 (informational) + burst_thd_attack_over_sustain_SLL 2.164 ([0.500, 5.000]) + burst_thd_attack_Nevy_pct 0.313 ([0.100, 2.000]) + burst_thd_sustain_Nevy_pct 0.166 (informational) + burst_thd_attack_over_sustain_Nevy 1.886 ([0.500, 5.000]) + burst_thd_attack_Amok_pct 3.524 ([3.000, 15.000]) + burst_thd_sustain_Amok_pct 3.419 (informational) + burst_thd_attack_over_sustain_Amok 1.031 ([0.500, 5.000]) + post_transient_thd_recovery_SLL_pct 7.311 (≥ -0.500) + post_transient_thd_recovery_Nevy_pct 7.250 (≥ -0.500) + post_transient_thd_recovery_Amok_pct 7.067 (≥ -0.500) + imd_100hz_3khz_SLL_pct 0.215 (≤ 1.000) + imd_100hz_3khz_Nevy_pct 0.323 (≤ 1.000) + imd_100hz_3khz_Amok_pct 7.582 (≤ 25.000) ---------------------------------------------------------------------- Section: W2_TransientEnvelope ---------------------------------------------------------------------- [TransientEnvelope] [21P/0F/0W/0S] + impulse_asymmetry_ratio_SLL 3.340 ([2.000, 5.000]) + impulse_asymmetry_ratio_Nevy 3.333 ([2.000, 5.000]) + impulse_asymmetry_ratio_Amok 3.158 ([1.200, 5.000]) + crest_delta_SLL_at-18dbfs_db 0.409 ([-8.000, 8.000]) + crest_delta_Nevy_at-18dbfs_db 0.361 ([-8.000, 8.000]) + crest_delta_Amok_at-18dbfs_db 0.385 ([-8.000, 8.000]) + crest_delta_SLL_at-6dbfs_db -0.158 ([-15.000, 5.000]) + crest_delta_Nevy_at-6dbfs_db -0.237 ([-15.000, 5.000]) + crest_delta_Amok_at-6dbfs_db -0.173 ([-15.000, 5.000]) + crest_delta_SLL_at-1dbfs_db -0.158 ([-20.000, 5.000]) + crest_delta_Nevy_at-1dbfs_db -0.226 ([-20.000, 5.000]) + crest_delta_Amok_at-1dbfs_db 0.004 ([-20.000, 5.000]) + attack_rise_10_90_SLL_ms 0.708 ([0.000, 5.000]) + attack_rise_10_90_Nevy_ms 0.708 ([0.000, 5.000]) + attack_rise_10_90_Amok_ms 0.771 ([0.000, 5.000]) + drum_pattern_thd_beat_drift_SLL_pct 0.017 (≤ 12.000) + drum_pattern_crest_beat_drift_SLL_db 0.002 (≤ 3.000) + drum_pattern_thd_beat_drift_Nevy_pct 0.030 (≤ 12.000) + drum_pattern_crest_beat_drift_Nevy_db 0.014 (≤ 3.000) + drum_pattern_thd_beat_drift_Amok_pct 0.076 (≤ 12.000) + drum_pattern_crest_beat_drift_Amok_db 0.000 (≤ 3.000) ---------------------------------------------------------------------- Section: W3_FreqRespMultiMethod ---------------------------------------------------------------------- [FreqRespMultiMethod] [12P/0F/0W/0S] + noise_vs_sine_fr_max_delta_SLL_db 1.744 (≤ 12.000) + noise_vs_sine_fr_max_delta_Nevy_db 1.151 (≤ 12.000) + noise_vs_sine_fr_max_delta_Amok_db 1.642 (≤ 12.000) + level_fr_change_50hz_SLL_db 4.768 ([0.000, 8.000]) + level_fr_change_10khz_SLL_db 7.041 ([0.000, 8.000]) + level_fr_change_50hz_Nevy_db 5.003 ([0.000, 8.000]) + level_fr_change_10khz_Nevy_db 6.764 ([0.000, 8.000]) + level_fr_change_50hz_Amok_db 4.117 ([0.000, 8.000]) + level_fr_change_10khz_Amok_db 6.124 ([0.000, 8.000]) + phase_personality_spread_1000hz_deg 0.216 (≤ 10.000) + phase_personality_spread_5000hz_deg 0.819 (≤ 15.000) + phase_personality_spread_10000hz_deg 0.745 (≤ 20.000) ---------------------------------------------------------------------- Section: W5_CompEQValidation ---------------------------------------------------------------------- [CompEQValidation] [21P/0F/0W/0S] + comp_attack_ms_SLL 19.167 ([5.000, 60.000]) + comp_release_ms_SLL 86.354 ([10.000, 500.000]) + comp_attack_ms_Nevy 27.750 ([10.000, 80.000]) + comp_release_ms_Nevy 322.312 ([50.000, 800.000]) + comp_attack_ms_Amok 3.312 ([0.500, 30.000]) + comp_release_ms_Amok 362.042 ([50.000, 800.000]) + comp_attack_ms_Maney 27.792 ([10.000, 100.000]) + comp_release_ms_Maney 337.167 ([50.000, 800.000]) + comp_program_dependence_SLL_db 1.303 (≥ 0.500) + comp_program_dependence_Nevy_db 1.001 (≥ 0.200) + comp_program_dependence_Amok_db 0.306 (≥ 0.100) + comp_program_dependence_Maney_db 0.780 (≥ 0.300) + eq_low_boost_actual_db_SLL 3.024 ([1.500, 6.500]) + eq_mid_boost_actual_db_SLL 6.022 ([4.500, 7.500]) + eq_high_boost_actual_db_SLL 3.022 ([1.500, 6.500]) + eq_low_boost_actual_db_Nevy 3.049 ([1.500, 6.500]) + eq_mid_boost_actual_db_Nevy 6.048 ([4.500, 7.500]) + eq_high_boost_actual_db_Nevy 3.048 ([1.500, 6.500]) + eq_low_boost_actual_db_Amok 3.073 ([1.500, 6.500]) + eq_mid_boost_actual_db_Amok 6.076 ([4.500, 7.500]) + eq_high_boost_actual_db_Amok 3.073 ([1.500, 6.500]) ---------------------------------------------------------------------- Section: W6_TrueRailMechanisms ---------------------------------------------------------------------- [TrueRailMechanisms] [12P/0F/0W/0S] + rail_sag_depth_SLL_v 0.036 (≥ 0.005) + rail_sag_recovery_SLL_ms 62.875 ([10.000, 500.000]) + rail_sag_depth_Nevy_v 0.118 (≥ 0.005) + rail_sag_recovery_Nevy_ms 212.729 ([30.000, 800.000]) + rail_sag_depth_Amok_v 0.130 (≥ 0.005) + rail_sag_recovery_Amok_ms 84.083 ([10.000, 500.000]) + rail_interaction_eq_at_1khz_SLL_db 4.937 (≥ 0.500) + rail_interaction_eq_at_1khz_Nevy_db 5.272 (≥ 0.500) + rail_interaction_eq_at_1khz_Amok_db 3.444 (≥ 0.300) + thermal_drift_30s_SLL_db 0.009 (≥ 0.000) + thermal_drift_30s_Nevy_db 0.009 (≥ 0.000) + thermal_drift_30s_Amok_db 0.012 (≥ 0.000) ---------------------------------------------------------------------- Section: W7_WidthValidation ---------------------------------------------------------------------- [WidthValidation] [8P/0F/0W/0S] + width_correlation_at_0pct 1.000 ([0.850, 1.000]) + width_correlation_at_50pct 0.821 ([0.600, 0.950]) + width_correlation_at_100pct 0.431 ([0.300, 0.600]) + width_correlation_at_200pct -0.221 ([-0.500, 0.000]) + width_freq_neutrality_100hz 0.384 (≤ 1.000) + width_freq_neutrality_1000hz 0.711 (≤ 1.000) + width_freq_neutrality_5000hz 0.716 (≤ 1.000) + width_freq_neutrality_10000hz 0.716 (≤ 1.000) ---------------------------------------------------------------------- Section: W8_ChainIntegration ---------------------------------------------------------------------- [ChainIntegration] [9P/0F/0W/0S] + module_bypass_with_truerail_residual_db_SLL -65.563 (≤ -40.000) + module_bypass_with_truerail_residual_db_Nevy -55.624 (≤ -40.000) + module_bypass_with_truerail_residual_db_Amok -59.541 (≤ -40.000) + interaction_inputTx_outputTx_db 0.029 (≤ 2.000) + interaction_drive_eq_db 0.000 (≤ 2.000) + interaction_comp_subComp_db 0.964 (≤ 2.000) + thd_budget_full_vs_rss_SLL_db 3.369 ([-10.000, 10.000]) + thd_budget_full_vs_rss_Nevy_db 3.397 ([-10.000, 10.000]) + thd_budget_full_vs_rss_Amok_db 0.716 ([-10.000, 10.000]) ---------------------------------------------------------------------- Section: MechanismVerification ---------------------------------------------------------------------- [MechanismVerification] [12P/0F/0W/0S] + diff_rail_asymmetric_mV_min 0.059 (0.005000) + ground_lift_nevy_fund_mV_min 1.103 (0.100000) + thermal_state_product_15s_min 2.262 (0.500000) + sll_crossover_h3_at_-40dbfs_min -60.314 (-80.000000) + nevy_shockley_h2_at_-6dbfs_min -53.895 (-80.000000) + silence_floor_nevy_dbfs_min -121.835 (-200.000000) + grid_blocking_bias_shift_v_min 1.948 (0.020000) + da_rerelease_nevy_delta_dbfs_min -113.107 (-160.000000) + intertx_coupling_wire_delta_db_min 3.872 (0.050000) + mains60hz_ripple_120hz_delta_db_min 55.739 (20.000000) + termination_lf_gain_delta_db_min 0.203 (0.050000) + amok_limiter_bypass_delta_db_min 0.169 (0.030000) ---------------------------------------------------------------------- Section: StateRestoreIdentity ---------------------------------------------------------------------- [StateRestoreIdentity] [4P/0F/0W/0S] + restore_after_prepare_inputtx_ppm_max 0.000 (0.001000) + restore_after_prepare_outputtx_ppm_max 0.000 (0.001000) + restore_reserialized_seed_match_min 1.000 (1.000000) + restore_before_prepare_inputtx_ppm_max 0.000 (0.001000) ---------------------------------------------------------------------- Section: AgeVerification ---------------------------------------------------------------------- [AgeVerification] [10P/0F/0W/0S] + age_return_inputtx_ppm_max 0.000 (0.000000) + age_return_outputtx_ppm_max 0.000 (0.000000) + noise_floor_step_1to2_db_min 1.355 (0.500000) + noise_floor_step_2to3_db_min 1.776 (0.500000) + noise_floor_step_3to4_db_min 1.879 (0.500000) + ripple_step_1to2_db_min 1.554 (0.500000) + ripple_step_2to3_db_min 2.190 (0.500000) + ripple_step_3to4_db_min 2.152 (0.500000) + age4_restore_identity_ppm_max 0.000 (0.000000) + age4_thd100_shift_pct_min 0.001 (0.001000) ---------------------------------------------------------------------- Section: SilenceIntegrity ---------------------------------------------------------------------- [SilenceIntegrity] [7P/0F/0W/0S] + m1166_post_stop_peak_dbfs_max -106.538 (-90.000000) + c9049_post_stop_peak_dbfs_max -107.909 (-90.000000) + k1166_post_stop_peak_dbfs_max -106.485 (-90.000000) + l1544_post_stop_peak_dbfs_max -97.865 (-90.000000) + default_state_post_stop_peak_dbfs_max -98.030 (-90.000000) + output_min_drive_post_stop_peak_dbfs_max -74.317 (-60.000000) + input_min_drive_post_stop_peak_dbfs_max -69.340 (-60.000000) ---------------------------------------------------------------------- Section: HammerVerification ---------------------------------------------------------------------- [HammerVerification] [9P/0F/0W/0S] + hammer_params_off_default_max 0.000 (0.000000) + hammer_inputtx_draws_ppm_max 0.000 (0.000000) + hammer_outputtx_draws_ppm_max 0.000 (0.000000) + hammer_latency_delta_samples_max 0.000 (0.000000) + hammer_level_delta_db_max 0.007 (0.150000) + hammer_thd_rel_delta_max 0.005 (0.100000) + hammer_floor_delta_db_max 0.273 (0.550000) + hammer_state_restore_ppm_max 0.000 (0.000000) + hammer_personality_burst_click_ratio_max 1.000 (1.200000) ═══ Twelve Mechanisms Audit ═══ M1 Summing amplifier bandwidth [OK] THD@1k=0.150%, THD@8k=0.100% M2 Component tolerance [OK] L/R null = -50.5 dB M3 Thermal drift [OK] drift = 0.0012 dB M4 Power supply sag [OK] shift = 0.0027% M5 Cross-channel crosstalk [OK] -26.1 dB M6 Inductor saturation [OK] THD rises with level M7 Transformer hysteresis [OK] diff = 0.0167% M8 Class-A crossover nonlinearity[OK] THD@-10dBFS=0.297%, THD@-1dBFS=9.138% M9 Chain harmonic interaction [OK] ratio = 1.380 M10 Cable/ribbon parasitics [OK] 8.25 dB M11 Decoupling resonance [OK] ultrasonic content present M12 Designer imperfections [OK] SLL=2.00 µV, Nevy=200.00 µV, Amok=800.00 µV ───────────────────────────────────── Active: 12/12 mechanisms ═══ Personality Fingerprints (Full Chain - all modules at defaults) ═══ SLL Nevy Amok THD @ -6dBFS: 0.123 % 0.218 % 3.654 % H2/H3 ratio: 3.700 2.344 12.023 Phase @ 20Hz (deg): 171.5 188.4 163.0 Rail sag (mV): 40.31 142.79 101.98 ─────────────────────────────────────────────────────── Differentiation: 4/4 orderings correct ═══ Latency & CPU Performance ═══ Buffer Size CPU Time/Buffer Real-Time Load 64 109.8 µs 8.23 % 128 220.1 µs 8.25 % 256 440.2 µs 8.25 % 512 876.5 µs 8.22 % 1024 1753.5 µs 8.22 % 2048 3505.9 µs 8.22 % Per-Module CPU Breakdown (at 512 samples, 863.7 µs total): INPUT TX 82.8 µs 9.6% DRIVE 506.4 µs 58.6% FILTER 11.3 µs 1.3% SUB COMP 31.4 µs 3.6% HF COMP 31.3 µs 3.6% HF SOFTCLIP 56.2 µs 6.5% COMPRESSOR 36.6 µs 4.2% EQ 13.8 µs 1.6% WIDTH 9.4 µs 1.1% OUTPUT TX 85.3 µs 9.9% Overhead 0.0 µs 0.0% ───────────────────────────────── Total 863.7 µs 100.0% [MusicMaterial] Source: reference programme material [real track] @ 44100 Hz stereo Input: peak -6.00 dBFS RMS -14.30 dBFS (crest 8.3 dB) OK Full chain SLL AG-on: peak -2.31 (d +3.69) RMS -13.85 (d +0.45) [RMS unity |d|<=1.5] OK Full chain Nevy AG-on: peak -1.60 (d +4.40) RMS -13.47 (d +0.82) [RMS unity |d|<=1.5] OK Full chain Amok AG-on: peak -2.52 (d +3.48) RMS -14.23 (d +0.06) [RMS unity |d|<=1.5] OK Input-only SLL : peak -4.47 (d +1.53) [saturation gentle, d<=+2.5] OK Input-only Nevy : peak -4.00 (d +2.00) [saturation gentle, d<=+2.5] OK Input-only Amok : peak -4.72 (d +1.28) [saturation gentle, d<=+2.5] -- Peak crest build-up SLL AG-off: +3.69 dB (phase rotation + OS reconstruction; input true-peak ~-4.85; not saturation) 6 pass / 0 fail ====================================================================== ══════════════════════════════════════════════════════════════ Sphinx 101 v1.6.9 Component-Level Analog Modeling with TrueRail™ Technology 1035 measurements · 0 failures · 0 warnings All measurements passed - signal integrity verified. analogrealism.com · support@analogrealism.com Made in Finland ══════════════════════════════════════════════════════════════