What we know about the measurement:
Quality of the measurement data is
high .
Origin of the data is ASR.
Format of the data is
generated by a Klippel NFS
.
-3dB (resp. -6db) point v.s. reference is at 67.4Hz (resp. 58.6Hz).
Reference level is normalised to -0.3dB
computed over the frequency range [300.0Hz,
5000.0Hz].
Frequency deviation is 2.9dB over the same frequency range.
Tonality (Preference) Score
Tonality (Preference) Score is 2.57
and would be 5.32 with a
perfect subwoofer.
Details:
NBD: ON 0.631,
LW 0.586, SP
0.542, PIR
0.533; SM:
SP0.609,
PIR0.348; LFQ
0.588, LFX 62Hz
Tonality (Preference) Score is 5.49
with an EQ and would be 8.01 with a
perfect subwoofer and the same EQ.
Details:
NBD: ON 0.409,
LW 0.323, SP
0.328, PIR
0.276; SM:
SP0.953,
PIR0.936; LFQ 0.588, LFX 55Hz
Link to original Review: asr review .
.
AutomaticEQ (IIR)
Set preamp gain to: -1.9dB .
Type
Freq
Q
Gain
PK
58.0
1.59
2.99
PK
105.0
1.76
-2.94
PK
160.0
0.95
-4.03
PK
666.0
1.41
2.2
PK
3525.0
1.76
2.98
PK
5347.0
0.25
-1.69
PK
7834.0
1.07
-5.15
Download
This EQ optimise the Harman score and is a good start for far field listening like in your living room.
AutomaticEQ LW (IIR)
Set preamp gain to: -2.5dB .
Type
Freq
Q
Gain
PK
121.0
1.65
-2.95
PK
187.0
0.93
-2.98
PK
691.0
1.35
2.25
PK
2153.0
3.26
-1.55
PK
3325.0
1.88
2.98
PK
7417.0
1.71
-2.99
PK
9372.0
1.66
-2.82
Download
This EQ optimise for a flat listening window and is a good start for near field listening like on your desk.
AutomaticEQ Score (IIR)
Set preamp gain to: -2.1dB .
Type
Freq
Q
Gain
PK
148.0
1.02
-5.13
PK
418.0
3.77
-0.54
PK
646.0
1.15
1.98
PK
2380.0
4.01
-3.42
PK
3325.0
1.37
3.09
PK
6709.0
1.85
-3.18
PK
8766.0
1.22
-3.82
Download
maiky76@ASR LW (IIR)
Set preamp gain to: -4.0dB .
Type
Freq
Q
Gain
HP
46.48
1.15
0.0
PK
130.18
1.09
-5.22
PK
707.24
1.29
3.01
PK
2311.54
2.83
-1.72
PK
3186.42
1.82
4.53
PK
7334.05
1.87
-3.95
PK
9662.85
4.47
-2.18
Download
This EQ is designed by ASR member maiky76. This EQ optimise for a flat listening window and is a good start for near field listening like on your desk.
maiky76@ASR (IIR)
Set preamp gain to: -2.5dB .
Type
Freq
Q
Gain
HP
45.48
1.15
0.0
PK
130.64
0.84
-5.02
PK
661.91
1.22
2.32
PK
2382.29
4.03
-2.99
PK
3331.87
1.68
3.44
PK
7287.37
1.49
-5.62
Download
This EQ is designed by ASR member maiky76. This EQ optimise the Harman score and is a good start for far field listening like in your living room.
Graphic EQ 15 bands
Set preamp gain to: -0.3dB .
Type
Freq
Q
Gain
PK
25.0
2.14
0.25
PK
40.0
2.14
0.25
PK
63.0
2.14
0.25
PK
100.0
2.14
-0.5
PK
160.0
2.14
-0.5
PK
250.0
2.14
-0.25
PK
400.0
2.14
0.0
PK
630.0
2.14
0.25
PK
1000.0
2.14
0.25
PK
1600.0
2.14
0.0
PK
2500.0
2.14
0.0
PK
4000.0
2.14
0.25
PK
6300.0
2.14
-0.5
PK
10000.0
2.14
-0.5
PK
16000.0
2.14
0.0
Download
This EQ is designed for a 15 bands graphical EQ.
Graphic EQ 31 bands
Set preamp gain to: -0.4dB .
Type
Freq
Q
Gain
PK
20.0
4.32
0.0
PK
25.0
4.32
0.25
PK
31.0
4.32
0.25
PK
40.0
4.32
0.25
PK
50.0
4.32
0.25
PK
63.0
4.32
0.25
PK
80.0
4.32
-0.25
PK
100.0
4.32
-0.5
PK
125.0
4.32
-0.75
PK
160.0
4.32
-0.5
PK
200.0
4.32
-0.5
PK
250.0
4.32
-0.25
PK
315.0
4.32
0.0
PK
400.0
4.32
0.0
PK
500.0
4.32
0.0
PK
630.0
4.32
0.25
PK
800.0
4.32
0.25
PK
1000.0
4.32
0.0
PK
1250.0
4.32
0.0
PK
1600.0
4.32
0.0
PK
2000.0
4.32
0.0
PK
2500.0
4.32
0.0
PK
3150.0
4.32
0.25
PK
4000.0
4.32
0.0
PK
5000.0
4.32
-0.25
PK
6300.0
4.32
-0.5
PK
8000.0
4.32
-0.75
PK
10000.0
4.32
-0.5
PK
12000.0
4.32
-0.25
PK
16000.0
4.32
-0.25
PK
20000.0
4.32
0.0
Download
This EQ is designed for a 31 bands graphical EQ.
EQ
Target v.s. EQ
Histogram of errors
Listening Window (fullrange)
Predicted In-Room Response (fullrange)
Comparison betweens various EQs