Test reports
Germany:
'Sound and Recording',
9/2006 including sound demos: ("'Ebbe und Flut' setzt neue Maßstäbe in der Welt der analogen Filter"
/ "'Ebbe und Flut' sets new standards in the world of analogue filters.")
'raveline',
No.162 /9.2006: ("...überrascht durch unglaublich dynamische Modulationen." / "...surprises by unbelievable dynamic modulations.")
'Keys', 11/2006:
("...das vielseitigste und edelste Filter am Markt..." / "...the most versatile and most exquisite filter on the market...")
'DE:BUG', 107 11 06:
("Scheiß rein, kommt Gold raus..." / "Shit into it, gold is comming out...")
UK:
'FutureMusic', 11 06:
("It has a fantastic tonal range; sounding both authentically vintage and thoroughly modern"
/ "Es hat eine fantastische klangliche Bandbreite; klingt sowohl authentisch vintage aber auch total modern.")
'SoundOnSound', March 2007:
("The basic nature of its sound and processing is excellent."
/ "Die Grundeigenschaften von Klang und Klangverarbeitung sind exzellent.")
Some comments from SCHIPPMANN: "Unfortunately the Sound on Sound review is
concerning and/or confusing potential customers about the noise topic in the issue March 2007. The issued noise values
are first wrong and second they make no sense, because of the senseless dimension they used (db)! Additionally some natural
effects were described in a misguided manner.
If you build a signal chain containing a bundle of amplifying stages (Input Amp.[+20db] - compressor
with low threshold and high gain [+50db] - distortion [+40db] - selektive filters [+40db] - ...)
then there will be a tremendous noise level at the last output stage of this chain even if all these modules would be totally
noise free!! And this is absolutely normal, because only a very, very small noise level at the first input stage
would be amplified by factors in the order of millions (31 million = 150db = 20db + 50db + 40db +40db in this example)!
So, Mr. Gordon Reid, you better take some lessons about noise behavior in analogue circuits from the manufacturer ;)!"
RMS (Root Mean Square) noise output levels (0 - 20 kHz, unweighted) [dbV] (0 dbV equals 1 Vrms, -120 dbV equals 1 µVrms):
· Main output (bypass): -117 dbv
· Compressor out (Input Gain = 0 db, compression knob (3) = zero / full): -99 dbv / -67 dbV
· Distortion (Input >> compressor (3) = 0, distortion (5) zero / full): -71 dbV / -60 dbv
· VCA (open / close): -81 dbv / -90 dbV
· VCF1, direct output (rear plug (18)), filter wide open (Filter input (19) shorted to ground all noise sources)
Average of all functions: resonance=0 / high resonance (just before oscillation): less than -87 dbV / -80 dbv
24db LP: -88 dbV / -94 dbv
· VCF2, direct output (rear plug (16)), filter wide open (Filter input (17) shorted to ground all noise sources)
Average of all functions: resonance=0 / high resonance (just before oscillation): less than -87 dbV / -83 dbv
24db LP: -94 dbV / -100 dbv
...and this is top, my friend!