Townhouse RMX // AMS RMX 16 Impulse Response Library
• 194 individual impulse responses of the AMS RMX 16.
• Multiple EQ settings sampled for each decay time.
• Impulse responses of every AMS RMX 16 reverb algorithm including the legendary NonLin gated drum reverb // Ambience, Plate, Hall B3, Hall C1, NonLin 2, Room A1, Chorus 1.
• AMS RMX 16 sampled comes from Townhouse Studios and is exact unit used on classic records from Peter Gabriel, Kate Bush, Phil Collins and many more.
• Compatible with ANY convolution reverb (Logic’s Space Designer, Ableton’s Convolution, Reason RV7000, Avid’s Space, and any convolution reverb that can load impulse response wav files).
• Instant download.
Rhys Fulber (producer Fear Factory, Front Line Assembly, Delerium):
“Transport yourself to that glorious era of patching the AMS up on the SSL. This impulse library is as close to the real thing you can get.”
John Fryer (producer+engineer Depeche Mode, Nine Inch Nails, Cocteau Twins):
“These impulse responses of the AMS are the sound of my DNA!”
Xavier Paradis (songwriter+producer Automelodi, Wierd Records, Holodeck Records):
"This library not only captures the classic sound of a legendary studio device, but is also a fantastic sound design tool for transforming different sounds, whether it's drum machine samples or any other acoustic or electronic source."
If you need a free convolution reverb plug-in that can import these impulse responses, there is a great one available here:
Introducing the Townhouse RMX by INHALT: the most comprehensive impulse response library of the legendary AMS RMX 16 reverb processor from a very legendary studio. Townhouse RMX features 194 expertly sampled impulse responses of every major algorithm of the RMX 16. Unlike other impulse responses of the AMS, Townhouse RMX features various onboard EQ settings for each decay time. The RMX 16 drastically changes its decay and reverb characteristic depending on the EQ settings of the onboard low and high EQ, so we sampled each decay time at numerous EQ settings for a deep and detailed representation of the legendary reverb.
The AMS RMX 16 we sampled comes from the infamous Townhouse Studios. Townhouse Studios was originally built by Richard Branson to be the hub of Virgin Records. This very unit was used on breakthrough records from Peter Gabriel, Kate Bush, Phil Collins, Duran Duran and many other major recordings from the 80s and 90s. Interestingly, the AMS itself, with its legendary NonLin setting was designed to emulate the gated drum sound developed at Townhouse on Phil Collins’ “In the Air Tonight”.
Compared to the actual hardware, these impulse responses, to our and the ears of other major producers, exude the realness, depth, and three dimensionality better than DSP emulations of the RMX. During critical listening tests conducted in several major recording studios (with real AMS RMX 16s in the fx rack), we were throughly impressed with the accuracy of the impulses in completely capturing the unique sound of the RMX 16.
The impulse response library is organized in an easy to read manner and all relevant information is in the file name itself. For example, Plate_0.1s_-2L-2H.wav let’s us know instantly that it’s the Plate algorithm, at a .1 second decay time with a -2 setting on the Low EQ and a -2 setting on the High EQ. Because of this organization, it’s very quick to find the exact setting needed, just like punching the big square buttons on the actual AMS RMX itself.
This is an instant download.
A note on normalization: we shot out the RMX 16 at optimum studio levels to capture the impulses at the most optimal and correct level for the AMS. We wanted to preserve the authenticity of the RMX 16 so we did not try to alter the responses beyond the usual editing that needs to happen with impulses. If you feel that some of the levels are too loud or too low for your particular convolution processor, please feel free to normalize or re-gain the impulses to levels that work for your individual processor. All testing was carried out on Waves IR1 and we were very pleased with the results with no further processing.