Introductory Sale Price Thru 10/21/18. After that, the retail price will be $444
Noise Engineering invites you to come along on a journey as they present their first
foray into Large Format Modular. Basimilus Iteritas Magnus is a Moog Format (MU) version
of their acclaimed Eurorack percussion module, Basimilus Iteritas Alter. Based on a six
oscillator additive synth engine, BIM boasts extensive tonal shaping options via
adjustable waveforms, harmonic spread (of six oscillators), envelope coupled noise
source, built in AD envelope with dedicated VCA and wave folder on the final output
stage. Control the pitch with extreme accuracy using the three pitch ranges on a
dedicated switch or using the pitch knob which includes course and fine tune on a
single encoder (fine tune is default, coarse is accessed by pushing and turning
Control the tonal shaping in even more depth with CV inputs for every function.
Track pitch accurately with the 1v/oct input over a wide range and trigger
the EG with the gate input or the HIT button. For versatility of sound, BIM
includes 3 percussion algorithms on a tactile switch, providing you with
percussion sounds ranging from tame and smooth to aggressive and industrial.
Expect nothing less than clean high-fidelity sounds. The algorithmic sound
engine runs on a state-of-the-art XMOS architecture, providing extreme power
and flexibility in a small package. BIM is shallow and certainly Box-11 friendly.
It is completely digital top-to-bottom but that's not evident as there is no aliasing
or stair-stepping of modulation sources. The only clue might be that no one would
ever believe that so much functionality and fire-power could fit into just one
Large Format module.
BIM is completely unrivaled in the Large Format stable and is absolutely essential
for any owners of large format systems seeking a turn-key solution for percussion
without eating up half your system. Owners of other formats might enjoy having BIM
and MIM in a small MU case for the size and ease of access to the knobs, while keeping
control modules in a smaller footprint.