The Keys to Incredible Sounds
The jaw-dropping sound and power of the Waldorf Iridium Desktop Synthesizer are now available in a rock-solid, incredible-feeling 49-key instrument with polyphonic aftertouch.
Explore 1,680 unique sounds and textures, save thousands of your own customizations, and swap sounds with Iridium Desktop or the flagship Quantum Synthesizer. Explore the depths of wavetable, analog modeling, granular synthesis and more via Iridium's gorgeous color touch screen and comprehensive knob-per-function surface.
 
After introducing Iridium as a high-class synthesizer in a compact desktop form factor we take the concept further forward with the Iridium Keyboard. It’s boosting an all-new 49-key FATAR TP/8SK semi-weighted polyphonic aftertouch pressure-providing keyboard as the first such implementation of that keyboard in the world, with an expanded front panel proffering one-knob-per-function control as a workflow-raising result of this high-class synthesizer’s palpable physical makeover, also allowing for six freely-programmable Macro buttons with which users can define functions from a wide range of features for additional performance control. 
Tremendous tonal changes flow freely when playing the Iridium Keyboard live since polyphonic aftertouch is transmitted individually for each note played. Performers can conceivably play and hold down any number of keys simultaneously, subsequently moving each finger individually. In other words, individual keys are affected by the pressure applied by each finger, thereby creating, for instance, individual data streams for modulation purposes, whereas with monophonic (Channel) aftertouch all notes played will respond in the same way. With a powerful Mod Matrix offering 40 independent modulation assignments, each with individual settings for Source, Amount, and Destination, Iridium Keyboard comes with powerful modulation options — just like the Iridium desktop synthesizer namesake. Notably, Iridium Keyboard is also capable of processing MPE (MIDI Polyphonic Expression) data, duly making multiple parameters of different notes separately controllable to effectively enable it to behave more like an acoustic instrument in terms of spontaneous, polyphonic sound control.