For years, players with MPE controllers who loved Spectrasonics' Omnisphere had to settle for channel-wide aftertouch and velocity — the instrument's famously deep sound library was there, but the expressive nuance MPE hardware is built for wasn't fully reachable. That changed with Omnisphere 3, which ships with full MPE support, giving per-note pitch bend, pressure, and timbre control across the instrument's entire four-layer synthesis engine.
What MPE Support Actually Unlocks
Omnisphere has always responded to some degree of expression data, but it treated aftertouch and pitch bend as global, channel-wide messages. With full MPE implementation, each note played on an MPE controller — whether an Expressive E Osmose, a ROLI Seaboard, or a LinnStrument — now carries its own independent pitch bend, polyphonic aftertouch, and CC74 (timbre) data, all routed through the mod matrix like any other modulation source.
Paired with MPE is a new Quadzone performance layer, which lets players morph between the instrument's four synthesis layers using keyboard position, velocity, or an assignable fader that can itself act as a modulation destination. Combine Quadzone with per-note aftertouch from an MPE controller, and a single patch can behave like four different instruments depending on how and where you play it — without touching a mouse.
Vintage Glide Modes Meet Modern Expression
Alongside MPE, Omnisphere 3 introduces new glide and portamento modes modeled on classic analog synths — the Minimoog, Oberheim OB-Xa, ARP Odyssey, and a Yamaha CS-80-style glissando. On their own these are a nice historical touch, but combined with per-note pitch bend from an MPE surface, they let players recreate the kind of expressive slides and bends that were previously the domain of monophonic hardware, now fully polyphonic.
The update sits inside a much larger overhaul: 18 new thematic sound libraries, 36 new filter types with circuit-modeled saturation, a polyphonic dual frequency shifter, and a "Mutations" engine that generates musically coherent patch variations rather than random parameter shuffles. But for MPE players specifically, the headline is simple — one of the most widely used virtual instruments in film scoring, sound design, and pop production is now a first-class MPE citizen.
Why This Matters for the MPE Ecosystem
Omnisphere's install base is enormous — it's a default tool in film and TV scoring rooms, and its sound library is deeply embedded in countless sample-based workflows. Full MPE support in an instrument this ubiquitous does more for MPE adoption than a dozen niche synths could. Composers who already own an Osmose or Seaboard for other software now have a reason to reach for it inside Omnisphere sessions too, and newcomers evaluating MPE controllers get one more mainstream argument for making the jump.
It also validates a pattern that's been building across the industry: MPE is no longer a boutique feature reserved for dedicated expressive synths. As more established, general-purpose instruments add native support, the case for owning an MPE controller gets stronger regardless of which software you already use.
Getting Started
To use MPE with Omnisphere 3, players need an MPE-compatible controller and a host that passes MPE data correctly — Bitwig Studio, Ableton Live 12, and Cubase all handle this natively. From there, Omnisphere's mod matrix exposes MPE pitch bend, pressure, and timbre as assignable sources, the same way it treats any LFO or envelope, so patches can be built or modified to react to expressive input without deep menu diving.
Omnisphere 3 is available now from Spectrasonics for $499, with a $199 upgrade price for existing Omnisphere 2 owners.
For players building an MPE-focused studio, mpesynth.com has ongoing guides on routing MPE data correctly between controllers, DAWs, and virtual instruments — worth a look before diving into Omnisphere's expanded mod matrix.