Korg Multi/Poly Module Synthesizer Rack-Mountable

The Korg Multi/Poly Module sets a new standard in analog modelling, delivering the perfect blend of vintage warmth and modern digital precision. Inspired by the iconic Mono/Poly synthesizer, this compact rack-mountable module offers unparalleled sound design capabilities with four oscillators per program, advanced modulation options, and intuitive hands-on controls. Its space-efficient 19" rack-mountable design makes it a versatile addition to any studio or desktop setup, providing the same comprehensive controls as its keyed counterpart in a portable form factor.

This next-generation synthesizer is packed with features designed for creative versatility. It supports full MIDI 2.0 with polyphonic aftertouch and property exchange, enabling seamless integration into modern setups. With four programmable layers, each capable of independent sounds, and four oscillators per program, including Classic, Digital, and Waveshaper types, it delivers dynamic layering and split effects. A noise generator, ring modulation, and dual-modeled filters with audio-rate modulation offer rich sonic complexity and precise tone shaping. Features like Layer Rotate ensure evolving sound variation, while Motion Sequencing 2.0 and Kaoss Physics provide intricate modulation and interactive sound shaping.

The module includes four loopable DAHDSR envelopes, five LFOs, and six mod processors per program, giving access to over 5,500 modulation destinations. High-quality effects, including three studio-grade insert effects per layer, master reverb, and parametric EQ, allow for polished, professional output. Additionally, the built-in Editor/Librarian software for macOS and Windows provides real-time modulation visualization, while balanced stereo outputs, MIDI, and USB connectivity ensure compatibility with any studio or live performance setup.

With its innovative design and unmatched sonic capabilities, the Multi/Poly Module is the ultimate tool for crafting everything from lush, layered textures to cutting-edge experimental tones.