Cherry Audio Sines Synthesizer

Description

Sines is a sensational and innovative original polyphonic synthesizer. Employing four sine-wave oscillators, Sines utilizes diverse waveshaping methods to bend these basic waves into infinitely variable and complex shapes. When combined with its wide-ranging modulation capabilities and effects, users can create a diverse array of unique timbres ranging from the sublime to sizzling.

The Power of Four

The state-of-the-art Sines interface provides immediate hands-on access to all sound parameters. It comes alive with illuminated indicators, color, and mini oscilloscopes, providing instant visual feedback. The primary sound design controls are grouped horizontally in bands emphasizing its “four of everything” nature: four LFOs, four oscillators, and four envelope generators. At the core of each section are the unique sine-wave oscillator waveshaping controls: feedback, phase, width, shape, wavefold, and drive, along with a sub (octave-down) oscillator and a super (octave-up) oscillator.

Phase modulation and ratio dials allow the oscillators to be configured in a modulator/carrier arrangement for four-op DX/FM-style synthesis. But these dangerous curves are just the beginning. Sines features Cherry Audio’s most extensive multimode filter to date, four LFOs with 14 wave shapes, four envelope generators, an arpeggio, a “best of” selection of Cherry Audio’s finest acclaimed effects, a drift function, and an integrated eight-band graphic EQ. Many controls include an adjacent mod source button, and an outrageously comprehensive four-slot mod matrix provides numerous modulation options for nearly every Sines parameter.

Three Ways to Play

Mastering Sines may seem like rocket science, but we’ve made it easy to get started. Sines includes over 500 presets, both practical and cutting-edge, as well as a comprehensive user guide that’s fun to read. Moreover, the aural and visual immediacy of Sines encourages experimentation and provides a deeper understanding of how the elements interact. In little time, users can design individualized sounds ranging from glorious evolving pads, bright FM plucks, distinctive leads, crisp percussive tones, and much more.

Sines lends itself well to three more direct approaches to sound design: standard subtractive synthesis, where sine waves are wave-shaped into other familiar waveforms, then processed through an analog-style filter. Alternately, an additive synthesis approach stacks sine waves at different pitches and amplitudes, like a supercharged Hammond tonewheel organ. Finally, oscillators can modulate each other in multiple configurations, mimicking the classic DX-style FM carrier and modulator architecture with much less effort than original 80s instruments.