A versatile, morphable polyphonic synthesizer

Syndt is a high-quality polyphonic synthesizer with a lot of possibilities. The oscillator waveform can be morphed between pure sine to pure square and supports altering of pulse width. Both the shape and pulse width can be modulated by two independent LFOs.

With fine-tuned low pass and high pass filters combined with a separate filter attack setting, (optionally based on velocity) this synth can create some raw and interesting sounds.

The additional LFO can be shaped exactly as the oscillator, and optionally controls filters, gain, and pitch (using a modulation wheel or just automatically). This LFO can be synchronized to an AUv3 host.

Globally there’s a nice stereo chorus, ping pong stereo delay (that also can sync to an AUv3 host’s BPM), and EQ.

• 1. Oscillator – This XY Pad sets the wave shape. X-axis: pulse width (pure sine to the left, short pulse width to the right). Y-axis: morphs between pure sine and square.
• 2. Mini LFO:s & Filters – These sliders affect the oscillator’s values. These LFOs only output pure sinewaves. If the NOTE ON SYNC is ticked, the LFO will be reset on a new note. If not, it will keep ongoing. HP & LP Filters with separate resonance control.
• 3. LFO – A powerful LFO that can affect filters, gain & pitch.
• 4. ADSR – Controls the Attack time, Decay time, Sustain Level and Release time of the voice.
• 5. Special effect – A very competent delay section, a chorus, EQ & more.

Features

• 70+ professionally made presets
• XY pad based oscillator and LFO (PWM on the X-axis and morphs between sine and square on the Y-axis)
• Independent mini-LFO (sine only) for each axis of the oscillator XY-pad.
• LP / HP filter with resonance
• LP Filter can be velocity-sensitive
• LP Filter has an optional attack time
• LFO can affect LP filter, HP filter, gain level, and pitch
• LFO has an optional attack time
• LFO can be synchronized with an AUv3 host (AUv3 mode only!)
• Ping pong delay
• Stereo Chorus
• Three-band EQ
• Legato mode with glide speed parameter
• Pitch bend range