PSP 285

The ultimate semi-modular delay machine

The iconic PSP 84/85 delay plugin served as the foundation for PSP 285, which is PSP's most recent investigation into the virtually limitless potential of variable sample rate delay lines. It can create a staggering array of delay-based effects, all with top-notch audio quality, ranging from straightforward slapbacks and echoes to intricate rhythmic patterns, authentic magnetic tape delay simulations to twisted, surreal pitch-shifting and resonant filtering effects.

Features

• Semi-modular architecture

• Up to 10 seconds of delay (pre + main) time per channel, depending on internal sampling frequency

• Pre-delay for each channel

• Continuous delay time control over the delay time

• Cross-channel feedback and independent channel settings

• Channel link mode

• Delay gating for improved control over number and level of echoes

• Stereo (L/R) or Mid-Side (M/S) operating modes

• Wet signal ducking for improved sound clarity

• Modulation section with a tempo-synced LFO and envelope follower that can be mixed in any proportion

• A wide selection of envelope follower control signals in linked or unliked mode

• 6 click-free LFO waveforms as well as variable LFO offset and phase channel spread

• A selection of 17 different filter types, with adjustable cutoff and resonance as well as flexible routing capabilities

• Post filter or independently routed Drive algorithm with hard and soft saturation modes

• Multi algorithm reverberation module including springs, plates, various spaces, and reverse, available in both mono-to-stereo and dual mono modes

• Flexible reverb positioning in the signal chain: dry, wet, or mixed wet+dry delay output

• Mixer parameters can be stored in each preset, or applied to any preset selected when in Global mode

• Wet mode switch for use in sends

• Control signal filtering for smooth, click-free operation

• High quality 64-bit floating point signal path and unique proprietary processing algorithms

• Support for sample rates of up to 384 kHz