Bundle includes ShineVerb and FilterCult ShineVerb is a creative tool specially designed for reverberation, spatialization and sound coloration purposes. This multi-device effects processor is composed by a set of modeled analogue gears and digital devices, arranged inside a rack-mount cabinet and accessible through a simple and easy to use interface. Features Accurate modeling of analogue gears and digital devices, achieved by the adoption of the Advanced Component Simulation (ACS) approach Full 64-bit processing accuracy for every single aspect of the simulation An all-in-one complete setup : analogue preamplifier + digital reverb unit + hybrid amplifier Featuring PRE-AF24 Analogue Multichannel Router / Preamp Multi-mode input signal router with gain control (from -inf dB up to +6 dB) Analogue modeled overdrive circuit with gain control (from +0 dB up to +18 dB) Analogue modeled (topology-preserving transform) multi-mode filter (1-pole low-pass or high-pass) Featuring REEVERB XT Advanced Digital Resonator Reverb A beautiful, resonator-based reverb engine with an extended set of controls Pre-delay engine (up to 2 seconds) FilterCult is a powerful, creative signal filtering and sound coloration tool. This multi-device effects processor is composed by a set of modeled analogue gears and digital devices, arranged inside a rack-mount cabinet and accessible through a simple and easy to use interface. At its heart, FilterCult consists in an accurate simulation of the infamous and iconic transistor ladder analogue filter, meticulously preserving its original circuit topology, behaviour and quirks. Moreover, the addition of circuit-bending modifications and the possibility to use supplementary nonlinear electronic components sensibly expand its sound sculpting possibilities. As a master effect or as a single channel insert processor, FilterCult is always the right choice in any music production scenario, producing from smooth and gentle analogue filtering up to extremely aggressive colorations of any audio material. Features Accurate physical modeling simulation achieved by the adoption of the Advanced Component Simulation (ACS) approach Full 64-bit processing accuracy for every single aspect of the simulation An all-in-one complete setup : transistor ladder analogue filter + modulation unit + signal router Featuring FLT-TL22 Advanced Transistor Ladder Analogue Filter Accurate modeling of a transistor ladder analogue filter using the topology-preserving transform method Providing supplementary, creative circuit-bents of the original filter architecture Including multi-node circuit output for different filter response (4-pole, 3-pole, 2-pole, 1-pole) Experimental high-pass mode output Extended cutoff frequency range (from 20 Hz up to 20 kHz) and self-oscillation (also in 1-pole mode) Voltage regulator circuit (auto stabilizer safety switch) providing full filter stability also when using extreme settings for the nonlinear components, parameters modulation, device-level feedback and component-level feedback Analogue modeled transistor-based and tube-based saturation and overdrive circuits with separate load controls for pre-filter and post-filter stages Device-level feedback path with the possibility to delay the feedback signal (up to 10 ms) Separate modulation for cutoff, emphasis parameters and channel polarity inversion switch Featuring MOD-XG01 Multimode Modulator Accurate input signal detection (envelope follower) with sensitivity control (from 5 ms up to 2 sec) Multi-waveform LFO generator with separate frequency (from 0.05 Hz up to 300 Hz), tempo-sync and phase-reset controls Envelope generator with attack and decay time controls (from 1 ms up to 10 sec) Noise generator Featuring PRM-EM44 Embedded Preamp / Mixer Multi-mode input signal router with gain control (from -inf dB up to +6 dB) Final mixer section, with blend (dry / wet) and main volume (from -inf dB up to +6 dB) controls Including more than 20, multi-scenario factory presets Support for sample rates from 44.1 kHz up to 192 kHz Available in multi-size GUI resolutions
