After Later Audio

After Later Audio Fuse; Eurorack module; Meta-Modulator for mixing and blending of two audio signals related to 9 different algorithms: Crossfade, Crossfolding, Diode ring-modulation, digital ring-modulation. XOR modulation and 3 Vocoder modes; Timbre control knob for modulation intensity between input 1 & 2; zwo audio inputs with level control knobs; CV control over algorithm selection and timbre; switchable internal modulation oscillator; power consumption: 110mA (+12V) / 5mA (-12V); width: 10 HP; depth: 25 mm

After Later Audio Currents; Eurorack-Module; Tidal Modulator - works as LFO, VCO AD- or AR-envelope generator;, frequency range: 2 Min. - 2 kHz (range can be widened by applying an offset); V/Oct tracking and exponential FM; Shape and Slope controls for segment times and segment shapes; smoothing or waveshaping of the output signal possible; CV control for all parameters; 4 independent outputs with different modes provide phase shifted function generators, polyrhytmic LFOs and much more; trigger input for LFO reset / sync and AD / AR triggering; clock input for PLL mode; power consumption: 50mA (+12V) / 20mA (-12V); width: 14 HP; depth: 25mm

After Later Audio Waves; Eurorack module; analog multimode filter; resonace control up to self-oscillation; separate outputs for lowpass, bandpass and highpass; lowpass and bandpass switchable from 12dB to 24dB filter slope; integrated VCA for lowpass output; two audio inputs, input 1 with gain control; FM input with bipolar attenuator; tracking over 4 octaves at self-oscillation via 1V/Oct. input; resonance CV input; power consumption: 35mA (+12V) / 35mA (-12V); width: 8 HP; depth: 25 mm

After Later Audio Pixie; Eurorack module; Macro Oscillator; 16 synthesis algorithms (virtual-analog dual VCO, FM, additive oscillator, wavetables, karplus strong, drums and more); three adjustable parameters for each algorithm (Harmonics, Timbre, Morph); pitch control knob with coarse, fine and octave modes; CV inputs for FM, Timbre and Morph, each with attenuverter; CV inputs for Harmonics, Model (algorithm selection), Level (VCA) and pitch (1v/oct.); Trigger input for the internal decay envelope with lowpass filter; two audio outputs; power consumption: 50mA (+12V) / 5mA (-12V); width: 12 HP; depth: 25mm

After Later Audio Dice; Eurorack module; Random Gate and CV Generator; t-section with 3 gate/trigger outputs, driven by internal or external clock; 2 gate/trigger outputs with selectable random algorithms (random coin toss, random ratcheting, random beats) and adjustable jitter; X-section with 3 channels of random voltages, driven by the outputs of the t-section or external clock; random voltages can be smooth, stepped or quantised; memory locations for 6 scales; Spread control, Bias control and 3 selectable modes influence the generated random voltages; Y-output for an independent fluctuating random voltage; Deja Vu section: looper for past events with the possibility to add new random events to the data loop; CV inputs for all parameters; power consumption: +80mA (+12V) / -20mA (-12V); width: 18 HP; depth: 25mm

• Segment Generator
• ASR envelope, complex 6-step envelope, LFO or 4-step sequence
• The gate inputs are used to configure the grouping of the segments (cable plugged in or not)
• Flexible segment grouping possible: complex 6-stage envelope, 6 individual envelopes or 3+3, 2+4 etc.
• Gate output for each stage when used as a multi-segment envelope
• Three different segment types: Ramp, Hold, Step
• Looping of individual segments or segment groups
• Segment duration: 1ms to 16s
• Up to six modules can be linked through a connector on the back of the module
• Power consumption: 80mA (+12V) / 20mA (-12V)
• Width: 14 TU
• Depth: 25 mm

• Subharmonic generator
• Separate sections for generating odd and even subharmonics
• 4 Controls per section for subharmonics, signal input and output
• Mix output with level control and odd/even crossfader with CV input
• Reset button and trigger input
• Can be combined with other modules of the COCO system (Valley, Brooks, Cascades)
• Two toggle switches for distributing pitch and sync signals between oscillators within a COCO system as well as selectable clock source per section
• Power consumption: 35mA (+12V) / 25mA (-12V)
• Width: 10 U
• Depth: 25 mm

After Later Audio Brooks; Eurorack module; Compact Through-Zero Oscillator; pitch control and 3-way toggle switch for tuning over a range of 10 octaves; switchbale LFO mode; FM input with attenuator; hard-sync and soft-sync inputs; outputs for squarewave, sawetooth, sine and triangle; combinable with other modules of the COCO system (Canyon, Valley, Cascades); power consumption: 30mA (+12V) / 15mA (-12V); width: 4 HP; depth: 25 mm

After Later Audio Valley; Eurorack module; Mixer / Crossfader / Wavefolder; two signal inputs with crossfader; crossfader between input section and wavefolder output; wavefolder with adjustable fold amount and crossfader between odd and even harmonics; CV inputs for all parameters; two signal outputs (pre and post wavefolder); combinable with other modules of the COCO system (Canyon, Brooks, Cascades); two toggle switches for distributing pitch and sync signals between oscillators within a COCO system; power consumption: 45mA (+12V) / 45mA (-12V); width: 8 HP; depth: 25 mm

After Later Audio Razor; Eurorack module; Dual Multimode Filter; for each channel: manual controls for filter frequency, resonance, drive/wavefolfer and mode (filter characteristics); filter mode morphable from lowpass over bandpass to highpass; adjustable signal routing (filter 1/2 independently, parallel or serial); switchable filter-link; CV inputs for drive, mode and frequency (1V/Oct.); CV inputs for frequency, resonance and routing, each with attenuverter; signal input/output per channel and mixed main output; power consumption: 150mA (+12V) / 140mA (-12V); width: 18 HP; depth: 25 mm