Why a MKII version?
Over time, thanks to user's feedback, numerous firmware upgrades enriched the Twin Waves features set.
Attempting to go beyond its Swiss-knife versatility by software-only additions would break its user-friendliness.
If for one, a weakness of the original Twin Waves is that it doesn't reveal its full potential by the unassuming appearance of its front panel. The few physical controls available deserve it true value.
It was time for a needed and ultimately useful improvement !
What is kept and what is new?
Same width (8hp)
All TW v1 capabilities and features retained
Three dedicated modulation gain pots
Semi-modular cross-section patching
Whereas the original Twin Waves required +/-5V to benefit from full scale modulation, the new version requires less and has gain knobs for all 3 modulation inputs.
These gain knobs are even more beneficial given that a normalling of the outputs to the other section's modulation input(s) allows creative results without requiring extra patching.
This offers an easy and creative access to "complex oscillator" fun and cross modulation craziness..
Using the outputs does not break their normalling; this avoids using a "multiple" when the output signal should go both inside and outside the module.
The dedicated Square1 output of the first oscillator is normalled to the global sync/clock input. This allows synchronizing the second oscillator both for audio and LFO/random purposes.
Thanks to a complete electromechanical redesign, and despite 3 additional pots, the new Twin Waves electronics fits on a single board instead of two previously.
This simplification allowed keeping the same attractive price as the original version.
This MKII evolution brings a redesigned layout, additional knobs for more hands-on fun and semi-modular cross-patching between sections. All of the original features are present: a top selection of synthesis techniques, each with their key parameter directly at hand, enriched by a full set of complementary features. More than ever the Twin Waves is versatility at its best.
Two oscillators independently set as VCO, LFO or random
Features in VCO mode:
V/Oct tracking over 10 octaves
Through zero and linear FM
Sub-octave output
Hard & soft synchronization
VCA control and CV algorithm selection
Quantizer with various scales
Algorithm-based synthesis to choose among:
- Wave shaping
- Phase modulation
- Phase positioning of multiple waves
- 5 stacked oscillators with unison detune
- Self-sync with phantom oscillator
- Additive synthesis (7 waves)
- Variable bit reduction (bit-crushing)
- Ring modulator with its own 2nd oscillator
- Noise with LPF, BPF, or resonant VCFs
Features in LFO mode:
Simultaneous signal and cycle trigger outputs
External wave synchronization/restart
Clock controlled rate with CV multiplier and divider
CV and knob control of output level
Algorithm based wave engine with a selection of:
- Wave shaping
- Phase modulation
- Random levels and vectors (also Brownian)
- Randomly spaced/warped triggers and waves
Display with contextual icons and instant reminder help text
LEDs indicating potentiometer vs. value matching, switch settings and output signals
Automatically saved settings for instant recall at power on
Firmware update via a simple audio file
Specifications:
Fundamental frequency range in VCO mode 10Hz to 10KHz = over 10 octaves
VCO audio range (incl. harmonics) DC to 20KHz
LFO frequency range (internal / external clocking) 2 minutes to 2KHz / several days to 2KHz
Input and output conversion 16-bit ADCs, 24-bit 96KHz DACs
Marke | Klavis |
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