Image 1 of 3
Image 2 of 3
Image 3 of 3
Bastl - Neo Trinity
Neo Trinity is a 6-channel compact modulation hub with great musical complexity achievable with simple gestures. Every channel can be LFO, envelope generator, or a CV knob recorder, while its main parameter can be automated with the REC button.
Each channel also features an algorithmic trigger fill generator to get the inspiration started or to make things polymetric and keep your patches ever-changing. Use the SHIFT button to change modulation shapes and sync selected or all channels to an internal or external clock.
FEATURES
6 independent channels of either LFO, ENV or CV
Indication per channel
Unipolar (0–5V) or bipolar (-5V to +5V) mode per channel
LFO shapes (with smoothing): saw, triangle (sine), ramp, pulse, random (smooth)
LFO range: 260s–180Hz
LFO sync (RATE knob sets divider)
ENV shapes: decay, attack, variable, pulse
ENV range: 1ms–8s
ENV retrigable or non-retrigable
ENV slew limiter mode (or AHR envelope with gates)
CV mode with quantisation (ON/OFF, 8 scales, 2V or 5V range, smoothing)
All modes have automatable RATE knob and trigger sequences
Independent length of automation per channel (2–64 steps)
Clock-quantised or non-quantised trigger recording
Algorithmic trigger fill generator (6 algorithms with a knob parameter)
Mute per channel
Memory for 6 banks (all settings and automations)
Clock Reset input for automation (can be turned OFF – per channel)
CLK channel for setting tempo or for dividing/multiplying external clock
Internal CLK generator range: 35 BPM–420 BPM
CLK IN and CLK OUT connectors
META IN CV input – assignable independently to some or all channels
Channels E and F feature dedicated CV inputs
All CV inputs have adjustable function: positive/negative and attenuated RATE modulation, bipolar VCA at channel output, TRIG input (slew input), Sample & Hold (for triggered stepped waveforms)
Firmware updates via USB-C
User calibration of outputs and inputs (for quantizer precision)
TECHNICAL DETAILS
8 HP
24 mm deep
Current consumption: +12 V: <100 mA; -12 V: <35 mA
Neo Trinity is a 6-channel compact modulation hub with great musical complexity achievable with simple gestures. Every channel can be LFO, envelope generator, or a CV knob recorder, while its main parameter can be automated with the REC button.
Each channel also features an algorithmic trigger fill generator to get the inspiration started or to make things polymetric and keep your patches ever-changing. Use the SHIFT button to change modulation shapes and sync selected or all channels to an internal or external clock.
FEATURES
6 independent channels of either LFO, ENV or CV
Indication per channel
Unipolar (0–5V) or bipolar (-5V to +5V) mode per channel
LFO shapes (with smoothing): saw, triangle (sine), ramp, pulse, random (smooth)
LFO range: 260s–180Hz
LFO sync (RATE knob sets divider)
ENV shapes: decay, attack, variable, pulse
ENV range: 1ms–8s
ENV retrigable or non-retrigable
ENV slew limiter mode (or AHR envelope with gates)
CV mode with quantisation (ON/OFF, 8 scales, 2V or 5V range, smoothing)
All modes have automatable RATE knob and trigger sequences
Independent length of automation per channel (2–64 steps)
Clock-quantised or non-quantised trigger recording
Algorithmic trigger fill generator (6 algorithms with a knob parameter)
Mute per channel
Memory for 6 banks (all settings and automations)
Clock Reset input for automation (can be turned OFF – per channel)
CLK channel for setting tempo or for dividing/multiplying external clock
Internal CLK generator range: 35 BPM–420 BPM
CLK IN and CLK OUT connectors
META IN CV input – assignable independently to some or all channels
Channels E and F feature dedicated CV inputs
All CV inputs have adjustable function: positive/negative and attenuated RATE modulation, bipolar VCA at channel output, TRIG input (slew input), Sample & Hold (for triggered stepped waveforms)
Firmware updates via USB-C
User calibration of outputs and inputs (for quantizer precision)
TECHNICAL DETAILS
8 HP
24 mm deep
Current consumption: +12 V: <100 mA; -12 V: <35 mA