Flux

Temporal Modulation Synthesis Complex Rhythm Sequencer

Temporal Modulation Synthesis applies a curvature to time, creating rhythms by modulating the linearity of trigger distribution within a step (each step can output a density of between 1-64 triggers). Trigger distribution can be modulated with a choice of 15 TM curves, the curvature of which ranges from -10 to +10 in 0.01 increments (2000 possible curvatures). Positive curvature values produce logarithmic responses, negative values produce exponential responses and a curvature of 0 results in linear spacing. 16 TM steps can be sequenced per channel, each with unique length, density, curve and curvature parameters. FLUX uses 64-bit double-precision floating point math internally to calculate rhythms with an extremely high degree of precision.

True Euclidean rhythms, polyrhythms & complex rhythmic patterns are extremely easy to generate and wide ranging in scope.

MAIN FEATURES OVERVIEW
4 TM Synthesis Channels with phase shifting, compression/expansion/masking
58 Temporal Modulation Curves
8 Rhythm Delay/Logic/Divider Outputs
4 CV Outputs
Humanize Algorithm
Modulation Matrix per Channel
3 Modulation Buses per Channel
64 Triggers per Step
16 Steps per Channel
1-64 16ths Length per Step (Max Sequence Length = 1024 16ths)
4 +/- 5V CV Inputs With Red/Green LED Indicators
Colour Coded UI/Output LEDS (Ch1 = Orange, Ch2 = Green, Ch3 = Blue, Ch4 = White)
External Clock, Reset & Start/Stop Gate Inputs
Preset Save/Load to Micro SD

TECHNICAL SPECIFICATIONS
ARM Cortex M-7
45 V/μs slew rate TLE2074 op amps
320*240 resolution wide viewing angle full colour TFT
2 x high quality, long life (>1,000,000 rotations) optical encoders
16 bit DAC with 16.6kHz update rate & 1mV resolution
+12V 160mA / -12V 50mA
12 * Trigger/Gate Outputs: 0-8V
4 * CV Outputs: 0-8V calibrated to 1mV resolution across full range
4 * CV Inputs: +/-5V
4 Gate Inputs: Threshold >1.8V
Gate Input Latency

https://www.tmsynthesis.com/