A Sample and Hold (S&H) is designed to output a stream of varied modulation values - typically random values derived from a dedicated noise signal to produce a 'random LFO'.

The S&H module's Visualizer represents the real-time output of the module.

Sync button

With the Sync button enabled, the Rate control is set in BPM values derived from the tempo of the host within which Bloom is running.

With the Sync button disabled, the Rate control is set in Hz.



The S&H module is driven internally by a series of pulses called a clock, the speed of which is dictated by the Rate control. When a clock pulse occurs, the dedicated internal noise signal is 'sampled' - its current value is 'snapshotted' - and held constant at the sampled value until the next clock pulse, when the process repeats.


This control introduces slew, or 'lag', between each sampled and held value, resulting in a smoother transition between values instead of abrupt changes with the control at the minimum setting (fully anti-clockwise).


The Gain control offers a final attenuation control for the output of the module before it enters the TransMod modulation system. At 100%, no attenuation is applied to the output modulation signal.

This control is intended to be modulated by other TransMod sources, in a similar way to using a VCA to scale one modulation source with another in an analogue modular system.