video upload by Cfpp0
"Butterflies, bats, 16mm swarm: Gieskes Klok modulates itself and No Drum and Olivia Artz Modular Uncertainty, which modulates No Drum, while Klok gates No Drum."
You cand find additional Gieskes Kok module posts here.
This appears to be the first post to feature Olivia Artz Modular. Details on their modules follow via Perfect Circuit and Noisebug.
"Uncertainty from Olivia Artz Modular is a 2hp coin toss module; it is open source, with new, user-swappable firmware being developed. So, it will continue to grow and offer new functionality!
In the standard firmware, the top input accepts gates, triggers, or any signal between -5V and +5V. Based on whether the input is positive or negative, it uses two different types of logic to produce gates at the corresponding eight outputs. If the input is above +1V, then the module does eight differently-weighted "coin tosses"—one for each output. If the outcome of the toss is "heads," a +5V signal is output for as long as the input stays above 1V. If the input signal is -1V or lower, a slightly different coin toss algorithm is used, where the outputs are paired—if the result of the toss is "heads," the upper output of the pair in question sends out a signal, and if it's "tails," the lower outputs sends out a signal.
Alternate firmwares are available for free, and loading them is as easy as plugging in your module via the rear PCB USB connection, dragging on a file, and you're done. The first new official firmware is a VU meter—with the panel LEDs displaying the current voltage level, and each LED getting a dedicated gate output—somewhat like a multi-window comparator! Olivia Artz's Uncertainty module is a great way to add chance operations to your rack without sacrificing space.
UNCERTAINTY FEATURES
2HP chance module with alternate firmwares available
Default firmware uses two distinct coin toss algorithms to convert incoming bipolar signals into eight streams of outgoing gates
Open source
One CV input with 10-bit resolution
Eight gate outputs"
