1. Exploring the Versatile Sequencing Possibilities of Mystic Circuits Leaves Expander for Tree and Other Turing Machine Hosts

    The article "Exploring the Versatile Sequencing Possibilities of Mystic Circuits Leaves Expander for Tree and Other Turing Machine Hosts" highlights the unique capabilities of the Leaves expander module for Tree and other Turing Machine host modules. Designed with non-linear sequencing in mind, the Leaves expander boasts multiple inputs and outputs, as well as daisy chain capabilities, allowing for complex sequencing possibilities. Additionally, the expander port is buffered to avoid issues when multiple modules are attached, making it a flexible and versatile addition to any modular setup.

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  2. Exploring the Dual Euclidean Sequencing with Rebel Technology's Stoicheia Black

    The article titled 'Exploring the Dual Euclidean Sequencing with Rebel Technology's Stoicheia Black' delves into the functionalities of Stoicheia Black, which is a dual Euclidean sequencer. The module generates rhythmic sequences algorithmically based on an input trigger signal, and each sequence is regulated by a column of three knobs and a switch. The article highlights that the length of the sequence is measured in clocks or beats and can range from 1 to 16, with the center position being at 8. The number of on-beats is controlled by the third knob, where fully clockwise sets every beat 'on.' The article provides an overview of the top knob's function, which adjusts the beat the sequence starts on, allowing users to rotate the sequence left or right. Furthermore, the updated version of Stoicheia doesn't require a 5V rail and is available in kit form from Befaco Synths.

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  3. Expanding Your Sequencing Capabilities: A Deep Dive into the Xaoc Devices Ostankino II Eurorack Module

    The article 'Expanding Your Sequencing Capabilities: A Deep Dive into the Xaoc Devices Ostankino II Eurorack Module' explores the features of the Ostankino II, an expander module for the Moskwa II sequencer. It provides voltage control options for parameters such as random, slew, probability, transposition, range, first and last step inputs, and also includes step repeat CV input and button, internal clock output, individual gate/trigger outputs for each sequence step, and bit outputs for each sequence step that are connected with the Leibniz Binary Subsystem. Overall, the Ostankino II significantly enhances the connectivity and sequencing potential of the Moskwa II module.

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