Shakmat Modular - Time Wizard

Product information "Shakmat Modular - Time Wizard"
Casting spells on every boring clock signals, The Time Wizard got a bag full of arcane time-warping tricks. All his magical feats are based on 6 dividers with selectable division factors and 4 switches providing 81 routing variations.

This module's occult powers have been harnessed to easily clock and reset other sequencers with odd time signatures, provide weird clock division/multiplication ratios, and create complex poly-rhythms

• Sextuple clock divider divided in two sections A and B
• Dedicated potentiometer acting on the division factor for each divider
• Clock multiplying and weird div / mult ratio abilities for the first section, first section incoming clock can be multiplied by 3 or 4, allowing to get easily triplets from a 16th clock or mult / div association as x4 / 7
• Independant clocking or divider association abilities for the second section, so B5 and B6 can get their clock in internaly from B4. For example, associating B4 = /7 and B5 = /16 provide a hit at each clock begining of 4 bars with a 7/4 time signature
• Auto-reset available for the first section or the whole module, the autoreset is provided by B6
• Additional logic functions for divider A2 : A2 output can provide the following functions : A2 AND B5 or A2 OR A3
• Jumper on the back for Trigger or Gate selection for B5 and B6
• User replaceable firmware chip

SMD-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. All SMD parts are pre-soldered, only trough-hole parts to solder. For build guide, more info, videos etc. please check the buttons below.
Current draw +12 V [mA]: 20
Depth [mm]: 22
Width [HP]: 8
Format: 3U
Panel / Color: Silver Alu
Manufacturer "Shakmat Modular"
Shakmat is a modular synthesizer company based in Brussels, Belgium. We create modules pushing musical expression and creativity forward. Shakmat team gathers engineers, designers and musicians, providing a mixed technical and musical approach to module conception.

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