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Summary of Contents for Ritual Electronics Amnis
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Amnis Amnis Clock Gate I Gate I Reset Gate II Gate II Data Gate III Gate III Gate IV Gate IV Ritual Electronics CV Odd CV Odd Gate V Gate V CV Even CV Even Gate VI Gate VI CV All...
Thank you for purchasing Ritual Electronics Amnis. Limited warranty Ritual Electronics warrants this product to be free of defects in Your module has been assembled with care in our materials or construction for a period of one year from the date studio in Marseille, France.
“RED” text on the module. Do not touch any electrical terminals when attaching any Eurorack bus board cable. Amnis uses a 10-pin cable for power. The bigger 16-pin connector is used for expansions. See next page. Ritual Electronics Amnis requires:...
Overview Amnis is a shift register with a few tricks up its sleeves. It can be used as a generative sequencer for gates and CV, as a tunable digital noise source, as a random gate and CV generator, as the center of a chaotic system and more.
Amnis controls Amnis Clock Input Clocks the shift register Comparator-based input Clock Gate I Gate I Reset Input Empties the shift register when high Comparator-based input, followed by a gate to trigger converter Reset Gate II Gate II Data Input...
Do not mix up Shift Register and Analog Shift Register! The latter is very different and while being very interesting in a musical context, it is not what Amnis is. Amnis is a digital shift Gate VIII register, it reads gates and outputs gates.
“classic” shift register. You won’t get long non repeating random sequeces Gate V with Amnis’ setup but using Gate VIII in the XOR input you get a reasonnable amount of randomness. Gate VI By patching some more you can go very random though.
Clock forward in time. This way you can align the Clock and the Data signals. If you don’t plan on using Amnis this way, leave the The more you increase the threshold the more delayed your clock will trimmer at 0 (fully CCW) as the delay compensation reduces the maximum speed of the clock.
Reset The Reset Input can be used to create shorter sequences or to empty the shift register bits As all other inputs the Reset Input can be driven with any signals thanks to its bult-in comparator. It also features a gate to trigger convertor. This way only the rising edge of the signal is used to reset instead of pausing the shift register for the length of the received gate.
Data Data is a vague name for an input but we could not find better. First, it shows the digital nature of the shift register. Second, it does not specify the type of expected signal... as it can be any! It can be any signal but it will eventually end up being a gate.
Gate Outputs to allow longer pseudo random sequences. If you feed Amnis a single Gate in the Data input and XOR together Gates IV, V, VI & VIII you will have a 255 steps random sequence a.k.a. the longest pseudo random sequece you can obtain with an 8-bit linear feedback shift register.
Outputs Amnis has three type of outputs. 8 Gate outputs, 3 staircase CV outputs and 1 smooth CV output. Gate Outputs Staircase CV Outputs Slewed CV Outputs They correspond to each bit of the The different CV outputs are mixed...
EXPANSION HEADER Red stripe left The iconic Music Thing Modular Turing Machine and Amnis are both based around a shift register. Even though two very different modules, someone at Superbooth asked if I could make Amnis compatible with the expander systems... And I did, which is great to expand Amnis’...
Patch notes The most basic patch to get thing running. A clock in Clock in. Anima, Ch.1 Trigger Out ------------ Amnis, Clock In Since the shift register only uses the rising edge of the clock, Anima, Ch. 2 Out ------------- Amnis, Data In a trigger is enough.
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Patch notes One more cable than the last patch and you got yourself an Anima, Ch.1 Trigger Out ------------ Amnis, Clock In LFSR. By patching the last gate output to the XOR input, the Anima, Ch. 2 Out ------------- Amnis, Data In...
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Electronics Patch #3 - Gate sequencer expander Patch notes Amnis is useful to create more sequences out of existing Gate sequencer, Ch.1 Gate Out ------------ Amnis, Clock In sequences. Since the clock does not have to be stable in order Gate sequencer, Ch.
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Gate sequencer, Ch.1 Gate Out ------------ Amnis, Clock In source for real random, but clocked gates. Gate sequencer, Ch. 2 Gate Out ------------- Amnis, Data In Use a comparator between the noise source and Amnis to Gate sequencer, Ch. 3 Gate Out ------------- Amnis, XOR In vary the density of the gates (the lower the threshold the more gates will fire).
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Patch #5 - Digital Noise & 1bit arpeggios Patch notes Another approach to Amnis and noise is to see it as a digital Oscillator I, Out ------------ Amnis, Clock In noise generator. It is the first patch with Amnis running at Oscillator II, Out ---------- Amnis, Data In audio rate.
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Oscillator I, Out ------------- Filter, In A lot of fun can be had by rungling everything. Pick your Amnis, CV Odd Out ----------- Oscillator I, FM In favorite dual oscillator, your favorite filter and rungle away. Amnis, CV Even Out ----------- Oscillator II, FM In...
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Patch ideas Patch #7 - Ecosystem Amnis Amnis is a great module to be the heart of a living and breathing patch. As all our modules it loves to be in feedback Clock Gate I Gate I paths, and it adores to be self patched. You can get it to control everything and to have everything control it in return.
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Do you have a question about the Amnis and is the answer not in the manual?
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