Friday, July 18, 2014
Let's Play with iMPC Pro
Published on Jul 18, 2014 Tim Webb
"iMPC Pro is a major upgrade from the previous iMPC. In this video I try to condense some good workflow tips into 20 minutes. This Let's Play was suggested and voted on by Patrons! To support this series please consider sponsoring them on Patreon: http://www.patreon.com/user?u=107612
Be sure to visit http://discchord.com for this and other music app news!"
iTunes: iMPC Pro - Akai Professional
DSM01 Curtis Filter Demo (RRich)
"A prototype of the first analog synth module offered by Dave Smith Instruments, a Low Pass Filter with additional VCA, based on the Curtis chip used in the Prophet08, Prophet12 and other DSI synths. It features VC Resonance, a switch for 12/24dB/Octave and a switch for Boost to drive the filter harder.
This demo is just a simple arpeggio, going through various knob positions with and without some echo, just to show a range of sounds."
Make Noise System with Monome Aleph StepwavesCV + 128 Grid
Published on Jul 18, 2014 Ted James Butler
"Driving the Make Noise System with Monome's Aleph running StepwavesCV via 128 Grid.
Modules used: DPO, Maths (2), MMG, Optomix, Echophon."
Casio Sk-1 Sampling Keyboard. premium condition
Roland JUNO-106 Programmable Polyphonic Analog Synthesizer with Total Survival Restoration
Studio Electronics Boomstar 3003 Analog Desktop Synth SN 10086
NonLinearCircuits DIVINE CMOS
Note: links to listings are affiliate links for which the site may be compensated.
via this auction
"This circuit takes two input signals and divides them down by /2, /4, /8 & /16. It also ring modulates the two signals and all of their divisions (similar to the ring mods in the Korg MS-20 and ARP Odyssey). All of these signals can then be mixed to create the output waveform. If this is done at audio rates the output is very thick and full of shifting harmonics. If it is done at LFO rates, the output is a complex pattern that can be used as a CV source.
To sum up, it is a dual sub-oscillator, harmonic divider, harmonic ring-modulator and pattern generator.
The best effect at audio rates is to get signals from 2 VCOs that are beating – running at almost the same frequency…but not quite. This gives a continuously shifting and active sound. As the input signals are divided down to /16, it is best to run the VCOs at higher frequencies than usual to be able to exploit all the available divisions.
To use as a pattern generator, connect two gate/trigger/LFO signals to the inputs (or just one – it will still work, but 2 is more interesting). Connect the output to a VCO or VCF and adjust the pots to find patterns that will be somewhat unpredictable but quite fun to use."
Videos at the auction and previously posted here.
via this auction
"This circuit takes two input signals and divides them down by /2, /4, /8 & /16. It also ring modulates the two signals and all of their divisions (similar to the ring mods in the Korg MS-20 and ARP Odyssey). All of these signals can then be mixed to create the output waveform. If this is done at audio rates the output is very thick and full of shifting harmonics. If it is done at LFO rates, the output is a complex pattern that can be used as a CV source.
To sum up, it is a dual sub-oscillator, harmonic divider, harmonic ring-modulator and pattern generator.
The best effect at audio rates is to get signals from 2 VCOs that are beating – running at almost the same frequency…but not quite. This gives a continuously shifting and active sound. As the input signals are divided down to /16, it is best to run the VCOs at higher frequencies than usual to be able to exploit all the available divisions.
To use as a pattern generator, connect two gate/trigger/LFO signals to the inputs (or just one – it will still work, but 2 is more interesting). Connect the output to a VCO or VCF and adjust the pots to find patterns that will be somewhat unpredictable but quite fun to use."
Videos at the auction and previously posted here.
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MATRIXSYNTH - EVERYTHING SYNTH
© Matrixsynth - All posts are presented here for informative, historical and educative purposes as applicable within fair use.
MATRIXSYNTH is supported by affiliate links that use cookies to track clickthroughs and sales. See the privacy policy for details.
MATRIXSYNTH - EVERYTHING SYNTH
