Cloud generator Samples
The Cloud generator is the newest module from Synthesis Technology currently in development.
There are now some (low fi) samples available on their site, see below info.
(From Synthtech)
We have new MOTM-520 Cloud Generator samples running on hardware (not a simulation) here:
Cloudgenerator
note that this hardware is 'lo-fi' recorded without any anti-aliasing outputfilters, so it's going to sound a bit "clangy". But you can get the general idea:)
Chaos_NB: this is all 16 oscillators running. Starting in unisonwith the chaos amplitude at minimum and the noise generator at its narrowest bandwidth, I step the amplitude up to maximum. I'm taking pretty coarse steps here, but the hardware allows very fine control.
Chaos_WB: this is all 16 oscillators running. Starting in unison with the chaos amplitude at minimum and the noise generator at its widest bandwidth, I step the amplitude up to maximum. As in the previous case, I'm taking pretty coarse steps here but the hardware allows very fine control.
PWM_LFO sweep : this is one oscillator playing alone while the pwm is swept from min to max by the lfo. The sine distortion is using a modulation/carrier ratio of 1.25 - many other ratios are possible.
All 3 samples have sine waves on 1 channel and pulses on the other.
There are now some (low fi) samples available on their site, see below info.
(From Synthtech)
We have new MOTM-520 Cloud Generator samples running on hardware (not a simulation) here:
Cloudgenerator
note that this hardware is 'lo-fi' recorded without any anti-aliasing outputfilters, so it's going to sound a bit "clangy". But you can get the general idea:)
Chaos_NB: this is all 16 oscillators running. Starting in unisonwith the chaos amplitude at minimum and the noise generator at its narrowest bandwidth, I step the amplitude up to maximum. I'm taking pretty coarse steps here, but the hardware allows very fine control.
Chaos_WB: this is all 16 oscillators running. Starting in unison with the chaos amplitude at minimum and the noise generator at its widest bandwidth, I step the amplitude up to maximum. As in the previous case, I'm taking pretty coarse steps here but the hardware allows very fine control.
PWM_LFO sweep : this is one oscillator playing alone while the pwm is swept from min to max by the lfo. The sine distortion is using a modulation/carrier ratio of 1.25 - many other ratios are possible.
All 3 samples have sine waves on 1 channel and pulses on the other.
posted by T J at 9:49 AM
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