I've tried to keep this mix in the deep house style.
The original samples were recorded on this video:
https://youtu.be/uOvcMBZy_RQ
The new mix is faster than the original.
The drums were added later along with some commercial loops.
I'm working on a new 2500 recording. All future samples will be original.
Some pics of the old patch:
From left to right we have:
1016:
Dual Noise/Random Voltage Source. Contains two independent uncorrelated
noise sources and filters to derive pink noise and continuous slow
random voltages.
1004-T:
Voltage Controlled Oscillator. Basic ARP precision VCO offering five
simultaneous waveform outputs: sine, triangle, square, sawtooth, and
pulse. FM and PWM. Built-in waveform mixer.
1023: Dual Voltage Controlled Oscillator. Two precision voltage controlled oscillators each similar electrically to the 1004.
1047:
Multimode Filter/Resonator. Combination highpass, lowpass. bandpass,
and band-reject filter. Ultra-high Q. Voltage controlled center
frequency and resonance.
1006: Filtamp. A compact module containing a mixer, a voltage controlled lowpass filter, and a voltage controlled amplifier.
1005:
Modamp. A complex function module containing a precision balanced
modulator, a voltage controlled amplifier, and switching circuitry.
1046:
Quad Exponential Envelope Generator: Ultra-compact module containing a
pair of envelope generators without trigger delay and a pair with delay.
1036:
Dual Sample & Hold/Random Voltage Generator. Contains two
ultra-low-drift sample and hold circuits, two noise sources, and two
voltage controlled pulse generators.
On the extreme right we have:
1050:
Mix/Sequencer. A combination sequencer, mixer, analog gate. Serves
dozens of functions as a utility mixer, sequencer, preset function
selector.
1027:
Ten-Position Sequencer: Unusually flexible and reliable sequential
voltage generator. Capable of creating highly complex switching patterns
with 30 preset voltages.
(descriptions are care of VSE)
Below is a close up of he wonderful ARP2500 envelope generator.
For more info about the 1046 envelope gen click here
No comments:
Post a Comment