Arturia Forums
Software Instruments => ARP2600 V3 => ARP2600 V3 - Users Community => Topic started by: benimp on October 05, 2019, 03:06:59 pm
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Dear All,
As a relative newbie to the ARP2600, I'm struggling to understand what it is the voltage processors do, and what would be typical ways to use them. The manual doesn't give much insight, and the various tutorials on YouTube have left me somewhat confused too.
If anyone out there could give me a short description and examples in layman terms, I'd be forever grateful.
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Hi and welcome to Arturia forums.
I attach some example presets. Just import the bank in your ARP and you'll find them in banks LBH VP. I have created the TYPE Tutorial too.
Read the Comments in each preset and try that out. Then you can hear the result for a better understanding - hopefully.
The MIX A/B slider mix the A and B input. The MOD IN modulate the slider according to the sliders position with the amount you set.
You can in example mix OSC wavedorms from the same or from 2 OSCs together.
The LINK switch link Voltage processors together.
The INVERTER (Arrow knob) invert the output signal.
The SMOOTH/ LAG knob do just that. (When used with example a audioble waveform, then this have a huge impact on the smallest amount.)
You can in example shape a OSC waveform, a Envelope curve and so on.
I suggest you exsperiment.
What you can use this for is much about your imagination. I only show some examples.
I hope this text and the attached presets helps to understand the Voltage Processors.
BTW: This is also an example i have posted in the old forum. See post 2 in the thread: https://forum.arturia.com/index.php?topic=92821.msg151714#new
EDIT: BTW: If you find the original hardware ARP 2600 manual on the web, then you can get more informations. I attach a page about this topic. EDIT END
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Thank you so much LBH - really appreciate your time and help with this. Will be checking out your presets today.
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Thanks for your sharing LBH :) Now I understand much better, how this processor work.
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Thanks for your sharing LBH :) Now I understand much better, how this processor work.
Your welcome. Thanks.