RPE Tube 
This is the legendary tube sound, familiar from all those massive 80's synth sounds that blow your speakers wide open! The plugin is based on the Roland COSM sound chip. The goal is to give you this warm, magnificent analogue sound but still in a digital and easily modifiable plugin. Instead of a physical tube you have a digital emulation to get the best sound quality with the least amount of effort.
Included is a synthesis filter that emulates the sound of vintage semi-modulated filters (like Dolby B), and a beta version of the low pass/band pass EQ. The emulation of the various amperes available for the analog circuitry has also been improved.
RPE Tube For Windows 10 Crack now offers 24 bit stereo and 4.0 dynamic sample rate and is fully customizable as all other RPE Plugins do.
The best and most detailed manual and FAQs are available online here.
For the full list of features and all information about the plugin, check here.
Key Features:
No physical tubes
4.0 sample rate
24 bit stereo output
Easy to modify
Great sounding
Real sexy
RockSolid support
Distortion
Everything you love about RPE Plugins, plus a few new touches that are sure to blow your speakers wide open!
Features:
* A very versatile eQ
* A variety of 24 bit stereo outputs
* An audio processing tool for great sounding distortions
* A fully modifiable parameter list for your own customized presets
* Super easy to use
* Adjustable Layers, Sample Start Point, Sample Length and Num Channels
* Windows and Mac optimized
* Four interconnect possibilities
Description:
The oscillator is based on the legendary analog oscillator, the PEDRO. The PEDRO is a unique analog oscillator that uses a minimum of two tracks. This results in a dry, warm sound. Any audio source that you put through the oscillator is folded into a low frequency track.
The filter is based on a revox semi-modulated, filter section. The topology comes from the the CKM-U system by Softube. The filter is very versatile and is usable as either a low pass, band pass or high pass filter. The filter is modifiable, which results in a certain cut-off and resonance point.
The output of the oscillator is folded into the high pass filter, which emulates
RPE Tube  Crack Download
Band limited and weighted resistor implementation of a RCA phono tube.
Tubes
GZ-CA2H08: NOS tube with exceptional output impedance
GZ-CA2J08: NOS tube with average output impedance
GZ-CA2I08: Marked tube with low output impedance
GZ-CA2H06: ¼ inch NOS tube with exceptional output impedance
GZ-CA2J06: ¼ inch NOS tube with average output impedance
GZ-CA2I06: ¼ inch Marked tube with low output impedance
GZ-CA2H05: NOS tube with exceptional output impedance
GZ-CA2J05: NOS tube with average output impedance
GZ-CA2I05: ¼ inch NOS tube with low output impedance
GZ-CA2H04: ¼ inch NOS tube with low output impedance
GZ-CA2J04: ¼ inch NOS tube with average output impedance
GZ-CA2I04: ¼ inch Marked tube with exceptional output impedance
GZ-CA2H03: ¼ inch NOS tube with low output impedance
GZ-CA2J03: ¼ inch NOS tube with average output impedance
GZ-CA2I03: ¼ inch Marked tube with low output impedance
GZ-CA2H02: ¼ inch NOS tube with exceptional output impedance
GZ-CA2J02: ¼ inch NOS tube with low output impedance
GZ-CA2I02: ¼ inch Marked tube with low output impedance
GZ-CA2H01: ¼ inch NOS tube with exceptional output impedance
GZ-CA2J01: ¼ inch NOS tube with low output impedance
GZ-CA2I01: ¼ inch Marked tube with exceptional output impedance
GZ-CA2J03: ¼ inch NOS tube with exceptional output impedance
GZ-CA2J04: ¼ inch NOS tube with exceptional output impedance
GZ-CA2J05: ¼ inch NOS tube with exceptional output impedance
GZ-CA2J06: ¼ inch NOS tube with exceptional output impedance
GZ-CA2J07: ¼ inch NOS tube with average output impedance
GZ-CA2J08: ¼ inch NOS tube with
f0d5c1b395

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