Boundless reverb
Nugen Audio Paragon takes your reverb to new heights.
Paragon is a true convolution reverb with the flexibility and control of a classic algorithmic reverb, giving you the sound of real spaces, now with unprecedented tweakability. Via re-synthesis, Paragon offers full control of the decay, room size and brightness of reverbs modelled on 3D recordings of real spaces – with no time-stretching, which means no artefacts – not to mention spectral analysis and precise EQ of the Impulse Responses themselves.
Gone are the days of enormous IR libraries. Why have 30 recordings of different-sized churches, when you can meticulously adjust the characteristics of one church?
Perfect for surround applications including Dolby Atmos bed tracks, the reverb operates in up to 7.1.2 channels of audio.
Paragon – Purity of sound
- True convolution reverb
- Dolby Atmos and surround-compatible
- Individually configurable crosstalk per channel
- Unique technology for re-synthesis of authentic IRs
- HPF and LPF per channel
- Spectral analysis
- Switchable LFE
Seamless tweakability
The IR library isn’t too big, and it isn’t too small, it’s just right. Gone are the days of keeping an Impulse Response saved for every possible configuration of every possible space – with Paragon, all you need is a select few, which can be tweaked to create almost limitless combinations of spaces.
Using state of the art technology developed alongside the University of York’s Dr. Jez Wells, 3D Impulse Responses are analyzed, decomposed and re-synthesized to create new authentic spaces.
Paragon’s IR panel also allows you to seamlessly tweak the frequency response or real spaces, by EQing the reverb model itself and altering the frequency-dependent decay rate.
Real spaces reimagined
Paragon’s reverb decay and room size can be set significantly longer, larger, shorter and smaller than that of the original IR space, without introducing ugly artefacts as a result of stretching or removing samples. Unlike a traditional convolution reverb, Paragon does not use a static Impulse Response, and this wider scope allows you to transparently transform the sound of the space.
For Film & Television
As the first 3D-compatible convolution reverb, Paragon is an ideal addition to your Dolby Atmos workflow – create a sense of space like never before.
Paragon’s adjustable crosstalk creates a sense of liveliness and interaction between channels, and allows you to produce surround reverb even from mono or stereo sources. Paragon offers the control and flexibility to determine how reverb from each channel interacts with the other channels, for example improving dialog intelligibility by removing reverb from the centre channel, but maintaining a sense of space and location by sending the dry centre channel audio to other reverb channels.
Typical applications
- Creating immersive reverb
- Atmos-compatible convolution reverb
- Manipulating IRs whilst maintaining true convolution characteristics
- Authentic sounds of real spaces
It was amazing how quickly Paragon gave me the sound I was looking for.
Paragon is a wicked plug-in!
New in 1.1
Outdoor Spaces
Description
System Requirements
Available formats
Paragon supports AAX, VST3, AU and AudioSuite, in 64-bit only.
Minimum system requirements
Mac OSX 10.9 / 512 MB RAM
Windows (64 bit) Vista or above / 512 MB RAM
Change Log
What’s new in Paragon 1.1?
This update includes 4 new IR models, featuring outdoor spaces for the first time. Paragon 1.1 also includes an improved preset browser and improved stereo balancing.
FAQs
Tutorials
How to Install your NUGEN Audio Plug-in
How to Install your NUGEN Audio Plug-in is a simple, quick and easy guide for installing a new plug-in! This is the first in a series of videos addressing some of NUGEN Audio's most common Frequently Asked Questions.
More...Nugen Audio: How to use the Paragon IR panel #gettingstarted
NUGEN Audio Assistant Product Specialist Tom Griffin takes a deep dive into the plug-in's IR panel and shows you how to use the features within Paragon to create accurate representations of real spaces.
More...