A graphic card fully supporting OpenGL 2.0 is required. If your computer has an ATi or NVidia graphics card, please assure the latest graphic drivers from the ATi or NVidia website are installed
In order to use the software, an iLok.com user account is required (the iLok USB Smart Key is not required).
Mac Requirements
Host application compatible with:
AAX Native plugins
AAX DSP plugins
Audio-Unit plugins
VST plugins
VST3 plugins
MacOS 10.14.6 Mojave and latest
Native support for Apple Silicon "M series" chipsets
USB displays are not supported
Mac OS X : Mac Pro 1.1 & Mac Pro 2.1 are not supported
DAW/Host Application with 64 bit support
In order to use the software, an iLok.com user account is required (the iLok USB Smart Key is not required).
State-Of-The-Art Equalizer
Epure is a state-of-the-art five-band equalizer designed to provide the absolute finest audio quality within the domain of digital audio processing. It was carefully tuned to preserve the optimal signal to noise ratio independent of the parameter settings. This is a cutting-edge tool created to meet the needs of demanding audio professionals when it comes equalizing and filtering tasks.
Product Features
Resizable user interfaces
Five EQ bands with hands on editing of the band curves on the display
Filter types, on each band; low cut, low shelving, peak, hi shelving, hi cut
Frequency range covering the whole bandwidth
Q factor adjustable (from 1.00 to 100.00
Gain control (ranged -24 dB to +24 dB)
True Bypass routing the incoming signal direct to the output
Multiply gain (x2) affecting the gain value of the band-section
Divide gain (/2) affecting the gain value of the band-section.
Invert, converting the band-section positive values to negative and vice versa.
Master gain control
Audio I/O routing matrix
Up to 4 MS encoders / decoders
Up to 8 band groups
Videos
TIPS EPURE : Hipass filter vs Bell Filter
00:04:15by FLUX Immersive Jan 31, 2020
Equalization Tips with EPURE V3:
Comparison of phase effects induced by high pass filters and bell filters and their implications in a mixing context.