Crave DSP Crave EQ v1.3.4 CE WiN

Random News

Crave DSP Crave EQ v1.3.4 CE WiN
Form Audioworks Nebula Bloom WAV
<<<<<<<<<<< 2-10-2024, 07:17 >>>>>>>>>>
Form Audioworks Nebula Bloom WAV
FANTASTiC | 01 October 2024 | 250 MB Embark on a sonic journey with Nebular Bloom, the latest sample pack…

Major Loops Royal WAV
<<<<<<<<<<< 3-11-2024, 19:37 >>>>>>>>>>
Major Loops Royal WAV
FANTASTiC | 03 November 2024 | 58.50 MB 'Royal' by Major Loops is a collection of 5 Trap/Rnb construction…

FMJ-Software Awave Studio v12.6.0.0 WiN
<<<<<<<<<<< 8-09-2024, 08:34 >>>>>>>>>>
FMJ-Software Awave Studio v12.6.0.0 WiN
Team R2R | 08 September 2024 | 5.2 MB Awave Studio is a multi-purpose audio tool that reads a veritable host…

Signature Word of Mouth - Jazz Poetry WAV
<<<<<<<<<<< 25-10-2024, 23:33 >>>>>>>>>>
Signature Word of Mouth - Jazz Poetry WAV
FANTASTiC | 25 October 2024 | 559.01 MB As described in our Terms of Use, you may not use Seraiah Nicole's…

Archive

November 2024 (652)
October 2024 (882)
September 2024 (883)
August 2024 (762)
July 2024 (855)
June 2024 (1094)
4-12-2018, 23:56

Crave DSP Crave EQ v1.3.4 CE WiN

Crave DSP Crave EQ v1.3.4 CE WiN

Team V.R | 04 December 2018 | 6.67 MB

Crave EQ was built with one purpose: uncompromising sound quality. To that end, we have created 3 highly accurate EQ models based on an ideal analog equalizer. Each model is aimed at delivering the best possible sound for a specific task.

For pure analog sound, the analog phase mode is a reproduction of clean analog hardware - an essential feature for professional quality mixing. This kind of modelling requires a small amount of latency which we've managed to keep astonishingly low at just 48 samples - 1.1ms at 44kHz or 0.5ms at 96kHz.

When zero latency is a must, the digital phase mode offers a true analog EQ curve with digital phase. Digital EQs based on FIR filters often struggle with bass resolution and digital EQs based on IIR filters often have poor high frequency response. Our filtering technology ensures accuracy across the whole frequency spectrum with very little CPU usage.

For scenarios that call for linear phase, the linear phase mode offers the same true analog EQ curve as the other modes with zero phase. As you may know, higher quality linear phase processing requires higher latency. To ensure you're always getting the highest quality, the appropriate latency is selected based on the sample rate of the host.

3 Equalizers in 1: Digital, Analog, and Linear Phase EQ

Crave EQ provides three EQ processing modes: analog, digital and linear phase. All modes offer stunningly accurate filters.

Analog Phase
Accurate analog emulation with only 48 samples of latency - 1.1ms at 44100Hz.

Digital Phase
Detailed bass resolution and undistorted high frequency response with zero latency.

Linear Phase
Mastering grade linear phase processing.

What's New in Version 1.3

Transparent Phase Model
Transparent phase combines the best of both the analog and digital worlds. At lower filter frequencies it employs an analog phase model and at higher filter frequencies uses an innovative phase suppression algorithm to deliver precision at low frequencies and transparency at high frequencies.

The diagram below shows the four phase models in Crave EQ (analog, digital, transparent and linear) for a peaking filter at 5kHz. In this example, the transparent phase model is set to a lookahead/crossover of 5ms/800Hz.

Improved Metering
Decibel meter scalable from -90dB/+30dB to -12dB/+12dB. Input levels added alongside output levels.

Peak Hold
Above the decibel meter is a new peak hold indicator (click to reset).

Adjustable Linear Phase Latency
Linear phase latency is now adjustable.

Key Features

Four beautifully smooth, lovingly crafted EQ models for mixing and mastering
16 parametric bands with a choice of peaking, high/low shelf, high/low cut, notch and band pass filters
M/S, L/R and mono channel processing
Solo listen (double-click a band to activate)
Configurable high-resolution spectrum analyzer
Fluidly scalable frequency, filter and meter axes
Resizable interface
macOS Retina and Windows high-DPI support
Velocity sensitive knobs
Automatic gain compensation
GPU accelerated graphics
Light on CPU

home page:
http://bit.ly/2ClzL2t


DOWNLOAD

You like the news? Please share this news in social networks



Related News:

Crave DSP Crave EQ v1.0.10 CE-V.RCrave DSP Crave EQ v1.0.10 CE-V.R

Team V.R | 28 Dec 2017 | 5.17 MB Crave EQ was built with one purpose: uncompromising sound quality. To that end, we have created 3 highly accurate EQ models based on an ideal analog equalizer. Each model is aimed at delivering the best possible sound for a specific task. For pure analog sound, the analog phase mode is a reproduction of clean analog hardware - an essential feature for...
TBProAudio gEQ12 v1.3.4 AAX RTAS VST3 VST CE-V.RTBProAudio gEQ12 v1.3.4 AAX RTAS VST3 VST CE-V.R

Team V.R | 13 March 2016 | 3 MB gEQ12 is 12 band stereo/MS graphic equalizer with accurate spectrum analyzer and minimum/linear phase modes. Today's mixing and mastering processes require a full featured but easy to use equalizer which can accurately shape the tone of a track , bus or master track. eEQ12 provides all necessary tools in one package paired with some unique features....
PSP Audioware PSP Neon HR v2.0.3 MacOSX Incl KeygenPSP Audioware PSP Neon HR v2.0.3 MacOSX Incl Keygen

PSP Audioware PSP Neon HR v2.0.3 MacOSX Incl Keygen MESMERiZE | 7.9.2012 | 51.4 MB PSP Neon is a fully featured linear phase equalizer plug-in (VST, RTAS for Windows and AudioUnit, VST and RTAS for OSX UniversalBinary) that offers eight bands of equalization, each of which can be assigned one of seven filter types. PSP Neon uses frequency-domain fast convolution based linear phase algorithms for...

  Views: 1196
Views: 1196

- THANKS FROM THE USERS -

Comments for Crave DSP Crave EQ v1.3.4 CE WiN:

No comments yet, add a comment!

Information

Would you like to leave your comment? Please Login to your account to leave comments. Don't have an account? You can create a free account now.

Member Login


Social Networking Login: