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                           ÛÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÜÛ    try before buy (TM)
 

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             Refined.Audiometrics.PLPar.EQ.VST.v2.08.incl.KeyGen 


                            SUPPLIER : TEAM H2O   
                          PROTECTION : SERIAL       
                                SIZE : 03 * 1,39MB     
                                DATE : 12-08-05 


    PLParEQ is a 10-band  Phase-Linear Parametric Equalizer of  the highest 
    quality.  Each  filter  may   assume  any  of  many   different  filter 
    characteristics, and operate in either traditional phase-warping  mode, 
    or our phase-linear mode. It uses the same internal DSP core as all  of 
    our other high-end products. Audio streams are treated in either stereo 
    or  mono.  Individual filters  can  be applied  to  either both  stereo 
    channels, middle only, or side only.  
              
    This  PC VST  plugin can  operate in  traditional 32-bit  mode (24-bit 
    audio) or as a  64-bit plugin for Cakewalks  new Sonar 5. All  internal 
    processing is  carried out  in double-precision  64-bit floating point, 
    regardless of external host mode. 
              
    For  audio  streams  at  sample  rates  below  80  kHz  the  DSP engine 
    internally upsamples with high-quality Sinc interpolation, applies  its 
    filtering, and then downsamples back to your system sample rate. 
              
              
    Available filter types include all of the conventional resonant  2-pole 
    lowpass,  highpass,  bandpass,  band-reject,  all-pass,  high  and  low 
    shelving, and  the three  Oxford variants  of peaking/dipping  filters. 
    Also  included  are  1-pole  lowpass  and  highpass,  4-pole   resonant 
    Butterworth lowpass and highpass, 6-pole notch for killing 50/60 Hz and 
    other troublesome spurs  (very tight and  narrow), 1/F pinking  filter, 
    tunable 1/F lowpass (-3 dB/octave), tunable F-highpass (+3  dB/octave), 
    and A, B,  and C weighting  filters. The list  of filters continues  to 
    grow as we identify more useful variations. 
              
    You can run all  of the filters at  native sample rates higher  than 80 
    kHz, and forego  the internal upsampling  conversions. Upper limits  on 
    the sample  rate (>  96 kHz)  are dicted  primarily by  your computer's 
    capacity, and your need for high quality at the very lowest frequencies 
    (below 100 Hz). 
              
    Individual filters can be operated as either traditional phase-warping, 
    or phase-linear.  Our algorithms  employ blocked  processing for  phase 
    -linear operation, and  produce phase linearity  by sending the  signal 
    through each  filter twice  - once  in the  forward time direction, and 
    then again the the time reversed direction, thereby unwinding the phase 
    back to zero.  
              
    The blocks are reassembled using very high-quality windowing and 8-fold 
    temporal overlap.  IMD resulting  from phase-linear  operation has been 
    measured as -120 dB from  peak signal levels. (IMD test  measurements*) 
    Corner frequencies for filters can be adjusted from 10 Hz to 30 kHz  at 
    all sample rates. 
              
    Computation proceeds in double-precision floating point throughout  the 
    entire DSP core,  which uses 56-bit  mantissas and 80-bit  intermediate 
    products  and sums.  At the  last stage  of conversion  back to  24-bit 
    audio, we dither  with a carefully  crafted white-Gaussian dither  from 
    the 56-bit mantissas to the 24-bit mantissas utilized thorughout by VST 
    hosts.  Our  noise   floor  is  typically   measured  at  around   -180 
    dB/Root(Hz).  The  Gaussian   dither  distribution  is   provably  more 
    preserving than more commonly used triangular distributions. 
              
    Our tests  indicate that  PLParEQ requires  about 5-6%  of our computer 
    speed  capacity,  with  each  additional  filter  enabled  requiring an 
    additional  0.5-1%  at the  highest  quality levels.  These  tests were 
    performed on a  3 GHz Pentium-4  computer with HyperThreading  enabled. 
    Different  VST hosts  will show  varying requirements.  Our tests  were 
    performed with Mackie's Tracktion 2  as the VST host. Performance  on a 
    more  modern Pentium  IV are  likely to  show improvements  upon these 
    results.  
              
    *(IMD test measurement statistics  - The signal was  a -0.5 dBFS 1  kHz 
    sinewave at 44.1 kHz  SR. The filtering was  performed as a Q=20  phase 
    -linear bandpass filter  centered at 1  kHz with unity  gain, and using 
    the highest quality setting = largest resampling blocksize. 
              
    The test chart exhibits a spectral resolution of 0.67 Hz, with the  IMD 
    spurs spaced by  43.1 Hz. The  signal was internally  upsampled to 88.2 
    kHz for filter application, then downsampled back to 44.1 kHz for final 
    output.)  
              
              
              
              
              
    more info available at: 
              
    http://refinedaudiometrics.com 
              

      
   
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    1) Unzip, Unrar and run Setup.exe  
    2) Select register by phone and use the keygen  
    3) Enjoy!!                  
  
   
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                                                      [NFO_BY_TH4IB0YZ_2005]