G
Guest
Guest
I know that I can do it.
But if I want quality that is exactly what I DON'T want to do.
If I must re encode to a format in low quality as DviX I want at least good quality for my original material.
If I have to capture using standard Mpg2 then I will use 15Mbit CBR and convert it aftter words.
If I can I will prefer capturing to DV or Mpg2 I-Frame or even Uncompressd YUV 4:2:2.
Then I know that my original material is free of noise - both signal as well as "Pixle dust" and that the DviX encoder can do a good job.
The reason Ripping DVDs give so nice quality is because the original material on a DVD is in good quality.
The Signal is "Perfect" since it come from a digital transfer and the picture is normaly clean from noise since the big studios are using Snell & Wilcox noise reduction systems.
With material at this grade you can get good quality in DviX.
Intel / AMD - <A HREF="http://www.llnl.gov/asci/news/white_news.html" target="_new">IBM are still the best</A>
But if I want quality that is exactly what I DON'T want to do.
If I must re encode to a format in low quality as DviX I want at least good quality for my original material.
If I have to capture using standard Mpg2 then I will use 15Mbit CBR and convert it aftter words.
If I can I will prefer capturing to DV or Mpg2 I-Frame or even Uncompressd YUV 4:2:2.
Then I know that my original material is free of noise - both signal as well as "Pixle dust" and that the DviX encoder can do a good job.
The reason Ripping DVDs give so nice quality is because the original material on a DVD is in good quality.
The Signal is "Perfect" since it come from a digital transfer and the picture is normaly clean from noise since the big studios are using Snell & Wilcox noise reduction systems.
With material at this grade you can get good quality in DviX.
Intel / AMD - <A HREF="http://www.llnl.gov/asci/news/white_news.html" target="_new">IBM are still the best</A>