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"This is to some extent true, particularly in comparison with halftone screening at 150 lpi or less.
"In reality, 20[micro] stochastic is not directly comparable to 150 lpi halftone screening. The variable nature of stochastic dot positioning will necessarily place more dots in a given area than traditional screening; more dots equals more data, which in turn equals more detail.
But in fact, the halftone screening methods used in any process reduce the tonal range, detail reproduction and color palette available to a printer and consequently the degree of fidelity to a photographic original.With advances in photographic, electronic and print reproduction technologies as well as innovative software engineering, frequency modulation screening techniques or stochastic screening has emerged as a method that can equal direct engraving gravure printing.