A method for optimizing processing performance of digital printers, comprising: accessing (302, 402) historical optimum configuration parameters; using (303, 403) the historical optimum configuration parameters to configure a digital front-end interpreter-imager-caching module associated with the digital printer, initiating a pass of multiple page document through a digital printer wherein objects on each page of the multiple page document are decomposed by a job manager into empty box representations, wherein each page are processed to collect captured objects and cached object statistics with area and position information; utilizing said captured objects and cached object statistics with area and position information to modify configuration parameters that assess objects and reusable document component markups to re-configure said digital front-end interpreter-imager-caching module; processing (311, 412) the multiple page document through the digital printer following the re-configuration of the digital front-end interpreter-imager- caching module; capturing statistics based on collected objects and compression as the job progresses; using said statistics to dynamically adjust assessing cached components, collected objects, and compression statistics to feedback and modify the configuration of the digital front-end interpreter-imager-caching module configuration according to how the pages are processed; and at the completion of the processing of the multiple-page document, using (315, 412) a final configuration of said digital front-end interpreter-imager-caching module to confirm or modify said historical optimum configuration parameters. accessing (302, 402) historical optimum configuration parameters; using (303, 403) the historical optimum configuration parameters to configure a digital front-end interpreter-imager-caching module associated with the digital printer, initiating a pass of multiple page document through a digital printer wherein objects on each page of the multiple page document are decomposed by a job manager into empty box representations, wherein each page are processed to collect captured objects and cached object statistics with area and position information; utilizing said captured objects and cached object statistics with area and position information to modify configuration parameters that assess objects and reusable document component markups to re-configure said digital front-end interpreter-imager-caching module; processing (311, 412) the multiple page document through the digital printer following the re-configuration of the digital front-end interpreter-imager- caching module; capturing statistics based on collected objects and compression as the job progresses; using said statistics to dynamically adjust assessing cached components, collected objects, and compression statistics to feedback and modify the configuration of the digital front-end interpreter-imager-caching module configuration according to how the pages are processed; and at the completion of the processing of the multiple-page document, using (315, 412) a final configuration of said digital front-end interpreter-imager-caching module to confirm or modify said historical optimum configuration parameters.