Watch this brief overview of ReadyPDF™, Solimar's PDF optimization solution.

ReadyPDF - PDF OPTIMIZATION

ReadyPDF™ is our latest innovation for our PDF-centric workflow software platform, Chemistry™, that delivers critical resource and content optimization capability for high-volume printing and e-delivery including variable marketing and transactional workflows.

ReadyPDF optimizes PDF files so they process more efficiently for e-delivery, archiving and production printing. ReadyPDF combines several PDF optimization technologies under one solution along with Solimar technology and added customizations which provide a high degree of functionality and robustness. Initial benchmarking shows ReadyPDF is not only capable of much higher throughput, but successfully processes files other solutions are simply not able to run.

ReadyPDF - SPDE MODULE

ReadyPDF SPDE Module

ReadyPDF - PRE-PRESS SERVER

ReadyPDF Server

Solution Brochure

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Chemistry - CCM Platform

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Solimar ADF Solutions

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Use ReadyPDF for high-performance processing including scheduling and automating tasks. Unlike shareware or other solutions, ReadyPDF is intended for mission-critical applications where ease of use and reliability are of utmost importance.

ReadyPDF-Resources

COMBINE & REUSE RESOURCES

Combine and reuse resources to reduce data stream complexity and file size. The removal of duplicate resources and XObjects improves processing time and provides a more efficient file.

ReadyPDF-Fonts

EMBED & CONSOLIDATE FONTS

Fonts should be embedded - typically "resident" fonts. Use font consolidation to reduce the number of duplicated fonts or subsetted Type1 fonts, which can result in a more streamlined PDF file.

ReadyPDF-Color

OPTIMIZE COLOR

Optimize the color for e-delivery or print with an automated rules-based dynamic selection of the appropriate color profile and device intent.

ReadyPDF-Images

OPTIMIZE IMAGES

Optimize color, grayscale, and monochrome images for the target device by using image conversion and downsampling to reduce file sizes.

ReadyPDF-Objects

OPTIMIZE & REMOVE OBJECTS

Remove user data and object information such as annotations, metadata, document tags and bookmarks, comments, and thumbnails to reduce file size.

ReadyPDF-Structure

CORRECT STRUCTURAL ISSUES

Compress and optimize content streams and data structures, and remove all off-page objects, flatten layer transparency, and empty XObjects, to help address any content structure issues.

BENEFITS AND COMPETITIVE ADVANTAGES OF ReadyPDF FOR PRINT AND DIGITAL DELIVERY:

  • Built on the “Gold Standard” of core Adobe technology
  • Fonts are converted for an exact match to what you see in Adobe products
  • Color is controlled to match what you expect in Adobe products
  • Replace subset fonts (fonts that don’t have complete sets embedded)
  • Combine, reduce, reuse resources for smaller file sizes and less complexity for processors
  • Create web versions remove unnecessary resources from the PDF for the fastest online viewing
  • Create PDF files with the smallest file size possible for the fastest processing possible
  • Color optimization for the destination of choice (print hardware or electronic channels)
  • Integrated with the Solimar Chemistry platform for complete automation possibilities and compatibility

Production Print

ReadyPDF’s primary goal is to optimize PDF files to reduce RIP times and enable rated-speed output for production printing. Overall, ReadyPDF provides a fresh entry into the PDF Optimization space that is ideal for high-volume variable print environments that deal with a wide assortment of complex PDF challenges and inefficiencies.

ReadyPDF leverage Solimar’s extensive expertise with PDF files. The solution is part of Solimar’s Chemistry platform that can expand to other areas of workflow including driving printers securely, PDF re-engineering, data stream conversion, archiving, accessible documents, job batching and production dashboards.

Web Presentment

For PDF files destined for web presentment, ReadyPDF can linearize files so they can be opened before the entire file is downloaded. The color profile of PDF files can be changed for screen viewing vs print. File sizes can be reduced by downsampling the resolution of images for e-delivery.

Archiving

PDF is the de facto standard format for business-critical documents. PDF supports a specification specifically for long-term archiving called PDF/A. ReadyPDF supports PDF/A output while potentially reducing file sizes to minimize storage requirements.

ReadyPDF System Specifications

  • OS: Server 2008 R2, Server 2012, Server 2012 R2, Server 2016, Windows® 7 Professional, Windows® 8 professional, Windows® 10. NOTE: 64 bit only.
  • CPU: x64 2.4 GHz, Quad Core
  • RAM: Minimum: 8 GB, Recommended: 24 GB or more
  • HDD: 6GB free disk space for software installation, formatted with Windows NT File System (NTFS). Disk space requirements for processing data vary based on job size, volume, and application
  • NIC: Ethernet network interface supporting the maximum speed of the network, preferably 1 Gb/s or greater
  • USB Ports: 1 available port required if using physical license keys*
  • Additional Software: Microsoft .NET Framework 4.5, Microsoft Message Queuing; these will be installed by SPDE installer if not found
  • ReadyPDF: With the addition of ReadyPDF to an existing SPDE server, it is possible that applications may require additional resources in order to handle the additional load and run the software. ReadyPDF requires an additional interpreter license in order to run the module. In general, Solimar suggests that users equip SPDE servers with one core per licensed interpreter and an additional 4+ GB RAM per interpreter instance. In order to determine an appropriate amount of RAM, Solimar recommends that users evaluate the resource utilization and performance of their applications on existing SPDE servers, and expand available resources as they believe necessary to meet processing objectives. Solimar recommends that users install, test and evaluate applications and workflows in a non-production test/development environment before using the software in production
  • OS: Microsoft® Windows® Windows 7 Professional or Ultimate
  • CPU: 2.4 GHz, Quad Core
  • RAM: 4 GB
  • HDD: 6GB free disk space for software installation, formatted with Windows NT File System (NTFS). Disk space requirements for processing data vary based on job size, volume, and application
  • NIC: Ethernet network interface supporting the maximum speed of the network, preferably 1 Gb/s or greater
  • USB Ports: 1 available port required if using physical license keys*
  • Additional Software: Microsoft .NET Framework 4.5, Microsoft Message Queuing; these will be installed by SPDE installer if not found
For optimal performance, we suggest:
  • Note: Systems that process PostScript, PDF, very large files, or many workflows may require additional memory that can only be supported on a 64-bit operating system.
  • One 2.0+ GHz CPU core per printer
  • 64-bit OS with 4 GB or more RAM per interpreter instance
  • 100+ GB HDD, 15K RPM
  • Note: Some workflows may require additional hard drives. Please contact Solimar Systems for recommended specifications.
  • OS: Microsoft Windows® Server 2003 SP1 & SP2, Server 2003 R2, Server 2008, Windows® 7 Professional or Ultimate, Windows® 8, Windows® 10, Windows® Server 2012, Server 2012 R2
  • CPU: 2.4 GHz
  • RAM: 2 GB minimum
  • HDD: 500MB free disk space for software installation
  • NIC: Ethernet network interface supporting the maximum speed of the network, preferably 1 Gb/s or greater
  • Additional Software: Microsoft .NET Framework 3.5 & 4.0; will be installed by SPDE installer if not found
  • OS: Microsoft Windows® Server 2003 SP1 & SP2, Server 2003 R2, Server 2008, Windows® 7 Professional or Ultimate, Windows® 8, Windows® 10, Windows® Server 2012
  • CPU: 2.4 GHz
  • RAM: 2 GB minimum
  • HDD: 350MB free disk space for software installation
  • NIC: Ethernet network interface supporting the maximum speed of the network, preferably 1 Gb/s or greater
  • Additional Software: Microsoft .NET Framework 3.5; will be installed by SPDE installer if not found
Legacy Adapters (32-bit operating systems – ONLY!)
  • SPDE host computers that will connect to legacy systems and devices must provide suitable slots for the adapter cards. The following legacy adapter cards require a 5-V PCI slot:
    • Parallel Input adapter
    • Tiger II and Tiger III BUS/TAG adapter
    • P6100 and P6101 BUS/TAG adapter
    • SCSI adapter (SCSI SDI Output module and Tape Input module)
  • The P6200 BUS/TAG input card is compatible with the following slots:
    • 3.3-V PCI slot
    • 5-V PCI slot
    • 3.3-V 100-MHz PCI-X slot
  • All legacy adapters are full-height PCI cards. The P6100, P6101, and P6200 BUS/TAG input legacy adapters are full-length cards (13.5″ long) and require sufficient unobstructed space inside the PC chassis. All other legacy adapters are half-length cards.
  • Each SCSI hard drive used by the SCSI SDI Output module requires one 3.5″ bay and power supply connection.
  • Some legacy Xerox workflows may require a 3.5″ or 5.25″ diskette drive for the transfer of resources.
Channel Adapters (32-bit operating systems – ONLY!)
  • The channel adapters currently shipping (ESCON, Channel In, Channel Out) are compatible with the following slots:
    • 5-V slots
    • 3.3-V slots
    • PCI slots
    • PCI-X slots
  • The Channel In and Channel Out adapters are full-height, half-length cards.
  • The ESCON adapter is a full-height and full-length card and requires sufficient unobstructed space inside the PC chassis.

Test Files

To demonstrate the capabilities, speed, and accuracy of Solimar solutions, clients can submit PDF files with necessary resources for testing. Solimar technicians test conversion speeds and examine the fidelity of the output. A test result summary is provided and often includes recommendations and viewable PDF files.

SPDE/ReadyPDF Test Files

Instructions for sending data to be tested with SPDE/ReadyPDF.

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SPDE/ReadyPDF Checklist

Checklist to help verify the information regarding your sample data.

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