Chat Live
US Office: (941) 925-1303 | Europe Office: +44(0)1223-851481

TIFF RIP-Kit for Windows
TIFF RIP-Kit for Macintosh
Platesetter & Imagesetter RIP-Kits
OKI RIP-Kits

Epson Film RIP-Kits
Epson Proofing RIP-Kits
DI RIP-Kits
CIP3 RIP-Kit
FirstProof Workflow Tools
TIFF Catchers
Interface Kits
RIP Options
RIP Upgrades
Free Demo Software


Film Imagesetters
Direct to Screen Systems
Vastech Processors
Parts & Service


Thermal Film
Direct to Screen Wax


RIP de Renta


Technical Support
Annual Support
Calibration Services
News
Contact RTI

The Harlequin RIP processes PDF, PostScript, and XPS natively, without prior conversion to another format, resulting in faster, more accurate throughput.
Native PDF, Postcript, and XP Processing

PDF/X standards provide a robust subset of the PDF specification, designed to enable reliable transmission of files from one print site to another. The latest version of the RIP can process PDF files directly and can even print out a control strip to let you know that the file has been processed correctly.

PDF/X-1a:2001 is designed to provide the most robust and, to some extent, least flexible delivery of PDF content data. It requires that the color of all objects be expressed in CMYK or spot colors, prepared for the intended printing conditions. Elements in RGB or Lab color spaces or tagged with ICC profiles are prohibited. It also requires that all fonts used in the job be embedded in the supplied PDF file.

PDF/X-3:2002 allows slightly more flexibility in that color managed workflows are also supported. Elements in Lab and with attached ICC source profiles may also be used.

PDF/X-4:2008 supports color-managed, CMYK, gray, RGB or spot color data as well as optional content and PDF transparency.

Variable Data and Retained PDF Raster
It’s not all that surprising that a lot of companies creating Variable Data Print (VDP) jobs, and print companies who print them have elected to use PDF instead of something more specialized to the task. The ability to explain to all customers what they need to submit, to send the same file to (almost) all Digital Front Ends (DFEs), to view the final file virtually anywhere, and to create files as rich as the customer demands all go at least some way to balancing out the potential for a drop in performance in the DFE.

Variable data is now printed at more print sites than ever before, driven by an overall growth in digital printing, and by a transfer from printing customer mail in the data center to workflows that are more closely related to the graphic arts. Digital production presses and variable data print have developed greatly over the last decade or so. Presses are much faster than they were ten years ago and often running at higher resolution. The computing power available for inclusion in a controller or DFE has also been increasing, while its cost has dropped. On balance it’s now easier to render jobs fast enough to achieve full engine speed on a sheet-fed press than it used to be … as long as you print the simple VDP pages that were being processed back then. A third trend that’s occurred at the same time is that the complexity of print jobs has risen, increasing the demands on processing power in the DFE again.

PDF Retained Raster automatically analyses a PDF file to identify those pages that use shared elements. It therefore takes advantage of optimized structures in PDF files made with specialist VDP creation tools, including those saved as PDF/VT (ISO 16612-2). At the same time it works almost as well for PDF files made by general tools that are not specialized for VDP. Once a shared element has been identified it is only rendered once, while the variable data on each page is rendered separately. The benefits of the specialized VDP PDLs can therefore be achieved while using PDF. PDF Retained Raster in the Harlequin RIP automatically recognizes combinations of graphical elements that are re-used on multiple pages in a VDP job, and delivers each as a separate raster. Post-RIP raster composition technology can be used to build each final page for print, producing maximum throughput for a minimum bill of materials.

Sample variable data print workflow within a Digital Front End using External PDF Retained Raster in a Harlequin RIP

For users that are not printing to the RIP through a shared printer, the RIP can also process the following file types directly or through a shared folder:
• PostScript 1, 2 and 3
• PDF 1.2, 1.3, 1.4, 1.5, 1.6, 1.7
• PDF/X-1a:2001 and PDF/X-3:2002
• PDF/X-4, PDF/X-4p:2008, PDF/X-4:2010, PDF/X-4p:2010
• PDF/X-5g, PDF/X-5pg
• XPS
• WDP HD Photos
• TIFF™ 6
• PCL
• JPEG, GIF, EPS, JBIG2
• DCS and DCS 2

Optional ICC Profile Support
PDF/X files all include data describing the characterized printing conditions for which the job was prepared. That data is collectively described as the output intent. It includes an identifier that may refer to a characterization held in a registry maintained by the ICC (International Color Consortium). In many cases the output intent will also include an embedded profile to support accurate color proofing, both on screen and on hard copy. The Harlequin ColorPro™ option can be used to perform in-RIP color management with the Harlequin RIP. Please note this option is included with all Digital Proofing (Epson & HP) Plugins. It can be used for many purposes, including color proofing, or for adjusting plates to enable a press to better match a characterized printing condition such as SWOP.

All trademarks property of their respective owners.