In today's article we are going to delve into the fascinating world of IBM Intelligent Printer Data Stream. This topic, which has captured the attention of experts and enthusiasts alike, offers us a wide range of interesting aspects to explore. From its impact on society to its relevance today, IBM Intelligent Printer Data Stream is a topic that continues to generate debate and discussion. Throughout this article, we will try to shed light on the different aspects and perspectives surrounding IBM Intelligent Printer Data Stream, with the aim of providing a more complete and enriching vision of its importance. So get ready to immerse yourself in the exciting universe of IBM Intelligent Printer Data Stream and discover everything this theme has to offer.
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Intelligent Printer Data Stream (IPDS) is Info Print Solution Company's Systems Application Architecture host-to-printer data stream for Advanced Function Presentation subsystems.[1] It provides an attachment-independent interface for controlling and managing all point addressable (APA) printers that allow the presentation of pages containing an architecturally unlimited mixture of different data types, including text, image, graphics, bar code, and object container. It is used by a variety of Info Print and OEM print servers that drive all points addressable (APA) page printers. Generally, these printers are at the medium to the high end of the print speed and volume spectrum.
"One of the strengths of IPDS is that independent applications can create source data for each data block. The output of these independent applications is merged at the printer to create an integrated mixed data page."[2]
The IPDS architecture allows for both spooled data and print job management to flow bidirectionally between the print server (or print driver) and the Printer Controller.
Examples of print job management controls are:
Examples of spooled data can be:
IPDS data streams are purely used to carry print information and data. This is above the network transport layer (typically TCP/IP or SNA) and the supporting hardware LANs, channels, and network controllers.
IPDS carries data and instructions from the print server to the printer in structured fields. The printer controller processes these IPDS commands and returns an acknowledgment to the print server.
Similar to PPDS, IPDS uses binary encoded commands and parameters, but IPDS is not compatible with PPDS.
"IPDS is the 'online' way being used to print AFP (Advanced Function Presentation) documents. They can also be printed using the AFPDS format 'offline'."[3]
A number of printers support IPDS directly.
A number of print servers are available from companies such as MPI Tech, IPDS Printing Solutions, IOCorp, Xerox, and Microsoft.