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This document contains information on the capabilities that are supported on printer hardware from Lexmark. It also indicates whether each printer model is likely to work when printing from the IBM System i products using LPR, PJL, SNMP, IPP, or a PC5250 printer session.
For information on printers from other manufacturers, please refer to the following documents: N1019605: N1019698:. This document is not updated on a regular basis. IBM support does not actively search for information about new or different printers. This document is updated on an as needed basis.
Refer to the printer hardware documentation or visit the printer manufacturer's website to locate the printer's specifications to make the determination if it will work with the IBM i. What specifications to look for: Emulation or Printer Languages, or search on PCL. Supported Network Protocols to see if TCP/IP LPR/LPD, Port 9100, IPP, or SNMP is listed. Or, create a printer configuration and see if it works. Most PCL printers use port 9100 and regardless of the hardware, a PCL Manufacturer Type and Model, such as.HP4,.HP5SI,.HP4000, etc. Most printers that support LPD will accept communication over port 515 regardless of whether the correct remote printer queue value is used.
Read This First: o This document contains information on the capabilities that are supported on the printer hardware. It also indicates whether each printer model is likely to work when printing from a System i using LPR, PJL, SNMP, IPP, or a PC5250 printer session.
O This document is not updated on a regular basis. IBM support does not actively search for information about new or different printers. This document is updated on an as needed basis. Printers are listed in this document because they are known to exist; therefore, being listed is not a statement that the printer model is supported. O o Information in this document has been gathered from many different sources, including printer manuals, manufacturer and third-party Web sites, and experience gathered from working with customers. In some cases, information on a particular printer model is based solely on what has been shown to work with other similar printer models.
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Note: Therefore, there are no guarantees that the information on any particular printer model is correct. This document might not list all available printer models. If you are looking for information on a printer model that is not listed in this document, please refer to your printer manuals, search on the manufacturer Web site, contact the manufacturer directly to determine what printer data streams are supported on the printer, or look at the information listed for similar printer models. Note: In many cases, this document will list similar printer models that support the same printer data streams. This can be an indication of how well the new printer model will work with a System i using LPR, PJL, SNMP, IPP, or a PC5250 printer session. O If you cannot find information on a particular printer model and cannot find any similar printer models listed, contact the Rochester Support Center for assistance by calling 1-800-IBM-SERV (1-800-426-7378) and selecting the option for Software Support. We will do what we can to help determine how best to print to your printer from your System i.
O If unsure whether a printer will work well with a System i, start by looking at the Printer Data Stream, Host-Based, and MFRTYPMDL for HPT columns. O There might be more than one Printer Data Stream listed for a particular printer model, which indicates that the printer model supports multiple printer emulation modes. O Dot matrix, line matrix, impact, ink jet, and thermal label printers usually support only one printer emulation mode at a time. Furthermore, the printer might need to be in a particular emulation mode to work well with the System i.
It is recommended that you first determine the current emulation mode for the printer and then look through the list to determine the printer capabilities and the MFRTYPMDL for HPT or the PDT File for PC5250 setting that is needed. For best results, these printers should be in IBM or Epson emulation mode, if possible. O Laser and multiple function printers might be able to automatically select the proper printer emulation mode based on the print data that it is sent. However, the supported emulation modes will still determine the printer capabilities and the MFRTYPMDL for HPT or PDT File for PC5250 setting that is needed. For best results, these printers should support HP PCL3, HP PCL5, HP PCL6, or IBM PPDS, if possible. O If Host-Based is set to N and MFRTYPMDL for HPT has a value other than n/a, then the printer model should work with Host Print Transform (HPT). It is recommended that HPT be used whenever possible because it supports printing.AFPDS spooled files on laser printers and provides better formatting and font control through modified Workstation Customizing Objects (WSCSTs).
O If LPR is set to Y, then the printer model should work with a Remote Output Queue or a.LAN 3812 device description that uses the TSPLPRD utility, both of which communicate with the printer and print server using the TCP/IP Line Printer Requester (LPR) protocol. If PJL is set to Y, then the printer model should work with a.LAN 3812 PJL device description, which communicates with the printer and print server using the HP Printer Job Language (PJL) protocol. If SNMP is set to Y, then the printer model should work with a.LAN 3812 SNMP device description, which communicates with the printer and print server using the Small Network Management Protocol (SNMP). If IPP is set to Y, then the printer model should work with a.LAN 3812 IPP device description, which communicates with the printer and print server using the Internet Print Protocol (IPP). Most dot matrix, line matrix, impact, ink jet, and thermal label printers are able to communicate by using only LPR, but most laser and multiple function printers are able to communicate by using LPR, PJL, or SNMP. It is generally recommended to use PJL or SNMP whenever possible. However, using LPR, IPP, or a PC5250 or third-party printer session are also viable options.
If LPR, PJL, SNMP, and IPP are all set to N but MFRTYPMDL for HPT has a setting other than n/a, then you will probably need to configure a PC5250 or third-party printer session. However, you should still have the option of using Host Print Transform (HPT). O If Host-Based is set to Y, or MFRTYPMDL for HPT and PDT File for PC5250 are set to n/a, then that printer model probably will not work with Host Print Transform (HPT) or a Printer Definition Table (PDT) file; therefore, it will be limited in how well it works with the System i. You will probably need to configure a PC5250 or third-party printer session without using HPT and without using a PDT file. This type of configuration is not able to print.AFPDS spooled files, and it has limited control over the formatting (which includes the font that is used). Note: If being able to print from a System i is a requirement, then purchasing a host-based printer is not recommended, particularly if printing.AFPDS spooled files is also a requirement. O For more information on the Printer Data Stream, Host-Based, MFRTYPMDL for HPT, LPR, PJL, SNMP, IPP, and PDT File for PC5250 columns, please refer to the section titled Explanation of the Fields in the Printer Lists at the bottom on this document.
This section also contains links to Rochester Support Center knowledgebase documents that provide additional information and step-by-step instructions on configuring Remote Output Queues,.LAN 3812 device descriptions that use the TSPLPRD utility,.LAN 3812 PJL device descriptions,.LAN 3812 SNMP device descriptions,.LAN 3812 IPP device descriptions, and PC5250 printer sessions. Some of the Manufacturer type and model (MFRTYPMDL) values listed in this document are only available after applying the following PTFs. If more than one choice is provided for a given printer and printer data stream, the newer and preferred choice is listed first. For example, the Ricoh Aficio 2035 printer now recommends.RICOH2035 as the first choice and.HP5SI as the second choice. Note: If one of these new MFRTYPMDL values is specified, but the necessary PTFs have not been applied, message CPD8F2B - Manufacturer type and model value not valid will be issued.
V6R1 (6.1 or R610) V7R1M0 (7.1) SI19069 (1000) SI19074 (1000) SI27075 (1000) SI27076 (1000) (7198) (8085) (8267) (1000) (1000) (7226) (8057) (8183) (9104) (9104) (1137) (1137) (1137) (1137) (1000) (1000) (8064) (8288) (9111) (9111) (1102) (1256) (1256) (2305) (2305) (1270) (1270) (1270) (2279) (2279) For more information, please refer to the following Informational APARs: Informational APAR II14604: Informational APAR II14393: Informational APAR II13264: Information on Printers from Lexmark www.lexmark.com B&W Laser and Multi-Function Printers. Lexmark Optra S Printer Family Lexmark 4059 Optra S Lexmark Optra S 245 Lexmark Optra S 1250 Lexmark Optra S 1250N Lexmark Optra S 1255 Lexmark Optra S 1255N Lexmark Optra S 1260 Lexmark Optra S 1265 Lexmark Optra S 1620 Lexmark Optra S 1620N Lexmark Optra S 1625 Lexmark Optra S 1625N Lexmark Optra S 1650 Lexmark Optra S 1650N Lexmark Optra S 1855 Lexmark Optra S 1855N Lexmark Optra S 2420 Lexmark Optra S 2420N Lexmark Optra S 2450 Lexmark Optra S 2450N Lexmark Optra S 2455 Lexmark Optra S 2455M Lexmark Optra S 2455N Lexmark Optra S 4059 Lexmark Optra SE 3455 Lexmark Optra SE 3455M HP PCL5e. AFP/IPDS The term AFP/IPDS refers to the Advanced Function Printing and Intelligent Printer Data Stream printer languages from IBM. Printers that use these printer data streams can be configured using a.LCL or.RMT IPDS device description if they are twinax attached, or using a.LAN IPDS device description if they are LAN attached using the appropriate built-in print server from IBM or InfoPrint Solutions Company. Printers that use these printer data streams cannot be configured using a Remote Output Queue,.LAN 3812 PJL, SNMP, or IPP device description, or a PC5250 printer session unless the printer also supports a non-IPDS printer language such as HP PCL5e, HP PCL6, IBM PPR, or Epson ESC/P2. XHTML XHTML-Print The terms XHTML and XHTML-Print refer to a member of the family of XHTML languages defined by the Modularization of XHTML XHTMLMOD. According to the W3C, XHTML is designed to be appropriate for printing from mobile devices to low-cost printers that might not have a full-page buffer and that generally print from top-to-bottom and left-to-right with the paper in a portrait orientation.
XHTML-Print is also targeted at printing in environments where it is not feasible or desirable to install a printer-specific driver and where some variability in the formatting of the output is acceptable. XHTML will not work with Host Print Transform (HPT) or a PC5250 Printer Definition Table (PDT) File. Explanation of the Fields in the Printer Lists The following sections provide an explanation for each of the headings in the printer tables provided in the above documents.
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Click on the arrow in front of any section to read the explanation. The headings are Printers, Printer Data Stream, Host-Based or Windows Only, PDT File for PC5250, MFRTYPMDL for HPT, LPR, PJL, SNMP, and IPP.
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Printer Data Stream The Printer Data Stream column lists the printer data streams supported by each particular printer. If the printer lists more than one data stream, you can look across the table for each data stream to see how it is supported by PC5250 Printer Definition Table (PDT) Files, Host Print Transform (HPT), Remote Output Queues,.LAN 3812 PJL device descriptions,.LAN 3812 SNMP device descriptions, and.LAN 3812 IPP device descriptions. Support for these can differ depending on the data stream. Some popular printer data streams include.
AFP/IPDS The term AFP/IPDS refers to the Advanced Function Printing and Intelligent Printer Data Stream printer languages from IBM. Printers that use these printer data streams can be configured using a.LCL or.RMT IPDS device description if they are twinax attached, or using a.LAN IPDS device description if they are LAN attached using the appropriate built-in print server from IBM or InfoPrint Solutions Company. Printers that use these printer data streams cannot be configured using a Remote Output Queue,.LAN 3812 PJL, SNMP, or IPP device description, or a PC5250 printer session unless the printer also supports a non-IPDS printer language such as HP PCL5e, HP PCL6, IBM PPR, or Epson ESC/P2. Code V The term CODE V refers to a printer language from IBM that supports printing graphics and bar codes on certain printers. Printers that use this printer data stream will work with Host Print Transform (HPT) and might work with a PC5250 Printer Definition Table (PDT) file. EPL EPL1 EPL2 The terms EPL, EPL1 and EPL2 refer to the Eltron printer languages. EPL1 is an escape sequence based language that is used to talk to the older LP2022/LP2042 printers.
EPL2 is a text based language that uses all keyboard accessible characters to communicate with all other Eltron label printers. These printer languages are not supported by Host Print Transform (HPT), but HPT should pass the EPL1 data streams to the printer untouched when configured to use the QWPDEFAULT system-supplied Workstation Customizing Object (WSCST). It is unknown at this time whether HPT will pass the EPL2 data stream to the printer untouched when configured to use the QWPDEFAULT system-supplied Workstation Customizing Object (WSCST).
EPL emulation The term EPL emulation refers to an emulated version of the Eltron printer language from Eltron and Zebra Technologies. This printer language is not supported by Host Print Transform (HPT), but HPT should pass the EPL data stream to the printer untouched when configured to use the QWPDEFAULT system-supplied Workstation Customizing Object (WSCST). Epson ESC/P2 The term Epson ESC/P2 refers to the ESC/P2 printer data stream. ESC/P2 was developed by Epson, but is used by a number of other printer manufacturers.
It is used primarily in dot matrix line printers, but it is also used in a number of ink jet printers. Epson ESC/POS Epson ESC/POS emulation The terms Epson ESC/POS and Epson ESC/POS emulation refer to a version of the ESC/P2 printer data stream specifically for Point-of-Sale (POS) or transaction printers.
ESC/POS was developed by Epson, and it is used primarily, if not exclusively, in point-of-sale printers. This printer language is not supported by Host Print Transform (HPT), but HPT should pass the ESC/POS data stream to the printer untouched when configured to use the QWPDEFAULT system-supplied Workstation Customizing Object (WSCST). IBM PPDS The term IBM PPDS refers to the IBM Personal Printer Data Stream. PPDS was development by IBM and was used in older IBM and Lexmark laser printers. IBM PPR IBM PPR XL IBM PPR XL II IBM PPR XL III IBM PPR X24 IBM PPR XL24 The term IBM PPR refers to the IBM Proprinter data stream. IBM PPR was developed by IBM, but it is used by a number of other printer manufacturers.
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It is used primarily in dot matrix line printers, but it is also used in a number of ink jet printers. The XL designates wide-carriage printers, the II and III designate upgrades to the Proprinter data stream, and the 24 refers to the Proprinter data stream used for 24-pin printers. GDI Host-based Host-based (GDI) Host-Based Printing Proprietary (GDI) Windows GDI The terms GDI, Host-based, Host-based (GDI), Host-Based Printing, Proprietary (GDI), and Windows GDI are generic terms that can refer to any Host-based or Windows-only printer, which use a proprietary printer data stream rather than an industry-standard printer data stream such as IBM Proprinter Data Stream (PPDS), Epson ESC/P2, HP Printer Control Language (PCL), or Adobe PostScript (PS). These printers support printing from Windows, and possibly from Macintosh or Linux, but will not print directly from IBM i, IBM i5/OS, IBM OS/400, UNIX or any other non-PC-based Operating System, even if the printers can be network-attached. Because these printers require a proprietary printer data stream, they will not work with Host Print Transform (HPT) or a PC5250 Printer Definition Table (PDT) File. Note: Configuring a PC5250 printer session without Host Print Transform (HPT) and without a Printer Definition Table (PDT) file is most likely to print successfully.
However, you will not be able to print.AFPDS spooled files because that requires using Host Print Transform, and you will have limited control over the formatting of your output (including limited control over the font selection). Therefore, configuring to print to a Host-Based Printing, Proprietary (GDI), or Windows GDI printer is considered unsupported, as would printing to any other host-based printer.
HP PCL3 HP PCL4 HP PCL5 HP PCL5c HP PCL5e HP PCL6 HP PCL6c The terms HP PCL3, HP PCL4, HP PCL5, HP PCL5c, HP PCL5e, HP PCL6, and HP PCL6c refer to different versions of the HP Printer Control Language. PCL was developed by Hewlett-Packard (HP), but it is used by a number of other printer manufacturers including IBM Printing Systems and Lexmark. PCL3 is used in a number of HP DeskJet printers, PCL5c and PCL6c are often used in color laser printers, and PCL5e and PCL6 the often used in B&W or monochrome laser printers. PCL5c emulation PCL5e emulation PCL6 emulation The terms PCL5c emulation, PCL5e emulation and PCL6 emulation refer to an emulated version of the Printer Control Language, but they might also be used when a printer uses true HP PCL support.
PCL was developed by Hewlett-Packard (HP), but it is used by a number of other printer manufacturers including IBM Printing Systems and Lexmark. Adobe PostScript 2 Adobe PostScript 3 The terms Adobe PostScript 2 and Adobe PostScript 3 refer to versions or levels of the Adobe PostScript printer language. PostScript was developed by Adobe, but is used by a number of other printer manufacturers, though typically in laser printers. The PostScript printer data stream will not work with Host Print Transform (HPT) or a PC5250 Printer Definition Table (PDT) File. PostScript 2 PostScript 2 emulation PostScript 3 PostScript 3 emulation The terms PostScript 2, PostScript 2 emulation, PostScript 3, and PostScript 3 emulation typically refer to an emulated version of the PostScript printer language, but they might also be used when a printer uses true Adobe PostScript support. The PostScript printer data stream will not work with Host Print Transform (HPT) or a PC5250 Printer Definition Table (PDT) File. PDF PDF v1.2 PDF v1.3 PDF v1.4 PDF v1.5 PDF v1.6 PDF v1.7 PDF v1.x emulation The terms PDF, PDF v1.2, PDF v1.3, PDF v1.4, PDF v1.5, PDF v1.6 and PDF v1.7, or PDF v1.x emulation, refer to the ability to directly print Adobe Portable Document Format (PDF) documents without using a Windows printer driver or converting the PDF document to an HP PCL printer data using Host Print Transform (HPT).
PDF v1.2, v1.3, v1.4, and v1.5 refer to the PDF version supported by the printer firmware. If a printer supports direct PDF printing, then it generally supports the printing of.USERASCII spooled files containing PDF data through a.LAN 3812 printer device description, a Remote Output Queue, a PC5250 printer session, or using Binary FTP to send a PDF file stored in the Integrated File System directly to the printer TCP/IP address or host name. However, this is dependent on the version of PDF used to generate the.USERASCII spooled file or PDF file, as well as the PDF version supported by the printer firmware. PGL IGP (PGL) The terms PGL and IGP (PGL) refer to the Printronix Graphic Language. PGL is not supported by Host Print Transform (HPT), but HPT should pass IGP/PGL-compatible data streams to the printer untouched when configured to use the QWPDEFAULT system-supplied Workstation Customizing Object (WSCST). RPCS Ricoh RPCS The terms RPCS and Ricoh RPCS refer to the Refined Printing Command Stream (RPCS) printer language from Ricoh.
This printer language is a Microsoft®Windows®-optimized printer data language. Therefore, printers that use this printer data stream will not work with Host Print Transform (HPT) or a PC5250 Printer Definition Table (PDT) file. XML The term XML refers to XML-Enabled Printing. XML is text-based, but it is unknown at this time whether Host Print Transform (HPT) will pass the XML data stream to the printer untouched when configured to use the QWPDEFAULT system-supplied Workstation Customizing Object (WSCST).
XHTML XHTML-Print The terms XHTML and XHTML-Print refer to a member of the family of XHTML languages defined by the Modularization of XHTML XHTMLMOD. According to the W3C, XHTML is designed to be appropriate for printing from mobile devices to low-cost printers that might not have a full-page buffer and that generally print from top-to-bottom and left-to-right with the paper in a portrait orientation. XHTML-Print is also targeted at printing in environments where it is not feasible or desirable to install a printer-specific driver and where some variability in the formatting of the output is acceptable. XHTML will not work with Host Print Transform (HPT) or a PC5250 Printer Definition Table (PDT) File. XPS The term XPS refers to the XML Paper Specification, which is a specification for a page description language and a fixed-document format developed by Microsoft.
It is an XML-based or XAML-based specification, based on a new print path and a color-managed vector-based document format which supports device independence and resolution independence. XML Paper Specification, or XPS, will not work with Host Print Transform (HPT) or a PC5250 Printer Definition Table (PDT) file. ZPL ZPL II The terms ZPL and ZPL II refer to different versions of the Zebra Programming Language from Zebra Technologies.
These printer languages are not supported by Host Print Transform (HPT), but HPT should pass the ZPL and ZPL II data streams to the printer untouched when configured to use the QWPDEFAULT system-supplied Workstation Customizing Object (WSCST). ZPL emulation ZGL ZGL (Zebra ZPL emulation) The terms ZPL emulation, ZGL and ZGL (Zebra ZPL emulation) refer to emulated versions of the Zebra Programming Language from Zebra Technologies.
This printer language is not supported by Host Print Transform (HPT), but HPT should pass the ZPL data stream to the printer untouched when configured to use the QWPDEFAULT system-supplied Workstation Customizing Object (WSCST). Note: If the printer tables refer to any printer data streams other than the ones listed above, then an explanation of those data streams will be included at the bottom of the printer tables. Host-Based The Host-Based column shows if a specific printer is a Host-Based or Windows-Only printer. The term Windows-Only printer means that the printer was designed to be used only on a PC running a version of Microsoft Windows and was also generally designed to be used in a home or small office environment rather than in a networking environment. The term Host-Based printer expands this to refer to any printer that relies on the processing power of the host computer to generate printable pages; for example, if the host computer is running one of the versions of Microsoft Windows, Linux, or Macintosh operating system. Note: The term Windows-Only printer is becoming somewhat obsolete because newer printers that fit this category often come with printer software and printer drivers that allow them to be used on Apple Macintosh computers and PCs running one or more versions of the Linux operating system.
However, the term Windows-Only printer will often continue to be used to describe Host-Based printers. Because they rely on the processing power of the host computer, Host-Based printers do not need a powerful processor of their own and, therefore, they tend to be less expensive than conventional printers.
However, because they share the computer's processor, they might be slow and might slow down other tasks running on the computer. Host-Based printers typically use a proprietary printer data stream rather than an industry-standard printer data stream such as IBM Proprinter Data Stream (PPDS), Epson ESC/P2, HP Printer Control Language (PCL), or Adobe PostScript (PS). Because they use a proprietary printer data stream, Host-Based printers are not compatible with Host Print Transform (HPT) or a PC5250 Printer Definition Table (PDT) file. Because they will not work with HPT, they also will not work to print.AFPDS spooled files through the AFPDS-to-ASCII Transform code within HPT. The only way to get a Host-Based printer to print IBM i family spooled files is to attached it to a host computer and then use printer emulation software, such as a PC5250 printer session, to print the spooled file through the host-based printer driver. Because they use a proprietary printer data stream, host-based or Windows-only printers typically will work with a.LAN 3812 printer device description or a Remote Output Queue (RMTOUTQ), nor will they work with Host Print Transform (HPT) or a PC5250 Printer Definition Table (PDT) file.
The only potential exceptions are printers that use a host-based version of an HP PCL printer data stream, such as PCL3 GUI, or printers that support HP PCL5e in addition to a host-based data stream. The best option for printing from the IBM i System to a host-based or Windows-only printer would be to configure a PC5250 printer session without the 'Transform print data to ASCII on IBM i' option for Host Print Transform (HPT) and without a Printer Definition Table (PDT) file. However, you will not be able to print.AFPDS or.USERASCII spooled files (since that requires using HPT) and will also have limited control over the formatting of their output, including limited control over the font selection.
For step-by-step instructions for configuring a PC5250 printer session, please refer to the sections titled 'Configuring a PC5250 Printer Session' and 'Configuring a PC5250 Printer Session to use a Windows Printer Driver' sections in the following Technote: N1018716: Otherwise, consider replacing the host-based or Windows-only printer with a printer model that fully supports HP PCL5e, HP PCL5c, PCL5e emulation or PCL5c emulation. This field can have one of the following settings. (blank) The printer data stream is not host-based. This typically means that the printer will work with Host Print Transform (HPT) or a Printer Definition Table (PDT) file, however there are some non-host-based printer data streams that are not supported by HPT or by a PDT file.
● The printer data stream is a host-based or Windows-only data stream. The data stream is not compatibile with Host Print Transform (HPT) or a Printer Definition Table (PDT) file, and cannot be used to print.AFPDS or.USERASCII spooled files. ○ The printer data stream is a host-based version of a PCL3, PCL4 or PCL5 printer data stream. The printer may work with Host Print Transform (HPT) or a Printer Definition Table (PDT) file, but may need the printer data stream to sent through a Windows, Linux or Mac OS printer driver.?
Not enough information is known about the printer data streams used by this printer to know whether they are host-based. However, when very little information is provided by the manufacturer it is often the case that the printer data stream is host-based. PDT File for PC5250 The PDT File for PC5250 column lists the name of a Printer Definition Table (PDT) file that can be used either when configuring a Personal Communications 5250 (or PC5250) printer session with the IBM i Access for Windows client, or when configuring a 5250 Print session with the java-based IBM i Access Client Solutions client. Personal Communications 5250 (PC5250) started shipping new PDT files starting in V5R3M0 IBM iSeries Access for Windows. PDT files listed in lowercase characters are shipped with V5R3M0 iSeries Access for Windows and above (for example, hppcl5.pdt), while PDT files listed in UPPERCASE characters are shipped with V5R2M0 iSeries Access for Windows and below (for example, HPLJ4.PDT). 5250 Print sessions added support for Printer Definition Table (PDT) files, including a PDT compiler, in IBM i Access for Windows version 1.1.3.
For more information on PDT files, including a list of all PDT files available through iSeries Access for Windows, or to get the older PDT files on a PC running V5R3M0 iSeries Access for Windows or higher, please refer to the following document: N1019626: For information on configuration and limitations of PC5250 printer sessions, with or without a PDT file, please refer to the following document: N1018716. MFRTYPMDL for HPT The MFRTYPMDL for HPT column lists the Manufacturer Type and Model (MFRTYPMDL) setting that can be used with Host Print Transform (HPT) to select the appropriate data stream for that printer. This can apply to use with a PC5250 printer session as well as a Remote Output Queue, a.LAN 3812 PJL device description, a.LAN 3812 SNMP device description, or a.LAN 3812 IPP device description. Note: A setting of QWPDEFAULT refers to setting the manufacturer type and model (MFRTYPMDL) parameter to.WSCST,.WSCSTLETTER, or.WSCSTCONT132, and then setting the workstation customizing object (WSCST) parameter to QWPDEFAULT in library QSYS.
This special workstation customizing object causes Host Print Transform to send plain ASCII text without any printer controls, such as page size, LPI, CPI, font, print quality, and so on. For more information on using Host Print Transform (HPT) with various ASCII printers, please refer to the following documents: N1019698: N1019470. PJL A.LAN 3812 PJL printer device desription. By definition, a.LAN 3812 PJL printer device description is a printer device description that has the Device class (DEVCLS) parameter set to.LAN, the Device type (TYPE) parameter set to 3812, the Device model (MODEL) parameter set to 1, the LAN attachment (LANATTACH) parameter set to.IP, and the System driver program (SYSDRVPGM) parameter set to either.HPPJLDRV or.IBMPJLDRV. For more information, please refer to the section on PJL below.
SNMP A.LAN 3812 PJL printer device description. By definition, a.LAN 3812 SNMP printer device description is a printer device description that has the Device class (DEVCLS) parameter set to.LAN, the Device type (TYPE) parameter set to 3812, the Device model (MODEL) parameter set to 1, the LAN attachment (LANATTACH) parameter set to.IP, and the System driver program (SYSDRVPGM) parameter set to.IBMSNMPDRV. For more information, please refer to the section on SNMP below. IPP A.LAN 3812 IPP printer device description. By definition, a.LAN 3812 IPP printer device description is a printer device description that has the Device class (DEVCLS) parameter set to.LAN, the Device type (TYPE) parameter set to 3812, the Device model (MODEL) parameter set to 1, the LAN attachment (LANATTACH) parameter set to.IP, and the System driver program (SYSDRVPGM) parameter set to.IBMIPPDRV. For more information, please refer to the section on IPP below.
LPR A Remote Output Queue (RMTOUTQ), the Send TCP/IP Spooled File (SNDTCPSPLF or LPR) command, or A.LAN 3812 printer device description that uses the LPR Print Driver (TSPLPRD) utility. By definition, a Remote Output Queue (RMTOUTQ) is an output queue that has the Remote system (RMTSYS) parameter set to.INTNETADR, a host name or an IP address, and (for these purposes) the Connection type (CNNTYPE) parameter set to.IP. Note: RMTOUTQs can be configured with the Connection type (CNNTYPE) parameter set to.SNA, but those are used to send spooled files from one output queue or one system to another using SNADS, not using TCP/IP.
By definition, a.LAN 3812 TSPLPRD printer device description is a printer device description that has the Device class (DEVCLS) parameter set to.LAN, the Device type (TYPE) parameter set to 3812, the Device model (MODEL) parameter set to 1, the LAN attachment (LANATTACH) parameter set to.USRDFN, and the User-defined driver program (USRDRVPGM) parameter set to the TSPLPRD program, usually in library QGPL. For more information, please refer to the section on LPR below.
Not enough is known about this printer, the network interface card (NIC), or the external print server typically shipped with the printer to know whether a PJL, SNMP, IPP or LPR/LPD configuration will work or not. Note: The information in this field assumes that the printer is directly connected to the network using a built-in network interface card (NIC), or using an external print server provided by the printer manufacturer. Using one brand of printer hardware with another brand of print server may not provide the same capabilities as an internal NIC or external print server that is provided by the printer manufacturer. PJL When PJL is specified, a.LAN 3812 PJL device description can most likely be used to print to this printer when the printer is directly connected to the network using a built-in network interface card (NIC), or using an external print server provided by the printer manufacturer. By definition, a.LAN 3812 PJL printer device description is a printer device description that has the Device class (DEVCLS) parameter set to.LAN, the Device type (TYPE) parameter set to 3812, the Device model (MODEL) parameter set to 1, the LAN attachment (LANATTACH) parameter set to.IP, and the System driver program (SYSDRVPGM) parameter set to either.HPPJLDRV or.IBMPJLDRV. The term PJL refers to the HP Printer Job Language.
PJL allows for two-way communication with the printer when attached to the LAN using a print server that also supports bidirectional PJL. Support for the PJL print driver is available in the base code for R410 OS/400 and above, and was added to R370 OS/400 through PTFs. Support for the PJL print driver is largely dependent on the internal network interface card (NIC) or external print server used with the printer. Therefore, this column is as much of a statement about the NIC or print server typically shipped with the printer than it is about the printer itself. If it is unclear whether the NIC, print server, or printer supports PJL, contact the manufacturer. This field can have one of the following settings. Y A.LAN 3812 PJL device description can be used to print to this printer when directly connected to the LAN, provided the print server supports bidirectional PJL.
N A.LAN 3812 PJL device description cannot be used to print to this printer when directly connected to the LAN. This is commonly found in dot matrix (or line) printers, ink jet printers, or older laser printers that do not support the HP PCL5e printer language.? Not enough is known about this printer, the network interface card (NIC), or the external print server typically shipped with the printer to know whether a.LAN 3812 PJL device description will work or not.
For more information on.LAN 3812 PJL device descriptions, please refer to the following documents: N1010134: N1019689: N1019652: N1019003: N1010288: SNMP When SNMP is specified, a.LAN 3812 SNMP device description can most likely be used to print to this printer when the printer is directly connected to the network using a built-in network interface card (NIC), or using an external print server provided by the printer manufacturer. By definition, a.LAN 3812 SNMP printer device description is a printer device description that has the Device class (DEVCLS) parameter set to.LAN, the Device type (TYPE) parameter set to 3812, the Device model (MODEL) parameter set to 1, the LAN attachment (LANATTACH) parameter set to.IP, and the System driver program (SYSDRVPGM) parameter set to.IBMSNMPDRV. The term SNMP refers to Simple Network Management Protocol.
SNMP allows for two-way communication with the printer when attached to the LAN using a print server that also supports SNMP. Support for the SNMP print driver is available in the base code for R450 OS/400 and above, and is being added to R430 and R440 OS/400 through PTFs. Support for the SNMP print driver is largely dependent on the internal network interface card (NIC) or external print server used with the printer. Therefore, this column is as much of a statement about the NIC or print server typically shipped with the printer than it is about the printer itself. If it is unclear whether the NIC, print server, or printer supports SNMP, contact the manufacturer. This field can have one of the following settings. Y A.LAN 3812 SNMP device description can be used to print to this printer when directly connected to the LAN, provided the print server supports SNMP.
N A.LAN 3812 SNMP device description cannot be used to print to this printer when directly connected to the LAN.? Not enough is known about this printer, the network interface card (NIC), or the external print server typically shipped with the printer to know whether a.LAN 3812 SNMP device description will work or not. For more information on.LAN 3812 SNMP device descriptions, please refer to the following documents: N1019572: N1019571: N1019570: N1019003: N1010288: Note: A large number of HP LaserJet and compatible printers, and even some line matrix printers, have built-in support for SNMP. Many printers will have support for both PJL and SNMP, but even more printers have support for only SNMP, so if the SNMP field has a '?' Then it is a good idea to try configuring a.LAN 3812 SNMP device description to see if it will work.
Another option is to first try configuring the printer on a PC running Windows 2000, on a Windows 2003 Server, or on Windows XP Professional to test the connectivity to the LAN-attached printer. If a Windows Test Page can successfully print to that printer, then looking at the printer port will show whether the printer supports printing using LPR/LPD or printing use RAW on a TCP/IP printer port. If it is setup to use RAW on a TCP/IP printer port, then the printer will most likely work using a.LAN 3812 SNMP device description with that TCP/IP printer port specified in the Port number (PORT) parameter.
For more information, please refer to the following document: N1018919: IPP When IPP is specified, a.LAN 3812 IPP printer device description can most likely be used to print to this printer when the printer is directly connected to the network using a built-in network interface card (NIC), or using an external print server provided by the printer manufacturer. By definition, a.LAN 3812 IPP printer device description is a printer device description that has the Device class (DEVCLS) parameter set to.LAN, the Device type (TYPE) parameter set to 3812, the Device model (MODEL) parameter set to 1, the LAN attachment (LANATTACH) parameter set to.IP, and the System driver program (SYSDRVPGM) parameter set to.IBMIPPDRV. IPP allows for two-way communication with the printer when attached to the LAN using a print server that also supports IPP. Support for the IPP Print Driver is available in the base code for R520 OS/400.
Support for the IPP Print Driver is largely dependent on the internal network interface card (NIC) or external print server used with the printer. Therefore, this column is as much of a statement about the network interface card (NIC) or print server typically shipped with the printer than it is about the printer itself. If it is unclear whether the NIC, print server, or printer supports IPP, contact the manufacturer. This field can have one of the following settings.
Y A.LAN 3812 IPP device description can be used to print to this printer when directly connected to the LAN, provided the print server supports IPP. N A.LAN 3812 IPP device description cannot be used to print to this printer when directly connected to the LAN.? Not enough is known about this printer, the network interface card (NIC), or the external print server typically shipped with the printer to know whether a.LAN 3812 IPP device description will work or not.
For more information on.LAN 3812 IPP device descriptions, please refer to the following documents: N1019375: N1019376: N1019374: N1019003: N1010288: LPR When LPR is specified, the LPR/LPD (Line Printer Requester/Line Printer Daemon) protocol. A Remote Output Queue or the Send TCP/IP Spooled File ( SNDTCPSPLF or LPR) command can most likely be used to print to this printer when the printer is directly connected to the network using a built-in network interface card (NIC), or using an external print server provided by the printer manufacturer. By definition, a Remote Output Queue (RMTOUTQ) is an output queue that has the Remote system (RMTSYS) parameter set to.INTNETADR, a host name or an IP address, and (for these purposes) the Connection type (CNNTYPE) parameter set to.IP. Note: RMTOUTQs can be configured with the Connection type (CNNTYPE) parameter set to.SNA, but those are used to send spooled files from one output queue or one system to another using SNADS, not using TCP/IP. By definition, a.LAN 3812 TSPLPRD printer device description is a printer device description that has the Device class (DEVCLS) parameter set to.LAN, the Device type (TYPE) parameter set to 3812, the Device model (MODEL) parameter set to 1, the LAN attachment (LANATTACH) parameter set to.USRDFN, and the User-defined driver program (USRDRVPGM) parameter set to the TSPLPRD program, usually in library QGPL. Support for printing using the TCP/IP Line Printer Requester (LPR) and Line Printer Daemon (LPD) protocols is available in the base code for R230 OS/400 and above for the SNDTCPSPLF and LPR commands, and in the base code for R310 OS/400 and above for Remote Output Queues.
Support for Remote Output Queues, as well as the SNDTCPSPLF and LPR commands, is largely dependent on the internal network interface card (NIC) or external print server used with the printer. Therefore, this column is as much of a statement about the NIC or print server typically shipped with the printer than it is about the printer itself. If it is unclear whether the NIC, print server and/or printer supports LPR/LPD, contact the manufacturer.
This field can have one of the following settings. Y LPR/LPD can be used to print to this printer when directly connected to the LAN, provided the print server supports LPR/LPD.
N LPR/LPD cannot be used to print to this printer when directly connected to the LAN.? Not enough is known about this printer, the network interface card (NIC), or the external print server typically shipped with the printer to know whether LPR/LPD will work or not. For more information on Remote Output Queues, please refer to the following documents: N1010090: N1019443: N1018931: N1010172: N1019579: N1019659: N1019713: The TSPRWPR exit program allows a user to print a specific page range when using a Remote Output Queue that is configured with a connection type of.IP or when using the Send TCP/IP Spooled File ( SNDTCPSPLF or LPR) command. For more information on the unsupported TSPRWPR remote writer page range support exit program, please refer to the following document: N1019686: The TSPLPRD exit program is an unsupported utility that can be used to configure a.LAN 3812 printer device description to send spooled files to an ASCII printer using LPR/LPD. Remote Output Queues also send using LPR/LPD, but the TSPLPRD exit program uses a printer writer, rather than a remote writer. For more information on the unsupported TSPLPRD LPR print driver exit program, please refer to the following documents: N1019586: N1019003.
Lexmark 2600 Lexmark 2600 Series Reviews – Is a multifunctional All-In-One printer that provides fast print speed and convenience in use. With a very affordable price also environmentally friendly, Lexmark Printer 2600 can do photo printing size 4 × 6 inches and 5 × 7 inches takes 44 sec with good quality and beautiful, also very suitable for the original colour because this printer uses a print technology Super fast.
This printing machine has a maximum print speed (Black): 22.0 ppm and print speed Maximum (Colour): 16.0 ppm with no support from cordless printing or using a Wi-Fi network connection. Still using a USB manual cable connected to your computer’s device. Lexmark 2600 has outstanding print quality and has a stylish design, sturdy, sleek and lightweight, so easily lifted and placed on chairs and desk space or narrow-angle though. And suitable for you who work in the home and small office. Lexmark 2600 Specification: – Print Speed: (Black) Up to (22 ppm), (Color) Up to (Approx. – Print Resolutions: Black (1200 x 1200) dpi, color (4800 x 1200) dpi. – Paper Sizes: “4 x 6”, “5 x 7”, “Letter”, “Legal” – Connection: USB 2.0 Port.
– Ink Included: 15 Color Ink. Inks Used (NOT Included): Lexmark 14 Black Ink / 31 Photo. Lexmark 2600 Series Printer Driver Download Compatibility – Operating System (OS): ⇒ Windows: – 10/10 (x64 bit/x32 bit), 8.1/8.1 (x64 bit/x32 bit), 8.0/8.0 (x64 bit/x32 bit), 7/7 (x64 bit/x32 bit), Vista/Vista (x64 bit/x32 bit), XP/XP (x64 bit/x32 bit). ⇒ Macintosh: – Mac OS X-10.11 (El Capitan), Mac OS X-10.10 (Yosemite), Mac OS X-10.9 (Mavericks), Mac OS X-10.8 (Mountain Lion), Mac OS X-10.7 (Lion), Mac OS X-10.6 (Snow Leopard).
⇒ Linux: – (debian), (rpm). “Leave your comments and feedback in case of error downloading links and installing drivers and software. Please “ Below is Driver & Software, which you can download directly to connect your Device to Printer.
Operating System Version Size Driver Download For Windows Lexmark 2600 series Full Driver & Software Package, Windows 10 x64/8.1 x64/8 x64/7 x64/Vista x64/XP x64 64.exe 132.62 MB ⇒ Lexmark 2600 series Full Driver & Software Package, Windows 10 / 8.1 / 8 / 7 / Vista / XP 32.exe 84.39 MB ⇒ For Macintosh OS X Lexmark 2600 series Printer Driver – Mac OS X (10.11 / 10.10 / 10.9 / 10.8 / 10.7 / 10.6) 1.0.10.6 12.02 MB ⇒ For Linux Lexmark 2600 series Printer Driver, (Debian Package) 1.0 29.91 MB ⇒ Lexmark 2600 series Printer Driver, (rpm Package) 1.0 24.23 MB ⇒.