IBM Partner Pavilion 6400 manual Twinax Command Interpreter

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Twinax Command Interpreter

To gain access to some features not available on the AS/400, System 36 or other twinax host system, a Command Interpreter has been built into the Multi–Platform Interface Feature.

By using special control codes, you can pass the ASCII hexadecimal codes to the printer that access the features of the printer. These codes allow you to transparently pass any character or sequence of characters to the printer.

These codes are hexadecimal ASCII commands and must match ones supported by the printer and MPI ASCII emulation selected.

The commands are initiated by use of the logical not (¬) character. You can access this character by pressing the Shift and 6 keys on your terminal’s keyboard.

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Multi–Platform Interface Feature Operation Guide

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Contents Coax/Twinax Multi-Platform Interface Feature Operation Guide Page Table of Contents Appendix B Describing Custom Set List of Tables in this Manual Electronics Emission Notices Federal Communications Commission FCC StatementCanadian Department of Communications Compliance Statement New Zealand Compliance StatementTrademarks and Service Marks SCSSafety Notices SikkerhedsinstrukionerTag stikket ud af kontakten inden De gør printeren ren Huomautuksia Turvallisuudesta Normas de SegurançaIrrota vaihtovirtajohto ennen kirjoittimen puhdistusta Säkerhetsföreskrifter SikkerhetsinformasjonKoppla los nätkabeln innan du rengör skrivaren Page About this setup guide Switching between Serial Ascii and Parallel AsciiRelated Publications Publication Title Document NumberConfiguration Preparing for Configuration Pre-Configuration ChecklistQuick Path Configuring MPI Configuring MPI Location of Configuration SwitchesSample Configuration Printout Twinax Sample Configuration Printout Coax Configuring MPI Configuring the Printer Configuring the printer Shuttle TimeoutConfiguring MPI for Either IGP or Code V Graphic Feature Configuring for port switching Using Coax with the MPI Coax Connection AttachmentLED Indicators Coax Buffer Size Display Screen Size, Print Buffer SizeCoax Code Dump Mode Entering Code Dump modeExiting Code Dump Mode Coax code dump modeCoax Command Interpreter Coax command interpreter Commands¬ONN¬FLS058¬OFF Coax Code Maps Translating Host Code Page to Ascii Code PagesInternal 3270 DSE/DSC to Ascii Character Map Coax code mapsMSB Ebcdic SCS to Ascii Character Map Following control codes are supported Coax code maps Using Twinax with the MPI Twinax Connection Twinax connectionActive jobs/devices Twinax connection Power off Smart T attachmentAddress switch Twinax connection Attach twinax cablesTwinax connection Power On Printer LED IndicatorsPrinter verification test Twinax Code Maps Twinax code mapsEbcdic SCS to Ascii Character MAP Following control codes are supported Code Dump Mode Twinax code dump modeExiting Code Dump Mode Code Dump Header An example of a Structured Field DumpTwinax Command Interpreter Commands Twinax command interpreterExample Using PC Parallel with MPI Introduction Connection PC parallel cable attachmentSetting time outs on the Parallel Host OS/2Troubleshooting Diagnostics Diagnostic HeaderDiagnostics Coax OperationCode Dump Mode if selected after test Twinax OperationChecklist Troubleshooting your Host Printer Operation Multi-Platform Interface Feature Operation Guide Compatibility Issues Cancel KeyCoax PA Keys Error Messages Compatibility issuesSwitching between Serial Ascii and Parallel Ascii Appendix a Defining a Printer in S/370-S/390 Environments Overview 6400-LU1-SCS-Local SNA 3174 Control Unit Vtam DefinitionJES2 Definition SYS1.PARMLIB 6400-LU1-SCS-Remote SNA 3174 Control Unit NCP DefinitionJES2 Definition 6400-LU3-DSE-Local SNA 3174 Control Unit Printer Settings 6400-LU3-DSE-Remote SNA 3174 Control Unit LOCADDR=#Printer ID 6400-LU0-DSC-Local Non-SNA 3174 Control Unit JES2 Definition SYS1.PARMLIB Appendix B Describing Custom Set Printer Configuration Printer configurationCustom Set 8 partial Proprinter III XL Emulation Print Language 335.3 MM Appendix C Illustrated Parts List Hardware assemblies Cable assemblies Cable assemblies Description Appendix D Installing the MPI on the Printer Introduction Accessing the card-cage Hardware installationPreparing the printer for MPI Installation Disconnect the data cable coming SlotInstalling the MPI Card in the Printer Next step is to install the MPI card as described belowAttaching the MPI Label Checking the MPI Installation Appendix E Host Character Sets Twinax Character Sets Multinational Ebcdic Character SetTwinax character sets USA Ebcdic Character Set Austria/Germany Ebcdic Character Set French Canadian Ebcdic Character Set Coax Character Sets Coax character setsUSA Ebcdic Character Set UK Internal 3270 Character Set UK Ebcdic Character Set Coax character sets Coax character sets

6400 specifications

The IBM Partner Pavilion 6400 is an innovative solution designed to streamline collaboration and enhance productivity in various business environments. This pavilion serves as a central hub for partners and clients to engage with IBM's cutting-edge technologies, showcasing the company's commitment to fostering collaborative ecosystems and advancing digital transformation.

One of the main features of the IBM Partner Pavilion 6400 is its state-of-the-art interactive display systems. These high-definition screens enable real-time presentations, allowing partners to demonstrate their solutions effectively while engaging with prospective clients. The dynamic setup encourages interactive discussions, providing an immersive experience that enhances understanding of complex technologies.

Another significant characteristic of the IBM Partner Pavilion 6400 is its integrated communication tools. Equipped with advanced video conferencing capabilities, this pavilion allows for seamless connectivity between partners across the globe. This feature ensures that teams can collaborate on projects in real-time, share insights, and troubleshoot issues without geographical limitations, thereby accelerating project timelines and facilitating better decision-making.

The pavilion also incorporates IBM's cloud computing technologies, providing flexibility and scalability to meet the varying needs of partners. The utilization of IBM Cloud enables partners to leverage AI and data analytics solutions, empowering them to develop bespoke offerings that cater to specific market demands. This adaptability is crucial in a rapidly evolving digital landscape where agility is paramount.

Security is another critical aspect of the IBM Partner Pavilion 6400. With robust cybersecurity measures embedded within its framework, partners can trust that their sensitive information is protected during collaborations. This focus on security fosters a culture of trust and encourages innovation, as partners feel confident in sharing their ideas and resources.

Furthermore, the pavilion is designed for sustainability. IBM emphasizes eco-friendly practices, and the Pavilion 6400 reflects this commitment by using energy-efficient technologies and materials. This approach not only minimizes the environmental impact but also resonates with partners and clients increasingly focused on sustainability.

In conclusion, the IBM Partner Pavilion 6400 is an advanced collaboration center that embodies the latest in technology and innovation. Its interactive displays, integrated communication tools, cloud capabilities, security measures, and sustainability focus make it an essential asset for partners seeking to engage effectively and innovate within their industries.
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