Lantronix EPS2-100, EPS4-100 manual LPR on AIX Hosts

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TCP/IP Configuration

This will create a host queue named eps_prt. The rm parameter is the name of the EPS in the host's address file, the rp parameter is the name of the service as it exists on the EPS, and the sd parameter specifies the name of a directory used to hold temporary spooling files.

3.Create a world-writable spooling directory using the mkdir command.

#mkdir /usr/spool/lpd/eps_prt

#chmod 777 /usr/spool/lpd/eps_prt

4.If desired, use the mx option to allow unlimited size files to be printed and the sh option to prevent header pages from being generated. See the host's documentation or man pages for more information on the format of the printcap file and how to create the spool directory.

5.Print to the queue using normal lpr commands:

%lpr -Peps_prt /etc/hosts

4.4.1LPR on AIX Hosts

LPR has only been tested on AIX versions 3.2 and higher. The System Management Interface Tool (SMIT) allows you to enable LPD printing and create print queues.

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Contents For EPS2-100 and EPS4-100 Fast Ethernet Print Servers Part Number Rev. C 1/08Lantronix Technical SupportContents Declaration of Conformity Index Introduction How to Use This Manual Installation Product Description 1The EPS Front and Back2EPS LED Location LED Functionality Function During Normal OperationInstallation Installation Page Getting Started EZWebCon Configuration Incoming Logins ServicesGetting Started TCP/IP Configuration Setting the IP Address Using EZWebConUsing a Directed Ping Packet \ ARP -S 192.0.1.228 00-80-A3-XX-XX \ Ping TCP/IP Configuration Using a DHCP, BOOTP, or Rarp Reply Using the Command Line InterfaceTCP/IP Configuration LPR on Windows NT Select the Add Port button and click Next Select LPR Port Select the manufacturer and printer type Enter the queue name TCP/IP Configuration Test the printer LPR on Unix Hosts LPR on AIX Hosts To create a print queue At the host prompt type smit Lp -depsprt filename LPR on HP Hosts LPR on SCO Unix Hosts TCP/IP Configuration Rtel Functionality Area to Check Unix Host Troubleshooting1TCP Troubleshooting Page NetWare Configuration Obtaining an NDS License Tree, see your host documentation From the Menu Bar, select Tools Print Services Quick Setup Creating NDS Print Queues Using Pconsole 2NetWare Host Troubleshooting NDS NetWare Host Troubleshooting1NetWare Host Troubleshooting Bindery Mode 2NetWare Host Troubleshooting NDS, Code, and an NDS error code for each server3NDS Errors from the File Server Failure code Failure code meaning4NDS Printing Errors Bit Failure Code Meaning RemedyPage LAT Configuration Printing Directly to a Port LAT Host Troubleshooting 1Troubleshooting LAT Configurations Using a Port AppleTalk Configuration BitronicsMacintosh Services AppleTalk ZonesAppleTalk Host Troubleshooting 1AppleTalk Host TroubleshootingPage LAN Manager/DLC Configuration DLC ConfigurationServer Configuration Host ConfigurationSelect Hewlett-Packard Network Port and click New Port Contact Information Technical Support Sales Offices Message Diagnosis/Remedy Troubleshooting Power-Up TroubleshootingTable I-1Error Messages Printing Problems Table I-2General Printing ProblemsBootp Troubleshooting Table I-3 Bootp TroubleshootingEtc/services file Etc/hosts fileUse the Define Server Dhcp Enabled command Dhcp TroubleshootingTable I-4DHCP Troubleshooting Rarp Troubleshooting Table I-5RARP TroubleshootingPostScript Problems Table I-6PostScript TroubleshootingBitmap Graphics Table I-6PostScript Troubleshooting,Show Port 1 Counters command Page Pinouts Parallel Information Serial InformationFigure J-1Pinout of RJ45 Serial Ports 1 RJ45 to DB25Figure J-2Pinouts of RJ45-DB25 Connections Figure J-3 Wire Splicer 2 RJ45 to DB9 Figure J-4RJ45-DTE DB9 AdapterPinouts Updating Software Updating Via the WebUpdating Using FTP Updating Using the BBS Updating Software Reloading Software Reloading Sequence EPS.SYS NetWare3 TCP/IP EPS.SYS 4 MOP Protocol Area to Check Troubleshooting Flash ROM UpdatesTable K-1 Flash ROM Troubleshooting Table K-1Flash ROM Troubleshooting, MOPUpdating Software Specifications Power Requirements Power Supply CordTemperature Limitations Altitude LimitationsRelative Humidity Limitations Specifications Frequently-used Commands Server Commands Table M-1Frequently-used Server CommandsTable M-1Frequently-used Server Commands, Define Server Login PasswordDefine Server Privileged Password Define Server Netware LoadhostDefine Service Define Server Software filenameDefine Service Appletalk EndisLanman Endis LAT Endis Netware Endis Rtel EndisDefine Service DLC Endis Banner EndisBinary Endis FormfeedCancel NobootTelnetport InitializePurge Service Local SET PrivilegedShowmonitor Queue ShowmonitorPort Commands Table M-2Port CommandsDynamic RemoteXON Table M-2Port Commands,CTS Test Port nn Count rows Protocol Commands Table M-3Protocol CommandsTable M-3Protocol Commands, Define Proto EndisDefine Proto IP Endis NameserverDefine Proto Native NetwareEncapsulation Etherii SnapNetware Access Define Proto Netware LoadhostPurge Ipsecurity ALL Purge Proto ALLFrequently-used Commands Warranty Statement Declaration of Conformity Index NumericsIndex-ii Index-iii

EPS4-100, EPS2-100 specifications

The Lantronix EPS2-100 and EPS4-100 are advanced embedded computing solutions designed for modern IoT and industrial applications. These devices allow seamless integration of network connectivity into a wide range of equipment, thereby enhancing operational efficiency and enabling remote management.

One of the standout features of both the EPS2-100 and EPS4-100 is their high-performance networking capabilities. They are equipped with a robust Ethernet interface, ensuring reliable communication in various environments. The devices support both Secure Sockets Layer (SSL) and Transport Layer Security (TLS) protocols, providing secure data transmission over networks. This is critical for industries handling sensitive information, as it ensures that data remains encrypted during transit.

The EPS2-100 model includes two serial ports, while the EPS4-100 offers four, enabling significant scalability and flexibility. This allows organizations to connect multiple devices, sensors, and machinery simultaneously, facilitating comprehensive data collection and monitoring. The ports support various protocols, including RS-232, RS-422, and RS-485, making these devices versatile in terms of compatibility with existing systems.

Furthermore, both models come with a powerful embedded operating system that can host custom applications. This open architecture supports programmability and customization, enabling developers to create tailored solutions that meet their specific needs. The devices also support common web technologies, which allows for straightforward integration with cloud services, making remote access and management more accessible than ever.

The compact design of the EPS2-100 and EPS4-100 is another notable characteristic, making them suitable for deployment in space-constrained environments. They are built with durability in mind, featuring robust enclosures that withstand various operating conditions, including temperature fluctuations and vibrations associated with industrial settings.

Additionally, both models are energy-efficient, which is an essential factor in the context of IoT, where battery life and energy consumption can significantly affect overall system performance. The power-saving features are designed to optimize energy usage while ensuring reliable operation.

In conclusion, the Lantronix EPS2-100 and EPS4-100 devices are leading-edge solutions that address the connectivity needs of the modern industrial landscape. With their advanced networking capabilities, scalability, programmability, and energy efficiency, they are ideal for a wide range of applications, from industrial automation to smart city infrastructure, making them a worthy investment for organizations looking to enhance their operational capabilities in a connected world.
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