Black Box LE3700A-R2 manual Print Queue Information

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CHAPTER 4: Host Configuration

3a. Highlight the queue you just entered and press <Enter> to configure the queue itself. The menu shown in Fig. 3-5 will appear.

Print Queue Information

Current Print job entries Current Queue Status Currently Attached Servers Print Queue ID

Queue Operators -> Queue Servers

Queue Users

Fig. 4-5. Print Queue Information.

Select “Queue Servers” and press <Enter> to specify which network print servers can print jobs from this print queue. The list will be empty, since you haven’t selected any yet. If you press <Insert>, the EPS_xxxxxx, EPS_xxxxxx_S1 and EPS_xxxxxx_P1 resources entered above should appear in a selection list:

Queue Server Candidates

...

EPS_xxxxxx EPS_xxxxxx_P1 EPS_xxxxxx_S1

...

Fig. 4-6. Queue Server Candidates.

You need to add both the EPS name (EPS_xxxxxx) and one of the EPS print services. The EPS name is used to log in, and the print service determines to which EPS port the jobs will be sent.

3b. Highlight the EPS_xxxxxx name and press <Enter>.

3c. Press <Insert> again, highlight either the serial (EPS_xxxxxx_S1) or parallel (EPS_xxxxxx_P1) service name (depending on where you will attach the printer) and press <Enter> again.

3d. Press <Escape> to return to the list of print queues and repeat step 3, as needed, to create any other file server queues. Each queue must include the EPS name as one of the Queue Servers.

3e. Press <Escape> to return to the “Available Options” menu.

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Contents Ethernet Print Server FCC Statement Ethernet Print Server NOM Statement Trademarks Used in this Manual Contents Contents Specifications Introduction DescriptionProtocols Supported Additional Software You May NeedEPS Configuration Printing from the host to the EPSIntroduction Installation EPS Network InstallationInstallation Print Server Screen Power-Up Troubleshooting How Do I Know It’s Working?Code in Flash ROMs is Corrupt Host Configuration NetWare Host ConfigurationAvailable Topics Menu Supervisor Options Menu Available Options Print Queue Information Print Server Information Menu TCP/IP Host Configuration 10. Print Server Info/Status ScreenTo the /etc/hosts file, AppleTalk Host Configuration Optional Rtel FunctionalityLAT Host Configuration Can also be set up as Troubleshooting the Printing Process Host Configuration Ethernet Print Server Protocol Overview NetWare TCP/IPAppleTalk LAT Protocol Overview EPS Configuration Server CharacteristicsPasswords EPS ConfigurationPort Characteristics Service SettingsEPS Configuration TCP/IP Configuration NetWare ConfigurationAppleTalk Configuration LAT Configuration Ethernet Print Server UNIX/RTEL Host Setup Reverse Telnet BackgroundEthernet Print Server Installation Procedure Installing the Reverse Telnet SoftwareReverse Telnet for Unsupported Unix Machines Setting up the Rtel Interfaces Creating Rtel Print Queues Queuename server Service Passwd options Deleting Rtel Print Queues Creating Rtel Pseudo-Devices Option Description UsageQueueing with the Rtel Software Rtel Troubleshooting Connecting to a Specific Port Using Telnet Appendix a RJ-45 Adapter Pinout RJ12 Or MMJAppendix a RJ-45 Adapter Pinout Serial Cables Appendix B Cable LimitsNetwork/Cable Limits Parallel CablesConnections and Termination Appendix C Power-Up TestsLED Patterns LED State Meaning Appendix C Power-Up Tests Appendix D Network Logins Appendix D Network Logins Appendix E Quick-Start Guide Appendix E Quick-Start Guide Ethernet Print Server Page Copyright 2002. Black Box Corporation. All rights reserved

LE3700A-R2 specifications

The Black Box LE3700A-R2 is a powerful device designed to meet the demands of modern communication and data management in various environments. This advanced unit combines a multitude of cutting-edge features and technologies, making it an essential tool for professionals in fields such as IT, telecommunications, and multimedia broadcasting.

One of the key features of the Black Box LE3700A-R2 is its robust performance capabilities. It supports multiple data interfaces, allowing for seamless integration with various communication protocols. This versatility ensures that users can easily connect the device to existing systems without the hassle of compatibility issues. Furthermore, its high data throughput rate enables quick and efficient data transfer, which is crucial for time-sensitive applications.

The device is equipped with advanced security protocols designed to protect sensitive information. It employs encryption technologies that safeguard data during transmission, ensuring that unauthorized access is minimized. This focus on security makes it an ideal choice for businesses and organizations that prioritize data integrity and confidentiality.

Another notable characteristic of the LE3700A-R2 is its user-friendly interface. The intuitive design allows for easy navigation and management of the device's functionalities, making it accessible to users of varying expertise. Additionally, comprehensive documentation and support are available, further enhancing the user experience.

In terms of connectivity, the Black Box LE3700A-R2 offers a range of ports, including USB, Ethernet, and Serial connections, catering to a wide array of devices. This flexibility in connectivity options enhances its usability across different applications, from simple data storage to complex network configurations.

The Black Box LE3700A-R2 is also designed with durability in mind. Its robust construction ensures that it can withstand harsh conditions, making it suitable for use in both indoor and outdoor environments. This reliability is crucial for industries that operate in less-than-ideal conditions, such as construction sites or remote locations.

Overall, the Black Box LE3700A-R2 stands out as an exceptional piece of technology that brings together performance, security, and versatility. Its combination of advanced features and user-centric design makes it a valuable asset for professionals seeking to enhance their operational capabilities and ensure the effective management of data and communications in their respective fields.
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