Black Box LE3700A-R2 manual Introduction, Description

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ETHERNET PRINT SERVER

2. Introduction

2.1 Description

The Ethernet Print Server (EPS) is a multiprotocol print server. It provides network access to printers for a variety of network protocols and operating systems. It has an AUI port for connection to an external Ethernet transceiver, and an RJ-45 connector for use with 10BASE-T. It provides one serial port and one parallel port to which network nodes can spool print jobs.

The Ethernet Print Server queues multiple pending jobs, and services print requests in the order they are received from the hosts. The serial port can also provide an outgoing modem service instead of a print service.

Each Ethernet Print Server has a unique name and network address, printed on the rear of the unit. This name is important for configuring print queues later; make a note of it before you install the unit.

There are 4 DIP switches on the rear of the Ethernet Print Server that are used for power-up options. As shipped, all switches are in the Off position. They function as follows (On = 1):

Sw1:

Off:

EPS will use the 10BASE-T network port.

 

On:

EPS will use the AUI network port.

Sw2:

Off:

EPS will print status information to the serial port at boot

 

 

time. It will send a PostScript compatible print job to the

 

 

serial and parallel ports after loading code to test the physical

 

 

ports. It will also send several broadcast network packets to

 

 

check the network connection. You can also use the serial

 

 

port as a login device (DYNAMIC access, see Section 6.3).

 

On:

The serial port will be usable only via network connections

 

 

(REMOTE access) and the EPS will not print any status

 

 

information to the serial port at boot time, unless it cannot

 

 

boot.

Sw3:

Currently unused.

Sw4:

Off:

Saved EPS settings are used.

 

On:

EPS is restored to factory defaults at power-up time.

The EPS checks switches only at power-up time, so changing them while the unit is operating will not have any effect. After you connect the serial port to a print device and you configure the EPS, move Sw2 to the On position. Otherwise, the EPS may interpret any data from the printer

as a login attempt and you won’t be able to use the serial port.

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Contents Ethernet Print Server FCC Statement Ethernet Print Server NOM Statement Trademarks Used in this Manual Contents Contents Specifications Description IntroductionAdditional Software You May Need Protocols SupportedPrinting from the host to the EPS EPS ConfigurationIntroduction EPS Network Installation InstallationInstallation Print Server Screen How Do I Know It’s Working? Power-Up TroubleshootingCode in Flash ROMs is Corrupt NetWare Host Configuration Host ConfigurationAvailable Topics Menu Supervisor Options Menu Available Options Print Queue Information Print Server Information Menu 10. Print Server Info/Status Screen TCP/IP Host ConfigurationTo the /etc/hosts file, Optional Rtel Functionality AppleTalk Host ConfigurationLAT Host Configuration Can also be set up as Troubleshooting the Printing Process Host Configuration Ethernet Print Server Protocol Overview TCP/IP NetWareAppleTalk LAT Protocol Overview Server Characteristics EPS ConfigurationEPS Configuration PasswordsService Settings Port CharacteristicsEPS Configuration NetWare Configuration TCP/IP ConfigurationAppleTalk Configuration LAT Configuration Ethernet Print Server Reverse Telnet Background UNIX/RTEL Host SetupEthernet Print Server Installing the Reverse Telnet Software Installation ProcedureReverse Telnet for Unsupported Unix Machines Setting up the Rtel Interfaces Creating Rtel Print Queues Queuename server Service Passwd options Deleting Rtel Print Queues Option Description Usage Creating Rtel Pseudo-DevicesQueueing with the Rtel Software Rtel Troubleshooting Connecting to a Specific Port Using Telnet RJ12 Or MMJ Appendix a RJ-45 Adapter PinoutAppendix a RJ-45 Adapter Pinout Network/Cable Limits Appendix B Cable LimitsSerial Cables Parallel CablesAppendix C Power-Up Tests Connections and TerminationLED 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.