Level One Printer Servers

Where:

Printer_name is the Print Queue name used to store jobs for the corresponding logical printer.

PS_NAME is the LevelOne Printer Server name defined in /etc/hosts.

Logical_Printer_name is the logical printer name on the LevelOne Printer Server. (e.g. L1) Spooler_directory is the directory you created in Step 6.

Example:

MarketingRP1_PS123456:\ [TAB] :lp=:\

[TAB] :rm=PS_Rm203:\

[TAB] :rp=L1:\

[TAB] :sd=/usr/spool/Marketing:\

[TAB] :mx#0:

Repeat this process for each Logical Printer/Print Queue combination that you wish to create.

LPD on Linux

If using the command line, the procedure is the same as for System V. (above)

On recent Linux distributions, you can use the graphical X-windows interface instead of the command line. The procedure is described below, but may vary according to your version of Linux.

1.Start your X-windows shell.

2.Select Control Panel, then Printer Configuration.

3.Select Add. For the printer type, select Remote Unix (lpd) Queue.

4.Use the following data to complete the resulting dialog.

Field

Data

Name

Enter a name for this printer

 

 

Spool Directory

/var/spool/lpd/name_of_printer

 

 

File Limit

0 (no limit)

 

 

Remote Host

Name or IP Address of LevelOne Printer Server

 

e.g. SC3000014

 

Note: host file entry is required to use the name

 

instead of IP Address

 

 

Remote Queue

Ln

 

Where n is the Logical Printer number

 

By default, L1 is port 1, and L2 is port 2 if the

 

LevelOne Printer Server has 2 ports.

 

 

5.Save this data, and exit the Printer Configuration. Configuration is now completed, and the printer is now available for use.

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LevelOne FPS-2112, FPS-3001TXU, FPS-3002USB manual LPD on Linux, Field Data

FPS-2112, FPS-3002USB, FPS-3001TXU specifications

The LevelOne FPS-3001TXU, FPS-3002USB, and FPS-2112 are a series of advanced network video surveillance solutions designed to meet the growing demands of modern security applications. They incorporate cutting-edge technologies and features that cater to various surveillance needs, from small businesses to larger enterprises.

The FPS-3001TXU is a high-performance video server that offers reliable streaming capabilities for IP cameras. It supports dual-channel video encoding, allowing simultaneous transmission of two video streams with distinct resolutions and frame rates. This flexibility is particularly useful in environments requiring different levels of detail. The device is equipped with advanced H.264 compression technology, which reduces bandwidth usage while maintaining high video quality. Additionally, the FPS-3001TXU supports Power over Ethernet (PoE), simplifying installation by delivering both power and data via a single cable.

The FPS-3002USB takes versatility a step further by integrating USB connectivity for peripheral devices. This feature allows users to connect external storage for footage backup or additional input devices to enhance the overall security system functionality. The FPS-3002USB also boasts multiple video resolution options, ensuring compatibility with various camera systems. Its robust user interface makes configurations and management straightforward, catering to users with varying levels of technical expertise. The device supports secure data transmission through encryption, which is essential for protecting sensitive information.

Lastly, the FPS-2112 is designed for extensive monitoring applications and supports multiple video channels. This device excels in environments requiring comprehensive coverage, such as retail stores or corporate buildings. The FPS-2112 features state-of-the-art motion detection capabilities, enabling users to receive timely alerts during suspicious activities. The integration with cloud services allows for remote monitoring and management, providing users with access to their surveillance feeds from anywhere.

In summary, the LevelOne FPS-3001TXU, FPS-3002USB, and FPS-2112 stand out in the realm of network video surveillance. With their advanced encoding technologies, flexible installation options, and user-friendly interfaces, these devices cater to diverse security requirements and enhance the overall efficacy of surveillance systems. Whether deployed in small setups or large-scale installations, these models deliver a robust and reliable solution for modern surveillance challenges.