7In the PostScript Printer Description (PPD) File section, click Auto Setup. Make sure your printer PPD now matches your printer.

8Click Create, and then click Save.

9Specify a printer name, and then click Save. Your printer is now saved as a desktop printer.

Creating a queue in Print Center or Printer Setup Utility (Macintosh OS X)

1Install a printer PostScript Printer Description (PPD) file on your computer.

Note: A PPD file provides detailed information about the capabilities of a printer to your Macintosh computer.

aInsert the drivers CD.

bDouble-click Mac OS X, and then double- click the installer package for your printer.

cOn the Authorization screen, choose Click the lock to make changes.

dEnter your password, and then click OK.

eClick Continue on the Welcome screen and again after you view the Readme file.

fClick Agree to accept the license agreement.

gSelect a Destination, and then click Continue.

hOn the Easy Install screen, click Install. All the necessary files are installed on your computer.

iClick Close when installation is complete.

2Open the Finder, click Applications, and then click Utilities.

3Double-clickPrint Center or Printer Setup Utility.

4Do one of the following:

–If your USB-attached printer appears in the Printer List, you can quit Print Center. A queue has been created for your printer or Printer Setup Utility.

–If your USB-attached printer does not appear in the Printer List, make sure the USB cable is properly connected and the printer is turned on. After the printer appears in the Printer List, you can quit Print Center or Printer Setup Utility.

Connection guide

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UNIX/Linux

Local printing is supported on many UNIX and Linux platforms, such as Sun Solaris and Red Hat.

Some printer driver packages are available on the drivers CD. The User’s Guide in each package gives detailed instructions for installing and using printers in UNIX and Linux environments.

All the printer driver packages support local printing using a parallel connection. The driver package for Sun Solaris supports USB connections to Sun Ray appliances and Sun workstations.

Verify printer setup

Printing a menu settings page

Print a menu settings page to review the default printer settings and to verify that printer options are installed correctly.

Note: For more information about using the printer operator panel and changing menu settings, refer to the publications CD.

1Make sure the printer is on.

2Press Menu until you see Utilities Menu, and then press Select.

3Press Menu until you see Print Menus, and then press Select to print the page.

The message Printing Menus appears on the display.

4Verify the options you installed are correctly listed under “Installed Features.”

If an option you installed is not listed, turn the printer off, unplug the power cord, and reinstall the option.

5Verify the amount of memory installed is correctly listed under “Printer Information.”

6Verify the paper trays are configured for the sizes and types of paper you loaded.

Printing a network setup page

If the printer is attached to a network, print a network setup page to verify the network connection. This page

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IBM 1464, 1454 manual Verify printer setup, UNIX/Linux, Printing a menu settings, Printing a network setup
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1454, 1464 specifications

The IBM 1454 and 1464 are notable computing systems that have played a significant role in the evolution of technology. Introduced in the 1960s, these systems were part of IBM's early foray into mini-computers, which aimed to provide more accessible computing power compared to their larger mainframe counterparts.

The IBM 1454, which was designed with an emphasis on flexibility and adaptability, featured a modular architecture that allowed for various configurations based on user needs. It supported multiple programming languages, which made it versatile for a range of applications, from scientific calculations to business data processing. One of its main features was the capability to interface with peripheral devices, showcasing an early attempt at creating a more interconnected computing environment.

On the other hand, the IBM 1464 was an advancement over the 1454, boasting enhanced processing capabilities and memory management. It was specifically engineered for real-time applications, which was becoming increasingly important in industries such as telecommunications and manufacturing. The 1464 incorporated improved input/output operations, enabling faster data processing and more efficient use of hardware resources. This made it suitable for complex tasks that required immediate processing and feedback.

Both models utilized IBM’s proprietary technologies, including a unique assembly language and input/output channels that optimized data flow between the CPU and peripherals. They were also equipped with magnetic core memory, which, while basic by today's standards, was a cutting-edge feature at the time, providing both speed and reliability.

In terms of characteristics, the IBM 1454 and 1464 were compact for their time, designed to fit into space-constrained environments such as laboratories and business offices. They also came with comprehensive documentation and support, reflecting IBM's commitment to customer service and user education.

In summary, the IBM 1454 and 1464 were pivotal in defining the landscape of mini-computing during their era. With their modular designs, robust processing capabilities, and support for real-time applications, they laid the groundwork for future advancements in computer technology. Their legacy continues to influence modern computing systems, making them critical milestones in the history of information technology.
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