IBM 578, 5078, 5074 manual Setting up your 5079 Expansion Unit

Page 31

__ a. Remove or open the back cover on your system unit. See Appendix A, “Removing the back covers” on page 31 if you need instructions.

__ b. Find the first set of available HSL connectors on the back of your

 

 

system unit.

 

 

If you have just one set of HSL connectors on your system unit, they

 

 

are labeled A0 and A1.

 

 

If you have more than one set of HSL connectors on your system

 

 

unit, the first set is labeled A0 and A1. The remaining HSL

 

 

connectors are labeled alphabetically. For example, if you have an

 

 

830, there are four sets of HSL connectors on your system. They are

 

 

labeled A0 and A1; B0 and B1; C0 and C1; D0 and D1.

 

 

__ c. Write down which set of HSL connectors are available here: _____ ,

 

 

_____.

__

4.

Connect one end of an HSL cable that is labeled 0 on both ends to the HSL

 

 

connector that you found in step 3c.

 

 

For example, if the next available HSL connectors are B0 and B1, connect

 

 

the HSL cable to connector B0.

__

5.

Open the back cover on your 5079. See Appendix A, “Removing the back

 

 

covers” on page 31 if you need instructions.

__

6.

On unit 5079–002 locate the HSL connectors that are labeled 0 and 1

 

 

(Figure 27 on page 39)

__

7.

On unit 5079–002, install the other end of the HSL cable to the connector

 

 

that is labeled 0.

__

8.

On the unit 5079–002, install the end that is labeled 1 on the HSL cable that

 

 

is labeled 1 and 0 to the connector that is labeled 1.

__

9.

On unit 5079-001, install the other end of the HSL cable to the HSL

 

 

connector that is labeled 0.

__ 10.

On unit 5079-001, install one end of a the HSL cable that is labeled 1 at

 

 

both ends to the HSL connector that is labeled 1.

__ 11. Install the other end of the HSL cable to the other HSL connector that you found in step 3c.

For example, if the next available HSL connectors are B0 and B1, connect the HSL cable to connector B1.

__ 12. On your system unit, install one end of an SPCN cable to an available SPCN connector. The SPCN connector is labeled J15 or J16.

__ 13. Tighten the thumbscrews.

__ 14. On unit 5079–002, connect the other end of the SPCN cable to the SPCN connector that is labeled J15.

__ 15. Tighten the thumbscrews.

__ 16. On unit 5079-002, connect another SPCN cable to the SPCN connector that is labeled J16.

__ 17. Tighten the thumbscrews.

__ 18. On unit 5079-001, connect the other end of the second SPCN cable to the SPCN connector that is labeled J15.

__ 19. Tighten the thumbscrews.

__ 20. On your 5079 connect a power cable to each power connector. __ 21. Do not plug into an electrical outlet.

__ 22. Go to Chapter 5, “Completing your installation” on page 27.

Chapter 4. Setting up your 5079 Expansion Unit 21

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Contents ERserver Page ERserver Third Edition August Contents Page Safety and Environmental Notices Environmental Design Laser Safety InformationBattery Return Program Product Recycling and DisposalPrerequisite and related information Who should read this bookISeries Navigator How to send your comments Hardware requirements Preparing to set up your 5074 or 5079 Expansion UnitSite planning considerations for Planning your cable layout Identifying HSL and Spcn CablesPlacing power cords for Planning for redundant link with two expansion units System or expansion unit Configuration rules Configuration rulesPowering down your iSeries system unit Preparing to set up your 5074 or 5079 Expansion Unit Setting up your 0578, 5074, 5078 or 5079 Expansion Unit V5R2 Connecting your 5074 directly to your system unit Setting up your 5074 expansion unitConnecting your 5074 to another expansion unit HSL connections Connecting your 5074 at the beginning of a loopRemove or open the back cover from your 5074. See Appendix a Connecting your 5074 to the middle of a loop Connecting your 5074 to the end of a loop Connecting your 0578 directly to your system unit Setting up your 0578 expansion unitSetting up your 0578, 5074, 5078 or 5079 Expansion Unit V5R2 Setting up your 0578 expansion unit Setting up your 0578, 5074, 5078 or 5079 Expansion Unit V5R2 Connecting your 5079 directly to your system unit Setting up your 5079 Expansion UnitHSL Connections Setting up your 5079 Expansion Unit Connecting your 5079 at the beginning of a loop Connecting your 5079 to another expansion unitConnectors Connecting your 5079 in the middle of a loop Connecting your 5079 to the end of a loop Connect the HSL cable that you installed in b to HSL Yes No Completing your installationSetting up your 0578, 5074, 5078 or 5079 Expansion Unit V5R2 Verifying Your New Configuration Frame Unit Type Number Fault 00-00000 820 back cover Appendix A. Removing the back covers5074, 830 and 890 back cover Open the back cover on your 5079 by pressing the latch at 840 back coverOpening the 5079 and 840 back cover Accessing units in a rack HSL connector locations Appendix B. Connector LocationsHSL connector locations Appendix B. Connector Locations HSL connector locations Connector locations Connector locationsConnector locations Connector locations Setting up your 0578, 5074, 5078 or 5079 Expansion Unit V5R2 Appendix C. System unit control panel Setting up your 0578, 5074, 5078 or 5079 Expansion Unit V5R2 System unit Rule HSL loop with HSL loop with four external units Spcn loop with HSL loop with Setting up your 0578, 5074, 5078 or 5079 Expansion Unit V5R2 Copyright IBM Corp IBM TrademarksPage Industry Canada Compliance Statement Electronic Emission NoticesIndustry Canada Compliance Statement Setting up your 0578, 5074, 5078 or 5079 Expansion Unit V5R2 How satisfied are you that the information in this book is Readers’ Comments We’d Like to Hear from YouBusiness Reply Mail Page SA41-5149-02

5078, 5079, 578, 5074 specifications

The IBM 5074, 578, 5079, and 5078 are part of IBM's influential line of midrange computer systems that emerged during the late 1970s and early 1980s. These models were pivotal in the evolution of business computing at a time when companies were increasingly adopting automated systems for data processing tasks.

The IBM 5074, also known as the IBM 5100 Series, was particularly notable for being one of the first portable computers, offering a versatile computing environment for both technical and business applications. It featured an impressive combination of hardware and software capabilities, including a built-in keyboard, a screen, and the ability to run various programming languages. Both APL and BASIC were readily available, making it a popular choice for developers and mathematicians alike.

The 578 model was an advanced variant of the 5074, emphasizing enhanced performance and expanded memory capacity. The 578 integrated more sophisticated I/O capabilities, which included diverse connection options for external devices. This system was geared toward small and medium enterprises requiring robust computing power without the complexities of mainframe management.

The IBM 5079, on the other hand, distinguished itself with its unique multi-user capabilities, allowing for simultaneous access by multiple users. This built-in support for multitasking made it a formidable tool in office environments where collaboration and efficient resource sharing were paramount. Its operating system was designed to optimize performance across various applications, facilitating smoother operations in busy work environments.

Lastly, the IBM 5078 served as a bridge between traditional minicomputers and the growing demand for microcomputing solutions. It included critical innovations in processing speed and data handling capabilities, allowing businesses to better manage their operations. With a focus on reliability and uptime, the 5078 was engineered for critical business functions that demanded robust performance in a pragmatic package.

Together, these models underscored IBM's commitment to innovation and adaptability in the computing landscape of the late 20th century. They set the groundwork for future advancements in personal computing and enterprise systems, influencing generations of technology that followed. Their legacy is a testament to the evolution of computing technology, showcasing concrete advancements in capability, efficiency, and user accessibility.
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