Unisys NX5820 User Manual

Product Information Announcement

o New Release• Revision o Update o New Mail Code

Title

ClearPath HMP Enterprise Servers NX5820 and NX5820 K Hardware Configuration Guide (7017 6300–005)

This guide is intended to assist individuals responsible for defining and configuring a Unisys ClearPath HMP Enterprise Servers NX5820 and NX5820 K product with future expansion in mind. Guidelines and recommendations to assist the individuals responsible for defining and configuring a Unisys ClearPath HMP Enterprise Server NX5820 and NX5820 K server are also provided. The following product lines are available:

• ClearPath HMP Enterprise Server NX5821 models are single-domain systems containing a single

VX1305-BSE/BSU, VX1505-BSE/BSU, ES5085, ES2024, or ES5044 based server.

• ClearPath HMP Enterprise Server NX5822 models are dual-domain systems containing a single

VX1305-BSE/BSU, VX1505-BSE/BSU, ES5085R, ES2024, or ES5044 based server with an optional server of the same type.

Technical changes and additions were made to provide coverage for the ES2024R and ES5044R servers.

To order additional copies of this document, visit the online Unisys Book Store at one of the following URLs:

• United States customers, call Unisys Direct at 1-800-448-1424.

• Customers outside the United States, contact your Unisys sales office.

• Unisys personnel, order through the electronic Book Store at http://iwww.bookstore.unisys.com.

Comments about documentation can be sent through e-mail to doc@unisys.com.

Announcement only: Announcement and attachments:

AS273, CSES, and ECCA Release:

System: ClearPath HMP Enterprise

Servers NX5820 and NX5820 K

Date: June 2000 Part number: 7017 6300–005

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ClearPath HMP Enterprise Servers

NX5820 and NX5820 K

Hardware Configuration Guide

June 2000 7017 6300–005

Printed in USA

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ClearPath HMP Enterprise Servers

NX5820 and NX5820 K

Hardware Configuration Guide

Unisys

June 2000 7017 6300–005

Printed in USA

NO WARRANTIES OF ANY NATURE ARE EXTENDED BY THIS DOCUMENT. Any product or related information described herein is only furnished pursuant and subject to the terms and conditions of a duly executed agreement to purchase or lease equipment or to license software. The only warranties made by Unisys, if any, with respect to the products described in this document are set forth in such agreement. Unisys cannot accept any financial or other responsibility that may be the result of your use of the information in this document or software material, including direct, special, or consequential damages.

You should be very careful to ensure that the use of this information and/or software material complies with the laws, rules, and regulations of the jurisdictions with respect to which it is used.

The information contained herein is subject to change without notice. Revisions may be issued to advise of such changes and/or additions.

Notice to Government End Users: The software and accompanying documentation are delivered and licensed as “commercial computer software” and “commercial computer software documentation” as those terms are used in 48 C.F.R. § 12.212 and 48 C.F.R. § 227.7202-1 through 227.7202-4, as applicable. The Government shall receive only those rights provided in the standard commercial software license, or where applicable, the restricted and limited rights provisions of the contract FAR or DFARS (or equivalent agency) clause.

Correspondence regarding this publication can be e-mailed to doc@unisys.com.

Unisys and ClearPath are registered trademarks of Unisys Corporation. All other marks are acknowledged to be the trademarks or registered trademarks of their respective owners. Unisys Corporation cannot attest to the accuracy of this information.

ClearPath HMP Enterprise Servers

NX5820 and NX5820 K

Hardware Configuration Guide

ClearPath HMP Enterprise Servers

NX5820 and NX5820 K

Hardware Configuration Guide

7017 6300–005

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7017 6300–005

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Contents

About This Guide

....................................................................................... xi

Section 1. Introduction

How to Use This Guide ........................................................... 1–1

What Product Models Are Covered ....................................... 1–2

System Architecture .............................................................. 1–2

Features ................................................................. 1–2

Technology Enhancements ....................................... 1–2

System Partitioning ............................................................... 1–3

Single Domain ......................................................... 1–3

Dual Domain ............................................................ 1–3

Hardware Overview ............................................................... 1–4

Type of Computing System ....................................... 1–4

The System Cabinet ................................................. 1–4

The I/O Subsystem .................................................. 1–5

System Cabinet Organization ................................................ 1–6

Supported Peripherals .......................................................... 1–6

System Components .............................................................. 1–6

Single Monolithic Partition ................................ 1–3

Two Separate Partitions ................................... 1–3

Central Equipment Complex (CEC) Section ........ 1–4

Expansion Sections ......................................... 1–5

SVGA Monitor and Keyboard with Mouse ........... 1–5

Rack-Mounted Devices ..................................... 1–5

Other I/O Devices ............................................ 1–6

Section 2. Configuring System Hardware

How This Section Is Organized .............................................. 2–1

NX5820 Products .................................................................. 2–1

Single-Domain, Single-Processor (SDSP) NX5821

Models 31 to 71 ................................................. 2–1

Dual-Domain, Multiple-Processor (DDMP) NX5822

Models 32 to 78 ................................................. 2–1

NX5820 Product Configurations ........................................... 2–3

ClearPath Enterprise Server NX5821 Single-Domain,

Single-Processor (SDSP) Configurations Models 31

through 71 .......................................................... 2–3

7017 6300–005 iii

Contents

ClearPath Enterprise Server NX5822 Dual-Domain,

Multi-Processor (DDMP) Configurations Models 32

through 78 .......................................................... 2–6

NX5820 Companion Package Style ........................... 2–11

NX5820 K Products ............................................................... 2–12

Single-Domain, Single-Processor (SDSP) NX5821 –

BAS Models ......................................................... 2–12

Dual-Domain, Dual Processor (DDDP) NX5822 – BAS

Models ................................................................ 2–12

Dual-Domain, Multiple-Processor (DDMP) NX5822 –

BAS Models ......................................................... 2–13

NX5820 K Product Configurations ........................................ 2–15

ClearPath Enterprise Server NX5821–BAS Single-

Domain, Single-Processor (SDSP) Configurations .... 2–15

ClearPath Enterprise Server NX5822–BAS Dual-

Domain Configurations ......................................... 2–19

NX5820 K Processor Package Style .......................... 2–23

Cables .................................................................................... 2–25

Power Layout and Requirements ........................................... 2–25

Redundant Power/Cooling ..................................................... 2–25

NX5820 System Upgrades .................................................... 2–26

NX5820 K System Upgrades ................................................. 2–29

Section 3. Configuring System Options

How This Section Is Organized .............................................. 3–1

NX5820 and NX5820 K Memory .......................................... 3–1

MSA104 Style Memory .......................................................... 3–4

MSK208 Style Memory .......................................................... 3–5

MSK412 Style Memory .......................................................... 3–7

Memory Slot Locations .......................................................... 3–9

IOM Channel Expansion ......................................................... 3–10

Configuring Redundant SCP for the NX5820 and NX5820

K ........................................................................................ 3–10

Configuring Redundant Switching Hubs ................................ 3–11

Configuring Additional Displays ............................................. 3–11

Configuring Operator Display Workstations ................. 3–12

Configuration Guidelines for SCP Monitors and ODW

Displays .............................................................. 3–12

Work Space ........................................................................... 3–14

Redundant Power for the NX5820 and NX5820 K ............... 3–14

Configuring Additional OSS7000 Devices ............................. 3–14

Converting From NX5820 to NX5820 K Systems ................. 3–14

Section 4. Configuring I/O Cabinets and Channel Racks

How to Use This Section ........................................................ 4–1

Configuring I/O Cabinets ....................................................... 4–1

Configuring Channel Racks ................................................... 4–3

iv 7017 6300–005

Section 5. Configuring the Input/Output Module

Introduction ........................................................................... 5–1

How This Section Is Organized .............................................. 5–1

How the IOM Is Organized ..................................................... 5–2

IOM Logical Organization .......................................... 5–2

IOM Physical Organization ........................................ 5–3

IOM Options ............................................................ 5–5

CMF External Connectivity ........................................ 5–5

CIOM Upgrade ......................................................... 5–6

Configuring Channels ............................................................ 5–7

Styles Offered ......................................................... 5–7

Assigning Channel Loads .......................................... 5–8

Configuration Guidelines ........................................... 5–9

Configuration Diagrams ............................................ 5–12

PCITHRU Feature Card .......................................................... 5–15

Configuring QIC Tape and CD-ROM ...................................... 5–17

Information Contained in the NX Systems I/O Configuration

Guide ................................................................................. 5–17

Contents

Section 6. Configuring the Servers

How This Section Is Organized .............................................. 6–1

VX1305 Servers .................................................................... 6–2

VX1305 Basic Features ............................................ 6–2

Server Components ................................................. 6–5

Basic Server Components ........................................ 6–5

Add-On Processor Board .......................................... 6–6

Additional Memory Packages .................................... 6–7

Connection Packages and Optional PCI Thru Card ...... 6–7

Optional User Access Components ........................... 6–8

Single-Server to Multi-Server Upgrades VX1305 ......... 6–8

Configuration Guidelines VX1305 .............................. 6–9

VX1505 Servers .................................................................... 6–10

VX1505 Basic Features ............................................ 6–10

Server Components ................................................. 6–12

Basic Server Components and Optional Redundant

Power Supply ...................................................... 6–14

Processors ............................................................. 6–15

Memory Packages ................................................... 6–15

Connection Packages and Optional PCI Thru Card ...... 6–16

Optional User Access Components ........................... 6–17

Single-Server to Multi-Server Upgrades VX1505 ......... 6–17

Configuration Guidelines VX1505 .............................. 6–18

ES5085R Servers .................................................................. 6–19

Basic Features ........................................................ 6–19

Server Components ................................................. 6–21

Processors ............................................................. 6–23

Memory Packages ................................................... 6–23

Connection Packages and Optional PCI ...................... 6–24

Optional User Access Components ........................... 6–25

7017 6300–005 v

Contents

Configuration Guidelines ES5085R ............................ 6–25

ES2024R Servers .................................................................. 6–26

Basic Features ......................................................... 6–26

Server Components ................................................. 6–28

Processors .............................................................. 6–30

Memory Packages ................................................... 6–30

Connection Packages and Optional PCI ...................... 6–31

Optional User Access Components ............................ 6–32

Configuration Guidelines ES2024R ............................ 6–32

ES5044R Servers .................................................................. 6–33

Basic Features ......................................................... 6–33

Server Components ................................................. 6–35

Processors .............................................................. 6–37

Memory Packages ................................................... 6–37

Connection Packages and Optional PCI ...................... 6–38

Optional User Access Components ............................ 6–39

Configuration Guidelines ES5044R ............................ 6–39

Configuring the Private Maintenance Hub and Public

Switching LAN .................................................................... 6–40

Configuring Optional and Recommended UPS ...................... 6–50

Section 7. Connecting Other Host Systems

Glossary ....................................................................................................... 1

Index ............................................................................................................. 1

vi 7017 6300–005

Figures

1–1. Typical View of ClearPath Enterprise Server NX5820 and NX5820 K with

1–2. System Cabinet PCA Locations for NX5820 ............................................ 1–9

1–3. System Cabinet PCA Locations for NX5820 K ......................................... 1–10

1–4. Block Diagram of ClearPath Enterprise Server NX5820 and NX5820 K

1–5. Block Diagram of ClearPath Enterprise Server NX5820 and NX5820 K in

1–6. Block Diagram of ClearPath Enterprise Server NX5820 and NX5820 K in

2–1. NX5820 Single-Domain System Cabinet Configuration with VX1305

2–2. NX5820 Single-Domain Cabinet Configuration, with VX1505 Servers ......... 2–6

2–3. NX5820 Dual-Domain Redundant System Cabinet Configuration, with

2–4. NX5820 Dual-Domain System Cabinet Configuration, with VX1505

2–5. NX5820 K Single-Domain System Cabinet Configuration with VX1305

2–6. NX5820 K Single-Domain Cabinet Configuration, with VX1505 Servers ...... 2–19

2–7. NX5820 K Dual-Domain Redundant System Cabinet Configuration, with

2–8. NX5820 K Dual-Domain System Cabinet Configuration, with VX1505

2–9. Power Layout ....................................................................................... 2–25

2–10. NX5820 Upgrade Diagram .................................................................... 2–27

2–11. NX5820 K Upgrade Diagram ................................................................. 2–30

VX1505 (7U) Servers ........................................................................ 1–8

Single-Domain, Single-Console Configuration ....................................... 1–10

Dual-Domain, Single-Console Configuration ......................................... 1–11

Dual-Domain, Redundant-Console/Redundant Public Switch

Configuration .................................................................................... 1–12

Servers ............................................................................................ 2–5

VX1305 Servers ............................................................................... 2–10

Servers ............................................................................................ 2–10

Servers ............................................................................................ 2–18

VX1305 Servers ............................................................................... 2–22

Servers ............................................................................................ 2–22

3–1. MSA Board Layout ................................................................................ 3–4

3–2. MSK208 Board Layout .......................................................................... 3–6

3–3. MSK412 Board Layout .......................................................................... 3–8

3–4. Typical Client Supplied Single ODW Arrangement ..................................... 3–13

5–1. NX5820 IOM Organization ..................................................................... 5–2

5–2. NX5820 K IOM Organization .................................................................. 5–3

5–3. Card Module Assembly for NX5820 ........................................................ 5–4

5–4. Card Module Assembly for NX5820 K ..................................................... 5–5

5–5. CIOM/CMF/CS-BUS and Channel Diagram ............................................... 5–9

5–6. Single Domain Typical Channel Configuration (Two Internal CS Busses,

Two Servers, Four External 4-Channel Busses) .................................... 5–13

5–7. Dual Domain Typical Channel Configuration (One Internal CS Buss, Two

Servers, and One External 8-Channel Buss per Domain) ....................... 5–14

7017 6300–005 vii

Figures

5–8. Dual Domain Typical PCITHRU Card Location in the Internal and External

Channel Racks .................................................................................. 5–15

5–9. PCITHRU Slot Versus PCI Bridge Jumper Positions ................................... 5–16

6–1. Road Map for Ordering VX1305 Servers ................................................. 6–4

6–2. VX1305 Server CS Bus Cable Connection ............................................... 6–9

6–3. Road Map for Ordering VX1505 Servers ................................................. 6–13

6–4. VX1505 Server CS Bus Cable Connection ............................................... 6–18

6–5. Road Map for Ordering ES5085R Servers ............................................... 6–22

6–6. ES5085R Server CS Bus Cable Connection ............................................. 6–25

6–7. Road Map for Ordering ES2024R Servers ............................................... 6–29

6–8. ES2024R Server CS Bus Cable Connection ............................................. 6–32

6–9. Road Map for Ordering ES5044R Servers ............................................... 6–36

6–10. ES5044R Server CS Bus Cable Connection ............................................. 6–39

6–11. Single SCP/Server to UPS Status Cable Connections (Site UPS Installed) ... 6–53

6–12. Dual SCP/Server to UPS Status Cable Connections (Site UPS Installed) ..... 6–54

6–13. SCP to UPS Status Cable ....................................................................... 6–55

6–14. Standalone (PRC1000i) UPS to SCP Cabling ............................................ 6–55

viii 7017 6300–005

Tables

1–1. ClearPath Enterprise Server NX Product Models Covered in This Guide ..... 1–2

1–2. Acronyms for System Components ........................................................ 1–7

2–1. ClearPath Enterprise Server NX5820 Product Models .............................. 2–2

2–2. ClearPath Enterprise Server NX5821 Single-Domain, Single-Processor

2–3. ClearPath Enterprise Server NX5822 Dual-Domain, Multi-Processor Models

2–4. ClearPath Enterprise Server NX5822 Dual-Domain, Multi-Processors

2–5. NX5820 Companion Styles .................................................................... 2–11

2–6. ClearPath Enterprise Server NX5820 K Product Models ........................... 2–14

2–7. ClearPath Enterprise Server NX5821–BAS Single-Domain, Single-

2–8. ClearPath Enterprise Server NX5822–BAS Dual-Domain Configurations ..... 2–20

2–9. NX5820 K Processor Package Styles ..................................................... 2–23

2–10. NX5820 System Upgrade Options Summary ........................................... 2–26

2–11. NX5820 Single Domain, Single Processor Model Upgrades (SDSP to

2–12. NX5820 Single Domain Single Processor to Dual Domain Dual Processor

2–13. NX5820 Dual Domain Multi Processor Upgrades (DDMP to DDMP) ............ 2–29

2–14. NX5820 K Upgrade Options Summary .................................................... 2–31

2–15. Performance Upgrades for Single-Domain, Single-Processor Systems ....... 2–31

2–16. NX5820 K Single-Domain, Single-Processor to Dual Domain, Dual-

2–17. NX5820 K Performance Upgrades for Dual Domain, Dual-Processor

2–18. NX5820 K Dual Domain, Dual-Processor To Dual Domain, Multi-Processor

2–19. NX5820 K Dual Domain, Dual-Processor Multi-Processor Upgrades

Configurations, Models 31 through 71 ............................................... 2–3

32 through 72 .................................................................................. 2–7

Models 73 through 78 ...................................................................... 2–8

Processor Configurations .................................................................. 2–16

SDSP) .............................................................................................. 2–28

Upgrades (SDSP to DDDP) ................................................................ 2–28

Processor Upgrade (SDSP to DDDP) .................................................. 2–32

Systems .......................................................................................... 2–33

Upgrade (DDDP to DDMP) ................................................................. 2–33

(DDMP) ............................................................................................ 2–34

3–1. Basic Memory Board Configuration By System Style ................................ 3–2

3–2. NX5820 and NX5820 K Memory Styles and Upgrade Components ........... 3–2

3–3. Memory Card Slot Locations .................................................................. 3–9

3–4. Redundant System Console Package Styles ............................................ 3–10

3–5. Guidelines for Configuring SCP Monitors and ODW Displays ..................... 3–13

3–6. Conversion Package Styles for NX5820 to NX5820 K Systems ................ 3–15

4–1. Cabinet Styles ...................................................................................... 4–2

4–2. Configuration Guidelines for I/O Cabinets ................................................ 4–2

4–3. Channel Rack Components .................................................................... 4–4

4–4. Guidelines for Configuring Channel Racks ............................................... 4–5

7017 6300–005 ix

Tables

4–5. Configuring Power Net in Channel Racks ................................................. 4–6

5–1. CMF External Connectivity Options .......................................................... 5–6

5–2. Supported Channel Adapter Types .......................................................... 5–7

5–3. CIOM CS-Bus Channel Loading ............................................................... 5–8

5–4. Guidelines for Configuring Channels ........................................................ 5–10

5–5. NX5820 Channel Assignments and Configurations ................................... 5–12

6–1. Basic Features, VX1305 Servers ............................................................ 6–3

6–2. VX1305-BSE/-BSU Basic Components .................................................... 6–6

6–3. Add-On Processor Board, VX1305 Servers .............................................. 6–6

6–4. Memory Packages, VX1305 Servers ....................................................... 6–7

6–5. Connection Package Components, VX1305 Servers ................................ 6–7

6–6. VX4000-CP3 Optional User Access Components, VX1305 Servers ............ 6–8

6–7. Configuration Guidelines, VX1305 Servers .............................................. 6–9

6–8. Basic Features, VX1505 Servers ............................................................ 6–11

6–9. VX1505-BSE Processor Requirements .................................................... 6–12

6–10. VX1505-BSE/-BSU Basic Components .................................................... 6–14

6–11. Processors, VX1505 Servers ................................................................. 6–15

6–12. Memory Packages, VX1505 Servers ....................................................... 6–15

6–13. Connection Package Components, VX1505 Servers ................................ 6–16

6–14. VX4000-CP3 Optional User Access Components, VX1505 Servers ............ 6–17

6–15. Configuration Guidelines, VX1505 Servers .............................................. 6–18

6–16. Basic Features, ES5085R Servers .......................................................... 6–20

6–17. Processors, ES5085R Servers ............................................................... 6–23

6–18. Memory Packages, ES5085R Servers .................................................... 6–23

6–19. Connection Package Components, ES5085R Servers .............................. 6–24

6–20. VX4000-CP3 Optional User Access Components, ES5085R Servers ......... 6–25

6–21. Basic Features, ES2024R Servers .......................................................... 6–27

6–22. Processors, ES2024R Servers ............................................................... 6–30

6–23. Memory Packages, ES2024R Servers .................................................... 6–30

6–24. Connection Package Components, ES2024R Servers .............................. 6–31

6–25. VX4000-CP3 Optional User Access Components, ES2024R Servers ......... 6–32

6–26. Basic Features, ES5044R Servers .......................................................... 6–34

6–27. Processors, ES5044R Servers ............................................................... 6–37

6–28. Memory Packages, ES5044R Servers .................................................... 6–37

6–29. Connection Package Components, ES5044R Servers .............................. 6–38

6–30. VX4000-CP3 Optional User Access Components, ES5044R Servers ......... 6–39

6–31. Configuring Single Domain Maintenance Hub and One Switching LAN ........ 6–40

6–32. Configuring Single Domain Maintenance Hub and Two Switching LANs ...... 6–42

6–33. Configuring Dual Domain Maintenance Hub and One Public Switching LAN . 6–45 6–34. Configuring Dual Domain Maintenance Hub and Two Public Switching

LANs ................................................................................................ 6–47

6–35. UPS Options ......................................................................................... 6–50

6–36. Status Selection Between SCP’s and Servers ........................................... 6–52

7–1. Guidelines for Connecting Other Host Systems ........................................ 7–1

x 7017 6300–005

About This Guide

Purpose

This guide provides:

• Guidelines and recommendations to assist the individuals responsible for defining and

configuring a Unisys ClearPath Enterprise Server NX5820 and NX5820 K server

• Guidelines to ensure ease of future expansion and maximum throughput

Scope

This guide provides:

• A brief description of the system with major emphasis on presenting the guidelines for

configuring system components

• System limitations and restrictions with the focus on maximizing throughput

Audience

The audience for this guide includes:

• Clients with skills equivalent to a second-level Unisys client service engineer (CSE)

experienced in configuring large-scale computer systems

• Unisys client representatives

Prerequisites

This guide assumes a working knowledge of large-scale computer systems, including:

• How to configure standard system components

• How to configure system options

• How to configure domains

7017 6300–005 xi

About This Guide

How to Use This Guide

• Read the entire guide to familiarize yourself with the basic concepts it presents

• Use it as a reference for configuring system components and system options

• Use it to facilitate the ordering of system components

Organization

This guide consists of the following sections. In addition, an index appears at the end of this guide.

Section 1. Introduction

Provides a system overview that describes the system components.

Section 2. Configuring System Hardware

• Lists models included in the product line

• Lists hardware component styles, by model

• Provides an overview of each model

• Provides card profiles for the system and console cabinets

• Provides block diagrams of the central equipment complex and the overall system

Section 3. Configuring System Options

Describes how to configure the following options:

• Memory expansion

• Channel expansion

• Redundant system control processor (SCP)

• Additional displays

• Operator work space

• Redundant power supply

• Additional OSS7000 devices

Section 4. Configuring I/O Cabinets and Channel Racks

• Provides a brief description of I/O cabinet configurations, referring the reader to

appropriate publications for detailed information

• Describes how to configure channel racks

xii 7017 6300–005

About This Guide

Section 5. Configuring the Input/Output Module

• Describes how the I/O module (CIOM) is organized

• Describes IOM options

• Describes how to configure channels

− Identifies channel adapter styles supported, both new and migration

− Describes how to assign channel loads

− Provides guidelines for configuring channels

− Provides configuration diagrams for typical channel configurations

• Describes how to configure peripheral devices included with the system

• Identifies information included in the I/O Configuration Guide

Section 6. Configuring the Servers

Provides a description of server features and guidelines for configuring a VX1305-BSE/BSU, VX1505-BSE/BSU or ES5085R based server.

Section 7. Connecting Other Host Systems

Provides guidelines for connecting other host systems through the I/O subsystem.

How to Use This Guide

This guide provides the guidelines, procedures, and examples necessary to configure a ClearPath Enterprise Server NX5820 and NX5820 K products.

For ClearPath Enterprise Server NX5820 and NX5820 K Enterprise Server (ES) product line:

• NX5821 models are single-domain systems with a single processor

• NX5822 models are dual-domain systems containing either a single processor or multi-

processors per domain

All models include a single server, with a maximum of five servers per domain.

To configure your system:

• Use this guide to configure the central system, up to and including the channel

interface

• Use the ClearPath Enterprise Server NX I/O Hardware Configuration Guide (7008

6087) to configure the I/O subsystems from the channel interface outward

• Read this introduction and the next section to gain familiarity with the system

architecture and system components

• Use the remainder of the guide to configure a specific system

Adhering to the guidelines presented in this guide will enable you to correctly configure the system and place a client order. For placing client orders, also refer to the Unisys Configuration software system (UCON) used by sales support and salesperson to prepare and configure Unisys computer products.

Note: The inclusion of items in this document does not guarantee their availability.

Refer to the Unisys Worldwide Price Book for an approved listing of products available for purchase.

7017 6300–005 1–1

What Product Models Are Covered

Table 1–1 lists the ClearPath Enterprise Server NX product models covered in this guide.

Table 1–1. ClearPath Enterprise Server NX Product Models Covered in This Guide

Model Description

NX5820 PRODUCTS

NX5821 models 31 through 71 Single-Domain, Single-Processor (SDSP)

NX5822 models 32 through 78 Dual-Domain, Multiple-Processor (DDMP)

NX5820 K PRODUCTS

NX5821–BAS Single-Domain, Single-Processor (SDSP) with performance level 31 to 71

NX5822–BAS Dual-Domain, and Multi--Processor (DDDP and DDMP) with performance

level 32 to 7A

System Architecture

Features

• Multiple processors and redundant operation as client options

• Processor module (PM) architecture that excels in array processing

• Functional modules that use technologies based on state-of-the-art, high-density

Complimentary Metal Oxide Semiconductor (CMOS) and Application Specific Integrated Circuits (ASIC) technology

• High-density multi-chip packaging that significantly reduces the physical size while

substantially improving performance and reliability

• A unique packaging scheme that:

− Provides for two distinct power and maintenance domains

− Provides shared dual domain cooling

− Enables the creation of two secure and independent partitions in one cabinet

Technology Enhancements

• Printed Circuit Assemblies (PCAs) are generally smaller with higher densities and

finer traces

• Memory subsystem enhancements that provide:

− Up to 9,216 MB storage using six memory boards (three per domain)

1–2 7017 6300–005

System Partitioning

Single Domain

• Cannot be partitioned.

• A single-domain system contains:

− Its own power, cooling, and maintenance interface

− Its own master clock

Dual Domain

Single Monolithic Partition

• The combined domains function as a monolithic system.

• Each domain contains a separate power subsystem and maintenance interface.

•

• Cooling is shared between domains.

• •

System Partitioning

• Although each domain contains a master clock, only one master clock is used by the

partition.

Two Separate Partitions

• Each partition functions as an independent system.

• The partitions cannot share resources.

• Each partition must include at least one PM, one IOM, and one MSU.

• Each domain contains a separate power subsystem and shared cooling, regardless of

the division of resources among partitions.

• Each partition uses a separate master clock and has a separate maintenance interface,

regardless of the division of resources among domains.

7017 6300–005 1–3

Hardware Overview

Type of Computing System

The ClearPath NX5820 and NX5820 K Server is a general-purpose, medium-to-highperformance system running under Level Delta compatible MCP.

The System Cabinet

The system cabinet includes:

• A central equipment complex (CEC) section

• An expansion section for additional servers, consoles, and peripherals

The SVGA monitor with keyboard and mouse are placed on a table or other surface near the system cabinet. Figure 1–1 provides a conceptual view of the ClearPath Enterprise Server NX5820 and NX5820 K with VX1505-based servers.

Central Equipment Complex (CEC) Section

The Central Equipment Complex section:

• Houses the modules comprising the central processor system—one or two domains

• Includes the following resources:

− From one to ten processor modules (PMs) depending on model

− From one to six memory storage units (MSUs) depending on model and options

− One or two Input/Output Modules, one per domain, depending on model and

options.

− Common logic, including maintenance subsystem, and master clock

− Separate power subsystem in each domain

− Shared cooling for both domains

• No servers are located in the CEC section.

• Up to two Automatic Power Control (APC)s depending on configuration.

• Up to two Maintenance LAN Hubs, unlimited switching (Public) Hubs, and two Apex

Selector ST switches depending on configuration.

Figure 1–2 shows PCAs located for the CEC for the ClearPath Enterprise Server NX5820.

Figure 1–3 shows PCAs located for the CEC for the ClearPath Enterprise Server NX5820 K.

Figure 1–4 through Figure 1–6 show block diagrams of the ClearPath Enterprise Server NX5820 and NX5820 K in various configurations of domains, switching hubs, servers, and consoles.

Refer to Section 2 for information on specific models.

1–4 7017 6300–005

Expansion Sections

The expansion sections house the following units:

− Server A

− Optional servers (up to five maximum per domain)

− Up to two Maintenance LAN Hubs, unlimited switching (Public) Hubs, and up to

two Apex Selector ST Switches

− An OSS7000 rack containing system peripheral units, including: ο CD-ROM drive ο QIC tape drive ο Two disk drives

− Optional Uninterruptible Power Supply (UPS)

− COMMPOD

SVGA Monitor and Keyboard with Mouse

Hardware Overview

• Provides the operator interface with the system

• Includes cables for positioning the keyboard, monitor, and mouse on a table or similar

surface near the system cabinet. A table is available as an option.

• A remote support modem—for domestic systems only—is located with the monitor

and keyboard.

The I/O Subsystem

The I/O subsystem includes:

• Rack-mounted devices

• Other I/O devices

Rack-Mounted Devices

• Housed in 36U-high rack-style utility cabinets (U = 1.75 inches)

• Accommodates rack devices with both Unity Storage Device (USD) and Open Storage

Device (OSD) style prefixes

• Rack-mounted devices connect to channel adapters via CS-bus interfaces (see

Sections 4 and 5)

For a comprehensive list of racks and devices qualified for use on the system, refer to Appendix A in the ClearPath Enterprise Server NX I/O Hardware Configuration Guide (7008 6087).

7017 6300–005 1–5

System Cabinet Organization

Other I/O Devices

The I/O subsystem accommodates any other device that connects via a CS-bus interface and is qualified for use on the system, such as:

• Standalone disks and tapes

• Devices housed in migratory I/O cabinets

• Devices attached via Direct Access Channels (DACs) to Fiber Distributed Data

Interface (FDDI) Local Area Network (LAN)s, 802.3 LANs, and Asynchronous Transfer Mode (ATM) networks

• Other host systems

System Cabinet Organization

Section 2 provides card profiles of the system cabinet for typical product models.

Supported Peripherals

See "Configuring Channels" in Section 5 for a list of channel adapter styles supported on the ClearPath Enterprise Server NX Product. Refer to the ClearPath Enterprise Server NX I/O Hardware Configuration Guide (7008 6087) for a list of peripheral devices and details regarding the I/O subsystem configuration.

System Components

Table 1–2 lists acronyms for system components. Refer to the Glossary for additional functional definitions.

1–6 7017 6300–005

System Components

Table 1–2. Acronyms for System Components

Acronym Component Name

NX582x-rp Enterprise Server models: (x = 1, single-domain; x = 2, dual-

domain; r = performance level; p = number of PMs per system) APC Automatic Power Control ASIC Application specific integrated circuit ATM Asynchronous transfer mode CIOM Common Input/Output module CMF Channel manager facility CMOS Complimentary metal oxide semiconductor CSBus Channel service bus CSE Common scan engine DAC Direct access channel DDA Dual domain adapter DDMP Dual-domain, multiple-processor DIMM dual Inline memory module DTU Data transfer unit ES Enterprise server F/T Feedthru FDDI Fiber distributed data interface GB Gigabyte Enterprise Server IOB Input/Output bridge IOM Input/Output module IOU Input/Output unit IPI Intelligent peripheral interface JTAG Joint task access group LAN Local area network MAINTLAN Maintenance local area network MB Megabyte Mb Megabit MLI Message level interface MSU Memory storage unit MSUA Memory storage unit (4 requestor) MSUK Memory storage unit (8 or 12 requestor) OSCAR Oscillator card (clock) PCI Peripheral connect interface PM Processor module QIC Quarter-inch cartridge tape SCP System control processor SCSI Small computer system interface SDSP Single-domain, single-processor UPS Uninterruptible power supply USD Unity storage device

Heterogeneous multi processing

7017 6300–005 1–7

System Components

Windows NT

Server C

Windows NT

Server B

Windows NT

Server D

Windows NT

Server A

Central Equipment

Section

The servers shown are typical of the servers that can be configured.

Figure 1–1. Typical View of ClearPath Enterprise Server NX5820 and NX5820 K with

VX1505 (7U) Servers

0670

1–8 7017 6300–005

System Components

Front View

A06

A05

A03

A01

P M

M S U

M O D U L E

A07

Impeller Impeller

Domain 0 Domain 1

Operator Panel

D C

PMI

PMPMPMP

Console

PMPMP

Inlet

D C

Rear View

Impeller Impeller

Domain 1 Domain 0

AC Inlet AC Inlet

D C

/ D C

Console

Channel

Channel Channel

B u

Cooling

AC Inlet

Power

A04

o m m

A02

I /

Redundant

Console

CIOM per domain is dedicated to IOU functionality.

Can not be used for CS-Bus connectivity

Redundant

Console

0037

Figure 1–2. System Cabinet PCA Locations for NX5820

7017 6300–005 1–9

System Components

Front View

Impeller Impeller

Domain 0 Domain 1

Operator Panel

D C

M O D U

L E

D C

PMI

PMPMP

PMPMPMP

Inlet

Console

Redundant

Console

Optional CIOM in domain 0 dedicated for Multi-IOU functionality. Can not be used for CS-Bus connectivity

Optional CIOM in domain 1 dedicated for TCU functionality. Can not be used for CS-Bus connectivity

A01

A06

A05

A03

A07

* *

Rear View

Impeller Impeller

Domain 1 Domain 0

AC Inlet AC Inlet

Console

Channel

** *

Channel Channel

Redundant

u l k

Cooling

AC Inlet

Power

A04

o m m

I /

A02

0037A

Figure 1–3. System Cabinet PCA Locations for NX5820 K

System

Switch

Terminal

POWERNET

MCP

Public Switch

10/100

BaseT

PCI

Bridge10BaseT

Environment

OSS7000

Disk

Domain 0

802.3 Ch

Direct CS Bus

DISK Ch

TAPE Ch

Tape

MAINTLAN

CS Bus

BaseT

Maintenance

SCP

CSE

COMMPOD3

LAN Hub

FEEDTHRU

APC

Remote Support

T27's

0701

Figure 1–4. Block Diagram of ClearPath Enterprise Server NX5820 and NX5820 K Single-

Domain, Single-Console Configuration

1–10 7017 6300–005

Tape

Public Switch

MCP Environment

Domain 0

802.3 Ch

Direct CS Bus

TAPE Ch

DISK Ch

MAINTLAN

FEEDTHRU

CS Bus

10/100 BaseT

NT A

PCI

Bridge10BaseT

BaseT

SCP A

Maintenance

LAN Hub

System Components

System

Terminal

Switch

POWERNET

CSE

COMMPOD3

Remote Support

APC

T27's

Disk

OSS7000

Disk

FEEDTHRU

MAINTLAN

DISK Ch

TAPE Ch

Direct CS Bus

802.3 Ch

Domain 1

MCP Environment

CS Bus

PCI

Bridge10BaseT

10/100

NT B

BaseT

0702

Figure 1–5. Block Diagram of ClearPath Enterprise Server NX5820 and NX5820 K in Dual-

Domain, Single-Console Configuration

7017 6300–005 1–11

System Components

MCP Environment

Domain 0

802.3 Ch

TAPE Ch

DISK Ch

Tape

Public

Switch A

Direct CS Bus

MAINTLAN

FEEDTHRU

CS Bus

10/100

NT A

BaseT

PCI

Bridge10BaseT

BaseT

Maintenance

SCP A

LAN Hub

Switch

CSE

System

Terminal

POWERNET

APC

Remote Support

COMMPOD3

T27's

OSS7000

Disk Disk

FEEDTHRU

MAINTLAN

DISK Ch

TAPE Ch

Direct CS Bus

802.3 Ch

Domain 1

MCP Environment

Public

Switch B

CS Bus

PCI

Bridge10BaseT

10/100

NT B

BaseT

Maintenance

BaseT

LAN Hub

SCP B

CSE

Switch

System

Terminal

0703

Figure 1–6. Block Diagram of ClearPath Enterprise Server NX5820 and NX5820 K in Dual-

Domain, Redundant-Console/Redundant Public Switch Configuration

1–12 7017 6300–005

Section 2

Configuring System Hardware

How This Section Is Organized

This section contains the following information for the ClearPath HMP Enterprise Servers NX5820 and NX5820 K products:

• Provides a summary list of hardware components, by model

• Provides an overview of each model, including the system cabinet card profile and a

list of components included with the model

NX5820 Products

Table 2–1 lists the basic hardware components associated with each NX5820 product model. The minimum and maximum system configurations are as follows:

Single-Domain, Single-Processor (SDSP) NX5821 Models 31 to 71

• Minimum system performance – NX5821-31

Maximum system performance – NX5821-71

• One processor module (PM)

• One I/O module (CIOM) with up to four channel service bus (CS-bus) interfaces per

CIOM board.

• One CIOM board is dedicated for IOU functionality.

• One memory storage unit with 192 MB storage minimum per domain (Optional 1152

MB per domain maximum). Memory has 4 requesters.

• Single server containing its own processing modules, memory, and peripheral

subsystem, with a dual-server per domain option

Dual-Domain, Multiple-Processor (DDMP) NX5822 Models 32 to 78

• Minimum system performance – NX5822-32

Maximum system performance – NX5822-78

• Two to eight processor modules (PM) depending on model

• Two to eight I/O modules (CIOM), one to four per domain for CS-bus connectivity

with up to four channel service bus (CS-bus) interfaces per CIOM

• Two CIOMs (one per domain) dedicated for IOU functionality only

7017 6300–005 2–1

NX5820 Products

• One to two memory storage units with 192 MB or 384 MB storage per domain

depending on model

• Single server containing its own processing modules, memory, and peripheral

subsystem, with a dual-server per domain option

Notes:

1. The CEC contains two distinct and independent power and maintenance domains to support the functional hardware in the respective domain.

2. Cooling is shared between domains.

3. Redundant power is optional.

Table 2–1. ClearPath Enterprise Server NX5820 Product Models

Model

(Package

Style)

Processor

Modules

Memory

Storage

Units

Std/Max

CIOM

Modules

Std/Max

Servers Std/Max

System

(SCP)

Console

Std/Max

SCSI-2W

Channels

802.3

Channels

Maint

LAN

Maint

Hub

Std/Max

Switching Hub

Std/Max

NX5820 Single-Domain, Single-Processor (SDSP) Models

NX5821-31

NX5821-41

NX5821-51

NX5821-61

NX5821-71

1 1/3 2/5 1/5 1 2 1 1 1/1 1/Unlimited

NX5820 Dual-Domain, Multi-Processor (DDMP) Models

NX5822-32

NX5822-42

NX5822-52

NX5822-62

NX5822-72

NX5822-73

NX5822-74

NX5822-75

NX5822-76

NX5822-77

NX5822-78

2 2/6 4/10 1/10 1/2 4 2 2 1/2 1/Unlimited

3 2/6 4/10 1/10 1/2 4 2 2 1/2 1/Unlimited

4 2/6 4/10 1/10 1/2 4 2 2 1/2 1/Unlimited

5 2/6 4/10 1/10 1/2 4 2 2 1/2 1/Unlimited

6 4/6 4/10 1/10 1/2 4 2 2 1/2 1/Unlimited

7 4/6 4/10 1/10 1/2 4 2 2 1/2 1/Unlimited

8 4/6 4/10 1/10 1/2 4 2 2 1/2 1/Unlimited

Notes:

1. The NX5820 utilizes two styles of (MSA and MSK) memory boards. The MSA104 boards are to be configured in all systems up to and including model NX5822-72, the MSK208 boards are to be configured in system models NX5822-73 to-76, and the MSK412 boards are to be configured in models NX5822-77 and 78.

2. Up to five CIOMs can be configured per domain with one dedicated (per domain) to provide IOU functionality and up to four to provide CS-Bus connectivity.

3. Each model includes a basic server; up to five servers per domain are configurable.

4. Dedicated SCSI-2W channels (2 per domain) for connection of OSS7000 device (QIC tape, CD-ROM, and hard disk).

5. Space provided for two within CEC cabinet, additional hubs can be configured as required.

2–2 7017 6300–005

NX5820 Product Configurations

This subsection describes the NX5820 product configurations.

ClearPath Enterprise Server NX5821 Single-Domain, SingleProcessor (SDSP) Configurations Models 31 through 71

• Table 2–2 lists component styles for these models.

• Figure 2–1 and Figure 2–2 show the hardware configurations for system cabinets

containing VX1305- and VX1505-based servers, respectively.

• Companion styles are listed later in this section.

• Power/cooling options are listed later in this section.

• System upgrades are listed later in this section.

• Section 3 provides guidelines for adding system options.

Table 2–2. ClearPath Enterprise Server NX5821 Single-Domain, Single-Processor

Configurations, Models 31 through 71

Component Description NX5821 Models

Style 31 41 51 61 71

NX580131-MOD MODULE ASSY, SINGLE DOMAIN 31 (Includes

Cooling, Power, ac Entry, Card Rack Modules) NX58312-PRM STYLE PROM, NX5820 31/32 1 NX582131-UDE FUNCTIONAL S/W, IP EMULATION NX5821-31 1 NX580141-MOD MODULE ASSY, SINGLE DOMAIN 41 (Includes

Cooling, Power, ac Entry, Card Rack Modules) NX58412-PRM STYLE PROM, NX5820 41/42 1 NX582141-UDE FUNCTIONAL S/W, IP EMULATION NX5821-41 1 NX580151-MOD MODULE ASSY, SINGLE DOMAIN 51 (Includes

Cooling, Power, ac Entry, Card Rack Modules) NX58512-PRM STYLE PROM, NX5820 51/52 1 NX582151-UDE FUNCTIONAL S/W, IP EMULATION NX5821-51 1 NX580161-MOD MODULE ASSY, SINGLE DOMAIN 61 (Includes

Cooling, Power, ac Entry, Card Rack Modules) NX58612-PRM STYLE PROM, NX5820 61/62 1 NX582161-UDE FUNCTIONAL S/W, IP EMULATION NX5821-61 1 NX580171-MOD MODULE ASSY, SINGLE DOMAIN 71 (Includes

Cooling, Power, ac Entry, Card Rack Modules) NX58712-PRM STYLE PROM, NX5820 71/72 1 NX582171-UDE FUNCTIONAL S/W, IP EMULATION NX5821-71 1

Common Components

NX5821-CCC Domain 0 CARD COMPLEMENT, CIOM (1 PM, 2

CIOM, 1 KIOB)

1 1111

7017 6300–005 2–3

NX5820 Product Configurations

Table 2–2. ClearPath Enterprise Server NX5821 Single-Domain, Single-Processor

Configurations, Models 31 through 71

Component Description NX5821 Models

Style 31 41 51 61 71

MSA104-192 MSUA BD, 1 CHIPSET, 4 REQUESTER, 192 MB 1 1 1 1 1 NX5820-PSB BASIC POWER SUPPLY COMPLEMENT 1 1 1 1 1 BRM36-O BASIC 36U CABINET ASSEMBLY, STAND ALONE 1 1 1 1 1 RM2-TRM APPEARANCE TRIM 1 1 1 1 1 NX5800-FAS FRONT FASCIA COVERS 1 1 1 1 1 NX5000-IDP ID PANEL 1 1 1 1 1 NX5820-SCP NX5821-1X NX5820-CM CABLE MANAGER 1 1 1 1 1 NX5820-CMA CABLE MANAGER 1 1 1 1 1 One of:

VX1305-BSE or VX1505-BSE or ES5085R or ES2024R or ES5044R

A1003-MOD

Notes:

1. Must be ordered separately.

2. See "companion package styles" for a list of components provided with this package style.

3. See Section 6 for configuration information on servers.

4. Required for domestic orders only.

1,2

SYSTEM CONSOLE 1 1 1 1 1 COMPANION STYLES (INCLUDES CHANNELS) 1 1 1 1 1

Single server:

1 1111 Server (4U, 1-2 Processor Server) Server (7U, 1-4 Processor Server) Server (7U, 1-8 Processor Server) Server (7U, 1-2 Processor Server)

1,4

Server (5U, 1-4 Processor Server) REMOTE SUPPORT MODEM 1 1 1 1 1

2–4 7017 6300–005

NX5820 Product Configurations

APC2

OSS7000

Peripheral Rack

CEC

VX1305-BSU

Server Position 5

VX1305-BSU

Server Position 4

VX1305-BSU

Server Position 3

Console

(Primary)

VX1305-BSU

Server Position 2

VX1305-BSE

Server Position 1

Ce ntra l Equipment

Section

Server Expansion

Section

0704

Figure 2–1. NX5820 Single-Domain System Cabinet Configuration with VX1305 Servers

7017 6300–005 2–5

NX5820 Product Configurations

APC2

OSS7000

Peripheral Rack

VX1505-BSU

Server Position 5

CEC

VX1505-BSU

Server Position 3

VX1505-BSU

Server Position 2

Console

VX1505-BSU

Server Position 4

Server E xpansion

Section

(Primary)

Central Equipment

Section

VX1505-BSE

Server Position 1

Server E xpansion

Section

0705

Figure 2–2. NX5820 Single-Domain Cabinet Configuration, with VX1505 Servers

ClearPath Enterprise Server NX5822 Dual-Domain, Multi-Processor (DDMP) Configurations Models 32 through 78

Table 2–3 lists component styles for models 32 through 72.

Table 2–4 lists component styles for models 73 through 78.

Figure 2–3 and Figure 2–4 show the hardware configurations for system cabinets containing VX1305 and VX1505 based servers, respectively.

Companion styles are listed later in this section.

Power/cooling options are listed later in this section.

System upgrades are listed later in this section.

Section 3 provides guidelines for adding system options.

2–6 7017 6300–005

NX5820 Product Configurations

Table 2–3. ClearPath Enterprise Server NX5822 Dual-Domain, Multi-Processor Models 32

through 72

Component Description NX5822 Models

Style 32 42 52 62 72

NX580131-MOD MODULE ASSY, SINGLE DOMAIN 31 (Includes

Cooling, Power, ac Entry, Card Rack Modules) NX580232-CMP DOMAIN ‘1’ COMPONENTS 32 1 NX58312-PRM STYLE PROM, NX5820 31/32 2 NX582232-UDE FUNCTIONAL S/W, IP EMULATION NX5822-32 1 NX580141-MOD MODULE ASSY, SINGLE DOMAIN 41 (Includes

Cooling, Power, ac Entry, Card Rack Modules) NX580242-CMP DOMAIN ‘1’ COMPONENTS 42 1 NX58412-PRM STYLE PROM, NX5820 41/42 2 NX582242-UDE FUNCTIONAL S/W, IP EMULATION NX5822-42 1 NX580151-MOD MODULE ASSY, SINGLE DOMAIN 51 (Includes

Cooling, Power, ac Entry, Card Rack Modules) NX580252-CMP DOMAIN ‘1’ COMPONENTS 52 1 NX58512-PRM STYLE PROM, NX5820 51/52 2 NX582252-UDE FUNCTIONAL S/W, IP EMULATION NX5822-52 1 NX580161-MOD MODULE ASSY, SINGLE DOMAIN 61 (Includes

Cooling, Power, ac Entry, Card Rack Modules) NX580262-CMP DOMAIN ‘1’ COMPONENTS 62 1 NX58612-PRM STYLE PROM, NX5820 61/62 2 NX582262-UDE FUNCTIONAL S/W, IP EMULATION NX5822-62 1 NX580171-MOD MODULE ASSY, SINGLE DOMAIN 71 (Includes

Cooling, Power, ac Entry, Card Rack Modules) NX580272-CMP DOMAIN ‘1’ COMPONENTS 72 1 NX58712-PRM STYLE PROM, NX5820 71/72 2 NX582272-UDE FUNCTIONAL S/W, IP EMULATION NX5822-72 1

Common Components

NX5821-CCC DOMAIN 0 CARD COMPLEMENT, CIOM (1 PM, 2

CIOM, 1 IOB) NX5822-CCC DOMAIN 1 CARD COMPLEMENT, CIOM (1 PM, 2

CIOM, 1 IOB) MSA104-192 MSUA BD, 1 CHIPSET, 4 REQUESTER, 192 MB 2 2222 NX5820-PSB BASIC POWER SUPPLY COMPLEMENT 2 2222 BRM36-O BASIC 36U CABINET ASSEMBLY, STAND ALONE 1 1111 RM2-TRM APPEARANCE TRIM 1 1111 NX5800-FAS FRONT FASCIA COVERS 1 1111 NX5000-IDP ID PANEL 1 1111 NX5820-SCP

SYSTEM CONSOLE 1 1111 NX5820-CM CABLE MANAGER 1 1111 NX5820-CMA CABLE MANAGER 2 2222 NX5822-2X

1,2

COMPANION STYLES (INCLUDES CHANNELS) 1 1111

11111

7017 6300–005 2–7

NX5820 Product Configurations

Table 2–3. ClearPath Enterprise Server NX5822 Dual-Domain, Multi-Processor Models 32

through 72

Component Description NX5822 Models

Style 32 42 52 62 72

One of: VX1305-BSE or VX1505-BSE or ES5085R or ES2024R or ES5044R

A1003-MOD

1,4

Notes:

1. Must be ordered separately.

2. See "companion package styles" for a list of components provided with this package style.

3. See Section 6 for configuration information on servers.

4. Required for domestic orders only.

Single server:

11111 Server (4U, 1-2 Processor Server) Server (7U, 1-4 Processor Server) Server (7U, 1-8 Processor Server) Server (7U, 1-2 Processor Server) Server (5U, 1-4 Processor Server)

REMOTE SUPPORT MODEM 1 1111

Table 2–4. ClearPath Enterprise Server NX5822 Dual-Domain, Multi-Processors Models 73

through 78

Component Description NX5822 Models

Style 73 74 75 76 77 78

NX580173-MOD MODULE ASSY, SINGLE DOMAIN 73 (Includes

Cooling, Power, ac Entry, Card Rack Modules) NX580273-CMP DOMAIN ‘1’ COMPONENTS 73 1 NX582273-UDE FUNCTIONAL S/W, IP EMULATION NX5822-73 1 NX582173-MOD MODULE ASSY, SINGLE DOMAIN 73 (Includes

Cooling, Power, ac Entry, Card Rack Modules) NX582273-CMP DOMAIN ‘1’ COMPONENTS 73 1 NX582274-UDE FUNCTIONAL S/W, IP EMULATION NX5822-74 1 NX582173-MOD MODULE ASSY, SINGLE DOMAIN 73 (Includes

Cooling, Power, ac Entry, Card Rack Modules) NX582273-CMP DOMAIN ‘1’ COMPONENTS 73 1 NX582275-UDE FUNCTIONAL S/W, IP EMULATION NX5822-75 1 NX580173-MOD MODULE ASSY, SINGLE DOMAIN 73 (Includes

Cooling, Power, ac Entry, Card Rack Modules) NX582273-CMP DOMAIN ‘1’ COMPONENTS 73 1 NX582276-UDE FUNCTIONAL S/W, IP EMULATION NX5822-76 1 NX580173-MOD MODULE ASSY, SINGLE DOMAIN 73 (Includes

Cooling, Power, ac Entry, Card Rack Modules) NX580273-CMP DOMAIN ‘1’ COMPONENTS 73 1 NX582277-UDE FUNCTIONAL S/W, IP EMULATION NX5822-77 1 NX580173-MOD MODULE ASSY, SINGLE DOMAIN 73 (Includes

Cooling, Power, ac Entry, Card Rack Modules)

2–8 7017 6300–005

NX5820 Product Configurations

Table 2–4. ClearPath Enterprise Server NX5822 Dual-Domain, Multi-Processors Models 73

through 78

Component Description NX5822 Models

Style 73 74 75 76 77 78

NX580273-CMP DOMAIN ‘1’ COMPONENTS 73 1 NX582278-UDE FUNCTIONAL S/W, IP EMULATION NX5822-78 1

Common Components

NX58712-PRM STYLE PROM, NX5820-71/72 2 2 2 2 2 2 NX5821-CCC DOMAIN 0 CARD COMPLEMENT, CIOM (1 PM, 2

CIOM, 1 KIOB)

NX5822-CC DOMAIN 1 CARD COMPLEMENT, CIOM (1 PM, 2

CIOM, 1 KIOB) PM3-CPU PROCESSOR MODULE CARD COMPLEMENT 1 2 3 4 5 6 MSK208-384 MSUK BD, 2 CHIPSET, 8 REQUESTER, 384 MB 2 2 2 4 MSK412-384 MSUK BD, 2 CHIPSET, 12 REQUESTER, 384 MB 4 4 NX5820-PSB BASIC POWER SUPPLY COMPLEMENT 2 2 2 2 2 2 PS3300-3V PWR SUP (3U) 360 dc to 3.3 dc 1 2 2 2 BRM36-O BASIC 36U CABINET ASSEMBLY, STAND ALONE 1 1 1 1 1 1 RM2-TRM APPEARANCE TRIM 1 1 1 1 1 1 NX5800-FAS FRONT FASCIA COVERS 1 1 1 1 1 1 NX5000-IDP ID PANEL 1 1 1 1 1 1 NX5820-SCP

SYSTEM CONSOLE 1 1 1 1 1 1 NX5820-CM CABLE MANAGER 1 1 1 1 1 1 NX5820-CMA CABLE MANAGER 2 2 2 2 2 2 NX5822-2X One of:

VX1305-BSE or VX1505-BSE or ES5085R or ES2024R or ES5044R

A1003-MOD

1,2

COMPANION STYLES (INCLUDES CHANNELS) 1 1 1 1 1 1

Single server:

Server (4U, 1-2 Processor Server)

Server (7U, 1-4 Processor Server)

Server (7U, 1-8 Processor Server)

Server (7U, 1-2 Processor Server)

1,4

Server (5U, 1-4 Processor Server)

REMOTE SUPPORT MODEM 1 1 1 1 1 1

Notes:

1. Must be ordered separately.

2. See "companion package styles" for a list of components provided with this package style.

3. See Section 6 for configuration information on servers.

4. Required for domestic orders only.

111111

7017 6300–005 2–9

NX5820 Product Configurations

APC2

VX1305-BSU

Server Position 10

VX1305-BSU

Server Position 9

VX1305-BSU

Server Position 8

VX1305-BSU

Server Position 7

VX1305-BSU

Server Position 6

Server Expansion

Section

CEC

Console

(Primary)

Console

(Redundant)

Central Equipment

Section

APC2

OSS7000

Peripheral Rack

VX1305-BSU

Server Position 5

VX1305-BSU

Server Position 4

VX1305-BSU

Server Position 3

VX1305-BSU

Server Position 2

VX1305-BSE

Server Position 1

Server Expansion

Section

0706

Figure 2–3. NX5820 Dual-Domain Redundant System Cabinet Configuration, with VX1305

Servers

APC2 APC2 APC2

APC2

OSS7000

Peripheral Rack

Server Position 7

Server Position 6

Server Position 5

CEC

Server Position 3

Server Position 2

Server Position 10

Server Position 9

SCP

(Primary)

Server Position 4

Serve r Expansion

Section

SCP

(Redundant)

Centra l Equipment

Section

Server Position 1

Serve r Expansion

Section

Server Position 8

Serve r Expansion

Section

0707A

Figure 2–4. NX5820 Dual-Domain System Cabinet Configuration, with VX1505 Servers

2–10 7017 6300–005

NX5820 Product Configurations

NX5820 Companion Package Style

Table 2–5 summarizes the companion package styles required for the various NX5820 models. As noted in the component style charts, these package styles must be ordered separately from the system package style.

Additional components may be added through system upgrades (see "System Upgrades") or through system options (see Section 3).

Table 2–5. NX5820 Companion Styles

Component Description Package Styles

Style NX5821-1X

ADP131-1T3 3 FOOT SCSI-1 TO SCSI-3 CABLE 2 4 B25-LC POWER CORD:LINE CORD 1 1 BRM36-02 BASIC 36U CAB ASSY, ADD ON 1 1 CA322-SCI SCSI-2W CHANNEL ADAPTER 2 4 CA600-OMC CA600 OPERATIONAL MICROCODE 1 1 CA626-BAS CTRL:HIG PERFORMANCE 802.3 BASE 1 2 CBL12-APX CABLE ASSY, 12 FOOT APEX SWITCH 2 2 CBL131-10A CABLE, 10 FOOT SCSI-1 2 CDR1740-SI FEATURE, 17-40X SCSI CD-ROM 1 1 CMT25 RS232 25 FOOT CABLE 1 1 CMT3 CABLE, MODEM BELL, 3 FOOT - 1 CSB3-10C CABLE ASSEMBLY, CSB III, 10 FOOT 1 1 DSH600004-TBT Ethernet cable 4 meters 2 4 DSH600007-TBT Ethernet cable 7 meters 1 2 NX5820-DDA SYSTEM CONSOLE, DUAL DOMAIN ADAPTER - 1 NX5820-DOC OPERATIONAL DOCUMENTS 1 1 NX5820-MNT MAINTENANCE KIT 1 1 NX5820-OPC OPERATIONAL CODE 1 1 OSD1001-QTA FEATURE, QIC TAPE 1 1 OSD4111-S20 FEATURE, RRM, 4.1 GB (UF) 180 BYTE SECTOR 2 2 OSS7000-NDY RACK, SCSI NARROW DIFFERENTIAL 1 1 OSS7000-SBO SPLIT BUS UPGRADE 1 1 RM2-AP2 APC 2U RM-MODULE 1 2 RML36-AFT LEFT MOUNT, TOP, REAR, FLAT SPACER 1 1 SCP5820-CMP CONSOLE COMPONENTS 1 1 VX4000-XCR TRANSCEIVER, AUI/10BASET 2 4 VX4008-SWT 8 PORT MON/KEYBD/MOUSE SWITCH 1 1 VX5000-SWH CS SWITCHING HUB 1 1

Notes:

1. Required for System Models NX5821-31 to -71 (SDSP).

2. Required for System Models NX5822-32 to -78 (DDDP).

NX5822-2X

7017 6300–005 2–11

NX5820 K Products

Table 2–6 lists the basic hardware components associated with each NX5820 K product model. The minimum and maximum system configurations are as follows:

Single-Domain, Single-Processor (SDSP) NX5821 – BAS Models

• Requires style NX5821-1D1

• Minimum system performance – NX5821-PL3 (w/PROM NX58231-PRK)

Maximum system performance – NX5821-PL7(w/PROM NX58271-PRK)

• One processor module (PM)

• One I/O module (CIOM) with up to four channel service bus (CS-bus) interfaces per

CIOM board.

• One memory storage unit with 192 MB storage minimum per domain (Optional 1152

MB per domain maximum). Memory has 4 requesters.

• Single server containing its own processing modules, memory, and peripheral

subsystem, with up to five-servers per domain optional.

Dual-Domain, Dual Processor (DDDP) NX5822 – BAS Models

• Requires style NX5822-2D2

• Minimum system performance level – NX5822–PL3 (w/PROM NX58232-PRK)

Maximum system performance level – NX5822–PL7 (w/PROM NX58272-PRK)

• Two processor modules (PM)

• Two to twelve I/O modules (CIOM). One to five per domain for CS-Bus connectivity

with up to four channel service bus (CS-Bus) interfaces per CIOM. Optional one CIOM in domain 0 is dedicated for Multi IOU functionality and one CIOM in domain 1 is dedicated for TCU functionality. These can not be used for CS-Bus connectivity.

• Two (one per domain) memory storage units with 192 MB storage minimum per

domain. Memory has four requesters.

• Single server containing its own processing modules, memory, and peripheral

subsystem, with up to five servers per domain optional.

2–12 7017 6300–005

NX5820 K Products

Dual-Domain, Multiple-Processor (DDMP) NX5822 – BAS Models

• Requires one of the following styles NX5822-2D3 to NX5822-2DA

• Minimum system performance level – NX5823–PL7 (w/PROM NX58273-PRK)

Maximum system performance level – NX58210–PL7 (w/PROM NX582710-PRK)

• Three to ten processor modules (PM) depending on model

• Two to twelve I/O modules (CIOM). One to five per domain for CS-Bus connectivity

• One to two memory storage units with 192-MB or 384-MB storage per domain

depending on model

• Single server containing its own processing modules, memory, and peripheral

subsystem, with up to five-servers per domain optional.

Notes:

1. The CEC contains two distinct and independent power and maintenance domains to support the functional hardware in the respective domain.

2. Cooling is shared between domains.

3. Redundant power is optional.

7017 6300–005 2–13

NX5820 K Products

Table 2–6. ClearPath Enterprise Server NX5820 K Product Models

Model

(Performance

Level)

NX5821-BAS

NX5821-1D1

(with NX5821-PL3)

NX5821-BAS

/NX5821-1D1

(with NX5821-PL4)

NX5821-BAS

NX5821-1D1

(with NX5821-PL5)

NX5821-BAS

NX5821-1D1

(with NX5821-PL6)

NX5821-BAS

NX5821-1D1

(with NX5821-PL7)

NX5822-BAS

NX5822-2D2

(with NX5822-PL3)

NX5822-BAS

NX5822-2D2

(with NX5822-PL4)

NX5822-BAS

NX5822-2D2

(with NX5822-PL5)

NX5822-BAS

NX5822-2D2

(with NX5822-PL6)

NX5822-BAS

NX5822-2D2

(with NX5822-PL7)

NX5822-BAS

/NX5822-2D3

(with NX5823-PL7)

NX5822-BAS

NX5822-2D4

(with NX5824-PL7)

NX5822-BAS

NX5822-2D5

(with NX5825-PL7)

NX5822-BAS

X5822-2D6

(with NX5826-PL7)

Processor

Modules

Memory

Storage

Units

CIOM

Modules

Std/Max

Servers Std/Max

System

(SCP)

Console

Std/Max

SCSI-2W

Channels

802.3

Channels

Maint

LAN

Channel

Maint

Hub

Std/Max

NX5820 K Single-Domain, Single-Processor (SDSP) Models

1 1/3 1/6 1/5 1 2 1 1 1/1 1/Unlimited

NX5820 K Dual-Domain, Dual-Processor (DDDP) Models

2 2/6 2/12 1/10 1/2 4 2 2 1/2 1/Unlimited

NX5820 K Dual-Domain, Multi-Processor (DDMP) Models

3 2/6 2/12 1/10 1/2 4 2 2 1/2 1/Unlimited

4 2/6 2/12 1/10 1/2 4 2 2 1/2 1/Unlimited

5 2/6 2/12 1/10 1/2 4 2 2 1/2 1/Unlimited

6 4/6 2/12 1/10 1/2 4 2 2 1/2 1/Unlimited

Switching

Hub

Std/Max

2–14 7017 6300–005

NX5820 K Product Configurations

Table 2–6. ClearPath Enterprise Server NX5820 K Product Models

Model

(Performance

Level)

NX5822-BAS

NX5822-2D7

(with NX5827-PL7)

NX5822-BAS

NX5822-2D8

(with NX5828-PL7)

NX5822-BAS

NX5822-2DA

(with NX58210-PL7)

Processor

Modules

10 4/6 2/12 1/10 1/2 4 2 2 1/2 1/Unlimited

Memory

Storage

Units

7 4/6 2/12 1/10 1/2 4 2 2 1/2 1/Unlimited

8 4/6 2/12 1/10 1/2 4 2 2 1/2 1/Unlimited

CIOM

Modules

Std/Max

Servers Std/Max

System

(SCP)

Console

Std/Max

SCSI-2W

Channels

802.3

Channels

Maint

LAN

Channel

Maint

Hub

Std/Max

Switching

Hub

Std/Max

Notes:

1. The NX5820 K utilizes two styles of memory boards (MSA and MSK). The MSA104 boards are to be configured in all systems up to and including models NX5821-1D1 and NX5822-2D2. The MSK208 boards are to be configured in system models NX5822-2D3 to -2D6. The MSK412 boards are to be configured in models NX5822-2D7, NX5822-2D8 and -2DA.

2. Up to five CIOMs can be configured per domain to provide CS-Bus connectivity. Optional one CIOM in domain 0 is dedicated for Multi IOU functionality and one CIOM in domain 1 is dedicated for TCU functionality. These can not be used for CS-Bus connectivity.

3. Each model includes a basic server; up to five servers per domain are configurable.

4. Dedicated SCSI-2W channels (2 per domain)for connection of OSS7000 device (QIC tape, CD-ROM, and hard disk).

5. Space provided for two switching Hubs within CEC cabinet, additional hubs can be configured as required.

NX5820 K Product Configurations

This subsection describes the NX5820 K product configurations.

ClearPath Enterprise Server NX5821–BAS Single-Domain, SingleProcessor (SDSP) Configurations

• Table 2–7 lists component styles for these models.

• Figure 2–5 and Figure 2–6 show the hardware configurations for system cabinets

containing VX1305- and VX1505-based servers, respectively.

• Processor styles are listed later in this section.

• Power/cooling options are listed later in this section.

• System upgrades are listed later in this section.

• Section 3 provides guidelines for adding system options.

7017 6300–005 2–15

NX5820 K Product Configurations

Table 2–7. ClearPath Enterprise Server NX5821–BAS Single-Domain, Single-Processor

Configurations

Package Style NX5821–BAS

Component Style Description Qty.

ADP68501-FTF 68F/50F SCSI ADAPTER 2 B25-LC POWER CORD:LINE CORD 1 BRM36-O BASIC 36U CAB ASSEMBLY, STAND ALONE 1 BRM36-O2 BASIC 36U CAB ASSEMBLY, STAND ALONE CA322-SCI SCSI-2W CHANNEL ADAPTER 1 CA600-OMC CA600 OPERATIONAL MICROCODE 1 CA626-BAS CTRL:HIG PERFORMANCE 802.3 BASE 1 CBL12-APX CABLE ASSY, 12 FOOT APEX SWITCH 2 CBL131-10A CABLE, 10-FOOT SCSI 1 CDR1740-SI 17X-40X SCSI CDROM 2 CSB3-10C CABLE ASSEMBLY, CSB III, (COAX) 1 DIM10072-128 PC100 SDRAM 128MB 1 DR20001-OK1 OK KIT 1 DR200081-Z DUAL RACK, AC PWR 1 DSH600004-TBT 4 METER ETHERNET CABLE DSH600007-TBT 7 METER ETHERNET CABLE DSR2500-512 500 MHz, W/512K 1 EVG2100-P 15” CLR MON HIGH-END 1 HDL917-W 9-GB P-WIDE SCSI 1 NX5000-IDP NX5000 ClearPath ID PANEL 1 NX5800-FAS FRONT FASCIA COVERS 1

NX580131-MOD MODULE ASSY, SINGLE DOMAIN (Includes Cooling, Power, AC

Entry, Card Rack Modules)

NX5820-CM NX5820 CABLE MANAGER NX5820-CMA NX5820 CABLE MANAGER, ADDITIONAL

NX5820-DOC OPERATIONAL DOCUMENTS 1 NX5820-MNT MAINTENANCE KIT 1 NX5820-OPC OPERATIONAL CODE 1

NX5820-PSB BASIC POWER SUPPLY COMPLEMENT NX5821-CCK DOM0 CARD COMPL, CIOM (1 CIOM, 1 KIUB)

OS1000-CUS CUSTOMER SU (PC not NT) 1 OSD1001-QTA FEATURE, QIC TAPE 1 OSD4111-S20 FEATURE, RRM, 4.1-GB 180 BYTE SECTOR OSS7000-NDY RACK, SCSI NARROW DIFFERENTIAL OSS7000-SBO SPLIT BUS UPGRADE

2 1

1 1

2 1 1

2–16 7017 6300–005

NX5820 K Product Configurations

Table 2–7. ClearPath Enterprise Server NX5821–BAS Single-Domain, Single-Processor

Configurations

Package Style NX5821–BAS

Component Style Description Qty.

PCK104-SKB KEYBOARD 1 PCK1-EXT CABLE, M TO F PS2 2 PCT1200-INT 1.2 GB QIC TAPE 1 PWM1-PS2 MOUSE 2-BUTTON 1 RM2-AP2 APC II 2U RM-MODULE 1 RM2-TRM APPEARANCE TRIM 1 RML36-AFT LEFT MOUNT, TOP REAR FLAT SPACER SCP5820-CMP CONSOLE COMPONENTS 1 SVG100-EXT M TO F SVGA EXT CBL 1 USE1936-LC8 POWER ‘Y’ CABLE, 250 VAC, 10 AMP 1 UW6021-SDK SOFTWARE DEV KIT 1 UXW21-PED SCO UW PERS 1 UXW2-DRV SCO DRIVER 1 VX1300-FAS FASCIA, SERVER VX1300 (DR/2) 1 VX1820-CPS ClearPath SERVER APPLICATION 1 VX4000-XCR TRANSCEIVER, AUI/10BASET 2 VX4008-SWT 8 PORT MON/KEYBD/MOUSE SWITCH 1 VX5000-SWH CS SWITCHING HUB NX5821-1D1 1X NX5820 K 1

One of: VX1305-BSE or VX1505-BSE or ES5085R or ES2024R or ES5044R

A1003-MOD

Single server: Server (4U, 1-2 Processor Server) Server (7U, 1-4 Processor Server) Server (7U, 1-8 Processor Server) Server (7U, 1-8 Processor Server) Server (5U, 1-2 Processor Server)

REMOTE SUPPORT MODEM 1

Notes:

1. See Section 6 for configuration information on servers.

2. Required for domestic orders only.

7017 6300–005 2–17

NX5820 K Product Configurations

APC2

OSS7000

Peripheral Rack

CEC

VX1305-BSU

Server Position 5

VX1305-BSU

Server Position 4

VX1305-BSU

Server Position 3

Console

(Primary)

VX1305-BSU

Server Position 2

VX1305-BSE

Server Position 1

Ce ntra l Equipment

Section

Server Expansion

Section

0704

Figure 2–5. NX5820 K Single-Domain System Cabinet Configuration with VX1305 Servers

2–18 7017 6300–005

NX5820 K Product Configurations

APC2

OSS7000

Peripheral Rack

VX1505-BSU

Server Position 5

CEC

VX1505-BSU

Server Position 3

VX1505-BSU

Server Position 2

Console

VX1505-BSU

Server Position 4

Server E xpansion

Section

(Primary)

Central Equipment

Section

VX1505-BSE

Server Position 1

Server E xpansion

Section

0705

Figure 2–6. NX5820 K Single-Domain Cabinet Configuration, with VX1505 Servers

ClearPath Enterprise Server NX5822–BAS Dual-Domain Configurations

• Table 2–8 lists component styles for these models.

• Figure 2–7 and Figure 2–8 show the hardware configurations for system cabinets

containing VX1305 and VX1505 based servers, respectively.

• Processor styles are listed later in this section.

• Power/cooling options are listed later in this section.

• System upgrades are listed later in this section.

• Section 3 provides guidelines for adding system options.

7017 6300–005 2–19

NX5820 K Product Configurations

Table 2–8. ClearPath Enterprise Server NX5822–BAS Dual-Domain Configurations

Package Style NX5822–BAS

Component Style Description Number of Processors

or Common Components

PROCESSORS

NX5822-2D2 DUAL DOMAIN 2 NX5822-2D3 DUAL DOMAIN 3 NX5822-2D4 DUAL DOMAIN 4 NX5822-2D5 DUAL DOMAIN 5 NX5822-2D6 DUAL DOMAIN 6 NX5822-2D7 DUAL DOMAIN 7 NX5822-2D8 DUAL DOMAIN 8 NX5822-2DA DUAL DOMAIN 10

Common Components

ADP131-1T3 3 FT SCSI-1 to SCSI-3 CBL 4 ADP68501-FTF 68F/50F SCSI ADAPTER 2 B25-LC POWER CORD:LINE CORD 1 BRM36-O BASIC 36U CAB ASSEMBLY, STAND ALONE 1 BRM36-O2 BASIC 36U CAB ASSEMBLY, STAND ALONE CA322-SCI SCSI-2W CHANNEL ADAPTER 4 CA600-OMC CA600 OPERATIONAL MICROCODE 1 CA626-BAS CTRL:HIG PERFORMANCE 802.3 BASE 2 CBL12-APX CABLE ASSY, 12 FOOT APEX SWITCH 2 CDR1740-SI 17X-40X SCSI CDROM 2 CSB3-10C CABLE ASSEMBLY, CSB III, (COAX) 1 DIM10072-128 PC100 SDRAM 128MB 1 DR20001-OK1 OK KIT 1 DR200081-Z DUAL RACK, AC PWR 1 DSH600004-TBT 4 METER ETHERNET CABLE DSH600007-TBT 7 METER ETHERNET CABLE DSR2500-512 500-MHz, W/512K 1 EVG2100-P 15” CLR MON HIGH-END 1 HDL917-W 9-GB P-WIDE SCSI 1 NX5000-IDP NX5000 ClearPath ID PANEL 1

NX5800-DDA SYSTEM CONSOLE, DUAL DOMAIN ADAPTER 1

NX5800-FAS FRONT FASCIA COVERS 1

NX580131-MOD MODULE ASSY, SINGLE DOMAIN (Includes Cooling, Power,

AC Entry, Card Rack Modules)

NX580232-CMP DOMAIN ‘1’ COMPONENTS NX5820-CM NX5820 CABLE MANAGER NX5820-CMA NX5820 CABLE MANAGER, ADDITIONAL

4 2

1 1 2

2–20 7017 6300–005

NX5820 K Product Configurations

Table 2–8. ClearPath Enterprise Server NX5822–BAS Dual-Domain Configurations

Package Style NX5822–BAS

Component Style Description Number of Processors

or Common Components

NX5820-DOC OPERATIONAL DOCUMENTS 1 NX5820-MNT MAINTENANCE KIT 1 NX5820-OPC OPERATIONAL CODE 1

NX5820-PSB BASIC POWER SUPPLY COMPLEMENT NX5821-CCK DOM0 CARD COMPL, CIOM (1 CIOM, 1 KIUB) NX5822-CCK DOM1 CARD COMPL, CIOM(1 CIOM, 1 KIUB)

OS1000-CUS CUSTOMER SU (PC not NT) 1 OSD1001-QTA FEATURE, QIC TAPE 1 OSD4111-S20 FEATURE, RRM, 4.1-GB 180 BYTE SECTOR OSS7000-NDY RACK, SCSI NARROW DIFFERENTIAL OSS7000-SBO SPLIT BUS UPGRADE PCK104-SKB KEYBOARD 1 PCK1-EXT CABLE, M TO F PS2 2 PCT1200-INT 1.2 GB QIC TAPE 1 PWM1-PS2 MOUSE 2-BUTTON 1 RM2-AP2 APC II 2U RM-MODULE 2 RM2-TRM APPEARANCE TRIM 1 RML36-AFT LEFT MOUNT, TOP REAR FLAT SPACER SCP5820-CMP CONSOLE COMPONENTS 1 SVG100-EXT M TO F SVGA EXT CBL 1 USE1936-LC8 POWER ‘Y’ CABLE, 250 VAC, 10 AMP 1 UW6021-SDK SOFTWARE DEV KIT 1 UXW21-PED SCO UW PERS 1 UXW2-DRV SCO DRIVER 1 VX1300-FAS FASCIA, SERVER VX1300 (DR/2) 1 VX1820-CPS ClearPath SERVER APPLICATION 1 VX4000-XCR TRANSCEIVER, AUI/10BASET 4 VX4008-SWT 8 PORT MON/KEYBD/MOUSE SWITCH 1 VX5000-SWH CS SWITCHING HUB

One of: VX1305-BSE or VX1505-BSE or ES5085R or ES2024R or ES5044R

A1003-MOD

Single server: Server (4U, 1-2 Processor Server) Server (7U, 1-4 Processor Server) Server (7U, 1-8 Processor Server) Server (7U, 1-8 Processor Server) Server (5U, 1-2 Processor Server)

Remote support modem 1

Notes:

1. See Section 6 for configuration information on servers. All orders must include one server.

2. Required for domestic orders only.

2 1 1

1 1

7017 6300–005 2–21

NX5820 K Product Configurations

APC2

VX1305-BSU

Server Position 10

VX1305-BSU

Server Position 9

VX1305-BSU

Server Position 8

VX1305-BSU

Server Position 7

VX1305-BSU

Server Position 6

Server Expansion

Section

CEC

Console

(Primary)

Console

(Redundant)

Central Equipment

Section

APC2

OSS7000

Peripheral Rack

VX1305-BSU

Server Position 5

VX1305-BSU

Server Position 4

VX1305-BSU

Server Position 3

VX1305-BSU

Server Position 2

VX1305-BSE

Server Position 1

Server Expansion

Section

0706

Figure 2–7. NX5820 K Dual-Domain Redundant System Cabinet Configuration, with VX1305

Servers

APC2 APC2 APC2

APC2

OSS7000

Peripheral Rack

Server Position 7

Server Position 6

Server Position 5

CEC

Server Position 3

Server Position 2

Server Position 10

Server Position 9

SCP

(Primary)

Server Position 4

Serve r Expansion

Section

SCP

(Redundant)

Centra l Equipment

Section

Server Position 1

Serve r Expansion

Section

Server Position 8

Serve r Expansion

Section

0707A

Figure 2–8. NX5820 K Dual-Domain System Cabinet Configuration, with VX1505 Servers

2–22 7017 6300–005

NX5820 K Processor Package Style

Table 2–9 summarizes the processor with various performance levels package styles required for the various NX5820 K models. As noted in the component style charts, these package styles must be ordered separately from the system package style.

Additional components may be added through system upgrades (see "System Upgrades") or through system options (see Section 3).

Table 2–9. NX5820 K Processor Package Styles

NX5820 K Product Configurations

Package

Component

Style

PM3-CPU PROCESSOR MODULE CARD 1 MSA104-192 MSUA BOARD, 4 REQUESTOR, W/192-MB 1 Order one of the following:

NX5821-PL3 with NX58231-PRK or NX5821-PL4 with NX58241-PRK or NX5821-PL5 with NX58251-PRK or NX5821-PL6 with NX58261-PRK or NX5821-PL7 with NX58271-PRK

FUNCTIONAL S/W, PERFORMANCE LEVEL 31K, W/PROM STYLE

FUNCTIONAL S/W, PERFORMANCE LEVEL 41K, W/PROM STYLE

FUNCTIONAL S/W, PERFORMANCE LEVEL 51K, W/PROM STYLE

FUNCTIONAL S/W, PERFORMANCE LEVEL 61K, W/PROM STYLE

FUNCTIONAL S/W, PERFORMANCE LEVEL 71K, W/PROM STYLE

Description

Single-Domain, Single Processor Configuration

Style

NX5821–1Dx

Model

x=1 2345678A

Package

Style

NX5822–2Dx

Models

7017 6300–005 2–23

NX5820 K Product Configurations

Table 2–9. NX5820 K Processor Package Styles

Package

Component

Style

PM3-CPU PROCESSOR MODULE CARD 2 MSA104-193 MSUA BOARD, 4 REQUESTOR, W/192-MB 2 Order one of the following:

NX5822-PL3 with NX58232-PRK or NX5822-PL4 with NX58242-PRK or NX5822-PL5 with NX58252-PRK or NX5822-PL6 with NX58262-PRK or NX5822-PL7 with NX58272-PRK

PM3-CPU PROCESSOR MODULE CARD 3456781

MSK208-384 MSUK BOARD, 8 REQUESTOR, W/384-MB 2224 MSK412-384 MSUK BOARD, 12 REQUESTOR, W/384-

PS3300-3V POWER SUPPLY (3U), 360 VDC TO 3.3

NX5823-PL7 FUNCTIONAL S/W, PERFORM. LEVEL 73K 1 NX5824-PL7 FUNCTIONAL S/W, PERFORM. LEVEL 74K 1 NX5825-PL7 FUNCTIONAL S/W, PERFORM. LEVEL 75K 1 NX5826-PL7 FUNCTIONAL S/W, PERFORM. LEVEL 76K 1 NX5827-PL7 FUNCTIONAL S/W, PERFORM. LEVEL 77K 1 NX5828-PL7 FUNCTIONAL S/W, PERFORM. LEVEL 78K 1 NX58210-PL7 FUNCTIONAL S/W, PERFORM. LEVEL 7AK 1 NX58273-PRK PROM LEVEL 73K 1 NX58274-PRK PROM LEVEL 74K 1 NX58275-PRK PROM LEVEL 75K 1 NX58276-PRK PROM LEVEL 76K 1 NX58277-PRK PROM LEVEL 77K 1 NX58278-PRK PROM LEVEL 78K 1 NX582710-PRK PROM LEVEL 7AK 1

FUNCTIONAL S/W, PERFORMANCE LEVEL 32K, W/PROM STYLE

FUNCTIONAL S/W, PERFORMANCE LEVEL 42K, W/PROM STYLE

FUNCTIONAL S/W, PERFORMANCE LEVEL 52K, W/PROM STYLE

FUNCTIONAL S/W, PERFORMANCE LEVEL 62K, W/PROM STYLE

FUNCTIONAL S/W, PERFORMANCE LEVEL 72K, W/PROM STYLE

VDC

Description

Dual-Domain, Dual-Processor Configuration

Dual-Domain, Multi-Processor Configurations

Style

NX5821–1Dx

Model

x=1 2345678A

Package

Style

NX5822–2Dx

Models

444

2222

2–24 7017 6300–005

Cables

Refer to the I/O Configuration Guide for a comprehensive list of cable options available with ClearPath Enterprise Server NX5820 and NX5820 K products.

Power Layout and Requirements

See Figure 2–9 for the power layout (represents power layout for each domain) for basic, redundant, and additional power (no additional power supplies are required if adding MSUA memory board with 4 requestor card to this domain) when required.

Slot

13 12 11 10 9 8 7 6 5 4 32 1

Cables

Pow.

+5V

Cntl.

P/S

Card

Legend:

B = Basic Power Supply + Bulk Supply Compliment

R = Add for Redundancy

MSUK2 =

MSUK3 = Add for installation of a third MSUK Memory Board (8 or 12 Requestor Card), to this domain

Add for installation of a second MSUK Memory Board (8 or 12 Requestor Card), to this domain

P/S

+5V P/S

+3.3V

P/S

+3.3V

P/S

MSU

Component Side

+3.3V

P/S

MSU

+3.3V

P/S

AC/DC

Bulk

AC/DC

Bulk

Figure 2–9. Power Layout

Redundant Power/Cooling

Redundant power option is available for the NX5820 and NX5820 K product. Order one component style NX5800-RPW per domain. This style includes only redundant power and contains one ac/dc bulk power supply, one +5 volts dc/dc power supply, and one +3.3 volts dc/dc power supply.

AC/DC

Bulk

0708

Redundant cooling is included in the basic cabinet and not part of the above style.

7017 6300–005 2–25

NX5820 System Upgrades

Table 2–10 lists the NX5820 System upgrades options. Figure 2–10 shows the upgrade paths for the NX5820 product models listed in Table 2–10. Table 2–11 through Table 2–13 list the components included within the upgrade package styles.

Table 2–10. NX5820 System Upgrade Options Summary

Upgrade Type Converts

Single Domain Single Processor Model Upgrades (SDSP to SDSP)

Single Domain Single Processor to Dual Domain Dual Processor Upgrades (SDSP to DDDP)

Dual Domain Multi Processor Upgrades (DDMP to DDMP)

From

NX5821-31 NX5821-41 NX5821-51 NX5821-61 NX5821-31 NX5821-41 NX5821-51 NX5821-61 NX5821-71 NX5822-32 NX5822-42 NX5822-52 NX5822-62 NX5822-72 NX5822-73 NX5822-74 NX5822-75 NX5822-76 NX5822-77

Converts

NX5821-41 NX5821-51 NX5821-61 NX5821-71 NX5822-32 NX5822-42 NX5822-52 NX5822-62 NX5822-72 NX5822-42 NX5822-52 NX5822-62 NX5822-72 NX5822-73 NX5822-74 NX5822-75 NX5822-76 NX5822-77 NX5822-78

See

Table

2–11

2–12

2–13

2–26 7017 6300–005

NX5820 System Upgrades

Single Domain

Single Processor

NX5821-31

NX582131-141

NX5821-41

NX582141-151

NX5821-51

NX582151-161

NX5821-61

NX582161-171

Dual Domain

Multi P rocessor

NX582131-232 NX5822-32

System Package Style

NX582232-242

Upgrade Package Style

NX582141-242

NX582151-252

NX582161-262

NX5822-42

NX582242-252

NX5822-52

NX582252-262

NX5822-62

NX562262-272

NXM582272-273

NX5822-73

NX582273-274

NX5822-74

NX582274-275

NX5822-75

NX582275-276

NX5821-71

NX582171-272

NX5822-72

Figure 2–10. NX5820 Upgrade Diagram

NX5822-76

NXA582276-277

NX5822-77

NX582277-278

NX5822-78

0305A

7017 6300–005 2–27

NX5820 System Upgrades

Table 2–11. NX5820 Single Domain, Single Processor Model Upgrades (SDSP to SDSP)

Package Converts Component Component

Style

NX582131-141 NX5821-31 NX5821-41 NX582141-UDE FUNCTIONAL S/W, IP EMULATION NX5821-41

NX582141-151 NX5821-41 NX5821-51 NX582151-UDE FUNCTIONAL S/W, IP EMULATION NX5821-51

NX582151-161 NX5821-51 NX5821-61 NX582161-UDE FUNCTIONAL S/W, IP EMULATION NX5821-61

NX582161-171 NX5821-61 NX5821-71 NX582171-UDE FUNCTIONAL S/W, IP EMULATION NX5821-71

From

To Style Style Description

NX58412-PRM PROM, NX5820-41/42

NX58512-PRM PROM, NX5820-51/52

NX58612-PRM PROM, NX5820-61/62

NX58712-PRM PROM, NX5820-71/72

Table 2–12. NX5820 Single Domain Single Processor to Dual Domain Dual Processor

Upgrades (SDSP to DDDP)

Package Converts Component Component

Style From To Style Style Description

NX582131-232 NX5821-31 NX5822-32 NX580232-CMP DOMAIN ‘1’ COMPONENTS

NX58312-PRM PROM, NX5820-31/32

NX582141-242 NX5821-41 NX5822-42 NX582242-CMP DOMAIN ‘1’ COMPONENTS 42

NX58412-PRM PROM, NX5820-41/42

NX582151-252 NX5821-51 NX5822-52 NX582252-CMP DOMAIN ‘1’ COMPONENTS 52

NX58512-PRM PROM, NX5820-51/52

NX582161-262 NX5821-61 NX5822-62 NX582262-CMP DOMAIN ‘1’ COMPONENTS 62

NX58612-PRM PROM, NX5820-61/62

NX582171-272 NX5821-71 NX5822-72 NX582272-CMP DOMAIN ‘1’ COMPONENTS 72

NX58712-PRM PROM, NX5820-71/72

Components required for all above package styles

NX5822-CCC DOM 1, CARD COMPL, CIOM (1 PM, 2 CIOM, 1 IOB)

MSA104-192 MSUA BD, 1 CHIPSET, 4 REQUESTER, 192 MB (Qty. 1)

NX5820-PSB BASIC POWER SUPPLY COMPLEMENT

ADP131-1T3 3 FT SCSI-1 to SCSI-3 CBL (Min. Qty.4)

NX5800-DDA SYSTEM CONSOLE, DUAL DOMAIN ADAPTER

CA322-SCI SCSI 2W CHANNEL ADAPTER (Min. Qty.2)

CA626-BAS CTRL:HIGH PERFORM 802.3 BASE (Min. Qty.2)

RM3-APC APC 3U RM-MODULE

NX5820-CMA CABLE MANAGER (Min. Qty.1)

CMT3 CABLE, MODEM BELL, 3 FEET

CA600-OMC CA600 OPERATIONAL MICROCODE

DSH600007-TBT ETHERNET CABLE, 7M (Min. Qty.2)

VX4000-XCR TRANSCEIVER, AUI/10BASET (Min. Qty.2)

2–28 7017 6300–005

NX5820 K System Upgrades

Table 2–13. NX5820 Dual Domain Multi Processor Upgrades (DDMP to DDMP)

Package Converts Component Component

Style

NX582232-242 NX5822-32 NX5822-42 NX582242-UDE FUNCTIONAL S/W, IP EMULATION NX5822-42

NX582242-252 NX5822-42 NX5822-52 NX582252-UDE Functional S/W, IP EMULATION NX5822-52

NX582252-262 NX5822-52 NX5822-62 NX582162-UDE FUNCTIONAL S/W, IP EMULATION NX5822-62

NX582262-272 NX5822-62 NX5822-72 NX582272-UDE FUNCTIONAL S/W, IP EMULATION NX5822-72

NXM582272-273 NX5822-72 NX5822-73 PM3-CPU PROCESSOR MODULE CARD COMPLEMENT

NX582273-274 NX5822-73 NX5822-74 PM3-CPU Processor module card complement

NX582274-275 NX5822-74 NX5822-75 PM3-CPU Processor module card complement

NX582275-276 NX5822-75 NX5822-76 PM3-CPU Processor module card complement

NXA582276-2771NX5822-76

NX582277-278 NX5822-77 NX5822-78 PM3-CPU Processor Module Card Complement (Min. Qty.1)

Notes:

1. This style includes four MSK412-MEM boards. This provides for replacement of the basic four MSK208-384 provided

in the original NX5822-76 system. Memory DIMMs should be transferred from the existing MSK208 boards to the new MSK208 boards to the new MSK412 boards. If there are more than four MSK412-384 boards present, additional MSK412-384 boards must be ordered to replace all MSK208-384 boards. (All memory in the system must be the same type.)

From

W/MSK208 MEMORY

To Style Style Description

NX58412-PRM PROM, NX5820-41/42 (Min. Qty.2)

NX58512-PRM PROM, NX5820-51/52 (Min. Qty.2)

NX58612-PRM PROM, NX5820-61/62 (Min. Qty.2)

NX58712-PRM PROM, NX5820-71/72 (Min. Qty.2)

MSK208-384 MSUK Board, 2 chipset, 8 requester, 384 MB (Qty. 1)

MSK208-MEM MSUK Board, 2 chipset, 8 requester, 0 MB (Qty. 1)

PS3300-3V PWR SUP (3U) 360 dc to 3.3 dc (Qty. 2)

MSK208-384 MSUK Board, 2 chipset, 8 requester, 384-MB (Qty. 2)

NX5822-77 W/MSK412 MEMORY

PM3-CPU Processor Module Card Complement (Min. Qty.1)

MSK412-MEM MSUK, 4 CHIPSET, 12 REQUESTER, 0 MB (Min. Qty.4)

NX5820 K System Upgrades

Figure 2–11 shows the upgrade paths for the NX5820 K product models listed in Table 2–14. Table 2–14 lists all the NX5820 K System upgrade options. Table 2–15 through Table 2–19 list the components included within the upgrade package styles.

7017 6300–005 2–29

NX5820 K System Upgrades

Single Domain

Single Processor

NX5821-1D1

System Package Style

Hardware

Single Domain

Single Processor

Performance Upgrades

NX5821-PL3

NXU58213-PL4

NX5821-PL4

NXU58214-PL5

Upgrade Package Style

Hardware

NXD58211-2D2

Order one of the following Performance Styles to match level of present Systems:

NX5821-PL3 NX5821-PL4 NX5821-PL5 NX5821-PL6 NX5821-PL7

Performance Style

Proms and Microcode

Upgrade Package Style

Proms and Microcode

Dual Domain

Dual Processor

NX5822-2D2

Dual Domain

Dual Processor

Performance Upgrades

NX5822-PL3

NXU58223-PL4

NX5822-PL4

NXU58224-PL5

NXU58222-2D3

Note: NX5822-2D2 must be at Performance Level NX5822-PL7 before upgrading to the NX5822-2D3.

Dual Domain

Multi Processor

NX5822-2D3

NXU58223-2D4

NX5822-2D4

NXU58224-2D5

NX5822-2D5

NXU58225-2D6

NX5822-2D6

NX5821-PL5

NXU58215-PL6

NX5821-PL6

NXU58216-PL7

NX5821-PL7

NX5822-PL5

NXU58225-PL6

NX5822-PL6

NXU58226-PL7

NX5822-PL7

Figure 2–11. NX5820 K Upgrade Diagram

NXU58226-2D7

NX5822-2D7

NXU58227-2D8

NX5822-2D8

NXU58228-2DA

NX5822-2DA

0823

2–30 7017 6300–005

Table 2–14. NX5820 K Upgrade Options Summary

Upgrade Type Converts Package Style

From To

Performance Upgrades for Single-Domain, Single- Processor Model Systems

Single-Domain, Single-Processor to DualDomain, Dual-Processor Upgrade

Performance Upgrades for Dual-Domain, Dual-Processor Systems

Dual-Domain, Dual-Processor to DualDomain, Multi-Processor Upgrade

Dual-Domain, Multi-Processor Upgrades NX5822-2D3

NX5821-PL3 NX5821-PL4 NX5821-PL5 NX5821-PL6

NX5821-1D1 NX5822-2D2 NXD58211-2D2

NX5822-PL3 NX5822-PL4 NX5822-PL5 NX5822-PL6

NX5822-2D2 NX5822-2D3 NXU58222-2D3

NX5822-2D4 NX5822-2D5 NX5822-2D6 NX5822-2D7 NX5822-2D8

NX5820 K System Upgrades

NX5821-PL4 NX5821-PL5 NX5821-PL6 NX5821-PL7

NX5822-PL4 NX5822-PL5 NX5822-PL6 NX5822-PL7

NX5822-2D4 NX5822-2D5 NX5822-2D6 NX5822-2D7 NX5822-2D8 NX5822-2DA

NXU58213-PL4 NXU58214-PL5 NXU58215-PL6 NXU58216-PL7

NXU58223-PL4 NXU58224-PL5 NXU58225-PL6 NXU58226-PL7

NXU58223-2D4 NXU58224-2D5 NXU58225-2D6 NXU58226-2D7 NXU58227-2D8

NXU58228-2DA

Table 2–15. Performance Upgrades for Single-Domain, Single-Processor Systems

Package Component Component Qty.

Style Style Style Description

NXU58213-PL4 NX5821-PL4 FUNCTIONAL SW/STYLE PROM 41 LEVEL 1 NXU58214-PL5 NX5821-PL5 FUNCTIONAL SW/STYLE PROM 51 LEVEL 1 NXU58215-PL6 NX5821-PL6 FUNCTIONAL SW/STYLE PROM 61 LEVEL 1 NXU58216-PL7 NX5821-PL7 FUNCTIONAL SW/STYLE PROM 71 LEVEL 1

7017 6300–005 2–31

NX5820 K System Upgrades

Table 2–16. NX5820 K Single-Domain, Single-Processor to Dual Domain, Dual-

Processor Upgrade (SDSP to DDDP)

Component Style Description Qty.

Package Style NXD58211–2D2

Order one of the following performance level style to match existing domain:

NX5821-PL3 with NX58231-PRK or

NX5821-PL4 with NX58241-PRK or

NX5821-PL5 with NX58251-PRK or

NX5821-PL6 with NX58261-PRK or

NX5821-PL7 with NX58271-PRK

ADP131-1T3 3 FT SCSI-1 to SCSI-3 CBL CA322-SCI SCSI-2W CHANNEL ADAPTER CA600-OMC CA600 OPERATIONAL MICROCODE CA626-BAS CTRL:HIG PERFORMANCE 802.3 BASE DSH600004-TBT ETHERNET CABLE, 4 METER DSH600007-TBT ETHERNET CABLE, 7 METERS

MSA104-192 MSUA BOARD, 1 CHIPSET, 4 REQUESTER, W/192-MB NX5800-DDA SYSTEM CONSOLE, DUAL DOMAIN ADAPTER NX580232-CMP DOMAIN ‘1’ COMPONENTS

NX5820-CMA NX5820 CABLE MANAGER, ADDITIONAL

NX5820-PSB BASIC POWER SUPPLY COMPLEMENT NX5822-CCK DOM1 CARD COMPL, CIOM (1 CIOM, 1 KIUB) PM3-CPU PROCESSOR MODULE CARD COMPLEMENT

RM2-AP2 APC II 2U RM-MODULE VX4000-XCR TRANSCEIVER, AUI/10BASET

FUNCTIONAL S/W, PERFORMANCE LEVEL 31K, W/PROM STYLE

FUNCTIONAL S/W, PERFORMANCE LEVEL 41K, W/PROM STYLE

FUNCTIONAL S/W, PERFORMANCE LEVEL 51K, W/PROM STYLE

FUNCTIONAL S/W, PERFORMANCE LEVEL 61K, W/PROM STYLE

FUNCTIONAL S/W, PERFORMANCE LEVEL 71K, W/PROM STYLE

Components required for above package style

4 2 1 1 2 1 1 1 1 1 1 1 1 2 4

2–32 7017 6300–005

NX5820 K System Upgrades

Table 2–17. NX5820 K Performance Upgrades for Dual Domain, Dual-Processor Systems

Package Component Component Qty.

Style Style Style Description

NXU58223-PL4 NX5822-PL4 FUNCTIONAL SW/STYLE PROM PL4 LEVEL 1 NXU58224-PL5 NX5822-PL5 FUNCTIONAL SW/STYLE PROM PL5 LEVEL 1 NXU58225-PL6 NX5822-PL6 FUNCTIONAL SW/STYLE PROM PL6 LEVEL 1 NXU58226-PL7 NX5822-PL7 FUNCTIONAL SW/STYLE PROM PL7 LEVEL 1

Table 2–18. NX5820 K Dual Domain, Dual-Processor To Dual Domain, Multi-

Processor Upgrade (DDDP to DDMP)

Component Style Description Qty.

Package Style NXU58222–2D3

PM3-CPU PROCESSOR MODULE CARD COMPLEMENT 1 MSK208-384 MSUK, 8 REQ, 384-MB 1 MSK208-MEM MSUK, 8 REQ, 0-MB 1

NX5823-PL7 FUNCTIONAL SW/STYLE PROM, 73 LEVEL 1 NX58273-PRK PROM LEVEL 73K 1

Notes:

1,2,3

1. The system being upgraded must be at Performance level NX5822-PL7 before installation of this upgrade style.

2. This style is used for upgrading a NX5822-72 which contain MSK104-192 boards to a NX5822-73. DIMMS must be transferred from both of the MSA104-192 boards to the MSK208-MEM board.

3. If the present system (NX5822-72) contains additional MSA104-192 boards (more than two) they must be replaced with MSK208-384 boards. Order style MEM208384-ADD at one each per MSA104-192 being replaced.

7017 6300–005 2–33

NX5820 K System Upgrades

Table 2–19. NX5820 K Dual Domain, Dual-Processor Multi-Processor Upgrades

(DDMP)

Component Style Description Qty.

Package Style NXU58223–2D4

PM3-CPU PROCESSOR MODULE CARD COMPLEMENT 1

NX5824-PL7 FUNCTIONAL SW/STYLE PROM, 74 LEVEL 1 NX58274-PRK PROM LEVEL 74K 1

Package Style NXU58224–2D5

PM3-CPU PROCESSOR MODULE CARD COMPLEMENT 1

NX5825-PL7 FUNCTIONAL SW/STYLE PROM, 75 LEVEL 1 NX58275-PRK PROM LEVEL 75K 1

Package Style NXU58225–2D6

PM3-CPU PROCESSOR MODULE CARD COMPLEMENT 1

PS3300-3V PWR SUP (3U) 360 VOLTS DC TO 3.3 DC 2

MSK208-384 MSUK BD, 8 REQUESTERS, 384-MB 2

NX5826-PL7 FUNCTIONAL SW/STYLE PROM, 76 LEVEL 1 NX58276-PRK PROM LEVEL 76K 1

Package Style NXU58226–2D7

PM3-CPU PROCESSOR MODULE CARD COMPLEMENT 1 MSK412-MEM MSUK, 4 CHIPSET, 12 REQUESTER, 0 MB 4

NX5827-PL7 FUNCTIONAL SW/STYLE PROM, 77 LEVEL 1 NX58277-PRK PROM LEVEL 77K 1

Package Style NXU58227–2D8

PM3-CPU PROCESSOR MODULE CARD COMPLEMENT 1

NX5828-PL7 FUNCTIONAL SW/STYLE PROM, 78 LEVEL 1 NX58278-PRK PROM LEVEL 78K 1

Package Style NXU58228–2DA

PM3-CPU PROCESSOR MODULE CARD COMPLEMENT 1

NX58210-PL7 FUNCTIONAL SW/STYLE PROM, 710 LEVEL 1 NX582710-PRK PROM LEVEL 710K 1

Notes:

2,3

1. This style is used to grade a NX5822-75 which contains 2 MSK208-384 boards to a NX5822-76.

2. This style includes 4, MSK412-MEM boards. This provides for replacement of the basic 2, MSK208-384 and the 2 MSK208-768 boards in the original NX5822-76 system. Memory DIMMS should be transferred from the existing MSK208 boards to the new MSK412 boards.

3. If there are more than 4, MSK208-384 boards present, additional MSK412-384 boards must be ordered to replace all MSK208-384 boards. (All memory in the system must be the same type.) Order style MSK412-MEM at one each per additional MSK208-384. Transfer DIMMs for the MSK208-384 board(s) to the MSK412-MEM board(s).

2–34 7017 6300–005

Section 3

Configuring System Options

How This Section Is Organized

This section discusses how system options are configured. It covers:

• Memory for the NX5820 and NX5820 K

− Describes memory components used in expanding memory

− Provides guidelines for configuring memory

• Channel expansion

• Redundant SCP

• Redundant switching hubs

• Additional operator/maintenance displays

• Operator work space

• Redundant power for NX5820 and NX5820 K

• Configuring additional OSS7000 device

• Configuring from NX5820 to NX5820 K systems

NX5820 and NX5820 K Memory

The NX5820 and NX5820 K utilizes the MSA and two styles of MSK memory boards for various system configurations. Each style of memory is unique to a range of system styles as follows:

• The MSA104-192 board is configured in NX5820 system styles NX5821-31 through

NX5822-72, and in NX5820 K system styles NX5821-1D1 and NX5822-2D2.

• The MSK208-384 board is configured in NX5820 system styles NX5822-73 through

NX5822-76, and in NX5820 K system styles NX5822-2D3 through NX5822-2D6.

• The MSK412-384 board is configured in NX5820 system styles NX5822-77 and NX5822-

78, and in NX5820 K system styles NX5822-2D7 through NX5822-2DA.

Table 3-1 shows the specific type and quantity of memory boards configured.

7017 6300–005 3–1

NX5820 and NX5820 K Memory

Table 3–1. Basic Memory Board Configuration By System Style

System Style Memory Style Basic Quantity Maximum Quantity

NX5820 SYSTEMS

NX5821-31 through -71 & NX582232 through -72

NX5822-73 through -75 MSK208-384 One per domain Three per domain

NX5822-76 MSK208-384 Two per domain Three per domain

NX5822-77 and -78 MSK412-384 Two per domain Three per domain

NX5821-1D1 and NX5822-2D2 MSA104-192 One per domain Three per domain

NX5822-2D3 through NX5822-2D5 MSK208-384 One per domain Three per domain

NS5822-2D6 MSK208-384 Two per domain Three per domain

NX5822-2D7 through NX5822-2DA MSK412-384 Two per domain Three per domain

MSA104-192 One per domain Three per domain

NX5820 K SYSTEMS

Each basic memory style board can be upgraded on a quadrant basis through the addition of DIMM sets. Refer to Table 3-2 for a description and comparison of the memory styles and upgrade components.

Table 3–2. NX5820 and NX5820 K Memory Styles and Upgrade Components

Style Description

MSA104 Style Memory

MSA104-192 Provides a four requestor MSA memory board with one chip set (two DRAMs) for a memory

capacity of 192 megabytes of storage. Up to two additional boards, each orderable under style MSA104-192, can be configured per domain.

MOD192-DM2 Provides one chip set (two DRAMs) for upgrading the memory capacity of the basic

MSA104-192 style memory board to 384 megabytes.

3–2 7017 6300–005

NX5820 and NX5820 K Memory

Table 3–2. NX5820 and NX5820 K Memory Styles and Upgrade Components (cont.)

Style Description

MSK208 Style Memory

MSK208-384 Provides a basic eight requestor MSK memory board with two chip sets (four DRAMs) for a

memory capacity of 384 megabytes of storage. Up to three boards, each orderable under style MEM298384-ADD, can be configured per domain.

MEM298384-ADD Provides one additional MSK208-384 memory board, plus an additional 3.3 V DC Power

Supply.

MOD384-DM2 Provides two chip sets (four DRAMs) for upgrading the memory capacity of the basic

MSK208-384 style memory board to 768 megabytes.

MSK412 Style Memory

MSK412-384 Provides a basic twelve requestor MSK memory board with attached mezzanine board and

two chip sets (four DRAMs) for a memory capacity of 384 megabytes of storage. Up to three boards, each orderable under style MEM412384-ADD, can be configured per domain.

MEM412384-ADD Provides one additional MSK412-384 memory board, plus an additional 3.3 V DC Power

Supply.

MOD384-DM2 Provides two chip sets (four DRAMs) for upgrading the memory capacity of the basic

MSK412-384 style memory board to 1536 megabytes in increments of 384 megabytes.

7017 6300–005 3–3

MSA104 Style Memory

The minimum memory capacity per domain utilizing the MSA style memory board is 192 megabytes. Memory capacity may be expanded to 1152 megabytes per domain in increments of 192 megabytes by adding up to two additional MSA104-192 boards and an additional MOD192−DM2 per memory board. MSA memory modules are 6U high cards.

Figure 3-1 depicts the board layout showing the location of the major components of the MSA memory board. Since memory increments are in bank and segment order, the basic 192 megabyte board will have two DIMMs (00 AND 10) installed. A DIMM is comprised of sixteen 16M X 4 BIT DRAMS and provides for 96 MB of memory. Memory capacity for the board is expanded to 384 MB by adding two additional DIMMS, 01 AND 11.

192 MBytes

(Quad)

MSUX ASIC

384 MBytes

DIMM 11

DIMM 10

DIMM 01

DIMM 00

MSA Memory Increments

Quads

DIMM No.

Storage

Mwords MBytes

192

64 384

Figure 3–1. MSA Board Layout

Clock

Circuitry

TAP

Linker

Bank 0

Seg 0 Seg 1

16Mx64

Full Quad

16Mx64

Full Quad

16Mx64

Full Quad

Bank 1

Seg 0 Seg 1

16Mx64

Full Quad

16Mx64

Full Quad

00 01 10 11

Connector

16Mx64

Full Quad

0091

3–4 7017 6300–005

MSK208 Style Memory

The minimum memory capacity per domain utilizing the MSK208 memory board is 384 megabytes. Memory capacity may be expanded to 2304 megabytes per domain in increments of 384 megabytes by adding up to two additional MSK208 memory boards and by adding two chip sets (four DIMMs) per memory board.

Figure 3–2 depicts the board layout showing the location of the major components of the MSK208 memory board. Since memory increments are in bank and segment order, further defined by the Server ASIC, the basic 384 MB board will have four DIMMS (00, 02, 10, 12) installed. A DIMM is comprised of sixteen 16M X4 BIT DRAMS and provides for 96 MB of memory. Memory capacity for the board is expanded to 768 MB by adding four additional DIMMS (01, 03, 11, 13).

MSK208 Style Memory

7017 6300–005 3–5

MSK208 Style Memory

Binary Value

Bank/Segment

ASIC number

Binary Value

Bank/Segment

ASIC number

MSK208 Memory

Quads

Increments

Storage

Mwords MBytes

128

DIMM No.

384

768

LVT16240

Buffers

DIMM 10

DIMM 11

DIMM 13

DIMM 12

DRAM DRAM DRAM DRAM DRAM DRAM

Connector ConnectorConnectorConnector

RAMPUP

Circuit

LVT16240

Buffers

DIMM 00

DIMM 01

DIMM 02

DIMM 03

JTAG

RAMPUP

Circuit

MSUX ASIC Number

Bank 0

Seg 0 Seg 1

16Mx64

1/4 Quad

16Mx64 1/4Quad

16Mx64

1/4 Quad

Bank 1

Seg 0 Seg 1

16Mx64

1/4 Quad

16Mx64

1/4 Quad

16Mx64

1/4 Quad

00 01 02 03 10 11 12 13

Bank 0

Seg 0 Seg 1

16Mx64

1/4 Quad

16Mx64

1/4 Quad

16Mx64

1/4 Quad

Bank 1

Seg 0 Seg 1

16Mx64

1/4 Quad

16Mx64

1/4 Quad

16Mx64

1/4 Quad

Connector

0087

Figure 3–2. MSK208 Board Layout

3–6 7017 6300–005

MSK412 Style Memory

The minimum memory capacity per domain utilizing the MSK412 memory board is 384 megabytes. Memory capacity may be expanded to 4608 megabytes per domain in increments of 384 megabytes by adding up to two additional MSK412 memory boards and by adding six chip sets (twelve DIMMs) per memory board.

Figure 3–3 depicts the board layout showing the location of the major components of the MSK412 memory board. Since memory increments are in bank and segment order, further defined by the Server ASIC, the basic 384 MB board will have four DIMMS (00, 10, 20, 30) installed. A DIMM is comprised of sixteen 16M X4 BIT DRAMS and provides for 96 MB of memory. Memory capacity for the board is expanded to 1536 megabytes by adding twelve additional DIMMS: (01,11, 21, 31); (02,12, 22, 32); and (03, 13, 23, 33).

MSK412 Style Memory

7017 6300–005 3–7

MSK412 Style Memory

Binary Value

Bank/Segment

ASIC number

Binary Value

Bank/Segment

ASIC number

DIMM 10

DIMM 00

DIMM 11

DIMM 13

DIMM 12

DIMM 30

DRAM DRAM DRAM DRAM DRAM DRAM

DIMM20

DIMM 02

DIMM 03

DIMM 01

DIMM 31

DIMM 21

DIMM 32

DIMM 22

DIMM 33

DIMM 23

MF7J3

MF7J4MF7J5MF7J6

LVT16240

Buffers

MSUP1

RAMPUP

Circuit

LVT16240

Buffers

MSUP2

RAMPUP

Circuit

MSK412 Memoru

Increments

Memory Incr

64 Meg Word

Quads

DIMM No.

Storage

Mwords MB ytes

384

768

128

1152

192

1536

256

MSUX ASIC Number

Bank 0

Seg 0 Seg 1

16Mx64

1/4 Quad

16Mx64

1/4Quad

16Mx64

1/4 Quad

16Mx64

1/4Quad

1/4 Quad

Bank 1

Seg 0 Seg 1

16Mx64

1/4 Quad

16Mx64

1/4 Quad

16Mx64

1/4 Quad

Bank 0

Seg 0 Seg 1

16Mx64

1/4 Quad

16Mx64

1/4 Quad

16Mx64

1/4 Quad

16Mx64

1/4 Quad

Bank 1

Seg 0 Seg 1

16Mx64

1/4 Quad

16Mx64

1/4 Quad

16Mx64

1/4 Quad

Bank 0

Seg 0 Seg 1

16Mx64

1/4 Quad

16Mx64

1/4 Quad

16Mx64

1/4 Quad

16Mx64

1/4 Quad

16Mx64

1/4 Quad

16Mx64

1/4 Quad

Bank 1

Seg 0 Seg 1

16Mx64

1/4 Quad

16Mx64

1/4 Quad

16Mx64

1/4 Quad

16Mx64

1/4 Quad

Bank 0

Seg 0 Seg 1

16Mx64

1/4 Quad

16Mx64

1/4 Quad

16Mx64

1/4 Quad

16Mx64

1/4 Quad

Bank 1

Seg 0 Seg 1

16Mx64

1/4 Quad

16Mx64

1/4 Quad

16Mx64

1/4 Quad

00 02 01 03 10 12 11 13 20 22 21 23 30 32 31 33

Figure 3–3. MSK412 Board Layout

16Mx64

1/4 Quad

0087A

3–8 7017 6300–005

Memory Slot Locations

A maximum of three MSA, MSK208 or MSK412 memory cards per domain can be configured. The maximum system capacity is 9216 megabytes using MSK412 memory cards. The memory card slot locations are listed in Table 3–3.

Table 3–3. Memory Card Slot Locations

NX5820 and NX5820 K

DOMAIN 0 DOMAIN 1

MSA-0 SLOT A0P1 MSA-0 SLOT B0P1

MSA-1 SLOT A1P1 MSA-1 SLOT B1P1

MSA-2 SLOT A2P1 MSA-2 SLOT B2P1

Memory Slot Locations

MSA Style Memory

MSK Style Memory

MSK-0 SLOT A0P1P2 MSK-0 SLOT B0P1P2

MSK-1 SLOT A1P1P2 MSK-1 SLOT B1P1P2

MSK-2 SLOT A1P1P2 MSK-1 SLOT B1P1P2

7017 6300–005 3–9

IOM Channel Expansion

See Section 5 for details on IOM options and guidelines for configuring these options.

Configuring Redundant SCP for the NX5820 and NX5820 K

The redundant SCP option enhances system redundancy and resiliency by providing a backup SCP capability to assume the system console role if the primary SCP becomes inoperable. It is only available on dual domain models.

See Table 3–4 for optional redundant system console package style and it’s associated component styles. This style provides redundant SCP capability only on dual domain systems.

Table 3–4. Redundant System Console Package Styles

For NX5820 and

Component Style Description

ADP68501-FTF 68F/50F SCSI ADAPTER 2 CBL12-APX CABLE ASSY, 12 FEET APEX SWITCH 1 CDR1740-SI 17-40X SCSI CD-ROM 1 DIM10072-128 PC100 SDRAM 128MB 1 DR20001-OK1 OK KIT 1 DR200081-Z DUAL RACK, AC PWR 1 DSR2500-512 500 MHz, W/512K 1 EVG2100-P 15” CLR MON HIGH-END 1 HDL917-W 9-GB P-WIDE SCSI 1 OS1000-CUS O/S: CUSTOMER SET-UP 1 PCK1-EXT CABLE, M TO F PS2 2 PCK104-SKB KEYBOARD 1 PCT1200-INT 1.2 GB QIC TAPE 1 PWM1-PS2 MOUSE, PS2 1 SCP5820-RCM NX5820 REDUNDANT COMMON MATERIAL 1 SVG100-EXT M TO F SVGA EXT CBL 1 USE1936-LC8 POWER “Y” CABLE, 250 VAC, 10 AMP 1 UXW2-DRV SCO DRIVER 1 UXW21-PED SCO UW PERS 1 UW6021-SDK SCO DEV. KIT 1 VX1300-FAS FASCIA, SERVER VX1300 (DR/2) 1 VX4008-SWT 8 PORT MON/KEYBD/MOUSE SWITCH 1 VX1820-CPS ClearPath SERVER APPLICATION 1

NX5820 K Package

Style RNX5820-SCP

Quantity

3–10 7017 6300–005

Configuring Redundant Switching Hubs

Redundant switching hubs enhance system redundancy and resiliency by providing a backup capability to the primary public switching hub.

• Package style for the NX5820 redundant public switching hub is NX5000-RDT which

includes the following items:

Component Style Name

VX5000–SWH Switching hub (Bay Networks) 1 CBL24–1 Ethernet 10Base-T (B to B) cable

• Order above redundant public switching hub options as necessary. The maximum

number is unlimited.

Description Quantity

assembly, 1 meter

Configuring Additional Displays

The following considerations apply when configuring additional displays:

• One monitor with keyboard and mouse is provided with the primary SCP (style

NX5820-SCP for NX5820 and NX5820 K systems). This monitor is shared with the servers.

• A second monitor with keyboard and mouse is provided with the redundant SCP

option (style RNX5820-SCP for NX5820 and NX5820 K systems).

• Up to six PC-based operator display workstations (ODWs) can be connected to both

the internal maintenance hub (private LAN) and the internal switching hub (public LAN) for operator display terminal (ODT) and maintenance use. For instructions to install software products and configurations for the ODW in a Windows NT environment, refer to ClearPath Enterprise Server NX Series with Windows NT

Implementation and Operations Guide (8807 6542).

Note: ODWs are a client responsibility. Requirements are listed below.

7017 6300–005 3–11

Configuring Additional Displays

Configuring Operator Display Workstations

ODWs are a client responsibility. The following minimum requirements apply:

• 120 Mhz Pentium processor that:

− Is capable of running Windows NT workstation at 3.51 or higher operating system

software

− Has a copy of SCO XVision (PC1-XV)

− Has Unisys custom SCP fonts (installed as part of the NX Administration utilities

after installing SCO XVision)

• Contains:

− Minimum 16-MB memory

− 1-MB video RAM

− 256-color display (minimum 1024 x 768 resolution)

− Minimum 1-GB hard disk drive

− 1.44-MB floppy disk drive

− CD-ROM drive with tray

− Ethernet LAN (10BaseT on the ClearPath private LAN)

− Ethernet LAN (10BaseT for use on the public LAN)

The following software products are among the choices in the market that enable an ODW to remotely administer ClearPath Windows NT environments:

• Windows NT Server resource kit

• MicroSoft BackOffice

Configuration Guidelines for SCP Monitors and ODW Displays

Table 3–5 lists guidelines for configuring monitors with keyboard, mouse, and ODW (ODT/maintenance) displays. Figure 3–4 show examples of typical single ODW arrangement.

3–12 7017 6300–005

Configuring Additional Displays

Table 3–5. Guidelines for Configuring SCP Monitors and ODW Displays

Configuration Guideline

Single-Domain/NonRedundant Dual Domain

Redundant Dual-Domain One monitor with keyboard and mouse is supplied with the system. It is shared

System

One monitor with keyboard and mouse is supplied with the system. It is shared with all other servers (up to 7 servers total) via the eight-way ST selector.

Up to six ODWs can be connected via the maintenance hub (Private LAN) and the switching hub (Public LAN).

with the SCP in domain 0 and servers in both domains via the eight-way ST selector.

One monitor with keyboard and mouse is supplied with the redundant console and servers connected to domain 1. It attaches to the domain 1 eight-way ST selector provided with the redundant console style.

Either monitor can be used for server windowing when not in use for SCP functions.

Up to six ODWs with GUI capability can be connected via the maintenance hub (Private LAN) and the switching hub (Public LAN).

Client

Maint

Hub

(Private

LAN)

Ethernet LAN

Client

Supplied

Hub

ODW

Switching

Hub

(Public

LAN)

Ethernet LAN

Client

Supplied

Hub

0709

Figure 3–4. Typical Client Supplied Single ODW Arrangement

7017 6300–005 3–13

Work Space

An optional console table is available for operator work space and/or placement of the monitor/keyboard/mouse shared by the SCP, the server, and the ST selector.

• Package style: TAB40-048, Console Table (40 inches by 48 inches by 40 inches high)

Redundant Power for the NX5820 and NX5820 K

• Component Style: NX5800-RPW (NX5820 and NX5820 K redundant power).

• One NX5800-RPW is optional per domain and must be ordered separately.

• Ensures that the power supply remains operational in the event of a single power

supply failure. Redundant cooling is already included within the NX5820 and NX5820 K system.

• Includes the following components:

Component Description Quantity

ac/dc bulk power supply 1 5 volts dc/dc power supply 1

3.3 volts dc/dc power supply 1

See Section 2 (NX5820 Power Layout and Requirement) for redundant power supply layout.

Configuring Additional OSS7000 Devices

Each system comes with a standard OSS7000 subsystem that contains two disks, one CDROM, and one QIC tape. This can be expanded as follows:

• Two additional 4-GB disks (Style OSD4111-S20) may be ordered for a maximum of four disks.

• One additional CD-ROM (Style OSD6201-RCD) or QIC tape (Style OSD1001-QTA) may be ordered for a maximum of three devices allowed (two being in the basic system).

Converting From NX5820 to NX5820 K Systems

Table 3–6 lists the package styles that are used when converting single and dual domain NX5820 systems to NX5820 K systems. It also lists the component styles and quantity used in each package style. See ClearPath Enterprise Server NX5800 Upgrades/NX5820 Migration Installation Guide, 7016 7143 for conversion instructions.

3–14 7017 6300–005

Converting From NX5820 to NX5820 K Systems

Table 3–6. Conversion Package Styles for NX5820 to NX5820 K Systems

Conversion

Package Style

From To

NXM582131-31K NX5821-31 NX5821-1D1/PL3 Migration KIU5820-PCA (KIUB BOARD) 1

NXM582141-41K NX5821-41 NX5821-1D1/PL4 Migration KIU5820-PCA (KIUB BOARD) 1

NXM582151-51K NX5821-51 NX5821-1D1/PL5 Migration KIU5820-PCA (KIUB BOARD) 1

NXM582161-61K NX5821-61 NX5821-1D1/PL6 Migration KIU5820-PCA (KIUB BOARD) 1

NXM582171-71K NX5821-71 NX5821-1D1/PL7 Migration KIU5820-PCA (KIUB BOARD) 1

Converts Consists of Component Style Qty.

Single Domain Systems

NXM5821-PL3 (Functional SW) 1 NXM582131-PRK (PROM) 1 NX5820-OPC (Console S/W) 1

NXM5821-PL4 (Functional SW) 1 NXM582141-PRK (PROM) 1 NX5820-OPC (Console S/W) 1

NXM5821-PL5 (Functional SW) 1 NXM582151-PRK (PROM) 1 NX5820-OPC (Console S/W) 1

NXM5821-PL6 (Functional SW) 1 NXM582161-PRK (PROM) 1 NX5820-OPC (Console S/W) 1

NXM5821-PL7 (Functional SW) 1 NXM582171-PRK (PROM) 1 NX5820-OPC (Console S/W) 1

Dual Domain Systems

NXM582232-32K NX5822-32 NX5822-2D2/PL3 Migration KIU5820-PCA (KIUB BOARD) 2

NXM5822-PL3 (Functional SW) 1 NXM582232-PRK (PROM) 1 NX5820-OPC (Console S/W) 1

NXM582242-42K NX5822-42 NX5822-2D2/PL4 Migration KIU5820-PCA (KIUB BOARD) 2

NXM5822-PL4 (Functional SW) 1 NXM582242-PRK (PROM) 1 NX5820-OPC (Console S/W) 1

NXM582252-52K NX5822-52 NX5822-2D2/PL5 Migration KIU5820-PCA (KIUB BOARD) 2

NXM5822-PL5 (Functional SW) 1 NXM582252-PRK (PROM) 1 NX5820-OPC (Console S/W) 1

NXM582262-62K NX5822-62 NX5822-2D2/PL6 Migration KIU5820-PCA (KIUB BOARD) 2

NXM5822-PL6 (Functional SW) 1 NXM582262-PRK (PROM) 1 NX5820-OPC (Console S/W) 1

7017 6300–005 3–15

Converting From NX5820 to NX5820 K Systems

Table 3–6. Conversion Package Styles for NX5820 to NX5820 K Systems

Conversion

Package Style

From To

NXM582272-72K NX5822-72 NX5822-2D2/PL7 Migration KIU5820-PCA (KIUB BOARD) 2

NXM582273-73K NX5822-73 NX5822-2D3/PL7 Migration KIU5820-PCA (KIUB BOARD) 2

NXM582274-74K NX5822-74 NX5822-2D4/PL7 Migration KIU5820-PCA (KIUB BOARD) 2

NXM582275-75K NX5822-75 NX5822-2D5/PL7 Migration KIU5820-PCA (KIUB BOARD) 2

NXM582276-76K NX5822-76 NX5822-2D6/PL7 Migration KIU5820-PCA (KIUB BOARD) 2

NXM582277-77K NX5822-77 NX5822-2D7/PL7 Migration KIU5820-PCA (KIUB BOARD) 2

NXM582278-78K NX5822-78 NX5822-2D8/PL7 Migration KIU5820-PCA (KIUB BOARD) 2

Converts Consists of Component Style Qty.

NXM5822-PL7 (Functional SW) 1 NXM582272-PRK (PROM) 1 NX5820-OPC (Console S/W) 1

NXM5823-PL7 (Functional SW) 1 NXM582273-PRK (PROM) 1 NX5820-OPC (Console S/W) 1

NXM5824-PL7 (Functional SW) 1 NXM582274-PRK (PROM) 1 NX5820-OPC (Console S/W) 1

NXM5825-PL7 (Functional SW) 1 NXM582275-PRK (PROM) 1 NX5820-OPC (Console S/W) 1

NXM5826-PL7 (Functional SW) 1 NXM582276-PRK (PROM) 1 NX5820-OPC (Console S/W) 1

NXM5827-PL7 (Functional SW) 1 NXM582277-PRK (PROM) 1 NX5820-OPC (Console S/W) 1

NXM5828-PL7 (Functional SW) 1 NXM582278-PRK (PROM) 1 NX5820-OPC (Console S/W) 1

3–16 7017 6300–005

Section 4

Configuring I/O Cabinets and Channel Racks

How to Use This Section

This section provides guidelines for configuring universal cabinet (UC) style rack-mount (RM) cabinets:

•

• "Configuring I/O Cabinets" describes cabinet components and provides guidelines for

• •

configuring the cabinets.

• "Configuring Channel Racks" describes channel rack components and provides

guidelines for configuring channel racks.

For information on configuring migration I/O cabinets and bases, refer to the documentation for systems from which these units are being migrated.

For information on configuring I/O devices, refer to the appropriate sections of the

A Series and ClearPath Enterprise Server NX Systems I/O Hardware Configuration Guide (7008 6087).

Configuring I/O Cabinets

The following open-front (no doors) styles of RM cabinets can be ordered with the system:

• BRM36-O and BRM36-O2

The following louvered door styles of RM cabinets can be migrated to the system:

• RM36-1 and RM36-2

Table 4–1 describes the cabinet styles. Table 4–2 provides guidelines for configuring the cabinets.

7017 6300–005 4–1

Configuring I/O Cabinets

Table 4–1. Cabinet Styles

Status Style Description

Orderable BRM36-O First or only open-front style cabinet in a row. 36U high.

BRM36-O2 Second and additional open-front style cabinets in a row. 36U high.

Migration RM36-1 First or only louvered-door style cabinet in a row. 36U high.

RM36-2 Second and additional louvered-door style cabinets in a row. 36U high.

Table 4–2. Configuration Guidelines for I/O Cabinets

Rule Description

1 Optional cabinets higher than 19U require a cable manager.

2 The following UIO style I/O bases can be migrated to the system. Refer to the documentation

for the system from which the units are being migrated for configuration information.

General guidelines are as follows:

•

RM9-IO1 - First I/O base in cabinet. Without fascia.

•

RM9-IO2 - Second and subsequent I/O bases in cabinet. Without fascia.

•

RM9-IO3 - Can be migrated with the installation of upgrade style RM934-CNV. With fascia.

•

RM9-IO4 - First I/O base in style cabinet. With fascia.

•

RM9-IO5 - Second and subsequent I/O bases in cabinet. With fascia.

Maximum capacities are as follows:

•

I/O bases per UC36 cabinet = 4 maximum

•

I/O bases per UC19 cabinet = 2 maximum

•

Cards per I/O base = 18 maximum

4–2 7017 6300–005

Configuring Channel Racks

Channel racks expand IOM connectivity beyond the channel slots provided in the system cabinet. Two styles of channel rack are available:

• RM5-CA4 - With fascia for open-door style cabinets

• RM5-CA5 - Without fascia, for louvered-door style cabinets

Each channel rack connection requires:

• CSB3-E3U – CSBUS3 External CMF W/3U Feedthru

• CSB3-E6U – CSBUS3 External CMF W/6U Feedthru

WARNING

When connecting external channel racks to a CS-bus III interface, check to ensure that only CS-bus III style components are used, that is, CSB3-3U or CSB3-6U feedthrough card and CSB3-XXC cable. Mixing CS-bus II and CS-bus III interface component styles on external channel rack interfaces will result in damage to the equipment.

Configuring Channel Racks

Table 4–3 describes channel rack components. Table 4–4 provides configuration guidelines. Table 4–5 provides guidelines for configuring the power net in channel racks. For guidelines on configuring the channels themselves and when to use external channel racks, refer to "Configuring Channels" in Section 5.

7017 6300–005 4–3

Configuring Channel Racks

Table 4–3. Channel Rack Components

Style Description

•

RM5-CA4 and RM5-CA5

These are modular channel racks used with RM-style open-front I/O cabinets to house external channel cards.

•

RM5-CA4 is with fascia, for BRM36-0 and BRM36-02 cabinets.

•

RM5-CA5 is without fascia, for BRM36-1 and BRM36-2 cabinets with louvered doors only.

•

Each rack contains four bays with four 3U slots each and accommodates up to sixteen 3U channel cards.

•

A conversion kit is available for converting adjacent 3U slots for 6U use

•

Each CS bus interface requires an optional CMF interface card and CS-bus cable (see below)

CSB3-E3U

CSB3-E6U

CSB35000-3U CMF Interface

CSB35000-6U CMF Interface

CSB3-20C CS-Bus III Interface Cable

Consists of:

•

One CSB35000-3U CS BUS3 Feedthru/Term 3U

•

One CSB3-20C Cable Assembly, CSBIII 20 feet

Consists of:

•

One CSB35000-6U CS BUS3 Feedthru/Term 6U

•

One CSB3-20C Cable Assembly, CSBIII 20 feet

•

Four RM5-6UF 6U Slot Filler, Channel Rack

•

Provided with CSB3-E3U for a 3U CS-bus III path from the IOM to an external channel rack.

•

Each option includes a 3U feedthrough/terminator card for the external channel rack.

See preceding warning.

•

Provided with CSB3-E6U options for a 6U CS-bus III path from the IOM to an external channel rack.

•

Each option includes a 6U feedthrough/terminator card for the external channel rack.

•

The options also include RM5-6UF covers (below) for unused 6U slots.

See preceding warning.

Included with CSB3-E3U and CSB3-E6U options to provide the channel path from the internal CS-bus to an external channel rack. (20 feet)

See preceding warning.

RM5-6UF 6U blank board included with CSB3-E6U option. Required for unused 6U slots.

CHN1-6T3 Channel Rack 6U to 3U board converter. It is used to accommodate an unused 6U

board slot to a 3U board slot. Allows a 3U channel card to be placed in an unused 6U slot.

4–4 7017 6300–005

Configuring Channel Racks

Table 4–4. Guidelines for Configuring Channel Racks

Area Rule/Recommendation

3U configurations Consists of four bays with four 3U channel slots each:

3U Bay 3U Bay

(3rd) (4th)

3U Bay3U Bay

(2nd)(1st)

Vertically adjacent bays can be electrically and logically configured so that one CSbus can service two bays with up to eight channels. The following configurations are possible:

•

Four CS-buses servicing four bays of four channels each

•

One CS-bus servicing eight channels in vertically adjacent bays and two CSbuses servicing two bays of four channels each

•

Two CS-buses servicing two sets of vertically adjacent bays of eight channels each

A22

See Table 5–3 for channel loading.

Mixed 3U/6U

Consists of adjacent 3U bays converted to 6U use:

configurations

3U Bay 3U Bay

(2nd) (3rd)

6U Bay

(1st)

A23

In the configuration shown, two 3U paths service the two upper bays and one 6U path services the lower bay. The 3U-to-6U conversion can be in either the upper or lower bays, or both. The following configurations are possible:

•

Two CS-buses servicing two bays of four 3U channels each and one CS-bus servicing one converted bay of four 6U channels

•

Two CS-buses servicing two bays of four 6U channels each

See Table 5–3 for channel loading.

Channel loading Each CS-bus can handle up to eight channel loads. The above configurations may

be limited to fewer channels than indicated, depending on the channel loading. See "Assigning Channel Loads" in Section 5.

Filler boards Unused 6U locations must contain a filler board. The RM5-6UF option provides one

6U filler board for this purpose and included with CSB3-E6U option.

7017 6300–005 4–5

Configuring Channel Racks

Table 4–5. Configuring Power Net in Channel Racks

Area Recommendation

Configuration For NX5820 systems, if the channel racks are daisy chained to one another and the CEC

section, use 9 Pin D to 9 Pin D Power Net cables (Style CBL8820-xxx, cable assembly 3446 6110-xxx).

The 9 Pin “Power Net In” connector (J5) is located on the left side in the rear of the channel rack. The 9 Pin “Power Net Out” connector (J4) is next to it.

Power Net Address

Termination Channel racks have internal termination. Only install Power Net terminator activation

Reference Refer to Channel Rack Installation Guide (3953 3893–502) or higher for further

Switches 3 (MSB) through 8 (LSB) are used for the Power Net address assigned to the channel rack. Switch 1 and 2 are not applicable.

jumpers at JP2 and JP4 if this channel rack is the last on the Power Net chain.

information on channel racks.

4–6 7017 6300–005

Section 5

Configuring the Input/Output Module

Introduction

This section explains how to configure the I/O module (IOM) and its components.

• It covers that portion of the Input/Output system considered part of the central

system; that is, from the IOB for the NX5820 or the KIUB for the NX5820 K to the Common Input/Output Module (CIOM) and including the channel interface.

• It does not cover from the channel interface outward. That information is included in

the Unisys e-@ction ClearPath Enterprise Servers A Series and NX Systems I/O Configuration Guide (7008 6087). See "Information Contained in the I/O Configuration Guide" at the end of this section for a list of topics.

How This Section Is Organized

The following topics are discussed in this section:

• How the IOM is organized

− IOM Logical organization

− IOM Physical organization

− IOM options

• Configuring channels

− Styles offered

− Assigning channel loads

− Configuration guidelines

− Configuration diagrams

• Where to find I/O subsystem information

7017 6300–005 5–1

How the IOM Is Organized

The IOM manages the I/O channels connected via the channel service (CS) busses and transfers data and control information to and from main storage via the memory interface. Each domain contains an IOM system.

IOM Logical Organization

Each IOM consists of two board types:

• Input/Output Bridge (IOB) for NX5820 or KIUB for NX5820 K which provides connectivity between the system memory and the I/O bus.

• Common Input/Output Module

− Each CIOM comes with four channel manager facility (CMFs) which provides four

CS-bus interfaces, one CS-bus per CMF.

− In addition, the first CIOM of each domain allows two of it's four CS busses to be

directed to the backplane to drive the internal channels. These same two CSbusses can also drive external channels.

− For NX5820, one CIOM of each domain is dedicated for IOU functionality. No

CMFs are available for CS-bus interfaces on this CIOM. Current NX5820 systems will only support four usable CIOMs per domain for CS-bus connectivity.

− NX5820 K systems will support five usable CIOMs per domain for CS-bus

connectivity. Optionally, one CIOM in domain 0 is dedicated for Multi IOU functionally, and one CIOM in domain 1 is dedicated for TCU functionally. These two CIOMs can not support CS-bus connectivity.

Figure 5–1 shows the over view of the IOM organization for the NX5820. Figure 5–2 shows the over view of the IOM organization for the NX5820 K.

Domain 0 Domain 1

4 CSBs

MSM

IOB

CIOM

4 CSBs

CIOMCIOM

IOM

CIOM

4 CSBs

CIOMCIOM

4 CSBs

MSM

IOB

CIOM

4 CSBs

IOM

CIOM

4 CSBs

2 of 4 busses can drive Internal and External Channels.

Dedicated CIOM for IOU functionality.

0710

Figure 5–1. NX5820 IOM Organization

5–2 7017 6300–005

How the IOM Is Organized

Domain 0

MSM

KIUB

4 CSBs

CIOMCIOM

4 CSBs

2 of 4 busses can drive Internal and External Channels.

Optionally dedicated for Multi-IOU functionality

Optionally dedicated for TCU functionality

** *

CIOM

CIOM CIOM

4 CSBs

CIOM

4 CSBs

Figure 5–2. NX5820 K IOM Organization

IOM Physical Organization

Each NX5820 and NX5820 K domain contains a front and rear card module assembly with specific locations for the IOB or KIUB, CIOMs, and internal channel rack. See Figure 5–3 for card module assembly for the NX5820 and Figure 5–4 for NX5820 K.

Domain 1

MSM

IOM

CIOM

4 CSBs 4 CSBs

4 CSBs

CIOMCIOM

4 CSBs

KIUB

** *

CIOM CIOM

4 CSBs

CIOM

IOM

0710A

The front card module assembly contains:

• One card slot per domain accepts a 6U IOB or KIUB card (slot A5 for Domain 0, slot

B5 for Domain 1).

The rear card module assembly contains:

• One card slot per domain accepts the first 9U CIOM card (slot A4 for Domain 0, slot

B4 for Domain 1).

• For NX5820, one card slot per domain for the middle 9U CIOM card dedicated for IOU

functionality (slot A6 for domain 0, slot B6 for domain 1). Optional card slots per domain for the second, third, and fourth 9U CIOM cards (slot A5, A7, and A8 for Domain 0, slot B5, B7, and B8 for Domain 1).

• For NX5820 K, optional card slots per domain for the second, third, fourth, fifth, and

sixth 9U CIOM cards (slot A5, A6, A7, A8 and A9 for Domain 0, slot B5, B6, B7, B8, and B9 for Domain 1).

• Twelve 3U card slots per domain within the internal channel rack to accept channel

cards. Eight 3U card slots (lower rows) can be converted into 6U card slots.

• Each CS-bus interface can support up to sixteen channel loads (see ”Assigning

Channel Loads”).

• The first CIOM per domain (slot A4 for Domain 0, slot B4 for Domain 1) can support

up to four CS-Busses plus two internal busses as follows:

7017 6300–005 5–3

How the IOM Is Organized

CMF# Used for channels Channel Loads

CMF0 External CMF0 and CMF4 are combined for 16 loads

CMF4 Internal

CMF1 External CMF1 and CMF5 are combined for 16 loads

CMF5 Internal

CMF2 External 16 loads

CMF3 External 16 loads

• With optional CS Bus connectivity CIOMs installed (Style CIM9-ADD), an additional four CS busses are available per CIOM (CMF0, 1, 2, 3), all being external CS busses with 16 channel loads each.

First CIOM Per Domain

Domain 0 Domain 1

Operator

Panel

Cooling

Module

Operator

Panel

AC Inlet AC Inlet

Cooling Module

Power Module Power Module

A4A3A2A1A0 B4 B3 B2 B1 B0

a c

B0 B9 A9 A0

Channels

Channels Channels

* *

Air Inlet Air Inlet

Front V iew Rear View

The first CIOM board in the domain goes into this slot.

Required CIOM Board for IOU functionality (CMF CS busses

can not be used).

Domain 0Domain 1

L o g

Internal Channel Rack

Channels

* *

a c k

0700

Figure 5–3. Card Module Assembly for NX5820

5–4 7017 6300–005

How the IOM Is Organized

Domain 0 Domain 1

Cooling

Module

Operator

Panel

Operator

Panel

AC Inlet AC Inlet

Power Module Power Module

A4A3A2A1A0 B4 B3 B2 B1 B0

a c

B0 B9 A9 A0

Channels

Channels Channels

* *

Air Inlet Air Inlet

Front View Rear View

The first CIOM board in the domain goes into this slot.

Cooling

Module

Domain 0Domain 1

L o g

Internal Channel Rack

Channels

* * *

a c k

Optionally dedicated for TCU functionality

Optionally dedicated for Multi-IOU functionality

***

Figure 5–4. Card Module Assembly for NX5820 K

IOM Options

• CMF external connectivity options

• CIOM upgrade

CMF External Connectivity

Table 5–1 lists the corresponding package styles required for connection of an external CS-bus to an external channel rack (RM5-CA4 or RM5-CA5) and includes the appropriate Feedthru board (3U or 6U Feedthru depending on the style below). Order one package style for each CMF to be connected to external channel rack(s). When migrating channels from older systems, order appropriated CSB3-E3U or CSB3-E6U kits to provide CSBus 3 type cables and interface cards.

0700A

7017 6300–005 5–5

How the IOM Is Organized

Table 5–1. CMF External Connectivity Options

Package Style

Name

CSB3–E3U CS Bus 3 External CMF with 3U Feedthru.

CSB3–E6U CS Bus 3 External CMF with 6U Feedthru.

Component Style

Qty. Description/Content

Name

CSB35000–3U 1 CS Bus 3 Feedthru/Terminator card, 3U.

CSB3–20C 1 Cable assembly, CSB 3, 20 feet.

CSB35000–6U 1 CS Bus 3 Feedthru/Terminator card, 6U.

RM5–6UF 4 6U Slot filler, channel rack.

CSB3–20C 1 Cable assembly, CSB 3, 20 feet.

CIOM Upgrade

For NX5820, four CIOMs (two per domain) are included with each system configured. For NX5820 K, two CIOMs (one per domain) are included with each system configured. For NX5820, up to a maximum of six (three per domain) additional CIOMs are allowed per system. For NX5820 K, up to a maximum of ten (five per domain) additional CIOMs are allowed per system. For additional CIOMs, order package style CIM9-ADD. It includes the following:

− One IOM9-CRD CIOM PC Assembly

− One NX5820-CMA Additional Cable Manager

5–6 7017 6300–005

Configuring Channels

This subsection:

• Identifies channel adapter styles supported on the system

• Provides channel loading for supported styles

• Provides guidelines for configuring channels

• Provides typical channel configuration diagrams

Styles Offered

Table 5–2 identifies the channel adapter styles supported on the system. Channel adapters listed as "new" can be purchased with the system. Channel adapters listed as "migration" can be migrated from existing systems. Channel adapters listed as “planned” are to be qualified in the future.

Table 5–2. Supported Channel Adapter Types

Configuring Channels

Style Description Support Status

CA301-MLI MLI channel New

CA312-SCI SCSI-2N channel Migration

CA322-SCI SCSI-2W channel New

CA332-SCI SCSI-Ultra Wide Channel New

CA601-FDI FDDI channel Migration

CA602-FDI FDDI channel Migrated

CA604-FDI CDDI channel TBD

CA622-BAS Entry-level 802.3 channel Migration

CA626-BAS High performance 802.3 channel New

CA6552-OC3 ATM channel Migration

CA65516-OC3 ATM channel New

CA6552 ATM channel New

FCA621-CU Fibre channel (Copper) Planned

FCA622-SW Fibre channel (Short) New

FCA623-LW Fibre channel (Long) New

MAINTLAN Part of NX5821-CCC or NX5822-CCC New

PCI3-FTH PCI thru bridge card New

7017 6300–005 5–7

Configuring Channels

Assigning Channel Loads

Table 5–3 provides CS-bus loading guidelines for the various channel configurations. CS-bus loading is dependent on bus demand factor (BDF), which provides a gauge of CSbus availability when the channel requires service. When there are many channels on the CS-bus vying for service simultaneously, there is a low probability of any one of the channels being granted instantaneous access to the bus. Such a configuration would offer greater connectivity, but the BDF would be low. Conversely, if the channel requires immediate access to the bus, the BDF would be high. Such a configuration would offer greater performance.

In Table 5–3, note that BDF increases as the bus demand increases such that at maximum performance, connectivity is of secondary importance; conversely, at maximum connectivity, performance is of secondary importance. The balanced performance/connectivity column reflects loading where performance and connectivity receive approximately equal consideration.

Note: To achieve results representative of the performance and connectivity profiles

in the tables, it is recommended that bus loading be limited to sixteen loads per bus for CIOM CS-Busses.

Table 5–3. CIOM CS-Bus Channel Loading

Bus Demand Factor

Channel Type Maximum

Performance

802.3 (two ports) 3 loads 1 load 1 load

ATM (full duplex)

FDDI/CDDI 5 loads 1 load 1 load

Fibre 8 loads 4 loads 4 loads

MAINTLAN 1 load 1 load 1 load

MLI 6 loads 2 loads 1 load

PCI thru 10 loads 4 loads 2 loads

SCSI-2N 8 loads 2 loads 1 load

SCSI-2W 10 loads 3 loads 2 loads

SCSI-ULTRA 12 loads 3 loads 2 loads

Notes:

1. BDF = Equivalent loads per channel.

2. Refer to ATM Channel Adapter Style CA6552–OC3 Configuration Guide in the About This Guide section for loading applicable to specific configurations.

8 loads 4 loads 2 loads

Performance/Connectivity

Balanced

Maximum Connectivity

5–8 7017 6300–005

Configuration Guidelines

Figure 5–5 is a CIOM/CMF/CS-Bus and channel diagram. Table 5–4 provides guidelines for configuring channels.

Configuring Channels

First CIOM

(Card slot A4 for Dom 0; B4 for Dom 1)

C M

0/4

C M

1/5

C M

F 2

C M

F 3

CS Bus 0

CS Bus 1

CS Bus 2

CS Bus 3

Additional CS-Bus CIOMs

(Card slots A5, A7, A8, A9 for Dom 0; B5, B7, B8, B9 for Dom 1)

Eight Channels Total (Internal Channel Card slots

A0 - P1; A1 - P1;

A2 - P1; A3 - P1;

and/or External Channels)

Eight Channels Total (Internal Channel Card slots

A0 - P2; A2 - P2; A0 - P3; A2 - P3;

and/or External Channels)

To Server

Eight Channels Total (All External)

A1 - P2; A3 - P2; A1 - P3; A3 - P3;

F 0

F 1

F 2

F 3

CS Bus 0

CS Bus 1

CS Bus 2

CS Bus 3

Eight Channels Total (All External)

Note: For NX5820 Max Channels: 4 X CIOM/Domain (8 CIOMs)

254 Logical Channels per system

Note: For NX5820 K Max Channels: 5 X CIOM/Domain (10 CIOMs)

254 Logical Channels per system

0712A

Figure 5–5. CIOM/CMF/CS-BUS and Channel Diagram

7017 6300–005 5–9

Configuring Channels

Table 5–4. Guidelines for Configuring Channels

Rule Description

Number of CMFs per CIOM

CS-bus interfaces

Standard: 4 CMFs per CIOM (CMF 0, 1, 2, 3 per CIOM) Maximum: Up to a maximum of 16 external CMFs per domain (32 CMFs per system) for

NX5820.

Up to a maximum of 20 external CMFs per domain (40 CMFs per system)for

NX5820 K.

A minimum of four CS-bus interfaces per CIOM are provided. When using up to 4 CIOMs

with CS-bus connectivity, there are a maximum of 16 CS buses per domain for NX5820. When using up to 5 CIOMs with CS-bus connectivity, there are a maximum of 20 CS buses per domain for NX5820 K.

For all models, one additional CS-bus interface is required for each server attached to

the system. As an option, servers can be connected via the PCI thru card. Refer to optional configurations in this section.

For the first CIOM in each domain, two of the four standard CMF/CS-bus interfaces

(CMF0/4 and CMF1/5) can service channels in the internal channel rack located within the module assembly, plus additional external channels (up to 8 channels maximum per CS-bus).

CS-bus interfaces can be connected to an external channel rack via optional package

styles listed in Table 5–1.

Each CS-Bus interface can service up to sixteen channel loads; however, see “Assigning

Channel Loads” earlier in this section. Channel loads should be balanced across CMFs, CS-busses, and domains.

5–10 7017 6300–005

Table 5–4. Guidelines for Configuring Channels

Rule Description

Configuring Channels

Channels

Total Channels for NX5820 System:

A total of 254 logical channels are available per system. For Domain 0, 130 physical channel connections are available (15 external CMFs x 8 =

120 channels plus 10 internal channels. One CMF use for dedicated server. Of the 10 internal channels, 4 are required for reserved channels, leaving 6 available for internal channels).

For Domain 1, 138 physical channel connections are available (16 external CMFs x 8 =

128 channels plus 10 internal channels. No dedicated server. Of the 10 internal channels; 4 are required for reserved channels, leaving 6 available for internal channels).

Up to two (one per domain) CIOM are required for IOU functionality.

Total Channels for NX5820 K System:

A total of 254 logical channels are available per system. For Domain 0, 162 physical channel connections are available (19 external CMFs x 8 =

152 channels plus 10 internal channels. One CMF use for dedicated server. Of the 10 internal channels, 4 are required for reserved channels, leaving 6 available for internal channels).

For Domain 1, 170 physical channel connections are available (20 external CMFs x 8 =

160 channels plus 10 internal channels. No dedicated server. Of the 10 internal channels; 4 are required for reserved channels, leaving 6 available for internal channels).

Optionally, one CIOM in domain 0 is dedicated for Multi IOU functionality and one CIOM in

domain 1 is dedicated for TCU functionality. These two optional CIOMs can not support CS-bus connectivity.

Reserved channels per domain:

One SCSI–2W channel (two channel loads) (3U) dual initiated for the QIC tape and CD-

ROM in the OSS7000.

One SCSI–2W channel (two channel loads) (3U) dual initiated for two hard drives in the

OSS7000.

One MAINTLAN channel (one load) (6U) for the Maintenance Hub. One 802.3 high performance channel (one load) (6U) for the public LAN (Switching Hub).

Considerations The following considerations apply when configuring channels:

Each SCSI, MLI, and PCI thru channel card occupies one 3U card slot. Each 802.3 LAN and MAINTLAN channel card occupy two 3U card slots (6U high) Each FDDI, CDDI, ATM, and Fibre channel card occupy four 3U card slots (2 X 6U high).

Each additional 6U high channel card reduces the number of slots available for 3U

channel accordingly.

7017 6300–005 5–11

Configuring Channels

Configuration Diagrams

Figure 5–6 and Figure 5–7 are examples of typical channel configurations. Actual configurations may vary depending on the number and types of channels configured. Figure 5–8 shows the typical locations of the PCI thru card when used optionally to connect a server via the internal channel rack or remote channel rack. The following rules apply:

• Reserved channels occupy preassigned channel card slots; however, the locations

assigned to the channels in these examples are typical. The actual card slots occupied by the MAINTLAN, 802.3, and SCSI–2W cards may vary with the system.

• All configurations are subject to channel loading considerations; that is, channel

loading is restricted to sixteen channel loads per CMF.

Table 5-5 list the various channel assignments and configurations.

Table 5–5. NX5820 Channel Assignments and Configurations

Name/Use Description

CS-4, CS-5 The internal bus from CMFn to the corresponding row of channel card slots in

the internal rack.

CS-0, CS-1, CS-2, CS-3 The external bus from CMFn to an external channel or server’s PCI bridge

(Windows NT only)

A0 to A9 or B0 to B9 Module card slot locations.

P1, P2, P3 Module card row number.

R1 to R8 The requestor channel number associated with the corresponding card slot in

the internal channel rack. If a channel card occupies more than one card slot, the requestor channel number assumes the lowest logical number of the card slots occupied.

MAINTLAN Each domain requires a MAINTLAN channel for access to the Maintenance Hub

for private use. The channel was arbitrarily assigned to card slot A0 (P2 &P3) or B0 (P2 &P3) for NX5820.

CA322-SCI Each domain requires two dual-initiated SCSI-2W channels. One channel

services the QIC tape and CD-ROM located in the OSS7000 rack. The second channel serviced two disks also located in the OSS7000 rack. The channels were arbitrarily assigned to card slots A3 (P3) and B2 (P3) or B3 (P3) and A2 (P3).

CA626-BAS Each domain requires an 802.3 channel card for access to an 802.3 Ethernet

Public LAN and is available for client use. The channel was arbitrarily assigned to card slots A1 (P2 & P3) or B1 (P2 & P3)

PCI3-FTH Optional connection of a server via PCI thru bridge card. See Figure 5-8 for

optional configurations of the PCI thru card. PCI3-FTH is shipped from the factory to be used with relative address 3 in channel racks.

5–12 7017 6300–005

Unisys NX5820 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

About This Guide

How to Use This Guide

What Product Models Are Covered

System Architecture

Features

Technology Enhancements

System Partitioning

Single Domain

Dual Domain

Single Monolithic Partition

Two Separate Partitions

Hardware Overview

Type of Computing System

The System Cabinet

Central Equipment Complex (CEC) Section

Expansion Sections

SVGA Monitor and Keyboard with Mouse

The I/O Subsystem

Rack-Mounted Devices

System Cabinet Organization

Other I/O Devices

Supported Peripherals

System Components

How This Section Is Organized

NX5820 Products

Single-Domain, Single-Processor (SDSP) NX5821 Models 31 to 71

Dual-Domain, Multiple-Processor (DDMP) NX5822 Models 32 to 78

NX5820 Product Configurations

ClearPath Enterprise Server NX5822 Dual-Domain, Multi-Processor (DDMP) Configurations Models 32 through 78

NX5820 Companion Package Style

NX5820 K Products

Single-Domain, Single-Processor (SDSP) NX5821 – BAS Models

Dual-Domain, Dual Processor (DDDP) NX5822 – BAS Models

Dual-Domain, Multiple-Processor (DDMP) NX5822 – BAS Models

NX5820 K Product Configurations

ClearPath Enterprise Server NX5822–BAS Dual-Domain Configurations

NX5820 K Processor Package Style

Cables

Power Layout and Requirements

Redundant Power/Cooling

NX5820 System Upgrades

NX5820 K System Upgrades

How This Section Is Organized

NX5820 and NX5820 K Memory

MSA104 Style Memory

MSK208 Style Memory

MSK412 Style Memory

Memory Slot Locations

IOM Channel Expansion

Configuring Redundant SCP for the NX5820 and NX5820 K

Configuring Redundant Switching Hubs

Configuring Additional Displays

Configuring Operator Display Workstations

Configuration Guidelines for SCP Monitors and ODW Displays

Work Space

Redundant Power for the NX5820 and NX5820 K

Configuring Additional OSS7000 Devices

Converting From NX5820 to NX5820 K Systems

How to Use This Section

Configuring I/O Cabinets

Configuring Channel Racks

Introduction

How This Section Is Organized

How the IOM Is Organized

IOM Logical Organization

IOM Physical Organization

IOM Options

CMF External Connectivity

CIOM Upgrade

Configuring Channels

Styles Offered

Assigning Channel Loads

Configuration Guidelines

Configuration Diagrams