Libra Model 585 and 595 System Configuration Guide

ClearPath Plus Server 

Libra Model 585 and 595 

System Configuration Guide 

Printed in USA 

April 2005 3828 7306–000



System Configuration Guide 

© 2005 Unisys Corporation. 

All rights reserved. 

Printed in USA 

April 2005 3828 7306–000 

UNISYS

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trademarks of their respective holders.



System Configuration 

Guide 

ClearPath Plus 

Server 

Libra Model 585 

and 595 

System 

Configuration 

Guide 

3828 7306–000 3828 7306–000 

Bend here, peel upwards and apply to spine.

Contents 

Section 1. Introduction 

Audience ............................................................................................... 1–1 

Prerequisites ......................................................................................... 1–1 

About This Document ........................................................................... 1–1 

Related Product Information................................................................. 1–3 

Section 2. Configuration Overview 

System Styles ....................................................................................... 2–1 

Other Configured Components ........................................... 2–3 

Native MCP Add-On Partition Styles .................................................... 2–4 

Cabinet Layouts .................................................................................... 2–6 

Section 3. Configuration Reference Information 

Section 4. Sample Configurations 

Basic System Information ................................................... 3–2 

Basic System Configurations............................................... 3–5 

ClearPath ePortal ............................................................... 3–13 

Open Partitions.................................................................. 3–16 

Auxiliary Cabinet Add-Ons ................................................. 3–19 

System Connectivity Options ............................................ 3–20 

External Storage Options – SCSI....................................... 3–23 

External Storage Options – Fiber Channel......................... 3–28 

Service Offerings (U.S. and Canada Only)......................... 3–37 

Performance Options ........................................................ 3–39 

System Performance – Libra 585 ............................. 3–39 

Libra 595 Enabler and Usage Rates.......................... 3–44 

Libra 585 IOEs .......................................................... 3–55 

Libra 585 SDK IOEs and SSUs.................................. 3–59 

Libra 595 UOEs and SSUs ........................................ 3–63 

Pre-Paid Usage Pricing Model .................................. 3–70 

Companion Packages ........................................................ 3–71 

Peripheral Power Control Configurations.............................................. 4–2 

Management Server Configuration Requirements ............................... 4–4 

Management Server Hardware Requirements ................... 4–4 

Management Server Software Requirements .................... 4–4 

IEA-IOP Configuration ........................................................................... 4–6 

3828 7306–000 iii

Contents 

Boot Drawer, CNA, and CCP IP Addresses...........................................4–7 

Boot Drawer Configuration....................................................................4–9 

Complex Private LAN Configuration ....................................................4–10 

Section 5. System Software 

Libra Model 585 Software and Subscriptions .......................................5–2 

Operating Environment Packages, SSU 

Subscriptions, and MCP Image Enablers.........................5–3 

Windows Server 2003 Operating System Styles ..................................5–4 

Windows Server 2003 Enterprise Edition ............................5–4 

Windows Server 2003 Datacenter Edition...........................5–5 

Linux Operating System Styles .............................................................5–7 

Operating Environment Packages .........................................................5–8 

Section 6. SCSI Device Guidelines 

Introduction............................................................................................6–1 

CA322-SCI and CA332-SCI Termination...............................6–2 

Subsystem Configuration Guidelines ....................................................6–3 

Tape Storage Subsystems Configuration Guidelines ............................6–3 

DSI ALP60 Linear Tape Open (LTO) Gen2...........................6–3 

ALP/SDLT320 Tape Subsystem ...........................................6–4 

DSI ALP8700 Tape Subsystem ............................................6–8 

Section 7. Fibre Channel Device Guidelines 

General ..................................................................................................7–1 

Qualification Status ..............................................................7–1 

Configuration Guideline........................................................7–1 

Minimum CS Bus Fibre Channel Adapter Revisions............7–2 

FCA-HP CS Bus Channel Loading ........................................7–3 

Fibre Channel PCI Adapter (FCA1850-LC) .............................................7–4 

Setting Up Storage Area Network Fabrics and 

Creating Zones.................................................................7–5 

Fibre Channel Disk Subsystems............................................................7–5 

ESM7700 Fibre Channel RAID Subsystem 

Configuration....................................................................7–5 

Bringing the ESM7700/CSM7700 Online....................7–6 

Guidelines for Installing the EuroLogic JBD2000 

JBOD Rack.......................................................................7–6 

CX300, CX500, and CX700 Open Storage RAID 

Subsystem Configuration Guidelines...............................7–7 

Fibre Channel Tape Subsystems ...........................................................7–8 

CTS9840 Fibre Channel Tape Configuration ........................7–8 

CTS9840B Fibre Channel Tape Configuration 

Guidelines ........................................................................7–8 

CTS9840C Fibre Channel Tape Configuration 

Guidelines ........................................................................7–9 

iv 3828 7306–000

Contents 

Guidelines for Installing the CTB9940 Fibre Channel 

Tape Drive ..................................................................... 7–11 

Fibre Channel Linear Tape-Open (LTO) Gen2 Tape 

Drive for CLU Libraries.................................................. 7–13 

Brocade Fibre Channel Switches........................................................ 7–15 

Section 8. Channel Rack Configuration Guidelines 

Section Description............................................................................... 8–1 

Remote Channel Rack Configuration Considerations........................... 8–1 

Bus Loading .......................................................................................... 8–4 

Bus Loading for A Series and NX Systems Channel 

Adapters .......................................................................... 8–5 

Remote Channel Rack Board Installation.............................................. 8–7 

Blank Board and Middle Support Guidelines ........................................ 8–9 

Style RM5–CA3 ................................................................... 8–9 

Styles RM5–CA4 and RM5–CA5 ......................................... 8–9 

Converting 3U Card Slots to Accept 6U Cards ................................... 8–10 

Channel Rack Configuring................................................................... 8–11 

Appendix A. Host Bus Adapter Cables 

SCSI Host Bus Adapter.........................................................................A–2 

Fibre Channel ........................................................................................A–4 

DB9-to-DB9 Cables..............................................................A–4 

DB9-to-HSSDC Cables.........................................................A–5 

HSSDC-to-HSSDC Cables....................................................A–5 

HSSDC–2-to-DB9 Cables.....................................................A–5 

HSSDC-to-HSSDC–2 Cables................................................A–6 

LC-to-SC, 1 Gb Shortwave Optical Cables ..........................A–7 

LC-to-LC, 2 Gb Shortwave Optical Cables...........................A–7 

Longwave Cables ................................................................A–8 

Monitor, Keyboard, and Mouse ............................................................A–8 

LAN .......................................................................................................A–8 

Appendix B. Channel Rack Cables 

How To Use This Appendix ..................................................................B–1 

Cables Listed by Use ............................................................................B–3 

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

3828 7306–000 v

Contents 

vi 3828 7306–000

Figures 

2–1. Libra Model 585 and 595, Style LM5x5-141...................................................... 2–6 




2–5. Libra Model 585 and 595, Style LM5x5-443.................................................... 2–10 

4–1. Single Service Processor Power Control Connection ........................................ 4–2 

4–2. Dual Service Processor Power Control Connections......................................... 4–3 

4–3. IEA-IOP VLAN Capability.................................................................................... 4–6 

4–4. Typical Boot Drawer Configuration .................................................................... 4–9 

4–5. Complex Private LAN Configuration ................................................................ 4–10 

6–1. CA322-SCI and CA332-SCI Internal Termination ............................................... 6–2 

6–2. SCSI Wide and Ultra Cable Diagram.................................................................. 6–2 

7–1. FCA6xx-xx Part Number Location...................................................................... 7–2 

7–2. FCA1850-LC Functional Block Diagram ............................................................. 7–4 

8–1. Backplane Layout with Bus Locations ............................................................... 8–4 

8–2. 6U Upper and 3U Lower Configuration ............................................................. 8–8 

8–3. 3U Upper and 6U Lower Configuration ............................................................. 8–8 

A–1. Connecting External Tape Drives.......................................................................A–3 

3828 7306–000 vii

Figures 

viii 3828 7306–000

Tables 

2–1. Libra Model 585and 595 Basic System Configurations ..................................... 2–2 

2–2. Libra Model 585 and 595 Add-on Partition Styles.............................................. 2–4 

4–1. Boot Drawer IP Addresses ................................................................................ 4–7 

4–2. CNAE IP Addresses ........................................................................................... 4–8 

4–3. Crypto Co-processor IP Addresses.................................................................... 4–8 

5–1. Workloads Offered on Libra Model 585 and 595 Servers ................................. 5–2 

5–2. Windows Server 2003 Enterprise Edition, Style WNE320008-LI ...................... 5–4 

5–3. Windows Server 2003 Datacenter Edition – Full Update Subscription.............. 5–5 

5–4. Windows Server 2003 Datacenter Edition – Tested Service Pack 

(Limited) Subscription.................................................................................... 5–6 

5–5. Windows Server 2003 Datacenter Edition – Full Update Subscription 

for Adding Processors ................................................................................... 5–6 

5–6. Windows Server 2003 Datacenter Edition – Tested Service Pack 

(Limited) Subscription for Adding Processors ............................................... 5–7 

6–1. Wide SCSI Configuration Guidelines.................................................................. 6–1 

6–2. Wide SCSI Cable Styles and Usage................................................................... 6–3 

6–3. Minimum ClearPath System Software Required for DSI ALP60 

Support .......................................................................................................... 6–3 

6–4. Minimum ClearPath System Software Required for DSI ALP320 

Support .......................................................................................................... 6–4 

6–5. DSI ALP320 Styles............................................................................................. 6–5 

6–6. SCSI-2W (Wide) Cable Styles for ALP320 ......................................................... 6–6 

6–7. Minimum ClearPath System Software Required for STK SDLT320 

Support .......................................................................................................... 6–6 

6–8. STK DLP320 Styles ............................................................................................ 6–7 

6–9. SCSI-2W (Wide) Cable Styles for DLP320 ......................................................... 6–7 

6–10. SCSI-2W (Wide) Cable Styles for ALP8700 ....................................................... 6–8 

7–1. FCP Channel Adapter Configuration Guidelines ................................................ 7–1 

7–2. CS Bus Channel Loading.................................................................................... 7–3 

7–3. Minimum Software Levels for Configuring a JBD2000..................................... 7–6 

7–4. Deviation and Risk Assessment ........................................................................ 7–6 

7–5. Minimum Software Levels for Configuring a CX300, CX500, or CX700............ 7–7 

7–6. Minimum Software Levels for Configuring a CTS9840C................................... 7–9 

7–7. Minimum Software Levels for Configuring a CTB9940................................... 7–11 

7–8. Deviation and Risk Assessment ...................................................................... 7–12 

7–9. LTO Gen2 ClearPath System and System Software Supported ..................... 7–13 

7–10. Qualified System Software and I/O Device Firmware Levels ......................... 7–15 

7–11. Qualified Brocade Switch Firmware Levels..................................................... 7–15 

7–12. Qualified Storage Device Firmware Levels...................................................... 7–16 

3828 7306–000 ix

Tables 

8–1. Channel Rack Card Types ...................................................................................8–2 

8–2. Channel Rack Card Descriptions ........................................................................8–3 

8–3. Card Locations - Two 4-Card Buses, One 8-Card Bus........................................8–5 

8–4. Card Locations - One 5-Card Bus, One 4-Card Bus............................................8–6 

8–5. Card Locations - Two 4-Card Buses, with DAC..................................................8–6 

8–6. Card Locations - Four 4-Card Buses ...................................................................8–7 

8–7. 3U-to-6U Conversion Kit ...................................................................................8–10 

8–8. 3U-to-6U Channel Rack Conversion .................................................................8–12 

A–1. Cables for the PCI7602-P64 Adapter................................................................. A–2 

A–2. Cables for the PCI400-2UD Adapter.................................................................. A–2 

A–3. Fibre Channel Copper Interface Cables ............................................................. A–4 

A–4. DB9-to-HSSDC Fibre Channel Interface Cables ................................................ A–5 

A–5. HSSDC-to-HSSDC Fibre Channel Interface Cables ........................................... A–5 

A–6. HSSDC–2-to-DB9 Fibre Channel Interface Cables ............................................ A–6 

A–7. HSSDC to HSSDC–2 Fibre Channel Interface Cables ....................................... A–6 

A–8. LC-to-SC Shortwave Optical Interface Cables ................................................... A–7 

A–9. LC-to-LC Shortwave Optical Interface Cables ................................................... A–7 

A–10. Monitor, Keyboard, and Mouse Cables ............................................................. A–8 

A–11. LAN Cables ........................................................................................................ A–8 

B–1. Categories of Cables Listed............................................................................... B–2 

B–2. Cables Arranged According to Use.................................................................... B–3 

B–3. Fibre Channel Gigabit Interface Connectors (GBICs) ........................................ B–8 

x 3828 7306–000

Section 1 

Introduction 

Audience 

This guide presents the specific style definitions and configuration information needed 

by the Sales, Sales Support, and U-ACT organizations to effectively process an initial 

Unisys ClearPath Plus Server Libra Model 585 or 595 system level order and subsequent 

upgrades. 

This guide also provides information to assist individuals responsible for defining and 

configuring the input/output (I/O) subsystem of a Libra Model 585 or 595 server, while 

taking into consideration future expansion and maximum throughput. 

Section 3, “Configuration Reference Information”, is the focal point of this guide. This 

section provides system and I/O configuration information in a quick-reference tabular 

format. Other sections in this guide are intended to further explain and supplement the 

information contained in Section 3. 

The audience for this guide includes: 

Prerequisites 

• Unisys sales personnel 

• Unisys sales support personnel 

• Unisys service representatives 

This guide assumes a working knowledge of large-scale computer systems. 

About This Document 

The Libra Model 585 and 595 servers are general-purpose Master Control Program 

(MCP) computers. Each server has unique software features that enable different 

hardware capabilities and configurability. Throughout this document, the term ClearPath 

Enterprise Server or system refers to both platforms. 

3828 7306–000 1–1

Introduction 

The information in this guide is contained in the following sections: 

Section 1 - Introduction – provides an overview of the document. 

Section 2 - Configuration Overview – describes the basic system styles, add-on 

partition styles, and cabinet layouts of Libra Model 585 and 595 servers. 

Section 3 – Configuration Reference Information – provides information 

formatted to help Unisys sales personnel and service representatives interface with the 

sales support help line to streamline orders for entry into the U-ACT system. 

Section 4 – Sample Configurations – provides guidelines for setting up peripheral 

power control, management server, IEA-IOP, boot drawer, CNAE, and crypto coprocessor 

configurations. 

Section 5 – System Software – describes the basic software components that 

render the Libra Model 585 and 595 servers operational. 

Section 6 – SCSI Device Guidelines – covers SCSI channel adapters and storage 

device subsystems that use the wide SCSI and Ultra wide SCSI interfaces. Information 

provided includes configuration examples, cabling, minimum device and system 

firmware requirements, and operational restrictions. 

Section 7 – Fibre Channel Device Guidelines – covers the HP-FCA (high 

performance Fibre Channel adapter) and the storage systems supported. Information 

provided includes configuration examples, cabling, minimum device and system 

firmware requirements, and operational restrictions. 

Section 8 – Channel Rack Configuration Guidelines – contains information 

used when inserting SCSI or HP-FCA channel adapter boards in the remote channel rack. 

Appendix A – Host Bus Adapter Cables – lists of available SCSI, Fibre Channel, 

Ethernet, and various other system cables. 

Appendix B – Channel Rack Cables – lists of cables associated specifically with 

channel adapters and channel racks. 

1–2 3828 7306–000

Related Product Information 

Introduction 

• ClearPath Plus Server Libra Model 585 and 595 System Overview (3828 7280) 

• ClearPath Plus Server Libra Model 585 and 595 Software Configuration Guide (3828 

7322) 

• ClearPath Plus Server Libra Model 585 and 595 System Administration and 

Operations Quick Reference (3828 7330) 

• ClearPath Plus Server Libra Model 585 and 595 Fault Isolation and Servicing Guide 

(3826 7363) 

• ClearPath Plus Server Libra Model 185, 585, 595, and VSE500 MCP Installation and 

Operations Guide (3827 9675) 

• Enterprise Servers Glossary (7862 6165) 

• Server Sentinel User’s Guide (4311 0675) 

• ClearPath Enterprise Servers ClearPath MCP Software Product Catalog 

(8807 7144) 

3828 7306–000 1–3

Introduction 

1–4 3828 7306–000

Section 2 

Configuration Overview 

This section describes the basic system styles, add-on partition styles, and cabinet 

layouts of the Libra Model 585 and 595 servers. Use this section in conjunction with 

Section 3 of this guide, “Configuration Reference Information”. Section 3 provides 

detailed configuration information and elaborates on the styles and layouts presented in 

this section. 

System Styles 

The Libra Model 585 and 595 servers are available in various styles which identify the 

basic configuration for a particular server. The styles use the following syntax: 

LM5x5-cde 

Where: 

x is the system identifier number, and can be either 8 for Libra Model 585 (capacity 

performance) or 9 for Libra Model 595 (metered performance). 

c is the number of modules, and can be 1, 2, 3, or 4. 

d is the number of MCP processors per module, and is always 4. 

e is a system identifier, and is one of the following: 

1 = CIM8 

2 = CIM16 

3 = CIM32 

H = Horizontal mounting 

V = Vertical mounting 

3828 7306–000 2–1


The basic configurations for each Libra Model 585 and 595 style are summarized in Table 

2-1. 

Table 2–1. Libra Model 585and 595 Basic System Configurations 

Style CIM Modules Installed 

MCP 

Processors 

Installed 

Memory 

Description 

LM5x5-141 8 1 4 16 GB Free-standing, 

independent 

partition; 

performance 

upgrades only 

LM5x5-142 16 1 4 16 GB Performance 

upgrades 

available; 

upgradeable to 

LM5x5-242 


upgrades only 


upgrades 

available; 


LM5x5-343 or 

LM5x5-443 


upgrades 

available; 


LM5x5-443 


upgrades only 

As shown in the above table, the basic configurations include one to four modules. All 

modules are configured with four native MCP processors and 16 GB memory. 

The LM5x5-141 configuration is shipped as a free-standing module; a cabinet is an 

orderable option. All other configurations are shipped in a cabinet, 

A partition can be one, two, three, or four modules but there can be only one partition 

per module. In configurations with multiple modules, each module can be reconfigured 

into two, three, or four different partitions, depending on actual system configuration. 

For example, a four-module system can be operated as two 8-processor partitions, as 

one 8-processor partition and two 4-processor partitions, or as four 4-processor 

partitions. 

2–2 3828 7306–000

Each module also includes 


• One boot drawer with optical interfaces, Ethernet LAN connection, and cables, style 

RM1-IPL; an optional, redundant boot drawer is available for single-module 

configurations. 

• One intelligent Ethernet adapter input/output processor (IEA-IOP) to provide 

additional network connections, style NET1000-P64 (this style requires license key 

CSH10585-NIC) 

• Three optical fibre channel adapters, style FCA1850-LC (license key CSH10585 is 

required to activate the second and third cards). 

• One Service Processor. A second standby Service Processor, style LIB580-RSP, is 

available for all single-module configurations. There is a maximum of two Service 

Processors per CIM. 

One secure maintenance device (style RM125-SDT) is required for each cabinet. 

One basic license style is shipped with each system. This style includes licenses to 

activate 4 GB of memory and one FC-IOP per module. 

Other Configured Components 

Other configured components include: 

• Keyboard, monitor, and mouse: All LM5x5 servers delivered in a cabinet include 

one LCD monitor and tray assembly, one keyboard, and one mouse. These items 

can be ordered separately for the free-standing LM5x5-141 style. 

• KVM, 4-port switch: A 4-port KVM switch, style SWC41-SXR is configured with all 

multi-module configurations. This enables use of a single keyboard, monitor, and 

mouse to control all native MCP partitions in the system. 

• Power strips: Depending on the system configuration, two or four 9-position power 

strips with power cord, style SFR91-PWR are provided with each system and are 

installed in the rear of the cabinet. 

3828 7306–000 2–3


Native MCP Add-On Partition Styles 

Native MCP add-on partition styles use the following syntax: 

LMA5x5-cdf 

Where: 

A indicates an add-on native MCP partition 

x is the system identifier number, and can be either 8 for Libra Model 585 or 9 for Libra 

Model 595. 

c is the number of modules, and is always 1. 

d is the number of processors per module, and is always 4. 

f indicates how the partition is to be mounted, and is one of the following: 

1 = CIM8 

2 = CIM16 

H = horizontal mount 

V = vertical mount 

The configurations for each Libra Model 585 and 595 add-on partition style are 

summarized in Table 2-2 and described in further detail following the table. 

Table 2–2. Libra Model 585 and 595 Add-on Partition Styles 

Style Modules Installed 

MCP 

Processors 

Installed 

Memory 

Function 

LMA5x5-142 1 4 16 GB Used to add a separate 

native MCP partition to 

an existing cabinet; 

includes a CIM16 

LMA5x5-14H 1 4 16 GB Upgrades a LM5x5-142 

or a LMA5x5-242 to a 

LM5x5-242. 

LMA5x5-14V 1 4 16 GB Upgrades a LM5x5-243 

to a LM5x5-343 or 

LM5x5-443. 

• LMA5x5-142: This style contains one 4-processor Libra 5x5 module, 16 GB installed 

memory (4 GB active memory), and a CIM16. It also includes one networking port, 

one active fibre channel processor, a boot drawer with fibre optic interfaces, an 

Ethernet LAN connection, cables, primary Service Processor, HUB, and secure 

maintenance device. Orderable options include a cabinet, rack mount keyboard, 

mouse, and LCD monitor. 

2–4 3828 7306–000


• LMA5x5-14H: This style includes a single native MCP LM5x5 partition for horizontal 

mounting. This style does not contain a CIM and can only be used to upgrade a 

LM5x5-142 to a LM5x5-242. 

• LMA5x5-14V: This style includes a single native MCP LM5x5 partition for vertical 

mounting. This style does not contain a CIM and can only be used to upgrade a 

LM5x5-243 to a LM5x5-343 or a LM5x5-343 to a LM5x5-443. 

3828 7306–000 2–5


Cabinet Layouts 

The following figures provide the cabinet layouts for the basic Libra Model 585 and 595 

server configurations. This figure shows the LM5x5-141 configuration in an optional 

cabinet. 

Power Strip 

Switch/Hub 

Service Processor 

Boot Drawer 

Secure Maintenance 

Device 

MCP Module 

2–6 3828 7306–000 

CIM 

001757 

Figure 2–1. Libra Model 585 and 595, Style LM5x5-141

The following figure shows the LM5x5-142 configuration: 

Power Strips 


Switch/Hub 


Boot Drawer 

Secure Maintenance 

Device 

LCD Monitor & 

Keyboard 

KVM Switch 

MCP Module 

3828 7306–000 2–7 

CIM 

001757A 




Power Strips 

Switch/Hub 

Service Processor (1) 

Boot Drawer (1) 



Secure Maintenance Device 

LCD Monitor & 

Keyboard 

KVM Switch 

CIM 

MCP Module (1) 


2–8 3828 7306–000 

001757B 



Power Strips 

Switch/Hub 

KVM Switch 







LCD Monitor & 

Keyboard 


3828 7306–000 2–9 

CIM 


001757C 



The following figure shows the LM5x5-443 configuration. 

Note: The LM5x5-343 configuration is not shown but is essentially the same as the 

LM5x5-443 configuration except Boot Drawer (3) and MCP Module (3) are not part of the 

configuration. 

Power Strips (4) 

Switch/Hub 








KVM Switch 

LCD Monitor & 

Keyboard 




2–10 3828 7306–000 

CIM 


001757D 


Section 3 

Configuration Reference Information 

This section provides detailed configuration information for the Libra Model 585 and 595 

servers. This information is presented in tabular format to enable you to quickly access 

the following: 

• Basic system information 

• Basic system configurations 

• ClearPath ePortal information 

• Open partition information 

• Auxiliary cabinet add-ons 

• System connectivity options 

• External storage options – SCSI 

• External storage options – fiber channel 

• Service offerings (U. S. and Canada only) 

• Performance options 

• Companion packages 

• Style weights and measures 

3828 7306–000 3–1


• Up to 8 PCI slots per module available for user configured I/O in basic 

configurations in a Libra 585/595 (16 slots in dual cell models) 

System Highlights: 

• 16MB memory per MSD board in each cell, license keyed for use 

• Up to (4) 4-processor MCP modules per basic configuration in an Libra585/595 

• Up to 8 IOP cards per module available for user configured I/O 

Basic System Information 

Modules Basic configurations include one to four modules. The cabinet can have up to four modules for four partitions. 

Maximum 1 partition (image) per module. An image is an instance of the operating system. A single image may also span two modules or two modules may 

be operated as two separate images. The four-module system may be operated as two 8x images, one 8x image and two 4x images, as four 4x images, or as 

one 16x image. 

Partitions 

Processor MCP Pegasus processor. Four per module. 

Chipset Unisys Proprietary 

Front Side Bus 100 MHz rate with the data being quad- pumped at 400 MHz. Bandwidth up to 3.2GB/second 

Each Module has one IOMB (I/O Mother Board) with 8 x 64 bit 66MHz PCI slots and 2 x 32 bit 33MHz PCI Slots. The 33 MHz slots are not usable. Each PCI 

Slot is connected to one of two I/O Directors. Each I/O Director supports two 66MHz Buses. Each 66MHz Bus supports 2 Slots. Buses are not Peer-to-Peer. 

Bus Architecture 

BIOS / BIOS type: 

Each cell has a single Memory Storage Director (MSD), which is populated with the maximum of 16GB ( for a maximum 64GB in 4-module configurations, 

maximum single image addressable memory is 32GB in two cells.) Partition memory is limited to the memory accessible with a key. Memory cannot be 

shared across partitions. Each MSD has 32 DIMM slots. DIMMs are populated in pairs of 512MB DIMMs. 

Memory 

256Mbit SDRAM. The MSD provides single bit correction, and multi-bit detection (the MSD detects double-bit, 4- bit adjacent errors, and full SDRAM 

failures). The MSD does not support Chip-Kill 

RAM Type 

CACHE: 

Stores 12K micro-ops and removes decoder latency. Includes 8- KB Level 1 data cache 

L1 Internal 

Execution Trace 

512KB with 8-Way Associativity and Error Correcting Code (ECC) 

L2 Internal 

Advance Transfer 

32 MB per Processor Node (Maximum 64MB per Module). 4-way set associative using a Least Recently Used (LRU) replacement algorithm. The cache is a 

64-byte fill (eight 64 bit words). 

L3 Internal Cache 

Mass Storage A 1U MCP IPL rack, style RMI-IPL, which includes two SCSI hard drives and one DVD/CDRW drive, is provided for each module. 

External Storage See External Storage Options later in this guide. 

3–2 3828 7306–000



Each module has one I/O Mother Board (IOMB) with 8 x 64 bit 66MHz PCI slots. PCI cards can be hot inserted into the slots. However, slots must be 

disabled two at a time in order to hot replace a card. Slots are 3.3V and will support 3.3V or universal 3.3/5V cards. 

Expansion Slots 

One per module standard. Monitors the operation of the hardware and provides functionality to configure, control, and maintain the server. One Service 

Processor can support up to four modules. A second redundant Service Processor is available for all single-module configurations. 


All devices are connected on the maintenance hub/LAN. 

LAN to Service 

Processor 

Operating Systems MCP operating system 9.1 or 10.0 

Redundant or single dedicated service processor(s) 

Server Sentinel software (release 3.4) uses a web-based, GUI navigation screen to provide centralized access to task-oriented functions including: 

System Mgmt SW 

health monitoring; Self-healing; Call home; System configuration, security, remote access, and health reporting. 

I/O Ports Two I/O ports are available per FC-IOP card with a maximum of six FC-IOP cards per module. Also, two ports per Intelligent Ethernet (IEA-IOP) card, style 

NET1000-P64, with maximum two IEA-IOPs per module. 

I/O Chipset 

Clock and Maintenance (CAM) Board 

System clocks are generated and fanned out to intra- and inter-module destinations. The maintenance interface is a feed-through between the external 

Service Processor (SP) and the TAP Linkers on the MPX and MSD Boards. 

Clock/CMOS/ 

Battery 

An optional LAN Modem is offered, though call home through the internet is preferred. 

For Domestic configurations, order MDM56-USB (USB Modem.), with one per service processor if redundancy is required. 

For International a modem must be sourced locally. There is a trigger style required for International Orders MDM56-LOC (Obtain Modem Locally) 

Modem (Optional. A 

TIB has been 

released to this 

effect whereby the 

internet can also be 

used) 

LM585-141/LM595-141 LM585-242/LM595-242 LM585-442 

Height 11 inches 69 inches 69 inches 

Depth 32 inches 43 inches 43 inches 

Weights & 

Measures 

Width 19 inches 27 inches 27 inches 

Weight 277 pounds 870 pounds 1160 pounds 

U count 7U 36U 36U 

3828 7306–000 3–3



Warranty 1 Year On-Site 7X24, 4 Hour response 

220 – 240V Single Phase. All modules and racks are normally powered from SFR91-PWR, 16 Amp power strips. Minimum of two strips are provided in the 

main cabinet with a maximum of four per cabinet. SRF91-PWR power strips power cords are NEMA L6-20P (20 Amps) circuit for Domestic and Japan CC 

Code LC1-M; IEC309-16A for International CC Code LC1-Q. 

Power 

Requirements 

Power Supply Two redundant (N+1) 1200 Watt 200-240V power supplies per module. 

Power Cords Each module requires 2 x C13 to C14 power cords included with each module 

Heat Dissipation 4090 BTU/hour Maximum per Module 

-40º C to 65º C 

95% Maximum (non-condensing) 

10-inch 5Hz-10Hz; .5g 10Hz to 70Hz; 

.002-inch 70Hz to 99Hz; 1.0g 99Hz to 

300Hz 

Cooling system Each module has two fan trays with 3 or 4 fans each, for a total of 7 fans per module. 

Environmental Operating Temperature: 13º C to 35º C 

Storage Temperature: 

Specifications 

Operating Relative 40% to 80% (non-condensing) 

Storage Relative Humidity: 

Humidity: 

Storage Vibration: . 

Operating Vibration: 01-inch 5Hz-22Hz; .25g 22Hz to 300Hz 

2.0g for up to 15ms 

Operating Shock: 

8.0g for up to 15ms 

Storage Shock: 

0m to 2,436m (0 ft to 8,000 ft) 

Operating Altitude: 

7.0 Bels 1pW 

Acoustic Noise 

3–4 3828 7306–000


Basic System Configurations 

All Libra 585/595 servers have from one to four modules, either an 8X Cell Interconnect Module (CIM8) or a 16X Cell Interconnect Module (CIM16), or a 32X Cell 

Interconnect Module (CIM32), one MCP IPL rack per module, up to two Service Processors per CIM, and two power strips per CIM. 

Additional PCI Slots 

Available 2 

NET1000-P64 

Fibre Channel 

Adapters 

Service 

Processors 

Boot Drawer 

Resident 

Memory 1 

Style Modules CIM Processors 

Libra 5x5 

Options 

LM585-141 7 1 8 4 16GB 1 1 3 1 4 

LM585--142 1 16 4 16GB 1 1 3 1 4 

LM585-242 2 16 8 32GB 2 2 6 2 8 




Libra 595 

Options 


LM595--142 1 16 4 16GB 1 3 1 4 



3828 7306–000 3–5



12 

12 48GB 3 2 9 3 

3 

1 x 4 

LM595-343 3 32 

16 

16 64GB 4 2 12 4 

2 

1 x 8 

LM595-443 4 32 

Upgrade 

Modules 

4 16GB 1 1 3 1 4 

LMA585-141 1 0 1 

1 x 4 

4 16GB 1 1 3 1 4 

1 0 1 

1 x 4 

LMA585- 

14H 

Horizontal 

Mount 

4 16GB 2 1 3 1 4 

1 0 1 

1 x 4 

LMA585-14V 

Vertical 

Mount 

Notes: 

1. Partition memory is limited to the memory installed in the partition module(s). Memory cannot be shared across partitions. Memory license keys 

determine the amount of usable memory in each module. 

2. Each module comes configured with 1 NET1000-P64 (requires CSH10585-NIC license key), 3 FCA1850-LC (with 1 license key to connect to Boot 

Complex; 2 additional license keys can be ordered using CSH10585-IOP. 

3. Each module has one reserved slot for a second NET1000-P64 and (3) available slots for IOP cards. 

4. Each module has two 33MHz PCI Slots. These slots are not supported. 

5. Each CIM will have one Secure Maintenance Device (RM125-SDT). 

6. Each module includes hardware license keys for (1) FCA1850-LC, (1) 4GB RAM, (1) SCSI tape. Any additional components to be used require additional 

license keys. (See Hardware License Keys on page 7). 

7. To increase the number of modules and/or Partitions On Initial Order select a different Base Style. 

8. Single module systems can optionally have a redundant (standby) Service Processor. 

3–6 3828 7306–000



Hardware License Keys 


CSH10585-4GB 4GB Memory increment Required for each additional 4 GB RAM 

CSH10585-IOP Addl Storage I/O Processor Required for FCA1850-LC or FC7801-IOP cards 

CSH10585-NIC Addl Networking 2-port NIC Required for each NET1000-P64; none included with base license keys 

CSH10585-DKS SCSI - Disk Required for migrating SCSI adapters in channel racks 

CA332-SCI 

CA322-SCI 

Licensed as option per IOE 

CSH10585-HPF HP Fibre Channel Used for migrating fibre channel cards. 

FCA661-xx 

FCA662-xx 

FCA663-xx 


Hardware License Keys 


CSH10595-4GB 4GB Memory increment Required for each additional 4 GB RAM 

CSH10595-IOP Addl Storage I/O Processor Required for FCA1850-LC or FC7801-IOP cards 

CSH10595-NIC Addl Networking 2-port NIC Required for each NET1000-P64; none included with base license keys 

CSH10595-DKS SCSI - Disk Required for migrating SCSI adapters in channel racks 

CA332-SCI 

CA322-SCI 


CSH10595-HPF HP Fibre Channel Used for migrating fibre channel cards. 

FCA661-xx 

FCA662-xx 

FCA663-xx 


3828 7306–000 3–7



PARTITIONS 

Comments 


Options 

(Partition x 

INCREMENTAL LICENSES 

(Min. - Max.) 

Style CSH10585- 

BASIC 

LICENSE 

STYLE (1) 

SYSTEMS 

Processors 

-HPF (3) 

-NIC -DKS (3) 

-IOP (2) 

-4GB (2) 

Physical Logical 

Free-standing, independent partition. 

Performance upgrades only 

LM585-141 1 1 CSH10585-BA1 0 - 3 0 - 2 0 - 2 0 - 1 0 - 1 1 x 4 

Performance upgrades available 

Upgradeable to LM585-242 

LM585-142 1 1 CSH10585-BA1 0 - 3 0 - 2 0 - 2 0 - 1 0 - 1 1 x 4 


1 x 8 

2 x 4 

LM585-242 1 1 or 2 CSH10585-BA2 0 - 6 0 - 4 0 - 4 0 - 1 0 - 1 


Upgradeable to LM585-343 or LM585-443 

1 x 8 

2 x 4 

LM585-243 1 1 or 2 CSH10585-BA2 0 - 6 0 - 4 0 - 4 0 - 1 0 - 1 


Upgradeable to LM585-443 

1 x 12 

1 x 8; 1 x 4 

3 x 4 

LM585-343 1 1, 2, or 3 CSH10585-BA3 0 - 12 0 - 6 0 - 6 0 - 1 0 - 1 


1 x 16 

1 x 12; 1 x 4 

2 x 8 

1 x 8; 2 x 4 

4 x 4 

LM585-443 1 1, 2, 3, or 4 CSH10585-BA4 0 - 12 0 - 8 0 - 8 0 - 1 0 - 1 

LM585-141 with add-on style: 

LM585-141 2 2 CSH10585-BA1 0 - 3 0 - 2 0 - 2 See Note 3 1 x 4 Free-standing, independent partition 

LMA585-14H 1 1 or 2 CSH10585-BA1 0 - 3 0 - 2 0 - 2 See Note 3 

LMA585-14V - - - - - - - - - - - - - - - - - - - - - Not possible to add 



LMA585-14H 1 1 or 2 CSH10585-BA1 0 - 3 0 - 2 0 - 2 See Note 3 


3–8 3828 7306–000





LMA585-14H - - - - - - - - - - - - - - - - - - - - - Not possible to add 



LM585-141 - - - - - - - - - - - - - - - - - - - - - Not possible to add 


LMA585-14V 1 1, 2, or 3 CSH10585-BA1 0 - 3 0 - 2 0 - 2 See Note 3 Performance upgrades available 

Upgrades LM585-243 to LM585-343 or LM585-443 




LMA585-14V 1 1, 2, 3, or 4 CSH10585-BA1 0 - 3 0 - 2 0 - 2 See Note 3 Performance upgrades available 

Upgrades LM585-243 to LM585-443 




Not possible to add 


LMA585-14V - - - - - - - - - - - - - - - - - - - - - 

Note 1: One (1) Basic License style is shipped with each system and add-on partition styles. Each style includes licenses to activiate 4GB of memory and one (1) FC-IOP 

per module. 

Note 2: System and Add-on package styles include a basic set of licenses (keys). The numbers listed in the columns below represent incremental licenses. 

Note 3: This style is optional. One (1) license is required per system where 'system' is defined as all modules connected via a common cell interconnect module, CIM 

(same as physical partition). 

3828 7306–000 3–9



Keyboard / Video 

/ Mouse 

MON2145-LCD Rack Mounted LCD screen One provided per configuration. May add one per service processor (optional). 

KMB295-CRM 95 Keyboard and mouse One provided per configuration. May add one per service processor (optional). 

One Per Rack Configuration (Optional) 

Uses CBL71-SWC or CBL121-SWC Cables (one per service processor and/or Sentinel 

Server management Server) 

SWC41-SXR 4 Port KVM Switch Box. 

One Per Rack Configuration (Optional) 

Uses CBL71-SWC or CBL121-SWC Cables (one per service processor and/or Sentinel 

Server management Server) 

SWC81-SXR 8 Port KVM Switch Box. 

CBL20-APX 20 Foot KVM Apex Cable 

CBL12-APX 12 Foot KVM Apex Cable 

KVM12-EXT Cable Extension Assembly, KVM 

Add-on Styles Single Cell 

(1) Cell 

(4) MCP Processors 

LMA585-14H Used for add-on to Horizontal mount systems 

4GB RAM accessible (16GB installed, 1 4GB license key) 

1 Boot Complex 

1 Intelligent Ethernet Adapter (NET1000-P64, no license key included) 

LMA585-14V Used for add-on to Vertical Mount systems - 

3 FCA1850-LC Fiber Adapters (1 license key) 

4 open slots (3 for FCA1850-LC or FC7801-IOP, and 1 reserved for 1 

NET1000-P64) 

3–10 3828 7306–000



Cannot be Upgraded beyond this module-not attachable to CIM 16x or 32x 

1 Cell 

4 MCP Processors 

4GB RAM accessible (16GB installed) 

1 Boot Complex (RM1-IPL) 

1 Service Processor 

Standalone MCP native partition can be installed in clients 

existing Unisys cabinet 

LMA585-141 

1 Intelligent Ethernet Adapter (NET1000-P64 

3 FCA1850-LC Fiber Adapters 

1 Secure maintenance Device, (RM125-SDT) 

4 open slots (NOTE: 3 for FCA1850-LC or FC7801-IOP adapters, and 1 slot reserved for 1 

NET1000-P64) 

Cabinet is optional. 

Redundant Service Processor 

Used with LM585/595-141 and LM585/595-142 

Redundant Service processor 

LIB580-RSP 

Requires (1) CS10585-2SP 

Halt Load (IPL) Unit 

1 per module minimum (in packages) 

Optional redundant RM1-IPL for single cell configurations 

RM1-IPL Boot rack; 1U; optical 

Provides 2 36GB boot drives, DVD/CDRW, 1 – Gigabit Ethernet Copper port, ODT 

connectivity 

Fastpath 

Requires connection to FCA1850-LC (1 port in module, 1 port in FCA1850-LC in Open 

partition–G2 and G3 PCI only) 

CS firmware (Griffen code) device 

3828 7306–000 3–11



Crypto co Processor 

Requires connection to FCA1850-LC 

1U device 

Software is bundled. 2 Max per cell. Max per system 4 (on 

16x). 

RM1-CCP 

CS firmware (Griffen code) device 


1 per CIM, provides a secure path for remote support of the LM585/595, included in base 

package. 

RM125-SDT 1U rackmount Secure Maintenance Device 

Converter – Bisync to TCPIP 

1U, 4 Ports, rack mounted 

Style RM1004-CNV must also be ordered, qty = 1 

RM1004-CN1 Rack mounted, 4-port converter, Bisync to TCPIP 

Style includes power cords and Ethernet cable 

RM1004-CNV Installation kit, Bisync to TCPIP converter 

Optional Switch 

1U rack mounted 

Not importable to China 

SWT8-MTD Optional Switch, 8 Port, Rack mounted 

3–12 3828 7306–000


ClearPath ePortal 

CP ePortal Hardware 

The limit is determined by the number of installed CNA and/or activated NET1000-P64 NICs 

(requires license key) 

Requires at least one dedicated Ethernet connection through a CNA or NET1000-P64 NIC, or 

dedicated MCP port on RM1-IPL. 

Requires (2) 10BaseT cables for connection. Select from: 

DSH6OOOO3-TBT, 3m LAN cable 

Non-redundant option 

Rack mounted base unit, 4U Enterprise Portal, 1 

controller, 1 Webserver blade, 1 switch 

RMW4-BAS 



Optionally can add up to 4 additional RMW4-PRCs 

Requires software as follows: 

Libra 580/585/FS1600 - CSI1035-WMP 

Libra 590/595 - UOI1035-WMC 

The limit is determined by the number of installed CNA and/or activated NET1000-P64 NICs 

(requires license key) 

Requires at least one dedicated Ethernet connection through a CNA or NET1000-P64 NIC, or 

dedicated MCP port on RM1-IPL. 

Requires (2) 10BaseT cables for connection. Select from: 

Redundant option 




Rack mounted 4U Enterprise Portal platform, 1 

controller blade, 2 Webserver blades, 2 switches 

RMW4-SVR 

Optionally can add 3 additional RMW4-PRCs 






RMW4-PRC Add-on board, includes 1 webserver 


3828 7306–000 3–13



Maximum of 5 Add-on chassis, each includes 1 

webserver blade, 2 switches 

Does not require a controller blade 

Optionally add 4 additional RMW4-PRCs 

RMW4-ADD 

Requires at least one dedicated Ethernet connection 

thru a CNA. 

Requires (2) GS516-T16 when 2 or more RMW4-ADD 

are ordered. 


Add-on controller blade 

Libra 580/585/FS1600 - CSI102-WMC 

RMW4-MGR 

Used for cold spare only, not installed until needed 


Add-on 10/100 Ethernet switch 

This style used to add a second switch to the RMW4-BAS, no software required 

RMW4-SWT 

Used on RMW4-BAS for redundancy 

GS516-T16 Gigabit switch, 16 Ports Requires 2 GS516-T16 when a second RMW4-ADD is configured 

CP ePortal Software – Libra 580/585/FS1600 Package includes 

1 CS10-WMP - CP ePortal Web/Mobile SW 

1 WKS2003-LI - WS03 for CP ePortal, SE – Management Server 

CP ePortal Web/Mobile Base (RMW4-BAS) software 

package for IOE systems 

CSI1035-WMP 

1 WKW2003-LI - WS03 for CP ePortal, WE – Web/Mobile Web/Mobile PM 

2 CS10-IUT - CP ePortal Util SW 


1 WKS2003-LI - WS03 for CP ePortal, SE – Management Server 

CP ePortal Web/Mobile redundant base (RMW4-SVR) 

software package for IOE systems (Libra 590/595) 

CSI1055-WMP 

2 WKW2003-LI - WS03 for CP ePortal, WE – Web/Mobile Web/Mobile PM 



1 WKW2003-LI - WS03 for ePortal, WE – Web/Mobile Web/Mobile PM 

CP ePortal Web/Mobile add’l module on IOE system 

(Libra 580/585/FS1600) 

Required for each RMW4-PRC and RMW4-ADD 

configured 

CSI105-WMP 


3–14 3828 7306–000



1 WKS2003-LI - WS03 for ePortal, SE – Management Server 

CP ePortal Web/Mobile spare controller 

Required when RWM4-MGR is configured 

CSI102-WMC 


CP ePortal Software – Libra 590/595 Package includes 



CP ePortal Web/Mobile base (RMW4-BAS) software 

package for UOE systems 

UOI1035-WMP 




CP ePortal Web/Mobile redundant base (RMW4-SVR) 

software package for UOE systems (Libra 590/595) 

UOI1055-WMP 



CP ePortal Web/Mobile add’l module on UOE system 

(Libra 590/595) 

Required for each RMW4-PRC and RMW4-ADD 

configured 

UOI105-WMP 



CP ePortal Web/Mobile spare controller 

Required for RMW4-MGR 

UOI102-WMC 


3828 7306–000 3–15


Open Partitions 

Open G3 Partition 

PCI 66 and PCIX 

Add-On Partitions 

Single Partition; 2.2GHz and 3.0 GHz options 

LMU5010045-100 2.2 GHz four-processor module,8 PCI slots at 66MHz, Video card, 4GB RAM 

2.2 GHz four-processor module,4 PCI slots at 66MHz, 4 PCI slots at 133MHz, 

Video card, 4GB RAM 

LMU5010045-105 

Limited implementation of Server Sentinel (Sentinel Lite) 

LMU5010047-100 3.0 GHz four-processor module,8 PCI slots at 66MHz, Video card, 4GB RAM 

3.0 GHz four-processor module,4 PCI slots at 66MHz, 4 PCI slots at 133MHz, 

Video card, 4GB RAM 

LMU5010047-105 

LMU5020085-100 2.2 GHz eight -processor module, 8 PCI slots at 6 MHz, console card, 4GB RAM 

LMU5020085-105 2.2 GHz eight processor module, 4 PCI slots at 66 MHz, 4 PCI slots at 133MHz, Console card, 4GB RAM 

LMU5020087-100 3.0 GHz eight -processor module, 8 PCI slots at 66 MHz, Console card, 4GB RAM 

LMU5020087-105 3.0 GHz eight -processor module, 4 PCI slots at 66 MHz, 4 PCI slot at 133MHz, Console card, 4GB RAM 

LMU5020167-100 SVR:LMU/520 16X2C 1P 3.0 

LMU5020167-105 SVR:LMU/520X 16X2C 1P 3.0 

Dual Cell 

LMU5020085-110 Two 2.2 GHz four processor modules, 16 PCI slots at 66 MHz, Console card, 4GB RAM 

LMU5020085-115 Two 2.2 GHz four processor modules, 4 PCI slots at 66 MHz, 4 PCI slots at 133MHz, Console card, 4GB RAM 

LMU5020087-110 Two 3.0 GHz four processor modules, 16 PCI slots at 66 MHz, Console card, 4GB RAM 

LMU5020087-115 Two 3.0 GHz four processor modules, 8 PCI slots at 66 MHz, 8 PCI slots at 133MHz, Console card, 4GB RAM 

LMU5020165-100 Two 2.2 GHz eight processor modules, 16 PCI slots at 66 MHz, Console card, 8GB RAM 

LMU5020165-105 Two 2.2 GHz eight processor modules, 8 PCI slots at 66 MHz, 8 slots at 133MHz, Console card, 8GB RAM 

LMU5020125-100 One 2.2 GHz eight processor module, one 2.2 GHz four processor module, 16 slots at 66MHz, Console card, 8 GB RAM 

LMU5020125-105 One 2.2 GHz eight processor module, one 2.2 GHz four processor module, 8 slots at 66MHz, 8 slots at 133MHz, Console card, 8 GB RAM 

LMU5020127-100 One 3.0 GHz eight processor module, one 3.0 GHz 4 processor module, 16 slots at 66 MHz, Console card, 8 GB RAM 

LMU5020127-105 One 3.0 GHz eight processor module, one 3.0 GHz 4 processor module, 8 slots at 66 MHz, 8 slots at 133MHz, Console card, 8 GB RAM 

3–16 3828 7306–000



Open G3 Partition 

PCI 66 and PCIX 

Add-On Partitions 

Dual Partition, 2.2 GHz and 3.0 GHz options 

LMU5020085-200 Two 2.2 GHz four processor modules, 8 PCI slot at 66 MHz per partition, 2 Console cards, 8 GB total memory distributed across both modules. 

Two 2.2 GHz four processor modules, 4 PCI slot at 66 MHz, 4 PCI slot at 133MHz, total 8 slots per partition, 2 Console cards, 8 GB total memory distributed 

across both modules. 

LMU5020085-205 

LMU5020087-200 Two 3.0 GHz four processor modules, 8 PCI slots at 66 MHz per partition, 2 Console cards, 8 GB total memory distributed across both modules 

Two 3.0 GHz four processor modules, 4 PCI slots at 66 MHz, 4 PCI slot at 133MHz, total 8 slots per partition, 2 Console cards, 8 GB total memory 

distributed across both modules. 

LMU5020087-205 

LMU5020125-200 One 2.2 GHz eight processor module, one 2.2 GHz 4 processor module, 8 PCI slots at 66 MHz per partition, Console card, 8 GB RAM 

One 2.2 GHz eight processor module, one 2.2 GHz 4 processor module, 4 PCI slots at 66 MHz, 4 PCI slot at 133MHz, total 8 slots per partition, 2 Console 

cards, 8 GB total memory distributed across both modules 

LMU5020125-205 

LMU5020127-200 One 3.0 GHz eight processor module, one 3.0 GHz 4 processor module, 8 PCI slots at 66 MHz per partition, Console card, 8 GB RAM 

One 3.0 GHz eight processor module, one 3.0 GHz 4 processor module, 4 PCI slots at 66MHz, 4 PCI slot at 133MHz, total 8 slots per partition, 2 Console 

cards, 8 GB total memory distributed across both modules 

LMU5020127-205 

LMU5020165-200 Two 2.2 GHz eight processor module, 8 PCI slots at 66MHz per partition, Console card, 8 GB RAM 

Two 2.2 GHz eight processor module, 4 PCI slots at 66MHz, 4 PCI slot at 133MHz, total 8 slots per partition, 2 Console cards, 8 GB total memory 

distributed across both modules 

LMU5020165-205 

LMU5020167-200 Two 3.0 GHz eight processor module, 8 PCI slots at 66MHz per partition, Console card, 8 GB RAM 

Two 3.0 GHz eight processor module, 4 PCI slots at 66MHz, 4 PCI slot at 133MHz, total 8 slots per partition, 2 Console cards, 8 GB total memory 

distributed across both modules 

LMU5020167-205 

3828 7306–000 3–17



Linux Partition 

Add-Ons 

Single Partition; 2.2GHz and 3.0GHz options 

LMU510045-SGS SVR:Intel 4x; 2.2MHz, SUSE Pkg 

LMU510047-SGS SVR:Intel 4x, 3.0MHz, SUSE Pkg 







3–18 3828 7306–000


Auxiliary Cabinet Add-Ons 

Auxiliary Cabinet 

Add-Ons 

LIBS530036-CAB 36U Cabinet assembly 

LIBS530024-CAB 24U Cabinet assembly 

LIB19500-FDB Front door, Libra 500 Series 

FOP3619-L Front cabinet trim with Unisys logo 

RD3619-WP Waved Rear door with badge 

HRT3641-SDS 2, 36U Side Skins, 41’, HRT 

RM3641-LNK Link kit, narrow 

HRT3619-LNK Link kit, wide 

MPL1-BLK Flat black 1U Filler panel (MPL are the ClearPath styles) 

MPL3-BLK Flat black 3U Filler panel 

SFR91-PWR Power Strip, 9 Position w/ Power Cord 

Additional Configuration Rules: 

1. Maximum of four cells per cabinet. 

2. Follow Dylan configuration rules for add-on Open Partition modules. 

3. Follow Libra 520 configuration rules for add-on MCPvm modules. 

4. KVM configuration rules – To be supplied. 

5. FastPath Configuration rules (for U-ACT) 

a. There is a maximum of one FastPath Connection per Windows partition. The native MCP partition supports up to four FastPath connections to 

separate Windows partitions. 

b. FastPath is supported for Windows 2000 Advanced Server and Windows 2003 Enterprise Edition. 

6. Single cell LM585-142 model (not LM585-141) support the following redundant options (supported in U-ACT): 

a. Redundant MIP 

b. Redundant Halt/Load 

7. Sentinel Management Server – Only SEN7006-MSV is supported. 

For software configuration rules, see ClearPath MCP Software Ordering Guide 

3828 7306–000 3–19


System Connectivity Options 

System Connectivity 

Max 2 per Module, each with 2 ports 

Optical network requires (1) HSC50400-SFS per port for each of 2 ports. 

Port one Optical or Copper 

Port two Optical or Copper 

Requires (1) CSH10585-NIC per card 

Optionally can connect RMW4-BAS or RMW4-SVR to one port (copper port) 

IEA-IOP Networking: 

Intelligent Ethernet (IEA-IOP) 

To get the VLAN fan-out capability, a customer should purchase a managed 

Ethernet switch that support 802.1Q VLANs, such as the Dell PowerConnect 

model 5324 switch. Network Architects should consider the aggregate 

performance of the link to the Net1000-P64 port when determining the total 

number of VLANs that can be used. Unisys suggests that under many 

circumstances it makes sense to limit the number of VLANs to 10 per Net1000- 

P64 port. (copper = 10 to 1, optical = 4 to 1) 

NET1000-P64 

CNAs are used for network connections. Connected via FCA1850-LC fiber 

channel with CS bus firmware. Up to (2) CNAs per FCA1850-LC card (one per 

port). Also can be used by CP ePortal for connection to Libra 585/595. 

1U ClearPath Network Appliance (CNA) with four copper 

Gigabit Ethernet ports. 

RME1-GEC 

CNAs are used for network connections. Connected via FCA1850-LC fiber channel 

with CS bus firmware. Up to (2) CNAs per FCA1850-LC card (one per port). 

1U ClearPath Network Appliance (CNA) with (2) optical 

Gigabit Ethernet ports 

RME1-GEF 

3–20 3828 7306–000



PCI Adapters 

Package contains two sets of firmware. One firmware set is loaded to connect to 

CNAs and channel racks (Channel Service Bus, or CS Bus, firmware), and the other 

is loaded with direct attach firmware to connect directly to storage devices or to a 

fabric. This board’s firmware is loaded when the board is installed in the system. 

Notes: 

FCA1850-LC with CS firmware supports CNA, RM1-IPL, RM1-CCP, channel rack 

and FastPath IO connections without any restriction in combination of these types. 

FCA1850-LC Dual port Fibre Channel PCI adapter 

FCA1850-LC with direct attach firmware supports connections to fabric and/or 

arbitrated loop fibre devices. 

Requires hardware license key CSH10585-IOP (1 per FCA1850-LC). 1 CSH10585- 

IOP is included per module in the base package. 

Used only for migrating CLARiiON devices requiring direct copper connections. 

FC7801-IOP (orderable CER) Fibre Channel IOP Board 

Requires hardware license key CSH10585-IOP (1 per FC7801-IOP). CER only. 

Channel Racks For Peripheral Migrations, only 

Interface: Channel Service Bus (CS Bus) adapters in Channel racks 

Single power supply channel rack with fascia for opendoor 

style cabinets. 

Required: optical C4FT board(s) 

RM5-CA4 


Migration only 


RM5-CA5 Single power supply channel rack without fascia for 

louvered-door style cabinets. 


RM5-C4R Redundant power supply channel rack without fascia 

for louvered-door style cabinets. 

Interface: FCA1850-LC with CS Bus firmware installed. Choice of 3U or 6U C4FT 

board depends on the configuration of the channel rack. 

3U Optical CS Bus IV Feed Through (C4FT) board for 

connecting a channel rack to system I/O 

CFT4-3LC 

Reference: ClearPath Plus Server Libra Model 585 and 595 System Configuration 

Guide (3828 7306) for channel rack configuration guidelines. 

Interface: FCA1850-LC with CS Bus firmware installed. Choice of 3U or 6U C4FT 

board depends on the configuration of the channel rack. 

6U Optical CS Bus IV Feed Through (C4FT) board for 

connecting a channel rack to system I/O 

CFT4-6LC 

3828 7306–000 3–21



Fiber Channel CS Bus 

Channel Adapters 

Required: channel rack and optical C4FT board 

High Performance Fiber Channel (FCA-HP) – copper 

conduit 

FCA661-APK (CU) (Migation 

Only) 

Requires CSH10585-HPF License to operate 

High Performance Fiber Channel (FCA-HP) – short 

wave fiber optic 

FCA662-APK (SW) (Migration 

Only) 

Restriction: Migration only and must have minimum assembly revision level of 

70208046-011. 

High Performance Fiber Channel (FCA-HP) – long wave 

fiber optic 

FCA663-APK (LW) (Migration 

Only) 

Boot Device 

Connect to FCA1850-LC with CS Bus firmware (onboard the card and loaded 

automatically) (i.e. Griffin code) installed 

RM1-IPL MCP Initial Program Load rack with (2) hard disks, one 

DVD/CDRW, and an optical LC SFP Fiber channel 

connector. 

Optionally, add 1 per cell for redundancy. 

SCSI CS Bus Channel 

Adapters 

Requires channel rack and optical C4FT board. (Migration only) 

Requires CSH10585-MTS license key. 

High voltage differential (HVD) SCSI Wide (SCSI-2W) 

channel adapter 

CA322-SCI 

(Migration Only) 

Requires channel rack and optical C4FT board. (Migration only) 

Requires CSH10585-MTS license key. 

CA332-SCI High voltage differential (HVD) SCSI Ultra (SCSI-3) 

channel adapter 

Maximum of 48 total ports (or taps) of which: 

Max 24 optical ports, max 48 copper ports 

Max of SNA ports = up to total 8 CNAs (each copper =4 ports; each optical = 2 ports) 

Preferred: 

1. 1 port on IPL 

2. 2 ports on 1 st 

NET1000-P64 (3 ports total) 

3. 2 ports on 2 nd NET1000-P64 (5 ports total) 

4. Redundant IPL (if available, 6 ports total) 

5. Options of Switches, CNAs or more cells for additional ports: 

CNAs required for SNA (total 8 CNAs per image or system- max 32 copper ports, 16 optical ports—these are included in max total of ports) 

Requires attachment to 1 port on NET1000-P64 

Can have up to 10 downstream copper ports or 4 downstream optical ports (can be 6 coppers and 4 (max) optical or any combination to a 

maximum of 10 with the limitation of 4 optical) 

3–22 3828 7306–000


External Storage Options – SCSI 

SCSl 

External 

Storage 

ALP8700 (DSI DLT8000 SCSI Tape) – License Required Qualified 12/19/2003 

Interface: CA322-SCI and CA332-SCI. 

ALP8000-RDD DSI ALP8000 Rack Mount Tape Drive, SCSI-HVD 

Cable: CBL133-XX up to 80 feet. 

ALP8000-TDD DSI ALP8000 Single Tape Drive, Table Top SCSI-HVD 

Restrictions: Only use in single initiator configurations. 

ALP8700-1RD DSI DLT8000 Rack Mount, POS1, Seven-Cartridge Loader. 

ALP8700-2RD DSI DLT8000 Rack Mount, POS2, Seven-Cartridge Loader 

Partition Information 

Control: MT1SCSI 

ALP8700-TAD DSI DLT8000 Table Top, Seven-Cartridge Loader 

Unit Type: MT 

ALP320 DSI DLT320 Tape Drive Qualified 12/19/2003; Revised 5/8/2004. 

Interface: - CA322-SCI and CA332-SCI. 

ALP320 –RDD DSI SDLT320 Rack Mount Tape Drive, SCSI-HVD 

Cable: - CBL133-XX. Up to 80 feet. 

ALP3202 -RMK DSI ALP320 HVD 2 Drive Rack Mount Kit (Dual Buss) 

- CBL 13304-06Y and CBL 13314-08Y for dual initiator, or 

ALP320-RVD DSI ALP320 8-Cart w/Rack Kit HVD 3U 

- ADP 133-FMF for concatenation 

ALP320-RAD DSI ALP320 – Removable 8-Cartridge w/Rack Kit 

ALP320-RSD DSI ALP320 – Removable 16-Cart w/Rack Kit 


ALP320-RTD DSI ALP320 – Removable 16-Cart w/Rack Kit, HVD w/SW 


ALP320 -TDD DSI SDLT320 Single Tape Drive, Table Top SCSI-HVD 

Unit Type: MT 

ALP60 DSI LTO Gen2 Tape Unit Qualified 8/16/2004 


HVD Removable 8-Cart ACL, 3U 

ALP60-RAD 

Cable: - CBL133-XX. Up to 80 feet. 

Firmware Level: F49Z 

- CBL 13304-06Y and CBL 13314-08Y for dual initiator, or 

HVD Rack mount Drive Kit 


ALP60-RDD 

Firmware Level: F4AD 

3828 7306–000 3–23



SCSl 

External 

Storage 

HVD Removable 8-Cart ACL, 3U 

ALP60-RSD 




HVD Removable 16-Cart ACL, 2U w/Man 

ALP60-RTD 

Unit Type: MT 


HVD Standalone Drive 

ALP60-TDD 

Firmware Level: F4AD 

CLUxxx-D3S. SDLT320 Tape Drive for STK Cartridge Tape Libraries Qualified 12/19/2003 


CLU180-D3S CLU180 - SDLT320 Tape Drive, SCSI-HVD 

Cable: - CBL133-XX up to 80 feet. 


- CBL 13304-06Y and CBL 13314-08Y for dual initiation or 





Unit Type: MT 

ALP8436 Migration Only 


ALP8436-TDD DSI 36-track tabletop tape drive 

Cable: - CBL133-XX up to 80 feet. 

ALP8436-RD DSI 36-track rack single mount tape drive 

- CBL 13304-06Y and CBL 13314-08Y for dual initiation or 

ALP8436-TAS DSI 36-track, 10- cartridge autoloader, tabletop 


ALP8436-RAS DSI 36-track, 10- cartridge autoloader, rack mount 


ALP8436-RAD DSI 36-track dual (1 drive and 10-cartridge) autoloader, rack mount 


Unit Type: MT 

3–24 3828 7306–000



SCSl 

External 

Storage 

License Required 

EMC Symmetrix 

Disk 

CAB82xx, CAB84xx, CAB85xx, CAB87xx and CAB88xx Styles Interface: CA322-SCI and CA332-SCI 

Symmetrix 5.0 and 

5.5 

Restrictions: Migration only 


Control: PK1EMC 

Unit Type: PK 

OST5136 Tape 

OST5136-MTS 36 track tape drive 

OST5136-1D0 One rack mount 36 track drive 

OST5136-1D1 One rack mount 36 track drive with one autoloader 

Interface: CA322-SCI and CA332-SCI 

OST5136-2D0 Two rack mount 36 track drives 


OST5136-2D1 Two rack mount 36 track drives with one autoloader 


OST5136-2D2 Two rack mount 36 track drives with (2) autoloaders 


OST5136-44 Four rack mount 36 track drives with four autoloaders 

Unit Type: MT 

OST5136-C10 19U cabinet with one 36 track drive 

OST5136-C20 19U cabinet with (2) 36 track drive 

OST5136-C21 19U cabinet with (2) 36 track drives with autoloader 

OST5136-T1 Table top 36 track tape drive 

OST5136-TLC Table top 36 track tape drive with autoloader 

CTS5236 Tape 


Two 36 track controller transport units, ten cartridge capacity with 

autoloader 

CTS5236-2SA 

3828 7306–000 3–25



SCSl 

External 

Storage 


Two 36 track controller transport units and a library attachment kit 

for CLU6000 class tape libraries 

CTS5236-2S6 


Two 36 track controller transport units and a library attachment kit 


CTS5236-2S1 


Unit Type: MT 

Four 36 track controller transport units and a library attachment kit 


CTS5236-4S6 

Four 36 track controller transport units and a library attachment kit 


CTS5236-4S1 

CTS9840 Tape 

CTS9840-SD9 Single cartridge drive 

CTS9840-SDL Single cartridge drive 


CTS9840-SLL L SERIES 


CTS9840-SR1 Single CTS9840 manual rack 

CTS9840-SR2 Dual CTS9840 manual rack 


CTS9840-SRA Rack mount autoloader 


CTS9840-SRM Rack mount manual loader 

Unit Type: MT 

CTS9840-STA Table top autoloader 

CTS9840-STM Table top 

DLT7000 License Required 


DLT70001-SAP Single tape (standalone) 



DLT70002-SAP Dual tape (standalone) 


Unit Type: MT 

3–26 3828 7306–000



SCSl 

External 

Storage 

License Required 

DLT8000 

(Library Only) 


CLU9788-1D8 DLT8000 Drive for CLU180 and CLU700 


CLU201-28D DLT8000 Drive for CLU201, CLU401, and CLU801 



Unit Type: MT 

3828 7306–000 3–27


External Storage Options – Fiber Channel 

External Storage Fiber Channel 

ESM6700 License Required 

Must be run with DSA code. 

CSM18201-F96 OSR7K DEV CAGE 18GB 

Supported on FCA661-APK 

ESM18201-F96 OSR7K DEV CAGE 18GB 

Device supported on FCA662-SW, FCA663-LW, and FCA1850-LC when using a 

switch or hub for connector and cable medium compatibility. 

CSM36202-F94 36GB 520 Byte/Sector 

CSM18201-F96 9GB 520 Byte/Sector 10K 


Control = OSRCTL for FCA661-APK 

Control= FC2 OSRCTL FCA1850-LC 

Unit Type: PK 


Includes equivalent CSM6800 models. Must be run with DSA code. Supported 

on FCA661-APK. Arbitrated loop mode only 

9GB 520 Byte/Sector 10K 

ESM9201-F94 

Can direct attach to FC7801-IOP 




ESM6800-SAN Can direct attach to FC7801-IOP 

Unit Type: PK 


Includes equivalent CSM7700 models. Must be run with DSA code. Supported 

on FCA661-APK. Arbitrated loop mode only. 



ESM1820-F96 18GB, 520 bytes/sector 


Unit Type: PK 

3–28 3828 7306–000



CSM702/ESM702 

Interface: - FCA662-APK or FCA1850-LC 

CSM9202-F44 9GB 512 Bytes/sector, 10K RPM 

- FCA661-APK with Brocade switch with copper or long-wave inputs and 

short-wave fiber output for fiber conversion. 

ESM9202-F44 9GB 512 Bytes/sector, 10K RPM 

CSM18202-F44 18GB 512 Bytes/sector, 10K RPM 

Protocols: Fabric and arbitrated loop modes. 

ESM18304-F44 18GB 512 Bytes/sector, 10K RPM 

Restrictions: Migration Only 


FCA661-APK Control: FCSCSI1 (for FCA661-APK, FCA662-APK, FCA663-APK, 

FCA1850-LC) 

FCA7801-IOP Control: FC2 FCSCSI1 

Unit Type: PK 

3828 7306–000 3–29



ESM7900 Fiber Channel Disk 

Host-based mirroring required 

OSD18201-F96 18GB FC 520 bytes/sector 10K 

Includes equivalent CSM7900 models. 

Interface: - FCA662-APK 

- FCA661-APK or FCA663-APK with Brocade switch with copper or longwave 

inputs and short-wave fiber output for fiber conversion. 

36GB FC, 520 Bytes/sector 10K 

OSC36202-F94 

OSC73203-F94 73 GB FC, 520 Bytes/sector 10K 



With FCA661-APK = OSRCTL PK 

With FCA1850-LC = FC2-OSRCTL PK 


Control = FC2 OSRCTL for FCA1850-LC 

Unit Type: PK 

EuroLogic JBD2000 JBOD 

Interface: FCA1850-LC. 

JBD2000 High Availability Enclosure, Dual 

Optical/Copper I/O Modules. 

JBD2022-HA 

Cable: CBL171-xx 

Protocol: Fabric and arbitrated loop modes. 

JBD2000 High Availability Enclosure, Dual 

Optical/Optical I/O Modules 

JBD2040-HA 

Restrictions: Not supported with FCA66x fiber 

JBD2000 High Availability Expansion Enclosure, 

Dual Copper/Copper I/O Modules 

JBD2004-HA 


Control: FC2 FCSCSI1 

JBD2000 Standard Availability Enclosure, Single 

Optical/Copper I/O Module 

JBD2011-SA 

Unit Type: PK 

Standard Availability Enclosure, Single 

Optical/Optical I/O Module 

JBD2020-SA 

Standard Availability Expansion Enclosure, 

Single Copper/Copper I/O Module 

JBD2002-SA 

JBD201815-2F 18GB 15K RPM disk, Factory Installed 

JBD201815-2U 18GB 15K RPM disk, Field Upgrade 

JBD201815-2F 36GB 15K RPM disk, Factory Installed 


JBD203610-2F 2000 36GB 10K RPM disk, Factory Installed 


3–30 3828 7306–000



EMC Clariion Subsystems 

Host based mirroring or multipath license required. 

The CLARiiON CX300 is an entry-level member 

of the EMC CLARiiON CX series. 

CX300 

Interface: - FCA1850-LC (CBL171-xx cable) 

CX500 


The CLARiiON CX500 is a mid-level member of 

the EMC CLARiiON CX series. 

CX700 


Control: FC2 OSRCTL 

The CLARiiON CX700 is a high-end member of 


Unit Type: PK 

Host based mirroring required. 

The CLARiiON CX400 is a mid-level member of 


CX400 


CX600 

- FCA662-APK (CBL170-xx cable). 

The CLARiiON CX600 is a high-end member of 







Control = FC2OSRCTL for FCA1850-LC 

Unit Type: PK 

3828 7306–000 3–31



EMC Symmetrix Disk 

Interface: - FCA1850-LC 

Symmetrix 5.0 and 5.5 CAB82xx, CAB84xx, CAB85xx, CAB87xx and 

CAB88xx Styles 

- FCA662-APK 



Protocol: Arbitrated loop mode or fabric. 

Restriction: Migration only 


Control = FCPK1EMC for FCA661/662/663 

Control = FC2 FCPK1EMC for FCA1850-LC 

Unit Type: PK 

EMC DMX Symmetrix Series Disk 

Subsystem 


DMX800 Rack mount 

- FCA662-APK (CBL170-xx cable). 

DMX801 Rack mount 



Single cabinet. Includes models DMX1000, 

DMX1000-P2 and DMX1000-M2 

DMX1000 


Dual cabinet. Includes models DMX2000, 

DMX2000-P2, DMX2000-M2, DMX2000-3 (3phase), 

DMX2000-P2-3 (3-phase) and 

DMX2000-M2-3 (3-phase). 

DMX2000 


Control = FC2 FCPK1EMC for FCA1850-LC 

Control = FCPK1EMC for FCA661/662-APK 

Includes models DMX3000-3 (3-phase) and 

DMX3000-M2-3 (3-phase). 

DMX3000 

Unit Type: PK 

3–32 3828 7306–000



DSI2100 Solid State Disk 

Interface: FCA1850-LC 

DSI2100-08 8GB unit, 1Gb interface 



Restriction: Migration only 




Control: FC2 FCPK1SCSI 

Unit Type: PK 

DSI3200/DS13250 Solid State 

Disk 


16 GB System, Unisys 38271680-000DSI PN 

04DSI3200-U16 

DSI3200-U16 

Protocols: Fabric and arbitrated loop modes 


04DSI3200-U32 

DSI3200-U32 


Control: FC2 FCPK1SCSI 


04DSI3200-U48 

DSI3200-U48 

Unit Type: PK 

64GB System, Unisys 38271722-000DSI PN 

04DSI3200-U64 

DSI3200-U64 

8 GB System, ITI 38361465-000DSI PN 

04DSI3208-ITI 

DSI3208-ITI 

16GB Exp Module 38361515-000DSI PN 

04DSI32U16-MEM 

DSI3216-MEM 

Dual Port 2GB FC interface 38361523-000DSI 

PN 04DSI32U65-FC 

DSI3265-FC 

CTS7840 Fiber Channel Tape 


CTS7840-FDL Single drive for CLU6000 

- FCA662-APK (Restriction: Migration only) 

CTS7840-FLL Single drive for CLU700 



CTS7840-FR1 FC rack, single 

Protocol: - Arbitrated loop mode only. 

CTS7840-FR2 FC rack, dual 

3828 7306–000 3–33



CTS9840 Fiber Channel Tape 


CTS9840-FRA Single rack mount with autoloader 

- FCA662-APK (CBL170-xx cable) - Restriction: Migration only 

CTS9840-FD9 Single drive for CLU9710 

- FCA661-APK or FCA663-APK with Brocade switch and copper or longwave 

inputs and short-wave fiber output for fiber conversion - Restriction: 

Migration only 

CTS9840-FDL Single drive for CLU9740 and CLU6000 

CTS9840-FLL Single drive for CLU180 and CLU700 

Protocols: Only arbitrated loop modes. 

CTS9840-SD9 Single drive for CLU9710 



Control = FCSCSIMT for FCA661/662-APK 

CTS9840-SDL Single drive for CLU9740 and CLU6000 

Control = FC2 FCSIMT for FCA1850-LC 

Unit Type: MT 

CTS9840B Fiber Channel Tape 


CTB9840-FDL FC Drive on CLU6000/9740 Libraries Tray 

- FCA662-APK (CBL170-xx cable) 

FC Drive on CLU180/700 

Libraries Tray 

CTB9840-FLL 

- FCA661-APK or FCA663-APK with Brocade switch and copper or longwave 


CTB9840-FR1 FC Drive Rack Mount Single. 


CTB9840-FR2 FC Drive Rack Mount Dual 



Control = FCSCSIMT for FCA661/662-APK 

CTB9840-FTM FC Drive Table Top. 

Control = FC2 FCSIMT for FCA1850-LC 

Unit Type: MT 

3–34 3828 7306–000



CTB9840C Fiber Channel Tape Qualified 6/15/2004. 


CTC9840-FDL 9840C FC Drive CLU9740/6000 


CTC9840-FLL 9840C FC Drive CLU180/700 


CTC9840-FR1 9840C FC Single Rackmount Drive 

Control: FC2 FCSCSIMT 

CTC9840-FR2 9840C Two RK MT Drives 

Unit Type: MT 

CTB9940 Fiber Channel Tape 


CTB9940-FDL Drive on CLU6000/9740 Libraries Tray 



CTB9940-FLL Drive on CLU180/700Libraries Tray 


Unit Type: MT 

Linear Tape-Open (LTO) Gen2 

Tape Drive for CLU Libraries 


CLU180-22F HP LTO Gen2 drive on CLU180 tray 



CLU700-22F HP LTO Gen2 drive on CLU700 


Unit Type: MT 

3828 7306–000 3–35



Fiber Channel Switch (Brocade) Fabric Supported 

Interface: FCA1850-LC or FCA662-APK 

HSC30439-S32 Brocade 3900 - 2Gb, 32 ports, SFP (Fabric only) 

FCA661-APK or FCA663-APK with Brocade switch having matching SFPs. 

Brocade 12000 SAN Switch, 2Gb 2x64-Ports. 

Core FC fabric, SFP (Fabric only) 

HSC3041200-D64 

May also be used as a core SAN switch. 

Minimum switch firmware level: v4.2.0b 



HSC3041200-S32 



HSC3041200-S64 

Interface for HS3043250-FF, HS3043252-VL2, HSC3043850-FF 

is FCA1850-LC. 

HS3043250-FF Brocade 3250, 2 Gb, 8 ports, SFP (Fabric only) 

HS3043252-VL2 Brocade 3252, 2 Gb, 8 ports, SFP (Fabric only) 


Minimum switch firmware level: v4.2.0b 

HSC3043850-FF Brocade 3850, 16 ports, full fabric (Fabric only) 

Fibre Channel Switch (Brocade) Fabric and Quick Loop Supported 


HSC30432-S08 Brocade 3200 – 2 Gb, 8 ports, SFP (QuickLoop 

and fabric)) 


QuickLoop is only supported on the FCA66x-APK, it is not supported on the 

FCA1850-LC. 

Brocade 3800 - 2 Gb, 16 ports, SFP (QuickLoop 

and fabric) 

HSC30438-S16 


Rack mountable, 64 ports, 1 Gb GBIC 

(QuickLoop and fabric) 

HSC30464-S64 

Minimum switch firmware level: v3.1.2a 


Brocade 2400 – 1 Gb, 8 ports, GBIC (QuickLoop 

and fabric) 

HSC30424-S08 


QuickLoop is only supported on the FCA66x-APK, it is not supported on the 

FCA1850-LC. 

Brocade 2800 – 1 Gb, 16 ports, GBIC 

(QuickLoop and fabric) 

HSC30428-S16 


Minimum switch firmware level: v2.6.2c 

Fibre Channel Hub (Vixel) 

HSC20300-MHB Vixel 2100 

3–36 3828 7306–000


Service Offerings (U.S. and Canada Only) 

Mandatory Service Offerings Brief Description Service Overview 

Professional Startup Services for MCP on ClearPath with no Microsoft Partitions – Limit 2 

instances of MCP 

CS792185-MCP PS: MCP installation no Microsoft 

Professional Startup Services for MCP/MCPvm on ClearPath. Limit 2 instances of 

MCP/vMCP. Limit 2 instances of Advanced Server 

PS: MCP/vMCP Installation with 

Advanced Server 

CS792185-AS 


MCP/vMCP. Limit 2 instances of Data Center, or 1 Data Center and 1 Advanced Server 

PS: MCP/vMCP Installation with Data 

Center 

CS792185-DC 

CS792185-UNX PS: UnixWare Installation on ClearPath Professional Startup Services for UnixWare on ClearPath – Limit 2 instances of UnixWare 

Professional Startup Services for 1 additional instance of any MCP, MCPvm, Advanced Server, 

Data Center, or UnixWare. Over and above purchase of base startup service 

CS792185-AD1 PS: Additional Startup Images 

Professional Startup Services for 2 additional instances of any combination of MCP, MCPvm, 

Advanced Server, Data Center, or UnixWare. Over and above purchase of base startup service 























Professional Startup Services for MCP on ClearPath with no Microsoft Partitions – Limit 2 

instances of MCP 

CS792185-AS PS: MCP installation no Microsoft 


MCP/MCPvm. Limit 2 instances of Advanced Server 

PS: MCP/vMCP Installation with 

Advanced Server 

CS792185-DC 

3828 7306–000 3–37


Service Offerings (U.S. and Canada Only) 

Mandatory Service Offerings Brief Description Service Overview 


MCP/MCPvm. Limit 2 instances of Data Center, or 1 Data Center and 1 Advanced Server 

PS: MCP/vMCP Installation with Data 

Center 

CS792185-UNX 

CS792185-AD1 PS: UnixWare Installation on ClearPath Professional Startup Services for UnixWare on ClearPath – Limit 2 instances of UnixWare 

Professional Startup Services for 1 additional instance of any MCP, MCPvm, Advanced Server, 

Data Center, or UnixWare. Over and above purchase of base startup service 























3–38 3828 7306–000


Performance Options 

System Performance – Libra 585 

Disaster Recovery Image Enablers 

CSL10585-DRD DR Image Enabler 

General Purpose IOE Image Enablers 

CSL10585-10 Image Enabler 50/1215 




















3828 7306–000 3–39





























3–40 3828 7306–000












Libra 585 (only) Java Add-On Image Enablers (for Java processors) General Purpose Workloads 

CSJ10585-10 Java Add-On Image Enabler 1000 JPM 







Libra 585 (only) Java Add-On Image Enablers (for Java processors) Development Workloads 

SDJ10585-10 SDK Java Add-On Enabler 1000 JPM 







3828 7306–000 3–41



SDK Image Enablers 

SDL10585-10 SDK Image Enabler 50/1215 

























3–42 3828 7306–000





























3828 7306–000 3–43







Libra 595 Enabler and Usage Rates 

Availabilty by 

Ceiling MIPS/RPMS 

4000 

3300 

2800 

2300 

1500 

900 

500 

200 

Base RPMS Component Style Description 

Base 

MIPS 

97200 

80190 

68040 

55890 

36450 

21870 

12150 

4860 

Libra 595 Base+Usage Pricing Model 

General Purpose Image Enablers - Base 

k 20 486 UOB10595-4 Enabler Base 20/486 

X 30 729 UOB10595-6 Enabler Base 30/729 

X 40 972 UOB10595-8 Enabler Base 40/972 

X 50 1,215 UOB10595-10 Enabler Base 50/1215 







3–44 3828 7306–000




























3828 7306–000 3–45


















X 1950 47,385 UOB10595-390 Image Enabler 1950/47385 

X 2000 48,600 UOB10595-400 Image Enabler 2000/48600 

General Purpose Image Enablers - Ceiling 

200 4,860 UOM10595-40 Enabler Ceiling 200/4860 






3–46 3828 7306–000




4000 97,200 UOM10595-800 Enabler Ceiling4000/97200 

General Purpose Monthly Usage Rate Styles 

X X X X X X X X UOR10595-L1 Monthly Usage Rate 

EAE Image Enablers - Base 

X 20 486 EAB10595-4 EAE Enabler Base 20/486 



X 50 1,215 EAB10595-10 EAE Enabler Base 50/1215 
















3828 7306–000 3–47





























3–48 3828 7306–000








X 1950 47,385 EAB10595-390 EAE Image Enabler 1950/47385 

X 2000 48,600 EAB10595-400 EAE Image Enabler 2000/48600 

EAE Image Enablers - Ceiling 

200 4,860 EAM10595-40 EAE Enabler Ceiling 200/4860 








EAE Monthly Usage Rate Styles 

X X X X X X X X EAR10595-L1 Monthly Usage Rate 

SDK Image Enablers 

X 20 486 SDB10595-4 SDK Enabler Base 20/486 



X 50 1,215 SDB10595-10 SDK Enabler Base 50/1215 

3828 7306–000 3–49





























3–50 3828 7306–000























X 1950 47,385 SDB10595-390 SDK Image Enabler 1950/47385 

X 2000 48,600 SDB10595-400 SDK Image Enabler 2000/48600 

SDK Image Enablers - Ceiling 

200 4,860 SDM10595-40 SDK Enabler Ceiling 200/4860 


3828 7306–000 3–51






2800 68,040 SDM10595-560 SDM Enabler Ceiling 2800/68040 


4000 97,200 SDM10595-800 SDK Enabler Ceiling4000/97200 

SDK Monthly Usage Rate Styles 

X X X X X X X X SDR10595-L1 Monthly Usage Rate 

Libra 595 Pre-Paid Usage Pricing Model 

General Purpose Image Enablers - Ceiling 

1400 34,020 UOL10595-280 Enabler Ceiling 1400/34020 




General Purpose MIP Pre-Paid Styles 

UOR10595-PPU UOE/IE 1 MIP Pre-Paid 

UOR10595-PPV UOE/IE 100 MIPs Pre-Paid 

UOU10595-PPU SSU Scrn 1 MIP Pre-Paid 

UOU10595-PPV SSU Scrn 100 MIPs Pre-Paid 

EAE Image Enablers - Ceiling 

1400 34,020 EAL10595-280 EAE Enabler Ceiling 1400/34020 


3–52 3828 7306–000





EAE MIP Pre-Paid Styles 

EAR10595-PPU EAE UOE/IE 1 MIP Pre-Paid 

EAR10595-PPV EAE UOE/IE 100 MIPs Pre-Paid 

EAU10595-PPU SSU Scrn EAE UOE 1 MIP Pre-Paid 

EAU10595-PPV SSU Scrn EAE UOE 100 MIPs Pre-Paid 

SDK Image Enablers - Ceiling 

1400 34,020 SDL10595-280 SDK Enabler Ceiling 1400/34020 



4000 97,200 SDL10595-800 SDK Enabler Ceiling4000/97200 

SDK MIP Pre-Paid Styles 

SDR10595-PPU SDK UOE/IE 1 MIP Pre-Paid 

SDR10595-PPV SDK UOE/IE 100 MIPs Pre-Paid 

SDU10595-PPU SSU Scrn SDK 1 MIP Pre-Paid 

SDU10595-PPV SSU Scrn SDK 100 MIPs Pre-Paid 

General Purpose Image Enablers - Business Continuance 

Ceilings 

1400 34,020 BCL10595-280 BC Enabler Ceiling 1400/34020 



3828 7306–000 3–53




These are ordered at what system is 

licensed to run at—no charge. 

General Purpose MIP-Month Business Continuance Styles 

BCR10595-BCU BC UOE/IE 1 MIP-Month BC Pre-Paid 

BCR10595-BCV BC UOE/IE 100 MIP-Months BC Pre-Paid 

BCU10595-BCU BC SSU Scrn 1 MIP-Month BC Pre-Paid 

BCU10595-BCV BC SSU Scrn 100 MIP-Months BC Pre-Paid 

Style needs to be ordered in quantity 

used for mips—500 would be 5 BCVs – 

Additional BCU need to be added at no 

charge (Erin to provide formula) 

3–54 3828 7306–000


Libra 585 IOEs 

MIPs RPMs IOE Style SSU Style IOE Description SSU Description 

Libra 585 IOEs - Basic Licenses - IOE Packages include media and keys 

20 486 CSS10585-4 CSU10580-4 IOE 20/486 SSU Scrn 20/486 

40 972 CSS10585-8 CSU10588-8 IOE 40/972 SSU Scrn 40/972 

50 1,215 CSS10585-10 CSU10580-10 IOE 50/1215 SSU Scrn 50/1215 





















3828 7306–000 3–55





















1,000 24,300 CSS10585-200 CSU10580-200 IOE 1000/24300 SSU Scrn 1000/24300 








3–56 3828 7306–000





























3828 7306–000 3–57























5,270 128,061 CSS10585-A54 CSU10580-A54 IOE 5270/128061 SSU Scrn 5270/128061 

1 24 CMS10585-400 CMU10580-400 IOE 1 Addl MIP T400 SSU Scrn 1 Addl MIP T400 

1 24 CMS10585-527 CMU10580-527 IOE 1 Addl MIP T527 SSU Scrn 1 Addl MIP T527 

1 24 CMS10585-A54 CMU10580-A54 IOE 1 Addl MIP TA54 SSU Scrn 1 Addl MIP TA54 

3–58 3828 7306–000


Libra 585 SDK IOEs and SSUs 


20 486 SDK10585-4 SDU10580-4 SDK 20/486 SSU Scrn SDK 20/486 


50 1,215 SDK10585-10 SDU10580-10 SDK 50/1215 SSU Scrn SDK 50/1215 























3828 7306–000 3–59



















1,000 24,300 SDK10585-200 SDU10580-200 SDK 1000/24300 SSU Scrn SDK 1000/24300 










3–60 3828 7306–000





























3828 7306–000 3–61





















5,270 128,061 SDK10585-A54 SDU10580-A54 SDK 5270/128061 SSU ScrnSDK 5270/128061 

1 24 SMK10585-400 SMU10580-400 SDK 1 Addl MIP T400 SSU Scrn SDK 1 Addl MIP T400 

1 24 SMK10585-527 SMU10580-527 SDK 1 Addl MIP T527 SSU Scrn SDK 1 Addl MIP T527 

1 24 SMK10585-A54 SMU10580-A54 SDK1 Addl MIP TA54 SSU Scrn SDK 1 Addl MIP TA54 

3–62 3828 7306–000


Libra 595 UOEs and SSUs 

IOE Style SSU Style IOE Description SSU Description 

Base 

RPMs 

Base 

MIPs 

Base+Usage Pricing Model 

UOEs - Basic Licenses - UOE Packages include media and keys 

20 486 UOE10595-4 UOU10590-4 UOE 20/486 SSU Scrn 20/486 



50 1,215 UOE10595-10 UOU10590-10 UOE 50/1215 SSU Scrn 50/1215 



















3828 7306–000 3–63




Base 

RPMs 

Base 

MIPs 










1,000 24,300 UOE10595-200 UOU10590-200 UOE 1000/24300 SSU Scrn 1000/24300 















3–64 3828 7306–000




Base 

RPMs 

Base 

MIPs 







EAE UOEs and SSUs 

20 486 EAE10595-4 EAU10590-4 EAE UOE 20/486 SSU Scrn EAE UOE 20/486 



50 1,215 EAE10595-10 EAU10590-10 EAE UOE 50/1215 SSU Scrn EAE UOE 50/1215 













3828 7306–000 3–65




Base 

RPMs 

Base 

MIPs 
















1,000 24,300 EAE10595-200 EAU10590-200 EAE UOE 1000/24300 SSU Scrn EAE UOE 1000/24300 









3–66 3828 7306–000




Base 

RPMs 

Base 

MIPs 













SDK UOEs and SSUs 











3828 7306–000 3–67




Base 

RPMs 

Base 

MIPs 

























3–68 3828 7306–000




Base 

RPMs 

Base 

MIPs 



















3828 7306–000 3–69


Pre-Paid Usage Pricing Model 

UOE media/keys 

UOE10595-PPU UOE Media Pre-Paid 

EAE10595-PPU EAE UOE Media Pre-Paid 

SDK10595-PPU SDK Media Pre-Paid 

Business Continuance 

UOE media/keys 

UOE10595-BCU UOE Media BC 

EAE10595-BCU EAE UOE Media BC 

SDK10595-BCU SDK Media BC 

3–70 3828 7306–000


Companion Packages 

Companion Packages Description Hardware Packages 


CSS10585-CP1 IOE Companion Pkg 1 Modules Required for LM585-141; LM585-142; LMA585-141; LMA585-14H; LMA585-14V 

CSS10585-CP2 IOE Companion Pkg 2 Modules Required for LM585-242; LM585-243 

CSS10585-CP3 IOE Companion Pkg 3 Modules Required for LM585-343 

CSS10585-CP4 IOE Companion Pkg 4 Modules Required for LM585-443 


UOE10595-CP1 UOE Companion Pkg 1 Module Required for LM595-141; LM595-142; LMA595-141; LMA595-14H; LMA595-14V 

UOE10595-CP2 UOE Companion Pkg 2 Modules Required for LM595-242; LM595-243 

UOE10595-CP3 UOE Companion Pkg 3 Modules Required for LM595-343 

UOE10595-CP4 UOE Companion Pkg 4 Modules Required for LM595-443 

Service Processor IOE 

CSS10585-2SP IOE 2nd Serv Proc SW Pkg Required for Libra 585 with LIB580-RSP 

UOE10595-2SP UOE 2nd Serv Proc SW Pkg Required for Libra 595 with LIB580-RSP 

3828 7306–000 3–71


3–72 3828 7306–000

Section 4 

Sample Configurations 

This section provides guidelines for setting up the following configurations: 

• Peripheral power control configurations for single and dual (standby) Service 

Processor configurations 

• Management server configurations 

• IEA-IOP configurations that enable traffic segregation to external networks 

• Boot drawer configurations with naming and addressing conventions 

• Complex Libra Model 585 or 595 Private LAN configurations with boot drawer, 

CNAE, and crypto co-processor naming and addressing conventions 

3828 7306–000 4–1


Peripheral Power Control Configurations 

The Libra Model 585 and 595 servers provide power control for the peripheral devices 

depending on customer requirements and system configurations. The peripheral power 

control signals are generated in the Service Processor and are distributed through the 

Service Processor serial port connection. 

Figures 4-1 and 4-2 show the peripheral power control connections on the Service 

Processor for single (non redundant) and dual (standby) Service Processor configurations. 

Single Service Processor Configuration 

Figure 4-1 shows a single service processor (non redundant) power control connection. 

The cable connecting the Service Processor to the controlled device (APC or AP2) is 

style PPC1-NRD and is separately orderable. 

To Controlled 

Device 

6885 9081-000 

Serial (COM) Port 


000475C 

Figure 4–1. Single Service Processor Power Control Connection 

4–2 3828 7306–000

Dual (Standby) Service Processor Configuration 


Figure 4-2 shows a dual Service Processor (redundant) power control connection. The 

AS/2 Serial Auto Switch provides a connection from the serial ports on the two Service 

Processors to the controlled device (APC or AP2). The Auto Switch and the cables that 

connect it to the controlled device and to the two Service Processors are included in 

style PPC2-RDN, which is separately orderable. 

Port A 

B A TIME OUT 

AUTO 10 60 SEC 

COM 

Port C 

Switch 

3828 7306–000 4–3 

(SPARE) 

AC 6-9V 

50 mA 

COM 

To Controlled 

Device 

Port B 


Standby Service Processor 

001470 

Figure 4–2. Dual Service Processor Power Control Connections


Management Server Configuration Requirements 

A management server is a server that can access Server Sentinel and other 

management components associated with your system. A management server can be 

on your public LAN or maintenance (private) LAN. On Libra Model 585 and 595 servers, 

a management server is required if you have a standby Service Processor. 

You can use a management server to 

• Monitor or manage your server, including all current system partitions by using 

Server Sentinel. 

• Monitor and manage your entire enterprise, including the server, using a combination 

of Unisys and third-party management solutions. 

The management server software discovers all devices in your network and provides a 

multilevel network map that indicates which devices and network segments are healthy 

and which areas need attention. You can select any object and drill down to find 

information about its lower-level components. 

The hardware and software requirements for your management server are as follows: 

Management Server Hardware Requirements 

All management servers require the following minimum hardware configuration: 

• 2.4 GHz Xeon processor (single processor) with at least 512 megabytes (MB) of 

memory. 

• Super VGA color monitor with a display area of at least 1024 x 768 pixels (A 1280 x 

1024 display area is recommended.) 

• A Fast Ethernet network interface card (NIC). 

• The management server is connected to the network through a network segment 

that can access the operating system partitions. 

Management Server Software Requirements 

All management servers require the following minimum software configuration: 

• One of the following Windows operating systems: 

− Windows 2000 Server with Service Pack 4 

− Windows 2000 Advanced Server with Service Pack 4 

− Windows 2000 Professional with Service Pack 4 

− Windows 2003 Standard Edition 

− Windows 2003 Enterprise Edition 

− Windows XP Professional with Service Pack 2 

4–4 3828 7306–000

• Internet Explorer 6.0 

The browser security level must be set to Custom. 

• TCP/IP 


Each component must be configured to run TCP/IP and should have a fixed IP 

address. Dynamic IP address assignment through a Dynamic Host Configuration 

Protocol (DHCP) service is not recommended. 

• SNMP service 

The SNMP community name “public” is listed under the accepted community 

names with read-only access privileges. 

• User with valid administrator group privileges on the system 

• IP address configured as a trap destination 

• Internet Information Services (IIS) 

3828 7306–000 4–5


IEA-IOP Configuration 

The IEA-IOP is a PCI-based network processor supported on Libra Model 585 and 595 

servers. It has two gigabit Ethernet ports that are used to provide the interface to the 

network. The IEA-IOP offers TCP/IP and BNA networking capabilities that are 

functionally equivalent to a ClearPath Network Appliance (CNA) device and supports 

IEEE 802.1Q VLANs. VLANs provide the capability to segregate traffic to external 

networks as shown in Figure 4-3. 

IOMB 

IEA-IOP 

IEA-IOP 

VLANs 

(Tagged/Untagged 

Line) 

Tagged Line 

Switch 

VLANs 

(Tagged/Untagged 

Line) 

Tagged Line 

Tagged/Untagged Line 

Switch 

Tagged/Untagged Line 

Network 

Network 

Figure 4–3. IEA-IOP VLAN Capability 

Network 

Network 

4–6 3828 7306–000 

001702A 

To enable the VLAN capability, you should purchase a managed Ethernet switch that 

supports IEEE 802.1Q VLANs. The Dell PowerConnect model 5324 switch has this 

capability and has been tested with the IEA-IOP by Unisys. 

When you determine the total number of VLANs required, you should consider the 

aggregate performance of the link to the IEA-IOP port. Unisys suggests that under many 

circumstances it makes sense to limit the number of VLANs to 10 per IEA-IOP port.

Boot Drawer, CNA, and CCP IP Addresses 

Boot 

Drawer 

Device ID 


Tables 4-1, 4-2, and 4-3 provide the Device IDs and NP IDs, and summarize the IP 

addresses for the boot drawers, ClearPath network appliance (CNAE) devices, or Crypto 

co-processor (CCP) devices that can be installed in a Libra Model 585 or 595 server. 

Note: These are the IP addresses as shipped from the factory. 

Table 4-1 provides the device IDs and NP IDs, and summarizes the IP addresses for the 

boot drawers that can be installed in the system. 

NP 

ID 

Unit 

No 

Table 4–1. Boot Drawer IP Addresses 

Private 

LAN 

IP Address 

MCP Private 

LAN 

IP Address 

MCP Public 

IP Address 

CNA EVLAN 

IP Address 

MCP EVLAN 

IP Address 

IPL1 8101 192.168.222.181 192.168.222.121 192.168.237.181 192.168.16.202 192.168.16.201 

IPL2 8102 192.168.222.182 192.168.222.122 192.168.237.182 192.168.16.206 192.168.16.205 

IPL3 8103 192.168.222.183 192.168.222.123 192.168.237.183 192.168.16.210 192.168.16.209 

IPL4 8104 192.168.222.184 192.168.222.124 192.168.237.184 192.168.16.214 192.168.16.213 

IPL5 8105 192.168.222.185 192.168.222.125 192.168.237.185 192.168.16.218 192.168.16.217 

IPL6 8106 192.168.222.186 192.168.222.126 192.168.237.186 192.168.16.222 192.168.16.221 

IPL7 8107 192.168.222.187 192.168.222.127 192.168.237.187 192.168.16.226 192.168.16.225 

IPL8 8108 192.168.222.188 192.168.222.128 192.168.237.188 192.168.16.230 192.168.16.229 

3828 7306–000 4–7


CNA 

Device 

ID 


CNAE devices that can be installed in the system. 

NP ID 

Unit 

No. 

Table 4–2. CNAE IP Addresses 

Private 

LAN 

IP Address 

CNA1 8001 192.168.222.151 

MCP Public 

IP Addresses 

192.168.237.50 

192.168.237.51 

192.168.237.52 

192.168.237.53 

CNA EVLAN 

IP Address 

MCP EVLAN 

IP Address 

192.168.16.102 192.168.16.101 

CNA2 8002 192.168.222.152 192.168.237.54… 192.168.16.106 192.168.16.105 

CNA3 8003 192.168.222.153 192.168.237.58… 192.168.16.110 192.168.16.109 

CNA4 8004 192.168.222.154 192.168.237.62… 192.168.16.114 192.168.16.113 

CNA5 8005 192.168.222.155 192.168.237.66… 192.168.16.118 192.168.16.117 

CNA6 8006 192.168.222.156 192.168.237.70… 192.168.16.122 192.168.16.121 

CNA7 8007 192.168.222.157 192.168.237.74… 192.168.16.126 192.168.16.125 

CNA8 8008 192.168.222.158 192.168.237.78… 192.168.16.130 192.168.16.129 


Crypto co-processors that can be installed in the system. 

Co-processor 

Device ID 

Table 4–3. Crypto Co-processor IP Addresses 

NP ID 

Unit No. 

Private LAN 

IP Address 

CNA EVLAN 

IP Address 

MCP EVLAN 

IP Address 

CCP1 8151 192.168.222.231 192.168.16.54 192.168.16.53 

CCP2 8152 192.168.222.232 192.168.16.58 192.168.16.57 

CCP3 8153 192.168.222.233 192.168.16.62 192.168.16.61 

CCP4 8154 192.168.222.234 192.168.16.66 192.168.16.65 

CCP5 8155 192.168.222.235 192.168.16.70 192.168.16.69 

CCP6 8156 192.168.222.236 192.168.16.74 192.168.16.73 

CCP7 8157 192.168.222.237 192.168.16.78 192.168.16.77 

CCP8 8158 192.168.222.238 192.168.16.82 192.168.16.81 

4–8 3828 7306–000

Boot Drawer Configuration 


Figure 4-4 illustrates a typical configuration for a two-module two-boot drawer Libra 

Model 585 or 595 server. It identifies the boot drawer naming and addressing 

convention and shows the 8-port switches on the private LAN. 

Windows 

System 0 

MCP 

Module 0 

MCP 

Module 1 

Windows 

System 1 

ODW 

W0 

SP0 

IPL1 

IPL3 

IPL4 

IPL2 

SP1 

W1 

ODW 

192.168.222.41 

192.168.222.1 

192.168.222.181 

192.168.222.183 

192.168.222.184 

192.168.222.182 

192.168.222.2 

192.168.222.42 

8-port Switch 

Module 0 

Module 1 

8-port Switch 

Notes: 

1) This shows 2 Modules and 2 IPL Boot Drawers per Module/Partition. 

2) All Private LAN IP addresses are 192.168.222.X. 

192.168.222.149 or 20 

Figure 4–4. Typical Boot Drawer Configuration 

3828 7306–000 4–9 

001719A


Complex Private LAN Configuration 

Figure 4-5 illustrates a complex Libra Model 585 or 595 server configuration that includes 

the following: 

• Two MCP partitions 

• Four modules 

• One IPL boot drawer per module 

• Two crypto co-processors per partition (CCP1 through CCP4) 

• Four CNAE devices per partition 

C 

I 

M 

MCP 

Module 

0 

Notes: 

CCP1 

IPL1 

SP0 

CNA1 

CNA5 

3 

2 CNA3 

MCP 

Module 

1 

CNA7 

SP1 

IPL3 

CCP3 

ODW1 

192.168.222.231 

192.168.222.181 

192.168.222.1 

192.168.222.151 

192.168.222.155 

192.168.222.153 

192.168.222.157 

192.168.222.3 

192.168.222.183 

192.168.222.233 

192.168.222.41 

Module 0 

Module 1 

1) This shows 4 Modules with 2 CNAs per Module. 

2) All Private LAN IP addresses are 192.168.222.X. 

8-port Switch 8-port Switch 

Module 2 

Module 3 

8-port Switch 8-port Switch 

192.168.222.232 

192.168.222.182 

192.168.222.2 

192.168.222.152 

192.168.222.156 

192.168.222.154 

192.168.222.158 

192.168.222.4 

192.168.222.184 

192.168.222.234 

192.168.222.42 

192.168.222.149 or 20 

Figure 4–5. Complex Private LAN Configuration 

4–10 3828 7306–000 

CCP2 

IPL2 

SP00 

CNA2 

CNA6 

CNA4 

CNA8 

SP11 

IPL4 

CCP4 

ODW2 

MCP 

Module 

2 

MCP 

Module 

3 

001720B 

C 

I 

M 

3 

2

Section 5 

System Software 

This section contains a description of the basic software components that render the 

ClearPath Plus Server Libra Model 585 and 595 servers operational. 

The Libra Model 585 and 595 servers support MCP and optional open partitions. MCP 

partitions support MCP releases 9.1 and 10.0. Optional partitions support Windows 

Server 2003, Enterprise Edition, Windows Server 2003, Datacenter Edition, Unix, and 

Linux operating systems. 

Plateau Software. contains software components for both the MCP and optional 

Windows partitions. It is a planned set of micro-code and software components that are 

tested and released against a specific hardware platform system level release. 

System management is facilitated through Server Sentinel software. The Server 

Sentinel navigation interface is a centralized operations console for your ClearPath Plus 

Server Libra Models 585 and 595. It provides overall status indicators and serves as an 

integrated front end for operating and managing your server. 

More detailed information about software products is provided in the ClearPath MCP 

Software Product Catalog and by contacting your Unisys service representative. 

3828 7306–000 5–1


Libra Model 585 Software and Subscriptions 

The available software styles allow you to 

• Select software styles for the initial system partitions 

• Add partitions after the initial server is configured 

• Add a ClearPath MCP image 

The Libra Model 585 and 595 software offerings include: 

• Operating environment software 

• Select Software Update (SSU) subscriptions 

• MCP Image Enablers 

• Java Enablers (optional, offered on the Libra Model 585 only) 

• Windows Server 2003 Enterprise Edition operating system style 

• Windows Server 2003 Datacenter Edition operating system style 

• Unix operating system software (contact your Unisys sales representative for details 

concerning Unix configurations) 

• Linux operating system software 

The following table shows the types of workloads offered on Libra Model 585 and 595 

servers: 

Table 5–1. Workloads Offered on Libra Model 585 and 595 Servers 

Workload Type Libra Model 585 Libra Model 595 

General Purpose 

Development 

Enterprise Application Environment 

Refer to “Operating Environment Packages” later in this section for a description of each 

of these workloads. 

5–2 3828 7306–000


Operating Environment Packages, SSU Subscriptions, and MCP 

Image Enablers 

Refer to “Performance Options” in section 3 of this guide for information on Libra Model 

585 and 595 software ordering requirements and options. Information is provided on the 

following: 

For the Libra Model 585 server 

• Operating Environment Package styles 

• SSU Subscription License styles 

• MCP Image Enabler styles 

• Java Enabler styles (optional) 

For the Libra Model 595 server 

• UOE/SDK Package styles 

• SSU Subscription License styles 

• MCP Image Enabler styles 

Refer to the ClearPath MCP Software Product Catalog for additional information on 

software ordering requirements and options. 

3828 7306–000 5–3


Windows Server 2003 Operating System Styles 

Windows Server 2003, Enterprise Edition and Windows Server 2003, Datacenter Edition 

are supported on Libra Model 585 and 595 servers with optional Intel-based partitions. 

Styles for optional Intel-based partitions are listed in section 3 of this guide in “Open G3 

Partition PCI 66 and PCIX Add-On Partitions”. 

Windows Server 2003 Enterprise Edition 

Optional Windows partitions with up to 8 processors require the Windows Server 2003, 

Enterprise Edition operating system software. Windows Server 2003, Enterprise Edition 

is licensed on a per-image basis. One copy is required for each image that uses this 

version of Windows. Each copy of Windows Server 2003, Enterprise Edition includes 25 

Client Access Licenses (CALs). 

There is one Windows Server 2003, Enterprise Edition style, WNE320008-LI. A 

characteristic code is used to select the language. This style is used on new system 

orders and when adding Windows Server images to existing systems. 

Table 5–2. Windows Server 2003 Enterprise 

Edition, Style WNE320008-LI 

Style is for 1 partition, 1-8 processors and 

applies to all of the following countries: 

U.S. English V 1 

Dutch, Netherlands VN 1 

French V 3 

Italian V 4 

German V 5 

Portuguese V 6 

Spanish V 7 

Russian (Cyrillic) V 13 

Turkish V 14 

Korean V 22 

Japanese V 24 

Swedish V 63 

Chinese V 65 

Czechoslovakian (Czech) V 66 

Portuguese-Brazilian V 6-B 

Polish V 67 

Hungarian V 68 

Country Code 

5–4 3828 7306–000

Windows Server 2003 Datacenter Edition 


Windows Server 2003 Datacenter Edition is licensed on a per-server basis for the 

maximum number of processors in all partitions that contain the product. Two 

subscription services are available, full update subscription and tested service packs 

update subscription. Each subscription has an annual license charge and must be 

renewed annually. 

• Full Update Subscription entitles you to all future operating system releases and 

service packs as long as the subscription is current. 

• Tested Service Packs Update Subscription provides service packs, but no follow-on 

versions of the Windows Server 2003, Datacenter Edition operating system. 

You must select one of these subscription services, and the same subscription service 

must apply to all Windows Server 2003, Datacenter Edition processors in a system. The 

following basic configuration/ordering rules apply when ordering Windows Server 2003, 

Datacenter Edition: 

• The total number of Intel processors running Windows images must not exceed the 

number for which Windows Server 2003, Datacenter Edition has been licensed. 

• Each Windows Server 2003, Datacenter Edition copy includes 5 CALs. 

• Windows Server 2003, Datacenter Edition cannot be licensed for more Intel 

processors than are actually in the system. 

• Separate upgrade styles enable licensing additional processors in increments of 4. 

New System Orders 

Styles for new system orders are available in 4-processor increments. The following 

tables list the Windows Server 2003, Datacenter Edition styles for new system orders. 

Table 5–3. Windows Server 2003 Datacenter Edition – Full Update 

Subscription 

Description Intel Processors Style 32-bit Style 64-bit 

Windows Server 

2003 Datacenter 

Edition and Full 

Update Subscription 

4 WND3204-LI WND6404-LI 

Same as above 8 WND3208-LI WND6408-LI 







3828 7306–000 5–5


Table 5–4. Windows Server 2003 Datacenter Edition – Tested Service 

Pack (Limited) Subscription 


Windows Server 2003 

Datacenter Edition and 

Tested Service Pack 

(Limited) Subscription 

4 WND3204-TSP WND6404-TSP 

Same as above 8 WND3208-TSP WND6408-TSP 







License Upgrades for Additional Processors 

License upgrades for Windows Server 2003, Datacenter Edition are available in 

4-processor increments. The following tables list the Windows Server 2003, Datacenter 

Edition styles to be used when adding processors. 

Table 5–5. Windows Server 2003 Datacenter Edition – Full Update 

Subscription for Adding Processors 


Windows Server 

2003 Datacenter 

Edition and Full 

Update Subscription 

4 WAD3204-LI WAD6404-LI 

Same as above 8 WAD3208-LI WAD6408-LI 







5–6 3828 7306–000


Table 5–6. Windows Server 2003 Datacenter Edition – Tested Service 

Pack (Limited) Subscription for Adding Processors 

Description Intel 

Processors 

Windows Server 2003 

Datacenter Edition and 

Tested Service Pack 

(Limited) Subscription 

Style 32-bit Style 64-bit 

4 WAD3204-TSP WAD6404-TSP 

Same as above 8 WAD3208-TSP WAD6408-TSP 







Linux Operating System Styles 

Linux partitions, can be ordered for Libra Model 585 and 595 servers. Full level-1, level- 

2, and level-3 customer support is provided by Unisys for SuSE Linux. Linux partitions 

can co-exist with Native MCP, Virtual MCP, and Windows partitions within the same 

Libra Model 585 or 595 cabinet. 

SuSE Linux Enterprise Server 9 (SLES9) is the first Linux release based on the 2.6 kernel 

and is now available on the Libra Model 585 and 595 servers. 

Section 3 in this guide contains software styles, for independent Linux partitions. 

3828 7306–000 5–7


Operating Environment Packages 

The operating environment packages for Libra Model 585 and 595 servers contain the 

basic system software needed to operate the servers. Depending on your processing 

needs, you can choose from among as many as three different operating environment 

packages for your server. Each package is designed to support a different type of 

processing workload. The three workloads are 

• General Purpose Workload. This workload includes production work as well as 

application development and testing activities. 

• Enterprise Application Environment Workload. This workload consists exclusively of 

applications running in the Enterprise Application Environment. 

• Development Workload. This workload consists exclusively of application 

development and testing activities. 

By selecting from one of these packages of standard software products, you can 

customize your server software environment to meet your unique requirements. 

The following table provides the legend of codes used in the remainder of this appendix. 

Code Letter Description 

c In the Operating Environment Companion Package 

e In the IOE Encryption Option, subject to U.S. government export 

controls 

n/a Not available on this server 

Blank Products not included in this operating environment package. These 

products are optional and must be ordered with a separate style. 

The table that follows lists the products that are included in the workload-specific 

operating environment packages for the Libra Model 585 and 595 servers. All products 

are supported for MCP releases 9.1 and 10.0 except those designated as MCP 10.0 only. 

Workload Type General Purpose 

Software Product 

Operating Environments 

Libra 

Model 595 



Enterprise 

Application 

Environment 


only 

Development 

Libra Models 

585 and 595 

Administration Center 

CD-ROM Formatter 

CANDE 

Client Access Services 

End User Center 

5–8 3828 7306–000







Enterprise 

Application 

Environment 


only 


Development 



Installation Center 

MARC 

Master Control Program 

Operations Center 

Print Center 

Print System 

Software License 

Management for ClearPath 

MCP (MCP 10.0 only) 

 

System Software Utilities 

Utilization Sentinel (Libra 595 

only; for Libra 

585 n/a 

Win RPC 

Work Flow Language 

Security 

ClearPath Secure Transport (e) (e) (e) (e) 

Kerberos Authentication 

Kerberos Data Encryption (e) (e) (e) (e) 

Lightweight Directory 

Access Protocol 

McpCryptoApi for User 

Applications 

Secure Access Control 

Module 

 

(e) (e) (e) (e) 

 

Security Center 

Security Support Library 

Application 

Development 

ALGOL Compiler 

ALGOL Test and Debug 


 

C Compiler 

3828 7306–000 5–9








Enterprise 

Application 

Environment 


only 

Development 



C Test and Debug System 

COBOL74 Compiler 

COBOL74 Test and Debug 


 

COBOL85 Compiler 

COBOL85 Test and Debug 


 

Cross-Reference Symbolic 

Data Comm ALGOL 

Compiler 

 

Editor 

FORTRAN77 Compiler 

FORTRAN77 Test and Debug 


 

Integration Expert 

NEWP Compiler 

Pascal Compiler 

Program Binder 

Programmer’s Workbench 

for ClearPath MCP 

 

RPG Compiler 

Screen Design Facility Plus 

SORT Compiler 

Virtual Machine for the Java 

Platform on ClearPath MCP 

Tools and Utilities 

 

Activity Reporting System 

ASAP Application Heartbeat 

ASAP/Continuous Service 

Platform (CSP) Enabler 

 

Billing Support Library 

5–10 3828 7306–000



Enterprise Output Manager 

Host Software and 

Departmental Server (1 copy) 

Host Component for EMC 

Time Finder 





Enterprise 

Application 

Environment 


only 


Development 



 

 

Host Memory Cache 

MCP TapeStack basic 

features (MCP 10.0 only) 

MCP TapeStack complete 

product (MCP 10.0 only) 

 

 

MultiLingual System 

Remote Print System 

SAN Data Mover 

SAN Mirror Disk Certify 

SAN Mirror Disk Manager 

SAN Spare Disk Manager 

SAN StoreSafe Manager 

System Assistant 

System Logger 

TCP/IP Print Enabler 

WRAP File Enabler 

Database, Query, and 

Reporting 

Advanced Data Dictionary 


 

Application Data Access 

Database Certification 

Database Interpreter 

Database Operations Center 

Enterprise Database OLE DB 

Data Provider for ClearPath 

MCP 

 

3828 7306–000 5–11




Enterprise Database Server 

Extended Edition for 

ClearPath MCP 


Inquiry 


Transaction Processing 


Extended Retrieval with 

Graphic Output 





Enterprise 

Application 

Environment 


only 

Development 



 

 

 

 

JDBC Driver for OLE DB 

ODBC Access for ClearPath 

MCP 

Quiesce Database Copy 

(QDC) as a Backup Source 


(QDC) as a Recovery Source 


(QDC) for Single Host 

Systems 

 

 

 

 

Remote Database Backup 

REPORTER III 

XML Provider for ClearPath 

MCP 

Communications and 

Networking 

BNA over IP for Application 

Hosts 

 

 

Heritage Host Services 

Heritage Network Services 

Native File Transfer 

Network Administrative 

Utility 

Network Operations 

Interface 

 

 

5–12 3828 7306–000



Shared Adapter Network 

Services for Fast Ethernet 

Shared Adapter Network 

Services for Gigabit Ethernet 





Enterprise 

Application 

Environment 


only 


Development 



 

 

Virtual LAN Services 

X.25 Services 

Internet and Transaction 

Processing 

ClearPath ePortal Developer 

Studio 

 

ClearPath ePortal Manager 


Web/Mobile Software 

ClearPath MCP Interface to 

Microsoft Message Queuing 

ClearPath MCP Interface to 

Microsoft Transaction 

Integrator 

Distributed Transaction 

Integration Developer 

License 

Distributed Transaction 

Integration Runtime License 

J2EE Connector for MCP 

Transactions 

J2EE Connector for Open 

DTP 

Open DTP OSI Transaction 

Processing 

 

 

 

 

 

 

 

 

OSI over TCP/IP Services 

Screen Object Modeling 

Studio Developer License 

Screen Object Modeling 

Studio Runtime 

TCP/IP Application Services 


 

 

 

3828 7306–000 5–13




TCP/IP Interprocess 

Communications Services 





Enterprise 

Application 

Environment 


only 

Development 



 

Transaction Center 

Transaction Server 

Web Enabler for ClearPath 

MCP (number of licenses 

varies by server model) 

Web Enabling Components 


WebSphere MQ for 

ClearPath MCP 

Web Transaction Server for 

ClearPath MCP 

Systems Management 

 

 

 

 

Operations Sentinel 

Server Sentinel 

SNMP Agent for TCP/IP 

Networks 

SNMP Object Managers for 

ClearPath MCP 

 

 

5–14 3828 7306–000

Section 6 

SCSI Device Guidelines 

Introduction 

This section covers SCSI channel adapters and storage device subsystems that use the 

wide SCSI and Ultra wide SCSI interfaces. The maximum data transfer rate for Ultra 

SCSI interface is 40 MB per second. 

Notes: 

• This section covers devices controlled by native wide SCSI (SCSI-2W) and native 

ultra wide SCSI (SCSI-3) channel adapters using SCSI Wide 16 protocol and referred 

to as "wide SCSI." 

• The SCSI-2W channel adapter can be used to control a SCSI-3 device, or a SCSI-3 

channel adapter can be used to control a SCSI-2W device, but the resulting 

connection will be SCSI-2W. Guidelines for Wide SCSI Configurations 

Table 6-1 lists guidelines for wide SCSI configurations. Additional requirements, if any, 

are included in the subsection for each specific device. 

Channel Adapter 

Styles 

Table 6–1. Wide SCSI Configuration Guidelines 

Area Guideline 

The following channel adapter styles are supported: 

• CA322-SCI (SCSI-2W) operating under wide SCSI 

protocol. 

• CA332-SCI (SCSI-3) operating under wide SCSI protocol. 

Channel Loading Channel loading depends on whether connectivity or 

throughput is the main consideration. 

Refer to the ClearPath Plus Libra Model 580 Hardware 

Configuration Guide (6898 9748) for channel loading. 

Device Types All devices on a wide SCSI bus must be capable of 

supporting wide SCSI. 

Bus Length Maximum bus length for SCSI-2W is 80 feet (24.4 meters) 

Channel IDs Channel IDs are restricted to addresses 6 and 7. 

3828 7306–000 6–1


CA322-SCI and CA332-SCI Termination 

Both the CA322-SCI and CA332-SCI have internal terminators installed on the channel 

adapter board at the factory. Figure 6-1 shows the location of the terminators on the 

board. The diagram in Figure 6-2 shows typical SCSI bus termination 

SCSI Channel 

cable connection 

Terminators 

Figure 6–1. CA322-SCI and CA332-SCI Internal Termination 

Channel 

Rack 

( t ) ( t ) (T) (T) 

Legend: 

(a) 

SCSI 

Device 

(a) (a) 

(a) CBL133-X, X = cable length 

See 'Cables' for specific cable 

( t ) Internal terminator on Channel card 

(T) SDM1000-T68 

SCSI 

Device 

Figure 6–2. SCSI Wide and Ultra Cable Diagram 

6–2 3828 7306–000 

0085 

SCSI 

Device 

0006


Notes: 

• Terminate the SCSI cables at both ends with the same type of terminator. Do not 

use an external terminator on a SCSI card that has internal terminators. 

• A list of all available SCSI cables is contained in Appendix C. 

Cable Information 

Table 6-2 lists cables used in wide SCSI configurations. 

Table 6–2. Wide SCSI Cable Styles and Usage 

Cable Style Use 

CBL133-xxx Connects from the channel card to the device subsystem. The 

“xxx” in the cable style represents the cable length. The standard is 

10 feet. Optional lengths are 3, 5, 20, 40, 60, and 80 feet). 

Note: A SCSI-2W cable must not exceed 80 feet. 

CBL13314-08Y Wide SCSI dual-initiate cable used as a 

channel-adapter-to-channel-adapter for internal channel rack or 

external channel rack. Fourteen-foot and eight-foot legs on either 

side of Y-connector. 

CBL13304-06Y Same as CBL13314-08Y except four-foot and six-foot legs on either 

side of the Y-connector. 

Subsystem Configuration Guidelines 

Tape Storage Subsystems Configuration Guidelines 

The following tape drive subsystems are qualified on some of ClearPath systems 

covered by this guide. See Section 3 for current qualification status. 

DSI ALP60 Linear Tape Open (LTO) Gen2 

Table 6-3 list the minimum system soft ware levels required to configure an ALP60 with 

a Libra 580/590, or an FS1600. 

Table 6–3. Minimum ClearPath System Software Required for DSI ALP60 

Support 

System Software Firmware Level 

Note: All Valid Hardware configurations.The 

following are minimum system software levels 

MCP Platform Firmware 1.1M 

3828 7306–000 6–3


Table 6–3. Minimum ClearPath System Software Required for DSI ALP60 

Support 


ClearPath MCP HMP9.1/SSR50.1: 

Same as above. 


Same as above except for: 

LOG-TOOLS IC 49.1A.20 

(49.189.8017 FAULTLOGGER 

49.189.8044 HWERRORSUPPORT 

49.189.8069 JOBFORMATTER 

49.189.8011 LOGANALYZER). 

ALP/SDLT320 Tape Subsystem 

There are two OEM vendors of SDLT320-type tape drives. DSI drives are stand-alone 

(either rack mount or tabletop) drives, and StorageTek (STK) drives are installed in CLU 

Libraries (CLU180, CLU201, and CLU700). 

DSI Super Digital Linear Tape ALP320 Stand-Alone Tape Drives 

DSI drives are delivered with V56 firmware installed to be compatible with DLT4000 

formatted tapes. You must contact your Unisys representative to acquire V70 firmware if 

you want to run multiple initiators. Future firmware upgrades may incorporate both 

requirements, but at present you can run one or the other, but not both. 

Table 6-4 lists the minimum firmware and system software levels required to operate 

your system with the ALP320 stand alone tape drives. 

Table 6–4. Minimum ClearPath System Software Required for DSI 

ALP320 Support 


Note: All Valid Hardware configurations. The 



Note: All Valid Hardware configurations. The 


6–4 3828 7306–000


Table 6–4. Minimum ClearPath System Software Required for DSI 

ALP320 Support 


ClearPath MCP HMP8.1/SSR49.1 

MCP IC 49.1A.69 (49.189.8620 ) 

LOAD –UTILS IC 49.1A.13 

(49.189.8017 CPMBOOT 

49.189.8014 DSTABLEGEN LOADER 

49.189.8002 SYSTEM/DEVICE/TABLE/IOU) 





49.189.8011 LOGANALYZER) 

Table 6-5 lists the available DSI drives. See Section 3 for each drive’s qualification status. 

Available cable styles for use on ALP320 are listed in Table 6-6. 

The following is the firmware version rules: 

• V56 – Drive is compatible with DLT4000 (DLT20C) formatted tapes, but multiple 

initiator operation is restricted. 

• V70 – Drive can operate in a multiple initiator environment, but is not compatible 

with DLT4000 (DLT20C) formatted tapes. 

Table 6–5. DSI ALP320 Styles 

Drive Style Name Description 

ALP320 –RDD SDLT320 Rack Mount Tape Drive, SCSI-HVD (PN 3826 8454- 

000) 

ALP3202 -RMK ALP320 HVD 2 Drive Rack Mount Kit (Dual Buss) (PN 3826 

8488-000) 

ALP320 -TDD SDLT320 Single Tape Drive, Table Top SCSI-HVD (PN 3826 

8439-000) 

3828 7306–000 6–5


Table 6–6. SCSI-2W (Wide) Cable Styles for ALP320 

Cable Style Description 

CBL 13304-06Y Dual Initiate cable 


ADP 133-FMF SCSI Concatenation cable 

CBL133-10 SCSI Wide 10Ft (3.04M) 



CBL133-60 SCSI Wide 60Ft 18.28M) 


StorageTek (STK) Super Digital Linear Tape SDLT320 Library Tape 

Drives 

STK drives are delivered with V70 firmware installed and is capable of running multiple 

initiators. You must contact your Unisys representative to acquire V56 firmware if you 

want the drive to be compatible with DLT4000 formatted tapes. Future firmware 

upgrades may incorporate both requirements, but at present you can run one or the 

other, but not both. 

Table 6-7 lists the minimum firmware and system software levels required to operate 

you system with the SDLT320 library drives. 

Table 6–7. Minimum ClearPath System Software Required for STK 

SDLT320 Support 


Note: All Valid Hardware configurations.The 



MCP IC 49.1A.69 (49.189.8620 ) 


(49.189.8017 CPMBOOT 



6–6 3828 7306–000


Table 6–7. Minimum ClearPath System Software Required for STK 

SDLT320 Support 








Table 6-8 lists the available STK drives. See Section 3 for each drive’s qualification status. 

Available cable styles for use on DLP320 are listed in Table 6-9. 

The following is the firmware version rules: 

• V70 – Drive can operate in a multiple initiator environment, but is not compatible 

with DLT4000 (DLT20C) formatted tapes. 

• V56 – Drive is compatible with DLT4000 (DLT20C) formatted tapes, but multiple 

initiator operation is restricted. 

Table 6–8. STK DLP320 Styles 

Drive Style Name Description 

CLU180-D3S CLU180 - SDLT320 Tape Drive, SCSI-HVD (PN 68960343- 

000) 


000) 


000) 

Table 6–9. SCSI-2W (Wide) Cable Styles for DLP320 




ADP 133-FMF SCSI Concatenation cable 

3828 7306–000 6–7


Table 6–9. SCSI-2W (Wide) Cable Styles for DLP320 







DSI ALP8700 Tape Subsystem 

Restrictions 

Minimum System software and firmware levels: 

System Software Firmware 

HMP7.0/SSR48.1: All Supported Levels MCP Platform Firmware 2.2H 

HMP9.0/SSR49.1: All Supported Levels. 

Table 6-10 contains the available cable styles for ALP8700. 

Table 6–10. SCSI-2W (Wide) Cable Styles for ALP8700 







The ALP8700 is restricted to use in single initiator configurations only. Multi-Initiator 

configurations are not supported. 

6–8 3828 7306–000

Section 7 

Fibre Channel Device Guidelines 

General 

Fibre Channel adapters enable ClearPath hosts to interface to Fibre Channel protocol 

(FCP) peripherals and subsystems. FCP is defined as SCSI protocol over Fibre Channel. 

Peripherals are connected to a host using a serial interface on an arbitrated loop (FC_AL) 

or through a fabric. 

Qualification Status 

Section 3 of this document lists which devices are supported on the FCA1850-LC Fibre 

Channel PCI adapter and the legacy Fibre Channel CS Bus adapter (FCA-HP). 

Configuration Guideline 

Table 7–1. FCP Channel Adapter Configuration Guidelines 

Area Guideline 

Maximum Interface 

Cable Length 

The following is the maximum uninterrupted length of 

each Fibre Channel cable type: 

Copper: 30 meters 

SW Laser 50 µm optical fiber: 500 meters 

SW Laser 62.5 µm optical fiber: 175 meters 

LW Laser 8 µm optical fiber: 10 kilometers 

Note: Maximum lengths may be expanded using 

Brocade’s Expanded Fibre Channel option. 

Connectivity Arbitrated Loop: The maximum number of ports on FC-AL 

is 126. 

Fabric: For a breakdown of fabric capabilities, see 

ClearPath Plus Servers Libra Model 580, Libra Model 590, 

and FS1600 System Administration and Operations 

Overview (4311 1988). 

FC switch firmware All switches in a fabric must have compatible firmware 

levels for proper operation of the fabric. See ‘Brocade 

Fibre Channel Switches’ at the end of this section. 

3828 7306–000 7–1


Minimum CS Bus Fibre Channel Adapter Revisions 

Migratable Fibre Channel CS Bus adapters (FCA661-APK, FCA662-APK, FCA663-APK) 

must be at a minimum engineering level identifiable by the dash revision of the part 

number. The part number is located on a white sticker on the faceplate of the board 

assembly, as shown in Figure 7-1, and is visible from the rear of the machine. 

There are two different part numbers for this board. The minimum revisions are as 

follows: 

• 70208046-011 

• 38267639-001 

Part 

Number 

GBIC 

Figure 7–1. FCA6xx-xx Part Number Location 

CS-Bus 

Connector 

Note: All Fibre Channel adapter cards require prior conversion to 6U card slots in the 

channel rack. 

7–2 3828 7306–000 

1069

FCA-HP CS Bus Channel Loading 

Table 7-2 shows channel loading on the FCA-HP. 

Channel Type 

Table 7–2. CS Bus Channel Loading 

Maximum 

Performance 

FCA-HP 15 loads 6 loads 1 

Note: 


Bus Demand Factor 

Balanced 

Performance/Connect 

Maximum 

Connectivity 

6 loads 1 

1. For balance and maximum connectivity, it is recommended that a maximum of two 

FCA-HP cards be connected per C4FT. 

3828 7306–000 7–3


Fibre Channel PCI Adapter (FCA1850-LC) 

Network/ODT 

Boot Path 

EVLAN 

Option 

Channel Rack 

Attach 

FC Loop attach 

FC Fabric attach 

The FCA1850-LC Fibre Channel PCI adapter contains two on-board microcode sets. MCP 

determines which set to load during installation, according to the adapter’s designation in 

the partition profile. 

If you designated the adapter an IOP in Configuration Editor, MCP will load the C4FC (CS 

Bus IV over Fibre Channel) microcode on the adapter. The IOP is used to connect to 

channel adapters in a channel rack for legacy storage, and to the ClearPath Network 

Appliance (CNA) for ODT and networking. 

If you designated the adapter an FC2-IOP in Configuration Editor, MCP will load the FCP 

(Fibre Channel Protocol, defined as SCSI over Fibre Channel) microcode on the adapter. 

The FC2-IOP is used to connect directly to FC storage devices, FC switches and SAN 

fabrics. 

FCA 1850-LC 

(IOP) 

FCA 1850-LC 

(FC2-IOP) 

FCA 1850-LC 

(IOP) 

FCA 1850-LC 

(IOP) 

FCA 1850-LC 

(FC2-IOP) 

FCA 1850-LC 

(FC2-IOP) 

Central Equipment Complex 

CBL171 (Optical, Sw) 2Gb 

Length options CBL171-5, 

-10, -50, -100, -200, -300 

2nd Port may be used for CNA or 

Channel Rack Attach 



-10, -50, -100, -200, -300 

2nd Port may be used for FC/Fabric 

Storage Attach 



-10, -50, -100, -200, -300 





-10, -50, -100, -200, -300 





-10, -50, -100, -200, -300 





-10, -50, -100, -200, -300 



2nd Port not usable 

Storage 

(2Gb, Optical) 

Legacy FC 

Storage (1Gb, 

Copper) 

Storage 

(2Gb, Optical) 

7–4 3828 7306–000 

C4FT 

SAN Fabric 

Networking (CNA) 

IPL Boot Drawer 

EVLAN 

(Wintel Partition) 

FCA 1850-LC 

(IOP) 

Channel 

Rack 

(RM5-CA) 

Figure 7–2. FCA1850-LC Functional Block Diagram 

H 

P 

F 

C 

H 

P 

F 

C 

H 

P 

F 

C 

S 

C 

S 

I 

SCSI 

Storage 

Figure 7-2 illustrates the two roles of the FCA1850-LC. You will notice that the adapter 

has two independent FC ports. Both ports can be used, but only in the role designated in 

the partition profile. For instance, you can connect IOP port FC1 to a CNA and IOP port 

FC2 to a second CNA, or to a channel rack. You can also connect the two IOP FC ports 

001407


to two channel racks. Similarly, you can use both FC2-IOP ports to connect to anything 

supported on an FC2-IOP. However, you cannot use one port as an IOP and the other 

port on the same card as an FC2-IOP port. The FCA1850-LC can only run a single 

microcode for both ports. 

Guidelines for Installing an FCA1850-LC as Direct Attach Fibre 

Channel 

You can install an FCA1850-LC as an FC2-IOP direct attach FC PCI adapter. To install it as 

a direct attach adapter, perform the following: 

• Declare it as an FC2-IOP in the configuration file in Configuration Editor and generate 

a new profile. 

• Select the IOCD level from the Firmware Management tap panel in Server Control 

(see Server control Client online help) to load the correct level. 

• Start the partition. 

Setting Up Storage Area Network Fabrics and Creating Zones 

For instructions on setting up fabrics and creating zones, see ClearPath Plus Servers 

Libra Model 580, Libra Model 590, and FS1600 System Administration and Operations 

Overview (4311 1988). 

Fibre Channel Disk Subsystems 

ESM7700 Fibre Channel RAID Subsystem Configuration 

The ESM7700 requires the use of control type OSRCTL in the PCD of the partition 

profile. 

The following are numbering requirements for this subsystem: 

• The SCSI addresses can start at 125, rather than the default 7, and work down 

numerically. 

• The OSRCTL is a SCSI address of 0, no matter which SP port the Fiber Channel 

cable is plugged into. 

• If you have two SCSI channels, one connected to SP A and the other connected to 

SP B, the two OSRCTLs are given different logical numbers, but both receive a SCSI 

address of 0. 

• The packs outboard of the OSRCTLs are declared in the normal manner. That is, 

PK100 @ 0, PK101 @ 1, etc. 

• The rotary SCSI address switches on the SP ports must be set to 0 on both ports (SP 

A and SP B). 

• You can declare up to a maximum of 127 LUNs. 

3828 7306–000 7–5


Bringing the ESM7700/CSM7700 Online 

After loading the new partition profile, you will have to bring the new units online. Initially 

all the new units and controls will be freed, therefore you will have to acquire them 

online. Once this is done, the drives will be un-initialized. 

To make the drives available for MCP use, the MCP will have to recognize the 

architecture of the drive. Previously, this was done via PTD. Now, the following ODT 

command is available: 

INIT PK VSS=VSS1 

*Whether you use VSS1 or VSS2 will depend on client considerations. 

Guidelines for Installing the EuroLogic JBD2000 JBOD Rack 

On the Libra 580, the JBD2000 can only be connected to the host via a FCA1850-LC 

running FCP (FC2-IOP) microcode. The following tables describe the minimum software 

levels and deviations and risk assessments for configuring a JBD2000 on a Libra 580/590 

and FS1600. 

Table 7–3. Minimum Software Levels for Configuring a JBD2000 

Device System Software Firmware 

Libra 580/590 and 

FS1600 servers 

ClearPath MCP HMP 8.1/SSR 49.1 

ClearPath MCP HMP 7.0/SSR 48.1 

LRL 4.13 

FCA1850-LC IOCD 01.025 

Table 7–4. Deviation and Risk Assessment 

Deviation Risk 

With a fabric connection to the JBD2000, the 

I/O count goes to zero for 10 to over 15 

seconds during a disk drive removal and 

replacement in a mirrored configuration. 

Low: for groups that run with default I/O 

time out timers of 80 seconds set this is 

a low risk. 

Medium-High: to CAP configurations or 

other customer applications that require 

I/O timeouts occur at a maximum of ten 

seconds or less. 

7–6 3828 7306–000

Restrictions 


• Host Interfaces are all optical Fibre Channel. Copper cables are only used to 

interconnect racks. 

• Splitting the JBOD2000 racks into two loops within the same rack it not supported. 

• When running on fabric and multiple Initiators are used, separate zones should be 

used from each initiator that overlap at the storage port so that initiators are not in 

the same zone. For instructions on setting up fabrics and creating zones, see 

ClearPath Plus Servers Libra Model 580, Libra Model 590, and FS1600 System 

Administration and Operations Overview (4311 1988). 

CX300, CX500, and CX700 Open Storage RAID Subsystem 

Configuration Guidelines 

The following table describes the minimum software levels for configuring a CX300, 

CX500, or CX700 RAID subsystem. 

Table 7–5. Minimum Software Levels for Configuring a CX300, 

CX500, or CX700 



MCP Platform 

Firmware 1.1M 

MCP IC 49.1A.69 (49.189.8620 ) 


(49.189.8017 CPMBOOT 








ClearPath MCP HMP9.0/ SSR501 

All supported levels. 

FCA1850-LC: 

IOCD 02.033 

3828 7306–000 7–7


Fibre Channel Tape Subsystems 

CTS9840 Fibre Channel Tape Configuration 

The CTS9840 requires the use of control type FCSCSIMT in the PCD of the partition 

profile. The maximum number of drives per channel is two due to channel bandwidth 

limits. The mixing of CTS9840 and ESM7700 on the same loop is not allowed. This 

device is not supported on the FCA1850-LC. 

The CTS9840 has two FC ports on the unit. Both ports can assess the drive but not at 

the same time. Only one port can be used. Port A is used for even numbered addresses 

and Port B is used for odd numbered addresses. 

CTS9840 ports use an optical cable connection. A Fiber Channel hub is required for 

connection of the tape unit to a FCA621-CU (Fibre Channel CA, copper). 

Configure CTS9840A for Fabric 

To set the CTS9840A tape drive for Fabric, perform the following. 

Notes: 

• The tape drive must be a CTS9840A (STK part number 312102401) and must be at a 

minimum firmware level of R1.30.110f to install on the fabric. 

• For more information on configuring the CTS9840, refer to CTS9840 Cartridge Tape 

Subsystem Installation Guide (8999 5310). 

1. Take the drive offline. 

2. Go to the drive configuration menu for Fibre Channel. 

3. Go to the Port A and B Attributes and set Hard PA=Y. This will set the drive to 

ports to operate in FL_Port mode. 

4. Set the loop address. 

• For instructions on setting up fabrics and creating zones, see ClearPath Plus Servers 

Libra Model 580, Libra Model 590, and FS1600 System Administration and 

Operations Overview (4311 1988). 

CTS9840B Fibre Channel Tape Configuration Guidelines 

The CTS9840B requires the use of control type FCSCSIMT in the PCD of the partition 

profile. 

7–8 3828 7306–000


CTS9840C Fibre Channel Tape Configuration Guidelines 

The CTS9840C requires the use of control type FCSCSIMT in the PCD of the partition 

profile. The following table describes the minimum software levels for configuring a 

CTS9840C on a Libra 580/590 or FS1600. 

Table 7–6. Minimum Software Levels for Configuring a CTS9840C 



MCP Platform 

MCP 50.189.8103 

Firmware 1.1M 

MCP-050.1A.13 (and above) 

DUMPANALYZER 50.189.8015 

DUMPANALYZER-050.1A.2 (and above) 

JOBFORMATTER 50.189.8009 

LOG-TOOLS-050.1A.2 (and above) 

LOADER 50.189.8010 

LOG-UTILS-050.1A.5 (and above) 

LISTVOLUME 50.189.8001 

SECURITY-050.1A.2 (and above) 

FILECOPY 50.189.8007 

FILECOPY-050.1A.5 (and above) 


MCP 49.189.8752 

MCP-049.1A.97 (and above) 

DUMPANALYZER 49.189.8101 

DUMPANALYZER-049.1A.10 (and above) 

JOBFORMATTER 49.189.8077 

LOG-TOOLS-049.1A.23 (and above) 

LOADER 49.189.8055 

LOG-UTILS-049.1A.16 (and above) 

LISTVOLUME 49.189.8005 

SECURITY-049.1A.11 (and above) 

3828 7306–000 7–9


Table 7–6. Minimum Software Levels for Configuring a CTS9840C 


FILECOPY 49.189.8010 

FILECOPY-049.1A.8 (and above) 

FCA1850-LC: 

IOCD 02.033 

7–10 3828 7306–000


Guidelines for Installing the CTB9940 Fibre Channel Tape Drive 

On the Libra 580, the CTB9940 can only be connected to the host via a Fabric Attach I/O 

PCI adapter (FCA1850-LC running FCP microcode). The following tables describe the 

minimum software levels and deviations and risk assessments for configuring a 

CTB9940 on a Libra 580/590 or FS1600. 

Table 7–7. Minimum Software Levels for Configuring a CTB9940 


Libra 580/590 

and FS1600 


LRL 4.13 

servers [491MCP] 49.189.8354 MCP-049.1A.27 

[491JOBFORMATTER] 49.189.8041 LOG-TOOL-49.1A.11 

[491LOADER] 49.189.8037 LOAD-UTILS-049.1A.5 

[491DUMPANALYZER] 49.189.8045 DUMPANALYZER- 

049.1A.5 

[491FILECOPY] 49.189.8002 FILECOPY-49.1A.1 

[491LISTVOLUME] 49.189.8002 SECURITY-49.1A.2 


[481MCP] 48.189.9282 MCP-048.1A.139 

[481JOBFORMATTER] 48.189.8102 LOG-TOOL-048.1A.46 

[481LOADER] 48.189.8085 LOAD-UTILS-048.1A.11 

[481DUMPANALYZER] 48.189.8177 DUMPANALYZER- 

048.1A.17 

[481FILECOPY] 48.189.8006 FILECOPY-048.1A.2 

[481LISTVOLUME] 48.189.8004 SECURITY-048.1A.11 

FCA1850-LC IOCD 01.024 

3828 7306–000 7–11


Table 7–8. Deviation and Risk Assessment 

Deviation Risk 

Recovery actions not acceptable for cable pull 

test. 

Restrictions: 

Low: This was detected during a fault 

injection test, and addresses the recovery 

of the CTL after connecting the cable; 

additional operator intervention is 

required after the PORT is recovered with 

UR and UR- commands, and to also 

recover the CTL with a UR and UR-. 

• Mixing of CTB9940, and other Fibre Channel control types on the same direct attach 

Loop is not allowed and restricted. 

• Only one of the Fibre Channel ports on the CTB9940 can be in use. The other 

should be used as a hot standby only. 

• Native mode on the CTB9940 is supported; the drive should not be configured to use 

an emulation mode. 

• For Direct connect configurations one or two units for each channel are 

recommended. If more than one unit is used, both units must be connected to a 

brocade switch running quick loop mode. 

• For Fabric connected configurations, the relationship of one channel to up to two 

units should be maintained and it is recommended that they be placed in a zone. If 

more channels and units are attached to the same fabric they should each be in their 

own zone, and the fabric bandpass needs to be designed to handle the additional 

units and channels. 

• When the CTB9940 tape drive is used with Libra 580/590 or FS1600 fabric 

connections, no changes to the default sets are required, however only one unit can 

be used with each port on the Brocade Fibre Channel switch. Using the default 

options Hard PA=N is set. This places the drive in F_Port Mode. 

• To run in Direct attach (Arbitrated Loop) or Fabric Loop mode with the CTB9940. 

1. Take the drive offline. 

2. Go to the drive configuration menu for Fibre Channel. 

3. Go to the Port A and B Attributes and set Hard PA=Y. This will set the drive 

Ports to operate in fixed loop addressing or for fabric in FL_Port mode. 

4. Set the loop address. 

7–12 3828 7306–000


Fibre Channel Linear Tape-Open (LTO) Gen2 Tape Drive for CLU 

Libraries 

Linear Tape-Open (LTO) Technology offers enterprise system environments a tape 

solution that addresses the performance, capacity, reliability and management issues 

faced when choosing a tape solution. LTO Technology is ideal in the SAN environment 

because it meets the special tape demands that SANs create. 

Similar to digital linear tape drives (DLT), LTO drives write data tracks in a linear, 

serpentine fashion. When the end of the tape is reached, the heads are repositioned 

above or below their current location, and recording resumes in the opposite direction. 

There are two Fibre Channel LTO drives supported on ClearPath enterprise servers: the 

CLU180-22F for CLU180 libraries and the CLU700-22F for CLU700 libraries. 

Table 7-9 lists the software level qualified for use with the LTO drives by system. 

Table 7–9. LTO Gen2 ClearPath System and System Software Supported 


The following are minimum system MCP Platform Firmware 1.1M 

software levels for support of the CLU180- 

22F, CLU700-22F using Control Type 

FCSCSIMT. 


MCP IC 49.1A.69 (49.189.8620 ) 


(49.189.8017 CPMBOOT 








LTO Gen2 Restrictions 

• Mixing of CLU180-22F, CLU700-22F, and other fibre channel control types on 

the same attach Loop is not allowed and restricted. 

3828 7306–000 7–13


• For Fabric connected configurations, the relationship of one channel to up to two 

units should be maintained and it is recommended that they be placed in a zone. 

If more channels and units are attached to the same fabric they should each be 

in their own zone, and the fabric bandpass needs to be designed to handle the 

additional units and channels. For instructions on setting up fabrics and creating 

zones, see ClearPath Plus Servers Libra Model 580, Libra Model 590, and 

FS1600 System Administration and Operations Overview (4311 1988). 

• When the CLU180-22F, CLU700-22F tape drive is used with fabric connections 

no changes to the default sets are required 

• To run in Direct attach (Arbitrated Loop), QuickLoop (Arbitrated Loop), Fabric 

Public Loop device (NL-Port), or as a Fabric (N-Port) device with the CLU180-22F, 

CLU700-22F. Either set a hard fibre channel address of 1 - 125 in either AL mode 

or in NL- Port fabric mode or by using an address of 126 allow the device to 

operate as a Fabric point to point N-port device. 

To set this value, on the front of the L700/L180 CLU Library perform the 

following. 

1. Press Menu 

2. Select Configuration 

3. Select Drive configuration (note drive must be unloaded) 

4. Press the arrow buttons to scroll to the drive you wish to configure and 

press the SELECT button (Should be an HP LTO2 Fiber I/F drive) 

5. Press the arrow buttons to scroll to the LOOP ID: setting and press select. 

6. A display indicating PORT A Loop ID should be shown. 

Valid HRD Addr 1-125 

To ENA HRD use 1-125 

To ENA SOFT use 126. 

Scroll up to Incr. 

Scroll down to Decr. 

Select to Save 

Menu to exit. 

Changing the value to 126 and pressing the menu to exit will then cause the 

LOOP ID displayed in the previous screen to display AUTO. The display will 

also indicate that the Hard Address has been disabled. 

7–14 3828 7306–000

Brocade Fibre Channel Switches 


This subsection is a matrix of Brocade switches and Fibre Channel peripherals with 

ClearPath Plus server Libra 580/590 and FS1600. Table 7-10 lists the system software 

and firmware levels for operation with the switches in Table 7-11. Table 7-12 lists the 

storage devices and their firmware levels qualified to operate with the devices in Tables 

7-10 and 7-11. 

Table 7–10. Qualified System Software and I/O Device Firmware 

Levels 


Libra Model 580/590 and 

FS1600 

FCA1850-LC 

ClearPath MCP HMP9.0/ 

SSR501 

ClearPath MCP HMP8.0/ 

SSR491 

All supported levels. 

Release 1.1, Platform 

Firmware 1.1 

IOCD: 02.033 

Table 7–11. Qualified Brocade Switch Firmware Levels 

Switch Style Number Description Firmware 

HSC 3043252-VL2 Brocade 3252- 8 Port, 2switch 

limitation. 

HSC 3043250-FF Brocade 3250- 8 Port, Full 

Fabric. 

HSC 3043850-FF Brocade 3850 – 16 Port Full 

Fabric. 

HSC30439-S32 Brocade 3900 32 Port 

Switch 

HSC3041200-D64 Brocade 12000 2 x 64 Ports 

Switch 

HSC3041200-S32 Switch 2Gb FC 1x32-Ports. 

Core FC fabric 

v4.2.0b 

v4.2.0b 

v4.2.0b 

v4.2.0b 

v4.2.0b 

v4.2.0b 

3828 7306–000 7–15


Table 7–11. Qualified Brocade Switch Firmware Levels 

Switch Style Number Description Firmware 

HSC3041200-S64 Switch 2Gb FC 1x64-Ports. 

Core FC fabric 

HSC50400-SWL Shortwave Laser SFP 

HSC50400-SFL Longwave Laser SFP 

v4.2.0b 

HSC30438-S16 Brocade 3800 16 Port 2 Gb v3.1.2a 

HSC30432-S08 Brocade 3200 8 Port 2 Gb v3.1.2a 

HSC30428-S16 Brocade 2800 16 Port 1Gb v2.6.2a 

HSC30424-S08 

Brocade 2400 8 Port 1Gb v2.6.2a 

HSC30464-S64 Rack Mountable, 64 port 

Integrated 1Gb 

v2.6.2a 

Table 7–12. Qualified Storage Device Firmware Levels 

Device Style Number Description 

CTS9840/CTS7840 FC Tape 

Firmware 

CTS9840-FDL 

FC Drive on 

1.34.154f 

CTS7840-FDL 

CLU6000/9740/1000 

Libraries Tray Assembly 

CTS9840-FD9 FC Drive on CLU9710 

Library Tray Assembly 

CTS9840-FRA Rackmount Autoloader with 

FC Drive 

CTS9840-FLL 

CTS7840-FLL 

FC Drive on L-Series Library 

Tray Assembly 

CTS7840-FR1 FC Drive, Rack Mount, 

Single 

1.34.154f 

1.34.154f 

1.34.154f 

1.34.154f 

7–16 3828 7306–000



Device Style Number Description Firmware 

CTS7840-FR2 FC Drive, Rack Mount, Dual 1.34.154f 

CTS9840B FC Tape 

CTB9840-FDL FC, Drive on CLU6000/9740 


CTB9840-FLL FC, Drive on CLU180/700 


CTB9840-FR1 FC, Drive Rack Mount 

Single. 

1.34.352f 

1.34.352f 

1.34.352f 

CTB9840-FR2 FC, Drive Rack Mount Dual 1.34.352f 

CTB9840-FTM FC, Drive Table Top 1.34.352f 

CTS9840 FC Tape 

CTC9840-FDL FC Drive in CLU 9741 tray 

Mount 

CTC9840-FLL FC Drive in CLU 180/700 

tray Mount 

1.34.553 

1.34.553 

CTC9840-FR1 FC Single Drive 1.34.553 

CTC9840-FR2 FC Rack Mount FC Drives 1.34.553 

CTB9940 FC Tape 

CTB9940-FDL FC, Drive on CLU6000/9740 


CTB9940-FLL FC, Drive on CLU180/700 


CLUxxx-22F LTO Tape 

CLU180-22 HP FC LTO Gen2 drive on 

CLU180 tray 

CLU700-22F HP FC LTO Gen2 drive on 

CLU700 

1.32.421 

1.32.421 

K3A1 

K3A1 

3828 7306–000 7–17




JBD2000 JBOD 

Firmware 

JBD2022-HA 

JBD2000 High Availability 

Enclosure, Dual 

Optical/Copper I/O Modules 

2GB-V2.5.0 

JBD2040-HA JBD2000 High Availability 

Enclosure, Dual 

Optical/Optical I/O Modules 

JBD2004-HA JBD2000 High Availability 

Expansion Enclosure, Dual 

Copper/Copper I/O 

Modules 

JBD2011-SA JBD2000 Standard 

Availability Enclosure, 

Single Optical/Copper I/O 

Module 


Availability Enclosure, 

Single Optical/Optical I/O 

Module 


Availability Expansion 

Enclosure, Single 

Copper/Copper I/O Module 

JBD201815-2F JBD2000 18GB 15K RPM 

disk, Factory Installed 





EMC CLARiiON Disk 

CX7001-DPE CX700 SPE HA W 8GB 

MEMORY 

CX700-SPE CX700-FD SPE8GB FIELD 

INS 

2GB-V2.5.0 

2GB-V2.5.0 

2GB-V2.5.0 

2GB-V2.5.0 

2GB-V2.5.0 

7–18 3828 7306–000 

0005 

0005 

0005 

CX700 Bundle 

02.07.700.5.005 

CX700 Bundle 

02.07.700.5.005




CX700-DAV CX700 DAE W OS 

FACTORY INSTALL 

CX7001-DAV CX700 DAE W OS 

FACTORY INSTALL 

CX5001-DPE CX500 FIBRE CHANNEL W 

4GB 

CX700 Bundle 

02.07.700.5.005 

CX700 Bundle 

02.07.700.5.005 

CX500 Bundle 

02.07.500.5.005 

CX500-DPE CX500 FC 4G FIELD INST CX500 Bundle 

02.07.500.5.005 

CX3001-DPE CX300 FC 2GB CX300 Bundle 

02.07.300.5.005 

CX300-DPE CX300 3U DPE HA w/SPS, 

FIELD INSTALL 

CXR7310-2GF CHV 73Gb 10K 520BPS 

12V 2Gb 

CXR14610-2GF 146GB 10K 520BPS 2Gb 

12V 

CX6001-SPE CX600 SPE, FACTORY 

INSTALL 

CX300 Bundle 

02.07.300.5.005 

R570 

7A06 

R570 

7A06 

CX600 Bundle 

02.07.600.5.005 

CX600-SPE CX600 FIELD INSTALL CX600 Bundle 

02.07.600.5.005 

CX600-DAV CX600-1 st DAE W/UNIVER CX600 Bundle 

02.07.600.5.005 

CX4001-DPE CX400 DPE CX400 Bundle 

02.07.400.5.005 

CX400-DPE CX400 DPE FIELD INSTALL CX400 Bundle 

02.07.400.5.005 

CXR3615-2GF 36GB 15K RPM 

CXR7315-2GF 73GB 15K RPM 

3828 7306–000 7–19




OSR7900 Disk 

Firmware 

OSR7900-DPE OSR7900 Data Processor 

Enclosure. 

8.42.58 

OSR701-DAE OSR6700 DAE Base W/1 

LCC RAID 

OSR7701-DAE 

OSR7700 DAE 

OSR700-LCC DAE LCC 

OSR700-PWR DAE Second Power 

OSR6700-SPS Standby Power Supply. 

OSR7700-PRM OSR7900 Processor Rack 

Mount 

OSD18201-F96 Disk CRU 18GB FC 520 

bytes/sector 10K 

ST318304ST 

OSC36202-F94 Disk CRU 36GB FC, 520 

Bytes/sector 10K 

ST336704FC 

OSC36202-F94 Disk CRU 36GB FC, 520 


ST336605FC 

OSC73203-F94 Disk CRU 73 GB FC, 520 


ST173404FC 

7–20 3828 7306–000 

3a90 

3a90 

4A18 

3a90




OSC73203-F94 Disk CRU 73 GB FC, 520 


ST373405FC 

SYMM4.8 

CAB3330 

CAB5330 

CAB3430 

CAB5430 

CAB3700 

CAB5700 

CAB3630 

CAB5630 

CAB3830 

CAB5830 

CAB3900 

CAB5900 

SYMM 5.0 

CAB8430-18 

CAB8430-36 

CAB8430-50 

CAB8730-18 

CAB8730-36 

CAB8730-50 

SYMM5.5 

CAB8230-XX 

CAB8530-XX 

CAB8830-XX 

EMC Disk Subsystems 

4A18 

DMX 800 5670 

DMX 801 5670 

DMX 1000 5670 

DMX 2000 5670 

DMX 3000 5670 

5265.37.23 

5566.22.17 

5568.47.17 

3828 7306–000 7–21


7–22 3828 7306–000

Section 8 

Channel Rack Configuration 

Guidelines 

Section Description 

This section contains information used when inserting various channel adapter boards in 

the remote channel rack. 

Remote Channel Rack Configuration Considerations 

Before installing channel adapter boards, the following must be considered: 

• The type of channel adapter board (see Tables D-1 and D-2) 

• Is the remote channel rack already installed and is to be converted from 3U-to-6U 

size boards (See Table D-1)? If so, then perform the 3U-to-6U conversion (See 

“Converting 3U Card Slots to Accept 6U Cards” in this appendix). 

• Backplane bus location where the channel adapter is to be installed (see Figure D-1 

and Tables D-3 through D-7). 

• The port that it is to be connected to. 

• The maximum number of channel cards installed in a group 

• Bus loading (Tables D-1 and D-3 through D-5) 

• 6U channel adapter boards only have active signals on the A and B bus side. 

• 6U channel adapter boards do not use the bottom connector for logic signals; 

bottom connectors use voltage and ground pins. 

• 6U Feedthru and 6U Terminator boards have active independent signals on both 

halves (A/B buses and C/D buses) of the board. 

• A 6U Feedthru board is two-3U Feedthru boards assembled as one and a 6U 

Terminator board is two-3U Terminator boards assembled as one. Both boards (6U 

Feedthru board and 6U Terminator board) function as two separate 3U boards. 

3828 7306–000 8–1

Channel Rack Configuration Guidelines 

Card Style/Name 

Table 8–1. Channel Rack Card Types 

Card 

Size 

Bus 

Loading 

3U Locations 

Required 

Part or Style 

Number 

6U BLANK BOARD/CSB3 6U – 2 3959 7109 

Blank Card 3U – 1 3953 8335 

Blank Card 6U – 2 3958 4297 

CHAN_JMP 3U – 1 3957 0361 

Crossover 6U – 2 

CS BUS3 FDTHRU/TERM 3U – 1 7013 2535 

CS BUS6 FDTHRU/TERM 6U – 2 7013 2543 

CSB_TERM 3U – 1 3958 1889 

CSBEXTHU 3U – 1 3953 9457 

DCS2200–BD/D/CS-Bus 6U – 2 7840 2963 

FCA661-APK (CU) 6U 4 4 

FCA662-APK (SW) 6U 4 4 

FCA663-APK (LW) 6U 4 4 

8–2 3828 7306–000

Table 8–2. Channel Rack Card Descriptions 

Card Style/Name Description 


C4FT The CS Bus IV feed through converts the serial CS Bus-over-Fibre Channel 

signal from the FCIOP in the server into a parallel CS Bus signal to the channel 

adapters in the channel rack and back again. 

3U and 6U Blank Cards Fills unused card locations to maintain proper airflow and EMI integrity. 

CHAN_JMP Jumper card combines two four-card buses into an eight-card bus. Inserted in 

module locations AT and/or CT. 

Crossover Eliminates the need for a second D/CS Bus card to provide access to the B 

bus. Provides connection from module location C0 to the B bus. 

CSB_TERM Provides termination for the card buses that contain channel cards. Inserted 

in module locations AT, BT, CT, or DT. 

CSB3–6U Blank Board CS Bus 6U blank board used to maintain proper airflow and EMI integrity. 

3828 7306–000 8–3


Bus Loading 

Bus loading is the throughput performance of a bus based on the number and types of 

channels on the bus. The goal of bus loading is to evenly balance the data throughput on 

each bus. To obtain maximum throughput, do not heavily load one bus and lightly load 

the other buses. Refer to the system configuration guide for bus loading. 

B BUS 

A BUS 

B8 

BT 

B7 

B6 

B5 

B0 

AT 

A4 

A3 

A2 

A1 

A0 

TERMINATORS (CSB_TERM) 

(INSTALLED COMPONENT SIDE DOWN) 

KEY KEY 

8–4 3828 7306–000 

D8 

DT 

D7 

D6 

D5 

D0 

CT 

C4 

C3 

C2 

C1 

C0 

D BUS 

C BUS 

JUMPERS (CHAN_JMP) BOARDS INSTALLED 

COMPONENT SIDE UP 

TOPSIDE 

JUMPER OR TERMINATOR KEYING 

KEY 

Figure 8–1. Backplane Layout with Bus Locations 

A142


A CS bus (CSB) can support up to eight channels, numbered 1 through 8. When a CSB 

(system) interface card is in location A0, locations A1 through A4 correspond to 

channels 1 through 4. When a system interface card is in location B0, locations B5 

through B8 correspond to channels 5 through 8. When the A and B buses are combined 

into an eight-channel bus, locations A1 through A4 correspond to channels 1 through 4 

and locations B5 through B8 correspond to channels 5 through 8. The same channel 

numbering system applies to the C and D buses. 

Bus Loading for A Series and NX Systems Channel Adapters 

When configuring the channel rack, balance the channel loads of each bus to prevent 

system degradation of a single bus. 

The following channel rack card location tables are provided to illustrate typical 

configurations that can be encountered. 

Table D-3 shows two 4-card buses A and B and one 8-card bus C/D. 

Table 8–3. Card Locations - Two 4-Card Buses, One 8-Card Bus 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

3828 7306–000 8–5


Table D-4 shows one 5-card A/B bus and one 4-card C bus. The 5-position middle 

support must be removed from the channel rack. 

Table 8–4. Card Locations - One 5-Card Bus, One 4-Card Bus 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Table D-5 shows the 6U-C4FT card accessing an 4-card A/B bus and a 3U-C4FT card 

accessing a 4-card D bus. 

Table 8–5. Card Locations - Two 4-Card Buses, with DAC 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

8–6 3828 7306–000

Table D–6 shows 4 cards on bus A, B, C, and D. 


Table 8–6. Card Locations - Four 4-Card Buses 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Remote Channel Rack Board Installation 

Insert all channel adapter, interface, jumper, and blank boards according to the 

customer's requirements and previously mentioned system restrictions 

When installing 6U Fiber Channel adapters, refer to Fibre Channel Adapter Installation 

and Servicing Guide (7021 2998). 

The 3U quadrants and 6U halves can be configured either on individual CS buses or 

combined on one. 

When 3Us and/or 6Us are configured on one CS bus connection, you must use a jumper 

card in location AT and a terminator in location BT. The loading requirements must also 

be met. These configurations are as follows: 

• 3U channel adapters in A quadrant and 6U channel adapters in the upper half 

(Figure D-2) 

• 6U channel adapters in lower half and 3U channel adapters in B quadrant (Figure D-3) 

• All 6U channel adapters in upper and lower halves 

All unused slots should be filled with blank cards. 

3828 7306–000 8–7


 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Figure 8–2. 6U Upper and 3U Lower Configuration 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Figure 8–3. 3U Upper and 6U Lower Configuration 

8–8 3828 7306–000


Blank Board and Middle Support Guidelines 

This section provides blank board and middle support guidelines for channel rack 

modules styles RM5–CA3 through RM5–CA5. 

Style RM5–CA3 

The available number of 3U slots for this rack is 8 since the style DCS2200–BD Bus 

Interface Card is a 6U card and logically can only support four boards maximum per bus. 

The 6U refers to the width of the board which spans the entire width of the card rack 

and is used with two four-position middle supports, (kit number 3958 4271). Utilizing 

two four-position middle supports, there are 16 3U slots. All unused slots must be filled 

with blank boards to maintain airflow integrity. As channel cards are added to the rack, 

the same number of 3U blank boards are deleted (i.e. if six channel cards were added, 

the requirement for 3U blank boards would be 10). Unused 6U slots must be filled with 

a 6U blank board (kit number 3958 4297). 

Styles RM5–CA4 and RM5–CA5 

The maximum number for 3U cards is 20 per rack using two five position middle 

supports (kit number 3958 4289). Two of these slots will always be used, one for the CS 

Bus Interface Card and one for the first channel card. This leaves 18 slots to be filed 

with 3U blank boards, (kit number 3953 8335). As channel cards are added the same 

quantity of 3U blank boards are deleted. (i.e. if six channel cards were added, 12 blank 

boards would be required) 

3828 7306–000 8–9


Converting 3U Card Slots to Accept 6U Cards 

A 3U-to-6U conversion kit must be installed before a 6U channel adapter card assembly 

can be inserted into the channel rack. The conversion kit (Table D-7) converts five 3Uwide 

card slots in two horizontally contiguous quadrants (10 card slots total) to five 6Uwide 

card slots. One 6U slot (A0/C0) is used for the feedthru card, and four 6U slots are 

available for channel adapters. The unused slots should be filled with 6U blank cards. To 

complete the conversion procedure, refer to Table D-8. 

Table 8–7. 3U-to-6U Conversion Kit 

Component Style Name Component 

Style Part 

Number 

CHN36-CNV 

Includes: 

1 6UCSBTHU (6U) adapter board 

(7006 4365) 

1 Terminator board kit 

(3958 1889) 

4 6U blank boards (3958 4297) 

Component Style 

Description 

7010 4054 6U channel rack interface 

8–10 3828 7306–000

Channel Rack Configuring 


A channel rack module can be configured with various combinations of 3U and 6U 

channel adapters. These combinations are as follows: 

• All 3Us 

• All 6Us 

• 3Us in the lower half and 6Us in the upper half 

• 6Us in the lower half and 3Us in the upper half 

When installing 6U Fiber Channel adapters, refer to Fibre Channel Adapter Installation 

and Servicing Guide (7021 2998). 

The 3U quadrants and 6U halves can be configured either on individual CS buses or 

combined on one. 

When 3Us and/or 6Us are configured on one CS bus connection, it is done using a 

jumper card in location AT and a terminator in location BT, with the stipulation that 

loading requirements are met. These configurations are as follows: 

• 3U channel adapters in A quadrant and 6U channel adapters in the upper half 

• 6U channel adapters in lower half and 3U channel adapters in B quadrant 

• All 6U channel adapters in upper and lower halves 

All unused slots should be filled with blank cards. Table D-8 shows the conversion 

procedure. 

3828 7306–000 8–11


Step Action 

Table 8–8. 3U-to-6U Channel Rack Conversion 

1 Ensure that power for the channel rack is off. 

2 Before handling PCAs, connect the antistatic wrist grounding strap. Antistatic 

wrist straps are located inside the rear door of each UC36 cabinet. Use caution 

and the procedures that are in maintenance manual 4000 0036. 

3 Unpack the hardware and check for damage. 

4 Check that all the hardware needed for your specific installation is included in the 

kit. 

5 Decide which location of the channel rack is to be converted to 6U. 

6 If 3U PCAs exist, and reconfiguration is necessary, move existing PCAs to 

another 3U area. 

7 From the rear of the channel rack module, remove the 5-position middle support 

from the channel rack location that is to be converted to 6U. 

8 Populate the converted 6U area with the 6U channel adapter PCAs, according to 

the customer's channel addresses. 

9 Install the 6UCSBTHU adapter board in either slot A0/C0 or B0/D0, or both, 

depending on which location(s) are being converted. 

10 Fill in the unused slots with 6U blank boards. 

11 Install the terminator board kit in either slot BT or AT, depending on which 

location is being converted. 

12 Refer to the ClearPath Plus Server Libra Model 580 and 590 Hardware Installation 

Guide (6899 0480) for connection to the host cabinet. 

8–12 3828 7306–000

Appendix A 

Host Bus Adapter Cables 

Signal cables connect the server to the peripherals. 

Cables in this appendix include 

• SCSI host bus adapter 

• Fibre Channel 

• Keyboard, monitor, and mouse 

• LAN 

The cables and cable adapters listed are for the most typical applications. Some 

configurations might require additional adapters or terminators. 

When ordering peripheral signal cables, refer to the documentation for the peripheral 

device or subsystem. Some subsystems require two sets of cables. Some connections 

require adapters or adapter cables. 

3828 7306–000 A–1


SCSI Host Bus Adapter 

The host bus adapters are connected to external storage devices. When ordering cables, 

use the shortest cable length possible to connect components. 

PCI7602-P64 Adaptec ASC 39160 

This adapter is used for the EXD2344-OTR 3U expansion drawer, and for table top tape 

drives with the type 1 interface. The low-voltage differential SCSI bus is limited to 12 

meters in length. The shorter cables might not be usable for the connection from the 

adapter to the peripheral device. 

Table A–1. Cables for the PCI7602-P64 Adapter 

Style Description Notes 

CBL2205-OSM Cable, SCSI, LVD, U160, 5-feet 



For LVD/SE equipment only. 

Do not connect to high-voltage 

devices. 

Do not exceed maximum bus 

length limits. 

PCI400-2UD Adaptec AHA 3944 

The high-voltage differential bus is not to exceed 25 meters in length. 

Table A–2. Cables for the PCI400-2UD Adapter 


CBL2205-OSM Cable, SCSI, LVD, U160, 5-feet Do not connect an HVD adapter to 

LVD peripherals. 





CBL133-5 Cable, SCSI, type 3 cable 

CBL133-10 Cable, SCSI, type 3 cable 

CBL133-20 Cable, SCSI, type 3, cable Do not exceed the maximum bus 


ADP25421-FTM Adapter, female-to-male, 

high-density to very-high-density 

Required to adapt to the CBL133-xx 

cables. 

CBL6016-WN2 Adapter, type 3 to type 1 adapter SCSI wide-to-narrow 2 adapter 

A–2 3828 7306–000


There are two options for connecting an external tape drive (Figure A–1). If you 

daisy-chain additional units, make certain that you do not exceed the maximum bus 


Figure A–1. Connecting External Tape Drives 

3828 7306–000 A–3


Fibre Channel 

Refer to Section 3 for fibre channel interface characteristics and brocade switch options. 

For longwave requirements consult Unisys Sales Support. 

DB9-to-DB9 Cables 

You can connect either the equalized or nonequalized copper interface cables to the 

FCH720111-P64 adapter (See Table A–3). Dual-loop installations require two adapters 

and two cables per subsystem. 

Table A–3. Fibre Channel Copper Interface Cables 

Style Description 

CBL135-1 FC cable, 1-meter, unequalized 





CBL137-20 FC cable, 20-meter, equalized 



A–4 3828 7306–000

DB9-to-HSSDC Cables 


Dual-loop applications require two adapters and two cables per subsystem. 

Table A–4. DB9-to-HSSDC Fibre Channel Interface 

Cables 










HSSDC-to-HSSDC Cables 


HSSDC–2-to-DB9 Cables 

Table A–5. HSSDC-to-HSSDC Fibre Channel Interface 

Cables 











3828 7306–000 A–5


Table A–6. HSSDC–2-to-DB9 Fibre Channel Interface 

Cables 


CBL174-1 HSSDC-2 to DB9, 1-meter cable, 1 Gb 




HSSDC-to-HSSDC–2 Cables 


Table A–7. HSSDC to HSSDC–2 Fibre Channel Interface 

Cables 


CBL175-1 HSSDC to HSSDC-2, 1-meter cable, 1 Gb 




A–6 3828 7306–000

LC-to-SC, 1 Gb Shortwave Optical Cables 



Table A–8. LC-to-SC Shortwave Optical Interface 

Cables 


CBL170-2 LC-to-SC shortwave cable, 2-meter, (1 Gb) 








LC-to-LC, 2 Gb Shortwave Optical Cables 


Table A–9. LC-to-LC Shortwave Optical Interface Cables 


CBL171-2 LC-to-LC shortwave cable, 2-meter, (2 Gb) 








3828 7306–000 A–7


Longwave Cables 

For installations where longwave cables are suitable, over 500 meters, Consult Unisys 

Sales Support for applicable cable styles and interface converters. 

Monitor, Keyboard, and Mouse 

The cables for the console components are not usually ordered separately. In a 

dual-domain configuration, if you do not use the display switch, you must use two sets 

of console components. 

Table A–10. Monitor, Keyboard, and Mouse Cables 


KVM12-EXT Cable, keyboard, video, mouse 

extension, 12-feet 

CBL121-SWC Cable, keyboard, monitor, mouse cable, 

system-to-switch, 12-feet 

LAN 

This is a combination cable that 

extends the console component 

cables from the service 

processor or from the optional 

switch. 

This cable is part of the display 

switch package. 

In a dual-domain configuration, the CBL24-7 cable connects the two Uniscreen hubs. 

Table A–11. LAN Cables 


CBL24-7 Cable, 7-meter, cross-over, Ethernet 10/100 Base-T 

DSH600001-TBT Cable, 1-meter, straight through 





A–8 3828 7306–000

Appendix B 

Channel Rack Cables 

How To Use This Appendix 

This appendix lists cables qualified for use on the channel rack and native channel 

adapters. 

HOW THIS APPENDIX IS ORGANIZED 

This appendix provides cable information in the following order: 

• Table B-1 identifies the categories of cables and support status on a system basis. 

• Table B-2, “Cables Listed by Use” lists cables according to categories identified in 

Table B-1. 

• Table B-3, list Fibre Channel Gigabit Interface Coverters (GBICs) for interfacing 

cables with FC ports. 

Each entry includes the component style name, the component style number, the cable 

length where applicable, and a brief description of its use. 

HOW TO USE THE INFORMATION 

If you know the type of cable but aren't sure of the component style name, you can find 

a listing of cable categories in Table B-1. This table will refer you to the specific table in 

this section that lists the category of component style names. 

3828 7306–000 B–1


Table B–1. Categories of Cables Listed 

Cable Type Description Reference 

Power Net Used for power net connections from the APCs to 

the Service Processor. 

APC Power Control Used for power control connections from the APC 

to PDB units. 

SCSI Wide and Ultra 

Interface 

Range of cables from 16 inches (40 cm) to 80 feet 

(24.3 m) for interfacing SCSI Wide devices to the 

host channel rack. 

Fibre Channel Used to connect host fibre channel channel 

adapters to fibre channel devices and hubs. 

Modem and Desktop 

Serial Printer Cables 

RS232 connections for modem and desktop serial 

printers. 

Page B–3 

Page B–3 

Page B–4 

Page C–8 

Page B–7 

B–2 3828 7306–000

Cables Listed by Use 

Component 

Style Name 


This subsection lists cables by their use, arranged according to the table references in 

Table B-1. 

Style 

P/N 

CBL8820-2 3464 

7370 

CBL8820-7 3464 

7388 

CBL8820-12 3463 

8387 

CBL8820-25 3463 

8395 

CBL8820-50 3463 

8403 

CBL8820-100 3463 

4311 

CBL8830-150 3463 

4329 

CBL2525-50 7009 

0725 

CBL259-ADP 7009 

0733 

CBL2-PDB 3464 

3205 

CBL5-UPS 7016 

5881- 

000 

CBL10-UPS 7016 

5881- 

001 


5881- 

002 


5881- 

003 

CBL100-UPS 7016 

5881- 

004 

Table B–2. Cables Arranged According to Use 

Length - 

Imperial 

and 

Metric 

2 ft 

0.6 m 

7 ft 

2.1 m 

12 ft 

3.6 m 

25 ft 

7.6 m 

50 ft 

15.2 m 

100 ft 

30.4 m 

150 ft 

45.7 m 

50 ft 

15.2 m 

6.5 ft 

2 m 

5 ft 

1.5 m 

9.8 ft 

3 m 

25 ft 

7.6 m 

50 ft 

15.2 m 

100 ft 

30.4 m 

Power Net Cables 

Description 

2-foot, 9-pin to 9-pin. Connects two racks in same Universal Cabinet (UC) 

cabinet. 

7-foot, 9-pin to 9-pin. Connects two racks in same or adjacent UC cabinet. 

12-foot, 9-pin to 9-pin. Connects two racks in adjacent UC cabinets. 

25-foot, 9-pin to 9-pin. Connects two racks within 25-foot routing distance. 

50-foot, 9-pin to 9-pin. Connects two racks within 50-foot routing distance. 

100-foot, 9-pin to 9-pin. Connects two racks within 100-foot routing 

distance. 

150-foot, 9-pin to 9-pin. Connects two racks within 150-foot routing 

distance. 

Power net,50-foot, 25-pin to 25-pin. This cable is required if a channel rack 

is the first device in the power net. This cable is used in combination with 

cable style CBL259-ADP. 

25-pin to 9-pin cable adapter. Connects 25-pin cable to 9-pin rack. 

AC Power Control 

2-meter PDB interface cable. 

UPS Cables 

5-foot UPS cable 





3828 7306–000 B–3


Component 

Style Name 

Style 

P/N 

UPS915-WC1 7016 

3639 

UPS99-WC2 7016 

3647 

UPS925-WC3 7016 

3654 

UPS925-WC4 7016 

3662 

UPS111-EXP 7016 

3670 

UPS5-EXP 7016 

5865 

CBL133-1 3464 

2298 

CBL133-2 3489 

1934 

CBL133-3 3464 

2306 

CBL133-5 3464 

2314 

CBL133-10 3464 

2322 

CBL133-20 3464 

2330 

CBL133-40 3464 

2348 

CBL133-60 3464 

2355 

CBL133-80 3464 

2363 

CBL135-D5 4491 

8043 

CBL135-1 4486 

4494 

CBL135-2 4486 

4502 

CBL135-3 4489 

4186 

CBL135-5 4488 

9103 

CBL135-10 4489 

4202 


Length - 

Imperial 


Metric 

Description 

Multi-length UPS interconnect 9 to 15 pin D, wiring configuration 1 




Multi-length UPS interconnect for additional server connections to any UPS 

5 ft 

1.5 m 

16 in 

40 cm. 

15 in 

38 cm 

3 ft 

90 cm 

5 ft 

1.5 m 

9.8 ft 

3 m 

20 ft 

6 m 

40 ft 

12 m 

60 ft 

18.2 m 

80 ft 

24.3 m 

1.6 ft 

50 cm 

3.2 ft 

1 m 

6.5 ft 

2 m 

9.8 ft 

3 m 

16.4 ft 

5 m 

32.8 ft 

10 m 

UPS interconnect for additional server in same or adjacent cabinet 

SCSI Wide and Ultra Interface Cables 

SCSI Interface cable. 









Fibre Channel Copper Cables 

Fibre Channel copper cable 






CBL135-15 4486 49.2 ft Fibre Channel copper cable 

B–4 3828 7306–000

Component 

Style Name 

Style 

P/N 

CBL137-20 4487 

8726 

CBL137-25 4487 

8734 

CBL137-30 4487 

8742 

CBL144-P5 70171 

442- 

000 

CBL144-1 70171 

442- 

001 

CBL144-2 70171 

442- 

002 

CBL144-5 70171 

442- 

003 

CBL144-10 70171 

442- 

004 

CBL144-30 70171 

442- 

005 

CBL144-50 70171 

442- 

006 

CBL144-100 70171 

442- 

007 

CBL144-200 70171 

442- 

008 

CBL144-300 70171 

442- 

009 

CBL144-400 70171 

442- 

010 

CBL144-500 70171 

442- 

011 

CBL142-P5 70145 

388 


4528 15 m 

Length - 

Imperial 


Metric 

65.6 ft 

20 m 

82 ft 

25 m 

98.4 ft 

30 m 

1.6 ft 

50 cm 

3.2 ft 

1 m 

6.5 ft 

2 m 

16.4 ft 

5 m 

32.8 ft 

10 m 

98.4 ft 

30 m 

164 ft 

50 m 

328 ft 

100 m, 

656 ft 

200 m 

984 ft 

300 m 

1,312 ft 

400 m 

1,640.4 ft 

500 m 

1.6 ft 

50 cm 

Fibre Channel copper cable, equalized 



Description 

Fibre Channel 50 Micron Optical Cables 

Duplex optical cable with SC-type connectors 












Fibre Channel 62.5 Micron Optical Cables 



3828 7306–000 B–5


Component 

Style Name 

Style 

P/N 

CBL142-1 70145 

396 

CBL142-2 70145 

404 

CBL142-5 70145 

412 

CBL142-10 70145 

420 

CBL142-30 70145 

438 

CBL142-50 70145 

446 

CBL142-100 70145 

453 

CBL142-200 70178 

249 

CBL142-300 70178 

256 

CBL146-P5 7019 

8130 

CBL146-1 7019 

8130- 

001 

CBL146-2 7019 

8130- 

002 

CBL146-5 7019 

8130- 

003 

CBL146-10 7019 

8130- 

004 

CBL146-30 7019 

8130- 

005 

CBL146-50 7019 

8130- 

006 

CBL146-100 7019 

8130- 

007 

CBL146-200 7019 

8130- 

008 

CBL146-300 7019 

8130- 


Length - 

Imperial 


Metric 

3.2 ft 

1 m 

6.5 ft 

2 m 

16.4 ft 

5 m 

32.8 ft 

10 m 

98.4 ft 

30 m 

164 ft 

50 m 

328 ft 

100 m, 

656 ft 

200 m 

984 ft 

300 m 

1.6 ft 

50 cm 

3.2 ft 

1 m 

6.5 ft 

2 m 

16.4 ft 

5 m 

32.8 ft 

10 m 

98.4 ft 

30 m 

164 ft 

50 m 

328 ft 

100 m, 

656 ft 

200 m 

984 ft 

300 m 

Description 










Fibre Channel 8 Micron Optical Cables 

Duplex optical cable with modified SC-type connectors 










B–6 3828 7306–000

Component 

Style Name 

Style 

P/N 

009 

CBL146-400 7019 

8130- 

010 

CBL146-500 7019 

8130- 

011 

CRT10 7404 

1104- 

000 

CRT25 7404 

1104- 

001 

CRT50 7404 

1104- 

002 


Length - 

Imperial 


Metric 

1,312 ft 

400 m 

1,640.4 ft 

500 m 

10 ft 

3 m 

25 ft 

7.6 m 

50 ft 

15.2 m 

Description 



Modem and Desktop Serial Printer Cables 


RS232 1-to-1 cable has male 25-pin connectors on both ends. For use with 

AP1324, AP1327, AP1329, AP9230, AP9215, and AP9215-1 printers and 

RS-232/V.24 modems. 

RS232 1-to-1 cable has male 25-pin connectors on both ends. Same uses as 

CRT10. 

RS232 1-to-1 cable has male 25-pin connectors on both ends. Same uses as 

CRT10. 

3828 7306–000 B–7


Table B–3. Fibre Channel Gigabit Interface 

Connectors (GBICs) 

Component Style Description 

HSC50300-CDA Copper DB9 GBIC 

HSC50300-SWL Short wave optical GBIC 

HSC50300-LWL Long wave optical GBIC 

B–8 3828 7306–000

Index 

3 

3U to 6U 

Channel Rack Conversion, 8-12 

Conversion Kit, 8-10 

A 

A Series 

Card Locations, 8-5, 8-6, 8-7 


Bus Loading, 8-5 

add-ons 

partitions, 2-4 

Audience, 1-1 

B 

basic configurations, 2-2 

boot drawer 

typical configuration, 4-9 

Bus Loading, 8-4 


A Series System, 8-5 

Bus Locations, 8-4 

C 

cabinet layout 

LM5x5-141, 2-6 

LM5x5-142, 2-7 

LM5x5-242, 2-8 

LM5x5-243, 2-9 

LM5x5-343, 2-10 

LM5x5-443, 2-10 

cable 

console components, A-8 

LAN, A-8 

SCSI host bus adapter, A-2 

Card Descriptions 

Channel Rack, 8-3 

Card Locations 

A Series System, 8-5, 8-6, 8-7 

CBL133-xxx, 6-3 

Channel Adapter Boards 

Configuring, 8-1 


Bus Loading 

A Series System, 8-5 

Channel Rack 

Card Descriptions, 8-3 

Configuration, 8-1, 8-11 

Channel Rack Board 

Installation, 8-7 


Channel Rack, 8-1, 8-11 

configuration requirements 

boot drawer, 4-9 

IEA-IOP, 4-6 

management server, 4-4 

Private LAN, 4-10 

Service Processor, 4-2 

configuration styles, 2-1 

configurations 

basic Libra Model 585 and 595, 2-2 

CTS9840 Fibre Channel Tape 

Configuration, 7-8 

CTS9840A, Configure for Fabric, 7-8 

3828 7306–000 Index–1 

D 

Datacenter Edition 

Windows Server 2003, 5-2 

Datacenter Edition, Windows Server 

2003, 5-1 

Development Workload, 5-8 

digital linear tape drives (DLT), 7-13 

E 

Enterprise Application Environment 

Workload, 5-8

Index 

Enterprise Edition 

Windows Server 2003, 5-2 

Enterprise Edition, Windows Server 2003, 5-1 

F 

FC2-IOP, 7-5 

FCA1850-LC, 2-3 

Fibre Channel - Arbitrated Loop topology (FC- 

AL), 7-1 

fibre channel adapter, 7-1 

Fibre Channel Protocol 

definition, 7-1 

G 

General Purpose Workload, 5-8 

Guidelines 

Blank Board, 8-9 

Middle Support, 8-9 

Style RM5-CA3, 8-9 



I 

IEA-IOP, 2-3 

configuration requirements, 4-6 

VLANs, 4-6 

image enabler, 5-2, 5-3 

Installation 

3U-to-6U Upgrade, 8-10 

Channel Rack Board, 8-7 

intelligent Ethernet adapter input/output 

processor 

IEA-IOP, 2-3 

internal terminators, 6-2 

IOCD level, 7-5 

IP addresses, 4-7, 4-8 

J 

Java Enablers 

Libra Model 585 only, 5-2 

Index–2 3828 7306–000 

K 

keyboard, monitor, and mouse, 2-3 

KVM switch, 2-3 

L 

LIB580-RSP, 2-3 

Libra 585 Operating Environment, 5-2 

Libra 595 Operating Environment, 5-2 

Linear Tape-Open (LTO) Technology, 7-13 

Linux 

partitions, 5-7 

software styles, 5-7 

Linux software 

Libra Model 585 and 595, 5-2 

LM5x5-141, 2-2 

LM5x5-142, 2-2 

LM5x5-242, 2-2 

LM5x5-243, 2-2 

LM5x5-343, 2-2 

LM5x5-443, 2-2 

LMA5x5-142, 2-4 

LMA5x5-14H, 2-4 

LMA5x5-14V, 2-4 

M 

management server 

hardware and software requirements, 4-4 

management server 

configuration requirements, 4-4 

MCP releases supported, 5-1 

monitor, 2-3 

mouse, 2-3 

N 

NET1000-P64, 2-3 

O 

Operating Environment, 5-2 

Operating Environment Content, 5-8 

Operating Environment software 

Libra 585, 5-2 

Libra 595, 5-2

optical fibre channel adapters, 2-3 

OSR7700 Fibre Channel RAID Subsystem 

Configuration, 7-5 

OSR7700, bringing online, 7-6 

P 

partition requirements, 2-2 

partitions 

add-ons, 2-4 

peripheral power control, 4-2 

Plateau Software, 5-1 

power control 

peripheral devices, 4-2 


power strips, 2-3 

Prerequisites, 1-1 

R 

RM125-SDT, 2-3 

RM1-IPL, 2-3 

S 

SCSI bus termination, typical, 6-2 

SDK, 5-3 

secure maintenance device, 2-3 

Select Software Update, 5-2 

Server Sentinel 

description, 5-1 


power control connection, 4-2 

SFR91-PWR, 2-3 

software 

styles supported, 5-2 

software support 

MCP releases, 5-1 

SSU, 5-2, 5-3. See Select Software Update 

style 

add-on partitions, 2-4 

SFR91-PWR, 2-3 

SWC41-SXR, 2-3 

styles, 2-1 

Datacenter Edition, Windows Server 

2003, 5-5 

Enterprise Edition, Windows Server 

2003, 5-4 

FCA1850-LC, 2-3 

LIB580-RSP, 2-3 

LM5x5-141, 2-2 

LM5x5-142, 2-2 

LM5x5-242, 2-2 

LM5x5-243, 2-2 

LM5x5-343, 2-2 

LM5x5-443, 2-2 

LMA5x5-142, 2-4 

LMA5x5-14H, 2-4 

LMA5x5-14V, 2-4 

NET1000-P64, 2-3 

RM125-SDT, 2-3 

RM1-IPL, 2-3 

syntax, 2-1 

Windows Server 2003, Datacenter 

Edition, 5-5 

Windows Server 2003, Enterprise 

Edition, 5-4 

Super Digital Linear Tape, 6-4 

SWC41-SXR, 2-3 

switch 

KVM, 2-3 

switches 

Dell PowerConnect model 5324, 4-6 

system styles, 2-1 

Index 

3828 7306–000 Index–3 

U 

Unix software 

Libra Model 585 and 595, 5-2 

UOE, 5-3 

V 

VLANs 

supported by IEA-IOP, 4-6 

W 

wide SCSI 

channel loading, 6-1 

configuration guidelines, 6-1 

Windows Server 2003, Datacenter 

Edition, 5-1, 5-2 

Windows Server 2003, Enterprise 

Edition, 5-1, 5-2 

workloads, 5-8 

offered on Libra Model 585 and 595 

servers, 5-2

Index 

Index–4 3828 7306–000

*38287306-000* 

38287306–000

Libra Model 585 and 595 System Configuration Guide

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