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Fujitsu PRIMEPOWER900 Manual

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PRIMEPOWER900
Edition September 2004

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  • Page 1 PRIMEPOWER900 Edition September 2004...
  • Page 2 There you will also find the addresses of the relevant User Documentation Department. Copyright and Trademarks Copyright © Fujitsu Siemens Computers GmbH 2003, 2004. All rights reserved. Delivery subject to availability; right of technical modifications reserved. All hardware and software names used are trademarks of their respective manufacturers.
  • Page 3 Recycling old computer equipment is already a tradition at Fujitsu Siemens Computers: We have been redeeming and reusing old computer systems for many years now. Even at the design stage, particular emphasis is placed on the reusability of components and materials.
  • Page 4 Tel. +49 (0) 5251 8 18010 +49 (0) 5251 8 18015 You can also consult your local Fujitsu Siemens Computers branch office/subsidiary. Service If you have any complaints in relation to missing/faulty parts, please contact the complaints department of Fujitsu Siemens Computers: Tel.
  • Page 5 Use the product according to the instructions and information available in this manual. Keep this manual handy for further reference. Fujitsu and Fujitsu Siemens Computers make every effort to prevent users and bystanders from being injured or from suffering damage to their property. Use the product according to this manual.
  • Page 6 RADIO FREQUENCY INTERFERENCE STATEMENT The following notice is for USA users only. Notice: This equipment has been tested and found to comply with the limits for a Class B digital divice, pursuant to Part 15 of FCC Rules.These limits are designed to provide reasonable protection against harmful interference in a residential installation.
  • Page 7 The contents of this manual may be revised without prior notice. The contents of this manual shall not be disclosed in any way or reproduced in any media without the express written permission of Fujitsu Limited. All Rights Reserved, Copyright  FUJITSU LIMITED 2003, 2004...
  • Page 9 ” Details units, power distributors and more alterations). power connectors to the server “Expansion Deleted: Chapter systems supplied by Fujitsu File Unit”. Siemens Computers, adds the reference to the documentation belonging to the PRIMESTATION - the standard hardware platform of...
  • Page 10 And, besides the PRIMESTATION, as second type of SMC Fujitsu Siemens Computers uses the PW250SMC. Note: In this table, a revised section is indicated by its section number in the current edition.

  • Page 11: Preface

    This manual describes the features, configuration, hardware, and panel operation of the PRIMEPOWER900. Read this manual thoroughly to understand the PRIMEPOWER900. Unless otherwise specified, the PRIMEPOWER900 is referred to as “the main unit,” and the System Management Console as “the SMC” in this manual. Also, the “PRIMEPOWER HPC2500/2500/1500/900 Installation Guide”...
  • Page 12 Preface CHAPTER 6 Partition Settings and Notes Describes the partition settings and notices. CHAPTER 7 Approaches to Troubleshooting Describes suggested actions to problems occurring in the main unit. CHAPTER 8 System Management Console (SMC) Describes the system management console (SMC). Appendix A OBP Environment Variables Describes OBP environment variables.
  • Page 13 (U41300-J-Z816-x-76/C120-E162EN) b) PDF manual contained in the “PRIMEPOWER HPC2500/2500/1500/900 Manuals” CD-ROM (C120-E147) disk “PRIMEPOWER900 Installation Planning Manual” (U41297-J-Z816-x-76/C120-H013EN) c) Online manual preinstalled in the internal disk of the System Management Console “System Console Software User's Guide” (also available as U41258-J-Z775-x-76) For how to refer to manuals in b) and c) above, see “Referring to Other Manuals on...
  • Page 14 {?}ok command ok prompt in SMC ok command Environmental Requirements for Using This Product This product is a computer intended for use in an office environment. For details on the operational environment, see the “PRIMEPOWER900 Installation Planning Manual” (U41297-J-Z816-x-76/C120-H013EN). U41290-J-Z816-3-76...
  • Page 15 Preface Conventions for Alert Messages This manual uses the following conventions to show the alert messages. An alert message consists of an alert signal and alert statements. This indicates a hazardous situation could result in serious personal injury if the user does not perform the procedure correctly. This indicates a hazardous situation could result in minor or moderate personal injury if the user does not perform the procedure correctly.

  • Page 17: Notes On Safety

    For the branch circuit, select a circuit breaker that meets the circuit breaker requirements specified in for the “PRIMEPOWER900 Installation Planning Manual” (U41297-J-Z816-x-76/C120-H013EN). U41290-J-Z816-3-76...
  • Page 18 NOTES ON SAFETY Task Warning Page Normal operation Data destruction Before shutting down power, ensure that the following events occur; otherwise data may be destroyed. l All applications have finished processing. l No user is using the components. l When the main unit is turned off, the message “Power On Ready”...
  • Page 19 NOTES ON SAFETY Alert Labels The following labels are attached to this product: These labels provide information to the users of this product. Never peel off the labels. • Main unit (PRIMEPOWER900) • PCI/disk box U41290-J-Z816-3-76...

  • Page 21: Product Handling

    Maintenance The following tasks regarding this product and the optional products provided by Fujitsu/Fujitsu Siemens Computers should only be performed by a certified service engineer. User must not perform these tasks. Incorrect operation of these tasks may cause electric shock, injury, or fire.

  • Page 23: Table Of Contents

    ........3.1.1 Power cable connection for the PRIMEPOWER900 main unit (model name: PW0XDRyyyx) .
  • Page 24 Contents 4.3.1 Overview of CPU Module ........4.4 Memory Modules .
  • Page 25 Contents 6.9.1 Expanded interleave mode ........6.9.2 4CPU mode .
  • Page 26 Contents Appendix D UPC Connector Specifications ......117 D.1 Overview ............D.2 Signal Cables .
  • Page 27 Power distribution box used by Fujitsu Siemens Computers ..Figure 3.2 Power cable connection for the PRIMEPOWER900 main unit (model name: PW0XDRyyyx) (non-redundant PSU configuration) Figure 3.3 Power cable connection for the PRIMEPOWER900 main unit (model name: PW0XDRyyyx) (N+1 redundant PSU configuration) Figure 3.4...
  • Page 28 ........Figure C.6 Using signal cables to connect the PRIMEPOWER900 with a PCI/disk box .
  • Page 29 ........Table 2.2 Installation specifications of the PRIMEPOWER900 main unit ..

  • Page 31: Chapter 1 Features

    CHAPTER 1 Features This chapter describes the following features of the main unit: High Performance High Reliability and Availability Expanded Maintenance and Operational Functions High Performance The main unit is based on symmetric multiprocessing (SMP) architecture. This architecture provides excellent scalability and reliability, without affecting user applications.

  • Page 32: High Reliability And Availability

    CHAPTER 1 Features High Reliability and Availability The following features help ensure high reliability for the main unit: l The power supply unit and fan unit have redundant configurations. l Disk-mirroring and the dual RAID controller enable redundant data storage. (The main unit enables this function when the PRIMECLUSTER GDS and multiple path disk control package are combined.) l Power-on diagnostics recognize and halt faulty components before starting...

  • Page 33: Chapter 2 Overview And Installation Of The Main Unit

    CHAPTER 2 Overview and Installation of the Main Unit This chapter presents the following information: Overview of the Main Unit Installation Precautions and Specifications Connecting the SMC Overview of the Main Unit This section provides specifications for the main unit. 2.1.1 Main unit specifications Table 2.1...
  • Page 34 Solaris 9 Operating Environment for PRIMEPOWER900 (Note5) Note1: Each PCI/disk box has two LAN ports. These ports use the same MAC address as that of the on-board LAN ports. Note2: Each PCI/disk box has two RS232C ports. Five RS232C ports can be used for each partition.

  • Page 35: Installation Precautions And Specifications

    2.2 Installation Precautions and Specifications Installation Precautions and Specifications This section provides precautions and specifications for installing the main unit. For details on the main unit installation, see the “PRIMEPOWER900 Installation Planning Manual” (U41297-J-Z816-x-76/C120-H013EN). 2.2.1 Precautions for Installation Equipment damage Be sure to follow the precautions below when installing the equipment.
  • Page 36 CHAPTER 2 Overview and Installation of the Main Unit l If power to the main unit is supplied from a power strip or the service outlet of another unit, overloading may occur in the other unit or the power strip's cable. - Make sure that the current rating of the power strip or service outlet exceeds the combined current ratings of the units to which it is supplying power.

  • Page 37: Installation Specifications

    When moving the main unit, do not pull on the front cover. Doing so may cause damage to the main unit. 2.2.2 Installation specifications Table 2.2 lists the installation specifications of the PRIMEPOWER900 main unit. Table 2.2 Installation specifications of the PRIMEPOWER900 main unit (1/5) Specifications (Model name: (Model name: Item PW0XDRyyyx)
  • Page 38 CHAPTER 2 Overview and Installation of the Main Unit Table 2.2 Installation specifications of the PRIMEPOWER900 main unit (2/5) Specifications (Model name: (Model name: Item PW0XDRyyyx) PW0X0CR1x, (Note2) PW0X0CR6x) ° ° Temperature In operation (Note3) 5 to 35 C (41 to 95 (when installed at an altitude from 0 to 1500 m [0 to 4921.2 ft])
  • Page 39 2.2 Installation Precautions and Specifications Table 2.2 Installation specifications of the PRIMEPOWER900 main unit (3/5) Specifications (Model name: (Model name: Item PW0XDRyyyx) PW0X0CR1x, (Note2) PW0X0CR6x) Humidity In operation 20 to 80% RH (no condensation) Not in operation 8 to 80% RH (no condensation)
  • Page 40 CHAPTER 2 Overview and Installation of the Main Unit Table 2.2 Installation specifications of the PRIMEPOWER900 main unit (4/5) Specifications (Model name: (Model name: Item PW0XDRyyyx) PW0X0CR1x, (Note2) PW0X0CR6x) Dimensions Units: mm (in.) 711(28) (Note6) Service area Units: mm (in.)

  • Page 41: Connecting The Smc

    Note2: In model names, x is any letter from A to Z. Y is any letter from A to Z or any digit from 0 to 9. Note6: Without the size of the maintenance tray (not used by Fujitsu Siemens Computers).

  • Page 43: Chapter 3 Main Unit Power-On/Off

    Power-on/off a Partition Connecting the Power Cables The PRIMEPOWER900 main unit has no circuit breaker. Therefore, to turn on or off the main unit, either connect or disconnect the main unit power cables. Figure 3.1 Power distribution box used by Fujitsu Siemens Computers This section provides procedures and precautions for connecting the power cables.

  • Page 44: Power Cable Connection For The Primepower900 Main Unit (Model Name: Pw0Xdryyyx)

    Power cable connection for the PRIMEPOWER900 main unit (model name: PW0XDRyyyx) This section explains the power cable connection for the PRIMEPOWER900 main unit (model name: PW0XDRyyyx). The number of power cables required for the main unit depends on the power supply configuration of the main unit.

  • Page 45: Figure 3.2 Power Cable Connection For The Primepower900 Main Unit Model Name: Pw0Xdryyyx) (Non-Redundant Psu Configuration)

    (one each for the main unit, the first system board, and the second system board). l One power cable is provided for a redundant PSU configuration (IEC320) (an accessory for the option) For information about correctly connecting a cable, refer to the “PRIMEPOWER900 Installation Planning Manual” (U41297-J-Z816-x-76/C120-H013EN). U41290-J-Z816-3-76...

  • Page 46: Figure 3.3 Power Cable Connection For The Primepower900 Main Unit Model Name: Pw0Xdryyyx) (N+1 Redundant Psu Configuration)

    (model name: PW0XDRyyyx) (N+1 redundant PSU configuration) (3) For dual power feed configuration The PRIMEPOWER900 main unit supports a dual power feed configuration using Fujitsu-supplied options. When the main unit is connected to two different power supply sources, it can continue operation even if one of the power supply sources fails.
  • Page 47 (one each for the main unit, the first system board, and the second system board). l Three power cables are provided for dual power feed configuration (IEC320) (accessories for the option) For information about correctly connecting a cable, refer to the PRIMEPOWER900 Installation Planning Manual (U41297-J-Z816-x-76/C120-H013-01EN). U41290-J-Z816-3-76...

  • Page 48: Figure 3.4 Power Cable Connection For The Primepower900 Main Unit (Model Name: Pw0Xdryyyx) (Dual Power Feed Configuration)

    One power distribution box is included as standard equipment with the main unit (primary power feed, in the figure above). An additional power distribution box must be purchased separately for secondary power feed. Figure 3.4 Power cable connection for the PRIMEPOWER900 main unit (model name: PW0XDRyyyx) (dual power feed configuration) U41290-J-Z816-3-76...

  • Page 49: Power Cable Connection For The Primepower900 Main Unit (Model Name: Pw0X0Cr1X, Pw0X0Cr6X)

    Power cable connection for the PRIMEPOWER900 main unit (model name: PW0X0CR1x, PW0X0CR6x) This section explains the power cable connection for the PRIMEPOWER900 main unit (model name: PW0X0CR1x, PW0X0CR6x). The number of power cables required for the main unit depends on the power supply configuration of the main unit.

  • Page 50: Figure 3.5 Power Cable Connection For The Primepower900 Main Unit

    (one each for the main unit, the first system board, and the second system board). l One power cable is provided for a redundant PSU configuration (IEC320) (an accessory for the option) For information about correctly connecting a cable, refer to the “PRIMEPOWER900 Installation Planning Manual” (U41297-J-Z816-x-76/C120-H013EN). U41290-J-Z816-3-76...

  • Page 51: Figure 3.6 Power Cable Connection For The Primepower900 Main Unit (Model Name: Pw0X0Cr1X, Pw0X0Cr6X) (N+1 Redundant Psu Configuration)

    UNLOCK or LOCK, the unit may be powered on automatically as soon as the main line switch is switched on. To avoid this, set the MODE switch to MAINTENANCE. Figure 3.6 Power cable connection for the PRIMEPOWER900 main unit (model name: PW0X0CR1x, PW0X0CR6x) (N+1 redundant PSU configuration)
  • Page 52 CHAPTER 3 Main Unit Power-on/off (3) For dual power feed configuration The PRIMEPOWER900 main unit supports a dual power feed configuration using Fujitsu-supplied options. When the main unit is connected to two different power supply sources, it can continue operation even if one of the power supply sources fails.

  • Page 53: Figure 3.7 Power Cable Connection For The Primepower900 Main Unit (Model Name: Pw0X0Cr1X, Pw0X0Cr6X) (Dual Power Feed Configuration)

    One power distribution box is included as standard equipment with the main unit (primary power feed, in the figure above). An additional power distribution box must be purchased separately for secondary power feed. Figure 3.7 Power cable connection for the PRIMEPOWER900 main unit (model name: PW0X0CR1x, PW0X0CR6x) (dual power feed configuration)

  • Page 54: Power-On/Off The Main Unit

    CHAPTER 3 Main Unit Power-on/off Power-on/off the Main Unit This section describes how to turn on and off the main unit. 3.2.1 Power-on You can power on the main unit either manually or automatically. (1) Manual Power-on You can manually power on the main unit using either (a) the operator panel or (b) the SMC.

  • Page 55: Figure 3.9 The Operator Panel (Power Switch)

    3.2 Power-on/off the Main Unit Turn on the power switch on the main unit’s operator panel. The POWER LED on the operator panel lights in green. Figure 3.9 The operator panel (power switch) b) Power-on using the SMC Turn on the SMC and peripheral units. For information on how to turn on the SMC, see the manual supplied with the platform.

  • Page 56: Power-Off

    CHAPTER 3 Main Unit Power-on/off 3.2.2 Power-off This section describes how to turn off the main unit. You can power off the main unit either manually or automatically. Data destruction Before shutting down power, ensure that the following events occur; otherwise data may be destroyed.

  • Page 57: Power-On/Off A Partition

    3.3 Power-on/off a Partition b) Power-off using the SMC Shut down the power supply to the main unit by executing the “System Power- Off Instruction” in the “Machine Administration Menu” of the system console software. For details on the power off process using the SMC, see Section 6.2, “System Power Operation”, in the “System Console Software User's Guide.”...

  • Page 58: Power-Off A Partition

    CHAPTER 3 Main Unit Power-on/off For details on the power-on process using the SMC, see Section 7.1, “Startup and Shutdown of Partitions”, in the “System Console Software User's Guide”. 3.3.2 Power-off a partition To shutdown a partition, enter the “shutdown” command from the remote console window of the respective partition.

  • Page 59: Chapter 4 Hardware Overview

    Multiport Console Connection Unit Device Configuration The basic component of the main unit is the System Board which mounts up to eight processors. Two system boards can be mounted in the PRIMEPOWER900 main unit. Figure 4.1 Figure 4.2 show the front and rear views, respectively, of the PRIMEPOWER900 main unit.

  • Page 60: Figure 4.1 Primepower900 Main Unit (Front View)

    CHAPTER 4 Hardware Overview Figure 4.1 PRIMEPOWER900 main unit (front view) Figure 4.2 PRIMEPOWER900 main unit (rear view) U41290-J-Z816-3-76...

  • Page 61: System Board

    4.2.2 System board expansion One system board can be added in the PRIMEPOWER900 main unit. Up to two system boards can be inserted into system board slots. Up to eight CPU modules and up to thirty two memory modules can be mounted on a system board.

  • Page 62: Cpu Module

    CHAPTER 4 Hardware Overview CPU Module This section describes the CPU module. 4.3.1 Overview of CPU Module l The CPU module consists of a SPARC64 V processor that conforms to the SPARC V9 architecture. l One system board accommodates up to eight CPU modules. l To improve the reliability of the system, error checking and correction (ECC) is employed.

  • Page 63: Memory Modules

    4.4 Memory Modules Memory Modules This section describes the memory modules. 4.4.1 Overview of memory modules l The memory module configuration uses synchronous dynamic random access memory (SDRAM). l Memory modules employ error checking and correction (ECC). l Upgrades of memory modules must be done in sets of four. All memory modules mounted on a system board must be of the same type.

  • Page 64: Basic I/O Board

    CHAPTER 4 Hardware Overview Basic I/O Board This section describes the basic I/O board for the PRIMEPOWER900 main unit, and provides specifications for the PCI slots mounted on the basic I/O board. 4.5.1 Overview of basic I/O board l One basic I/O board has seven slots for short cards and one slot for a long card.

  • Page 65: Specifications Of Pci Slots

    4.5 Basic I/O Board 4.5.2 Specifications of PCI slots Some PCI cards are designed to operate only in slots with an input voltage of either 3.3 VDC or 5 VDC. Other PCI cards (universal type) are designed to operate at input voltages of both 3.3 VDC and 5 VDC.

  • Page 66: Table 4.3 Specifications Of Pci Slots On The Basic I/O Board (Board 1)

    CHAPTER 4 Hardware Overview - A PCI card operable only at 5 VDC will not work when inserted into a 3.3 VDC PCI slot but will work in a 5 VDC PCI slot. - A universal PCI card is operable at both 3.3 VDC and 5 VDC, and can be used in all PCI slots.

  • Page 67: Figure 4.7 Locations Of Basic I/O Boards And Pci Slots

    4.5 Basic I/O Board - A PCI card operable only at 5 VDC will not work when inserted into a 3.3 VDC PCI slot but will work in a 5 VDC PCI slot. - A universal PCI card is operable at both 3.3 VDC and 5 VDC, and is operable in all PCI slots.

  • Page 68: Pci Hot Plug

    The following sections explain the PCI hot plug. 4.5.3.1 Overview of PCI hot plug The PRIMEPOWER900 supports the PCI hot plug, which enables a PCI adapter to be added (connected) to and deleted (disconnected) from the Solaris Operating Environment while the system is running.

  • Page 69: System Control Facility

    4.6 System Control Facility System Control Facility The System Control Facility board monitors and controls the PRIMEPOWER900. l System Control Facility board provides a LAN port for connection to the SMC. This is a private LAN. l The LAN can only be used to establish network connections with the SMC and the multiport console connection unit.

  • Page 70: Power Supply Unit

    CHAPTER 4 Hardware Overview Power Supply Unit This section describes the power supply unit connected to the main unit. A power supply unit is required for a redundant configuration or a dual power feed configuration (Note1). Note 1: For information about the dual power feed configuration, see “Dual power feed option”.
  • Page 71 4.7 Power Supply Unit • Dual power feed option Dual power feed option is used to receive AC power for the main unit from two separate power systems. This option is mounted in the main unit. Connecting AC power to the main unit form two separate power systems provides redundancy.

  • Page 72: Fan Tray

    CHAPTER 4 Hardware Overview Fan Tray The fan tray cools system boards and other components of the main unit. Figure 4.10 Fan tray Operation of the fan tray is monitored inside the unit. If one of the fans fails, a message indicating the defective fan is displayed on the operator panel and the SMC.

  • Page 73: Air Filter

    4.9 Air Filter Air Filter The main unit uses an air cooling circulation method that takes in cooled air from the front of the unit. An air filter is installed in the front of the unit as a dust guard. The efficiency of the cooling system may decrease if the filter is not cleaned on a reqular basis.

  • Page 74: System Management Console (Smc)

    Monitoring the hardware status of the main unit process Detected faults are indicated on the SMC display. The detected faults are reported to the system administrator in real time and to the Fujitsu support center via the remote notification program.

  • Page 75: Multiport Console Connection Unit

    4.11 Multiport Console Connection Unit 4.11 Multiport Console Connection Unit l The multiport console connection unit connects the RS232C port of the system board with the SMC through the system control LAN. l The multiport console connection unit can display a console for each partition on a different window of the SMC.

  • Page 77: Chapter 5 Main Unit Operator Panel

    CHAPTER 5 Main Unit Operator Panel This chapter describes the main unit operator panel Overview of Main Unit Operator Panel Display Format of Operator Panel Using the Operator Panel Overview of Main Unit Operator Panel This section presents an overview of the operator panel. The operator panel allows the following functions to be performed.

  • Page 78: Exterior View Of The Operator Panel

    CHAPTER 5 Main Unit Operator Panel 5.1.1 Exterior view of the operator panel This section describes the operator panel. For information about the contents of the status indication LCD and operation of switches, see Section 5.3, "Using the Operator Panel." Note: Pressing a switch might cause display of a confirmation message on the state indication LCD.

  • Page 79: Message Display Function

    5.1 Overview of Main Unit Operator Panel (5) Cursor switch The Cursor switch moves the position of the cursor in the status display LCD. (6) Decision switch The Decision switch acts upon the symbol or command indicated by the cursor in the status display LCD.

  • Page 80: Mode Switch

    CHAPTER 5 Main Unit Operator Panel 5.1.3 Mode switch The three-position mode switch toggles the operation mode among LOCK, UNLOCK, and MAINTENANCE modes. The operation of the mode switch can be disabled from the operator panel. The mode descriptions are: •...
  • Page 81 5.1 Overview of Main Unit Operator Panel Table 5.1 Mode switch settings and functions Remote Pon/Poff by the Only power-on is Enabled Enabled Pon/Poff power switch enabled (boot stop) (boot stop) (Note1) (auto boot) Pon/Poff by the Enabled Enabled Enabled (auto boot) (boot stop) (boot stop)

  • Page 82: Forced Termination Of Partition Processing

    CHAPTER 5 Main Unit Operator Panel 5.1.4 Forced termination of partition processing The SMC that is connected to the main unit can forcibly terminate the processing of the main unit if abnormal processing occurs, such as when a partition hangs. Data destruction Do not forcibly turn off the power to a partition while the partition is running normally.

  • Page 83: Display Format Of Operator Panel

    - NN: Node ID (hexadecimal notation) If more than one main unit is connected to the RCI network, this ID is assigned to identify each main unit. The assignment of the node ID is performed by a Fujitsu engineer. - T: Intake-air temperature...

  • Page 84: Table 5.2 Meanings Of Operation Menu Symbols On Operator Panel

    CHAPTER 5 Main Unit Operator Panel • Symbol and command lists On the operator panel, select an operation from the symbol menu by pressing the Cursor switch, and then execute the selected operation by pressing the Decision switch. Table 5.2 lists the meanings of the operation menu symbols on the operator panel.

  • Page 85: Table 5.3 Command List

    5.2 Display Format of Operator Panel Table 5.3 Command list Command Parameter Functional requested Action taken Reset None Request to reset selected Resets selected partition and (RST) (displays execution partition. restarts. confirmation message) Request None Request to acquire OS Acquires OS dump of (REQ) (displays execution dump of the selected...

  • Page 86: Using The Operator Panel

    CHAPTER 5 Main Unit Operator Panel Using the Operator Panel This section describes how to operate the operator panel. To specify an operation, select its symbol using the cursor switch. The cursor switch underlines the symbol in the status display LCD. To execute the operation, use the decision switch.

  • Page 87: Abnormal Status (Symbol *)

    5.3 Using the Operator Panel Press the Decision switch. The AC input status for both sides of a dual power feed system are displayed on the first line of the state indication LCD. ¡ Power is being supplied ×: Power is not being supplied –: No power supply units are installed 5.3.3...

  • Page 88: System Operation (Symbol 0)

    CHAPTER 5 Main Unit Operator Panel • If there are two or more errors An error message is displayed on the first line of the state indication LCD and 6 is displayed in the last column to indicate that you need to scroll down for more messages.
  • Page 89 5.3 Using the Operator Panel Press the Cursor switch to move the underlined cursor to 0. If the Cursor switch remains pressed down when the underline cursor reaches the rightmost position, the underline cursor jumps to the leftmost position. Press the Decision switch. The System Operation menu is displayed on the first line of the status display (LCD).
  • Page 90 CHAPTER 5 Main Unit Operator Panel • To Select the OS dump command: < Press the Cursor switch to move the solid square indication ( ) to REQ. Press the Decision switch. The confirmation message “REQUEST OK?” is displayed. To perform a dump of the operating system, press the Decision switch again. To cancel this operation, press the Cursor switch instead of the Decision switch, and the LCD display then returns to the state of the procedure 3.

  • Page 91: Chapter 6 Partition Settings And Notes

    Overview This section describes PRIMEPOWER900 partitions. The PRIMEPOWER900 permits a single system to be divided into independent systems for operation. Each of these independent systems is referred to as a partition. The operating system can operate independently in each partition.

  • Page 92: Partition Mode

    CHAPTER 6 Partition Settings and Notes Partition Mode PRIMEPOWER900 partitions have the following two modes: l Physical partitioning (PPAR) In this partition mode, partitions are configured in units of physical system boards (PSB). l Extended partitioning (XPAR) In this partition mode, each system board is divided into four extended system boards (XSBs), and partitions are configured in units of XSB.

  • Page 93: Figure 6.1 Extended Partitioning (Xpar)

    6.2 Partition Mode Figure 6.1 Extended partitioning (XPAR) Each of these four components is referred to as an extended system board (XSB), in contrast to the physical system board (PSB). XSBs can be combined to constitute partitions. The dynamic reconfiguration (DR) function can be used to move these components to other partitions.

  • Page 94: Physical Locations Of Partitions

    CHAPTER 6 Partition Settings and Notes Figure 6.2 Example of partition configuration in extended partitioning (XPAR) mode 6.2.2 Physical locations of partitions Figure 6.3 shows the correspondence of system boards, PCI slots, and disks to their physical locations. 4When partitions are configured, the PCI/disk box mounting locations are fixed as indicated in Figure 6.3.

  • Page 95: Figure 6.3 Correspondence Of System Boards, Pci Slots, And Disks

    6.2 Partition Mode Figure 6.3 Correspondence of system boards, PCI slots, and disks U41290-J-Z816-3-76...

  • Page 96: System Board, Cpu, And Pci Numbers

    CHAPTER 6 Partition Settings and Notes System Board, CPU, and PCI Numbers If partitions are configured in units of system boards, the system board slot numbers of the PRIMEPOWER cabinet can be used as system board numbers. Table 6.2 lists the system board numbers, CPU numbers, and PCI numbers used in PPAR and XPAR modes.

  • Page 97: Partition Settings

    For details, see Section 6.4, “How to Add or Remove Partitions”, in “System Console Software User's Guide”. For ordering additional host-IDs, download the respective fax form at http://extranet.fujitsu-siemens.com/service/primepower/faq/cache/35.html or contact your sales representatives or a certified service engineer. Changing the Partition Configuration This section describes how to modify the configuration of a partition.

  • Page 98: System Disk

    For best performance and ease of installation and maintenance, it is recommended that you use the sharing file connection that interfaces the FC hub/switch. l For management of the shared file units, use one of Fujitsu/Fujitsu Siemens Computers high-reliability software products, such as PRIMECLUSTER.

  • Page 99: Backups

    Detailed information for creating and restoring data backups is provided in the following documents: l For instructions on backing up the partitions in the PRIMEPOWER900: Section 7.5.4, “Backup and restore of system volume”, in the “System Console Software User's Guide”.

  • Page 100: Figure 6.4 Interleave Mode

    CHAPTER 6 Partition Settings and Notes When an extended interleave mode is used, speed of the memory access for a continuous area of the memory space is increased. When more than one system board is mounted, these functions are implemented by adopting an address allocation method in which logical memory addresses are mapped to the physical memory so that the logical addresses continuously increase or decrease along the row of the system boards.

  • Page 101: Cpu Mode

    4CPU mode • Overview Up to eight CPUs can be installed on the system board of the PRIMEPOWER900. Addresses and data are divided into two parts (each part uses four CPUs) and are controlled separately. Therefore, if the system contains four or fewer CPUs and the memory module installation pattern has a 1-way configuration, only one part of the system is operated.

  • Page 102: Figure 6.5 Physical Locations Of Cpu And Memory Modules

    CHAPTER 6 Partition Settings and Notes • Hardware conditions To set up the 4CPU mode, the following hardware conditions must be satisfied: l System board Only the first board (SB#00) can be installed. l CPU A maximum of four CPUs can be mounted in slots #0, #1, #2, and #3 of SB#00. l Memory modules Only DIMMR0, DIMMR1, DIMMR2, and DIMMR3 are installed.
  • Page 103 6.9 Configuring for the Fast Memory Mode l When 4CPU mode is currently set, this mode setting will be disabled if any of CPU #4, #5, #6, or #7 is mounted or PCI/disk boxes are connected. l If the above required hardware conditions above are not satisfied, 4CPU mode cannot be set.

  • Page 105: Chapter 7 Approaches To Troubleshooting

    CHAPTER 7 Approaches to Troubleshooting This chapter explains approaches to troubleshooting the main unit: Overview Status Monitoring by the SMC E-mail Notification to System Administrators Error Messages Displayed on the Operator Panel Monitoring Messages Output by the SMC Overview This section provides a troubleshooting overview. When system problems occur, it is necessary to gather all available information for troubleshooting.

  • Page 106: Status Monitoring By The Smc

    CHAPTER 7 Approaches to Troubleshooting Status Monitoring by the SMC The SMC provides functions to monitor and collect information about the hardware environment and operational state. The “Machine Administration Menu” of the system console software on the SMC shows hardware settings and error information. The SMC displays the OS system log messages output by the main unit.

  • Page 107: Table 7.1 Error Messages Displayed On The Operator Panel

    7.4 Error Messages Displayed on the Operator Panel Error Messages Displayed on the Operator Panel This section explains the error messages displayed on the operator panel if an abnormality is detected in the main unit. If an error occurs in the main unit, the symbol “*” is displayed on the second line of the status display (LCD) on the operator panel.
  • Page 108 CHAPTER 7 Approaches to Troubleshooting Table 7.1 Error messages displayed on the operator panel (2/2) Message Description Remarks 18 P-BOX#L TH W Indicates a PCI/disk box exhaust – temperature warning. 19 I-BOX#L TH A Indicates a PCI/disk box exhaust – temperature error.

  • Page 109: Monitoring Messages Output By The Smc

    7.5 Monitoring Messages Output by the SMC Monitoring Messages Output by the SMC The SMC continuously monitors the main unit for hardware abnormalities. If the SMC detects a fault in the main unit, a message is displayed on the SMC screen. The SMC provides the following information about the main unit: l Faulty hardware Monitors the status of component hardware such as the power source unit, fans,...

  • Page 111: Chapter 8 System Management Console (Smc)

    CHAPTER 8 System Management Console (SMC) This chapter describes the following aspects of the System Management Console (SMC): Power on/off the PRIMEPOWER SMC Creating Backups Power on/off the PRIMEPOWER SMC When using the SMC, refer to the manual delivered with the respective model. Creating Backups Creating periodic backups enables easy recovery of data after system faults.

  • Page 112: Backing Up The Smc's System Disk

    CHAPTER 8 System Management Console (SMC) 8.2.1 Backing up the SMC's system disk A backup of the system disk can be created by writing all data from the installed hard disks in the SMC onto DAT data cassettes. This method is especially useful when replacing a faulty disk because all data stored on the data cassettes can be restored to the replacement disk.
  • Page 113 8.2 Creating Backups When a prompt appears, enter the command below to confirm the controller number (“c0” in c0t0d0) of the system volume. #format <Enter> Searching for disks...done Confirm this number. AVAILABLE DISK SELECTIONS: 0. c0t0d0 <sfdsk type1.0; ST320420A cyl 39533 alt 2 hd 16 sec 63> /pci@1f,0/pci@1,1/ide@3/dad@0,0 Specify disk (enter its number): After the controller number is confirmed, close the menu as instructed on the screen.
  • Page 114 CHAPTER 8 System Management Console (SMC) Record the disk partition information. Enter the number checked in step 1 for the controller number. # format/dev/rdsk/c0t0d0s2 <Return> format> partition partition> print Record the Cylinders values of each slice. (Example) Current partition table (original): Total disk cylinders available: 12435 + 2 (reserved cylinders) Part Flag...

  • Page 115: Restoring The Smc's System Disk

    8.2 Creating Backups When the prompt screen is displayed, type in the following command to start backup: # ufsdump 0ucf/dev/rmt/0u / <Return> When the following message is displayed, the backup was successful. DUMP: XXXXXXXXX blocks ( XXXXX.XX MB) on 1 volume at XXXX KB/sec DUMP: DUMP IS DONE Press the eject switch of the DAT unit to remove the data cassette.
  • Page 116 CHAPTER 8 System Management Console (SMC) There are two restoration procedures for the system disk. One procedure uses the dd command, and the other uses the ufsrestore command. The two procedures are explained below. • Restoration using the dd command Login to the root account of the SMC.
  • Page 117 8.2 Creating Backups The restoration process is complete when a prompt appears again. (An 8 Gbytes disk drive requires about 2 hours to restore. Larger capacity drives take longer to restore. Press the eject switch on the DAT drive to remove the data cassette. Press the <STOP>...
  • Page 118 CHAPTER 8 System Management Console (SMC) Use the format (1M) command to create disk slices and a disk label. This step is necessary for cases where a new disk or a disk that was used for another purpose is used. # format <Return>...
  • Page 119 8.2 Creating Backups Move to the directory that was mounted. # cd /mnt <Return> Use the ufsrestore (1M) command to perform the restoration. # ufsrestore rvf /dev/rmt/0 <Return> Delete the restoresymtable file created with the ufsrestore (1M) command. # rm restoresymtable <Return> Move to the root directory, and then unmount the directory.

  • Page 120: Backing Up The System Console Software (Scs) Setup Data

    CHAPTER 8 System Management Console (SMC) 8.2.3 Backing up the system console software (SCS) setup data A backup of the system console software’s setup data is useful to restore previous settings. The backup process can be started using commands provided by the system console software.
  • Page 121 8.2 Creating Backups Enter the root password to shift to single user mode. Insert the data cassette containing the setup data into the DAT drive. Make sure that the write-protect tab on the data cassette is set to “Write-protected” beforehand. Enter the following command to execute the restore command.

  • Page 123: Table A.1 Configuration-Policy Values And Degraded Units

    Appendix A OBP Environment Variables This chapter describes the OBP environment variables: OBP Environment Variables: configuration-policy Other OBP Environment Variables OBP Environment Variables: configuration-policy If a hardware fault is detected during the boot-up process, the system console can be set to detach the target hardware and continue booting the system in a degraded state, or to stop the boot-up procedure for the partition in which the fault was detected.

  • Page 124: A.2 Other Obp Environment Variables

    Appendix A OBP Environment Variables • ok printenv configuration-policy When the degraded unit is set to component basis, the following message appears: configuration-policy=component When the degraded unit is set to system board basis, the following message appears: configuration-policy=board When the degraded unit is set to stop the boot-up process without degradation, the folloiwing message appears: configuration-policy=system •...
  • Page 125 A.2 Other OBP Environment Variables Boot-wait-time is measured in seconds. The default value is zero. To check or set a value, enter the appropriate command at the OBP “ok” prompt. l To check the current boot-wait-time value, enter the following command: ok printenv boot-wait-time - When the boot-wait-time value is set to zero, the following message appears: boot-wait-time=0...

  • Page 126: Table A.2 Console Path Setting In Ppar Mode

    To configure the console path, set tty-conspath to the following value: cXsY where X = the cabinet number and Y = the system board number: The following variables are available in PRIMEPOWER900 PPAR mode: none, c0s0, c0s1 The default value is none.

  • Page 127: Table A.3 Console Path Setting In Xpar Mode

    A.2 Other OBP Environment Variables The variable tty-sub-conspath sets the console path using the same priority. The variable tty-sub-conspath sets as the auxiliary console path the console path that follows the console path specified by tty-conspath in the same partition. Table A.3 Console path setting in XPAR mode Priority Value...

  • Page 129: Appendix B Adding Hostids

    Appendix B Adding hostids This chapter describes the requirements for adding a hostid for partition expansion. A PRIMEPOWER900 system can be configured with as many partitions as there are hostids assigned. When a multiple-partition system is ordered, the required number of hostids are preset at the factory before delivery.

  • Page 131: Appendix C Pci/Disk Box

    Each PCI/disk box has two serial ports. l Each PCI/disk box has two LAN ports. l One PCI/disk box per system board can be connected on the main unit. Up to two PCI/disk boxes can be connected to the PRIMEPOWER900 main unit. U41290-J-Z816-3-76...

  • Page 132: Figure C.1 Pci/Disk Box

    Appendix C PCI/Disk Box • Appearance Figure C.1 shows the appearance of the PCI/disk box. Figure C.1 PCI/disk box U41290-J-Z816-3-76...

  • Page 133: Figure C.2 Front View Of Pci/Disk Box (With The Cover Removed)

    C.2 PCI/Disk Box Components and Functions PCI/Disk Box Components and Functions This section describes functions of the PCI/disk box components. C.2.1 Front view Figure C.2 shows the front side of the PCI/disk box (with the front cover removed). Each component is described following the figure. Figure C.2 Front view of PCI/disk box (with the cover removed) (1) AC power input (PSU) The AC power input is used to connect the power cable.

  • Page 134: C.2.2 Rear View

    Appendix C PCI/Disk Box (4) PRFL LED (amber, for PSU) The PRFL LED lights in amber to indicate that the service life of an internal fan has expired. (5) FAIL LED (amber, for PSU) The FAIL LED lights or blinks in amber to indicate that a power supply error has occurred.
  • Page 135 C.2 PCI/Disk Box Components and Functions (1) PCI slots (labeled 0, 1, 2,..., and 9 from right to left) l The PCI slots conform to the PCI local bus specifications (Rev. 2.1). l The PCI slots support bus width of 64 bits and clock frequencies of 33 MHz (5.0 VDC) and 33/66 MHz (3.3 VDC).

  • Page 136: C.3 Installing The Pci/Disk Box

    Appendix C PCI/Disk Box Installing the PCI/Disk Box This section contains notes and specifications for PCI/disk box installation. C.3.1 Notes on PCI/disk box installation Equipment damage Be sure to follow the precautions below when installing the PCI/disk box. Otherwise the PCI/disk box may be damaged. •...
  • Page 137 C.3 Installing the PCI/Disk Box - Confirm that the current rating of the power strip or service outlet exceeds the combined ratings of all equipment for which it is supplying power. - Electrical ratings of this unit: 100-120 to 200-240VAC, 6.4A to 3.2A per power cable, 50/60Hz, single-phase l Reliable earth grounding of rack-mounted equipment is required.

  • Page 138: Table C.1 Installation Specifications Of The Pci/Disk Box

    Note 1: Not including the rack-mount rails Note 2: Two IEC320-type AC cables used to connect the PCI/disk box to the 200 VAC power distribution boxes supplied with the main unit are supplied by Fujitsu Siemens Conmputers as standard with the PRIMEPOWER900 PCI/disk box. U41290-J-Z816-3-76...
  • Page 139 C.3 Installing the PCI/Disk Box Table C.1 Installation specifications of the PCI/disk box (2/3) Item Specifications 5 to 35 °C (41 to 95 °F) Temperature In operation (Note 3) [When installed at height of 0 to 1500 m (0 to 4921.2 ft) above sea level] 5 to 33 °C (41 to 91.4 °F) [When installed at height of 1500 to 2000 m (4921.2 to...
  • Page 140 Appendix C PCI/Disk Box Table C.1 Installation specifications of the PCI/disk box (3/3) Item Specifications Dimensions Units: mm (in.) Service areas Units: mm (in.) Note5: Does not include mounting brackets. Note6: The service area for removing components from the rack for maintenance purposes.

  • Page 141: C.4 Pci Hot Plug

    The following sections explain the PCI hot plug. C.4.1 Overview of PCI hot plug The PRIMEPOWER900 supports the PCI hot plug, which enables a PCI adapter to be added (connected) to and deleted (disconnected) from the Solaris Operating Environment while the system is running.

  • Page 142: Table C.2 Pci Slot Specifications

    Appendix C PCI/Disk Box Table C.2 provides PCI slot specifications. See Figure C.4 for the layout of PCI slots. Table C.2 PCI slot specifications PCI slot PCI card width PCI clock rate Card input Card PCI bus group number [bits] [MHz] voltage length...

  • Page 143: Figure C.4 Rear View Of The Pci/Disk Box (Showing Location Of Pci Slots)

    C.4 PCI Hot Plug Figure C.4 Rear view of the PCI/disk box (showing location of PCI slots) U41290-J-Z816-3-76...

  • Page 144: C.5 Connecting Signal Cables

    LCI cable (2.5 m (8.2 ft.)) × 1: Supplied with a PRIMEPOWER900 The LCI cable is a branch cable that can connect up to two PCI/disk boxes. Figure C.5 LCI cable for PCI/disk box Use these signal cables to connect a PCI/disk box to a PRIMEPOWER900 as shown Figure C.6.

  • Page 145: Figure C.6 Using Signal Cables To Connect The Primepower900 With A Pci/Disk Box

    Note 2: Be sure to connect the LCI cable connector securely. (Be sure to hook the latches on both the left and right sides of the connector.) Figure C.6 Using signal cables to connect the PRIMEPOWER900 with a PCI/disk box U41290-J-Z816-3-76...

  • Page 146: C.6 Redundant Power Supply Unit (Psu) For Pci/Disk Box

    Appendix C PCI/Disk Box Redundant Power Supply Unit (PSU) for PCI/Disk The PCI/disk boxes supplied by Fujitsu Siemens Computers are equipped with an additional second power supply unit as standard. So PSU redundancy exists, which make PSU hot swapping possible as well as using PCI/disk boxes in Dual Power Feed configurations.

  • Page 147: Overview

    Appendix D UPC Connector Specifications The following sections provide specifications for connecting the Uninterruptible Power Supply (UPS) control interface using the Unit Power Controller (UPC) connector: Overview Signal Cables Signal Line Configuration Cable Connector UPC Connector 6-port UPS Interface Connection Box Branch Connection of UPC Interface Overview This interface is used to generate a conventional software interrupt, and to save data...

  • Page 148: Signal Line Configuration

    Appendix D UPC Connector Specifications Signal Line Configuration This section describes signal definitions and electrical specifications. D.3.1 Definitions of signals Figure D.1 shows the signal line configuration when connected to a UPS. Table D.1 defines these signal lines. Figure D.1 Connection with UPS C120-E161-03EN...

  • Page 149: Electrical Specifications

    D.3 Signal Line Configuration Table D.1 UPS interface signals Signal name Definitions Pin number Remarks * BPS/* UALM Signal indicates faulty UPS conditions * BTL Signal provides a warning of a low battery Enabled with ON level and a pending UPS failure. (Note1) * ACOFF Signal indicates power failure at the...

  • Page 150: Cable Connector

    Appendix D UPC Connector Specifications l Output circuit Signal name Output conditions Output Voltage VOH 3.76 VDC (min) 0 to 0.4 VDC (max) Output Current VOH max.-4 mA max.4 mA Cable Connector The interface cable has the following specifications. l Connector type DSUB9 pin Male (install side: Female) DEU-9PF-F0 (from JAE Electronics Engineering Company, or equivalent) l Terminal array...

  • Page 151: Upc Connector

    D.5 UPC Connector UPC Connector Figure D.3 shows the location of the UPC connector in the main unit. Figure D.3 UPC connector C120-E161-03EN...

  • Page 152: 6-Port Ups Interface Connection Box

    Appendix D UPC Connector Specifications 6-port UPS Interface Connection Box The 6-port UPS interface connection box enables up to six UPS units to be connected to the main unit. Figure D.4 shows the 6-port UPS interface connection box. Figure D.4 6-port UPS interface connection box C120-E161-03EN...

  • Page 153: Branch Connection Of Upc Interface

    D.7 Branch Connection of UPC Interface Branch Connection of UPC Interface The UPC interface in the main unit can be connected to more than one UPS, using branch connection, under certain circumstances. This section describes the situations in which branch connections can be used. (1) Cases in which branch connection is possible When the main unit and one or more UPS units are connected in the connection modes as shown below, a signal cable can be connected between the main unit and...
  • Page 154 Appendix D UPC Connector Specifications (2) Case in which branch connection is impossible When one UPS is connected to two or more main units (as shown in Figure D.7), no signal cable can be connected between any main unit and the UPS. Figure D.7 Signal cable connection between one UPS and more than one main unit (not possible) C120-E161-03EN...

  • Page 155: Appendix E Notes

    Appendix E Notes This chapter describes the following important information to note before operating the system. Notes on System Configuration Notes on Power Control Notes on System Configuration This section describes the points to be noted when configuring the main unit. E.1.1 System control and operation environment The SMC is a dedicated control unit for the main unit.
  • Page 156 (5) System console software The system console software for controlling the main unit is preinstalled in the PRIMESTATION or PW250SMC, which are used by Fujitsu Siemens Computers as standard SMCs. If you use an other workstation (e. g. a PRIMEPOWER200) as SMC, for the installation of the system console software, see Section “SMC Software Installation...

  • Page 157: Connecting A Ups Unit

    F987 standalone type (200VAC:10kVA/7.5kVA) The latest UPS information is available from sales representatives, or a certified service engineer. For details on connecting a UPS, see the “PRIMEPOWER900 Installation Planning Manual” (U41297-J-Z816-x-76/C120-H013EN). For information on UPC cables, see Appendix D, "UPC Connector Specifications."...

  • Page 158: On-Board Lan Port

    Appendix E Notes l If the UPS is not recharged and it is left unused after a power failure has occurred, the electrodes of the battery may corrode. To avoid this, recharge the UPS within seven days after a power failure. l An operating UPS activates when a power failure occurs.

  • Page 159: On-Board Serial Interface

    E.1 Notes on System Configuration - When “local-mac-address?” is “true” When a PCI card is added, connection to multiple ports within the same LAN segment is possible. On the other hand, on-board LAN ports in a partition cannot be connected to other ports in the same segment, even if “local-mac- address?”...

  • Page 160: Notes On Power Control

    The external power control device also enables the customer to use the operator call function via a contact interface. Fujitsu and Fujitsu Siemens Computers recommend a system configuration that is linked to the SMC for detailed control requirements, including separate power- on of individual partitions.

  • Page 161: Rci Settings

    E.2 Notes on Power Control E.2.5 RCI settings RCI setting should only be performed by a certified service engineer. Any changes to the setting made by the user may cause system malfunction. RCI setting can be made through “Remote Cabinet Interface (RCI) Administration” in “Machine Administration Menu”...
  • Page 162 Appendix E Notes 3. Partitions are activated upon power recovery within the scheduled time for operation, where the system operation schedule is handled by automatic power control. Power recovery mode can be set by using the “apcsset” command on the SMC. For how to use the “apcsset”...

  • Page 163: Glossary

    Glossary 100Base-TX An IEEE standard. Applicable cable types are Digital Audio Tape. A kind of magnetic tape unshielded twisted-pair (UTP) and shielded originally designed for audio format, now also twisted-pair (STP). Applicable connector type used by computers to back up data. The is RJ45.
  • Page 164 Glossary Ethernet A local area network (LAN) protocol Network Time Protocol. A time information developed by Xerox Corporation. The initial protocol that is commonly applied in the data transfer rate specification was 3 Mbps. Internet. Accurate time information is With Ethernet 2.0 established by Xerox, Intel, generated, taking into consideration transfer and DEC, the specification for transfer rate was rates and load variations along the line.
  • Page 165 Glossary SCSI SynfinityFile Small Computer System Interface. A parallel I/ File system management software. In O bus standardized in 1986 as ANSI X3.131- comparison with UNIX standard file system, 1986. This interface uses eight bits width UFS, SynfinityFile proceeds with high-speed transfer and supports daisy chaining up to eight file recovery upon system fault.

  • Page 167: Acronyms & Abbreviations

    Acronyms & Abbreviations Alternating Current Media Access Control Mega Bytes Central Processing Unit Network Time Protocol Digital Audio Tape Direct Current OpenBoot PROM DC DC Converter Operating System DIMM Dual Inline Memory Module Dynamic Reconfiguration Peripheral Component Interconnect Error Checking and Correction POST Power On Self-Test Equipment Ready...
  • Page 168 Acronyms & Abbreviations VHDCI Very High-Density Cable Workstation Interconnect XB-DDC Crossbar DC-DC Converter U41290-J-Z816-3-76...

  • Page 169: Index

    ......39 AC power ....10 PRIMEPOWER900 AC power input disk drive unit .
  • Page 170 ....9 PCI/disk box PRIMEPOWER900 ....9 note PRIMEPOWER900 .
  • Page 171 ....7 PRIMEPOWER900 POWER LED ......46...
  • Page 172 ....8 PCI/disk box PRIMEPOWER900 service area ..... .iii text conventions .
  • Page 173 Comments Fujitsu Siemens Computers GmbH User Documentation 33094 Paderborn Suggestions Germany Corrections Fax: 0 700 / 372 00001 e-mail: manuals@fujitsu-siemens.com http://manuals.fujitsu-siemens.com Submitted by Comments on PRIMEPOWER900 U41 290-J-Z 816-3- 76...
  • Page 175 Comments Fujitsu Siemens Computers GmbH User Documentation 33094 Paderborn Suggestions Germany Corrections Fax: 0 700 / 372 00001 e-mail: manuals@fujitsu-siemens.com http://manuals.fujitsu-siemens.com Submitted by Comments on PRIMEPOWER900 U41 290-J-Z 816-3- 76...
  • Page 177 Information on this document On April 1, 2009, Fujitsu became the sole owner of Fujitsu Siemens Compu- ters. This new subsidiary of Fujitsu has been renamed Fujitsu Technology So- lutions. This document from the document archive refers to a product version which was released a considerable time ago or which is no longer marketed.

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