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Fujitsu PRIMEPOWER850 User Manual

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PRIMEPOWER850/650
Edition September 2004

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Summary of Contents for Fujitsu PRIMEPOWER850

  • Page 1 PRIMEPOWER850/650 Edition September 2004...

  • Page 2: Copyright And Trademarks

    There you will also find the addresses of the relevant User Documentation Department. Copyright and Trademarks Copyright © Fujitsu Siemens Computers GmbH 2002, 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: About This Product

    SAFE OPERATION”. 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 damage to their property. Use the product according to this manual.
  • Page 6 (™), (). 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 2001-2004...

  • Page 7: Revision History

    2001-11-30 — Fujitsu Siemens Computers translates the manual into the German language, replaces the Fujitsu order number with the Fujitsu Siemens Computers order number, and the Fujitsu comment form with the Fujitsu Siemens Computers comment form. The power supply speci-...
  • Page 8 3rd edition, except the following item: Dual power feed is no longer part of the standard equipment of systems supplied by Fujitsu Siemens Computers. The respective changes made in the former manual versions were cancelled.

  • Page 9: Preface

    The organization of this manual is given below. CHAPTER 1 Features of the PRIMEPOWER850/650 Chapter 1 describes the features of the main unit of PRIMEPOWER850/650 Server. CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server Chapter 2 provides an overview of the PRIMEPOWER650 rack-mount type (8U) server, components and their functions, preparations for use, and unit expansion.
  • Page 10 Index The index lists key items used in the manual and corresponding page numbers for quick reference. Other Reference Manuals The following manuals are available for reference: “PRIMEPOWER850/650 Installation Planning Manual” (U41262-J-Z816-x-76/C120-H008EN) “PRIMEPOWER Series Installation Planning Manual” (U41296-J-Z816-x-76/C120-H007EN) U41261-J-Z816-4-76...

  • Page 11: Conventions For Alert Messages

    Environmental Requirements for Using this Product This product has been designed and manufactured for safe use in ordinary office environments. For details on the operational environment, see the “PRIMEPOWER850/650 Installation Planning Manual” (U41262-J-Z816-x-76/ C120-H008EN) and “PRIMEPOWER Series Installation Planning Manual” (U41296-J-Z816-x-76/C120-H007EN).
  • Page 12 Preface (Example) Equipment damage For this product and Fujitsu/Fujitsu Siemens Computers-supplied options, the following operations should be performed by a certified service engineer to prevent the occurrence of failures: l Mounting and/or removal of optional internal units The important alert messages are listed in the “Important Alert...

  • Page 13: For Safe Operation

    FOR SAFE OPERATION Important Alert Messages This manual provides the following important alert signals: This indicates a hazardous situation could result in minor or moderate personal injury if the user does not perform the procedure correctly. This signal also indicates that damage to the product or other property may occur if the user does not perform the procedure correctly.
  • Page 14 FOR SAFE OPERATION Task Warning Page Normal Data destruction operation Turn on the power to the console terminal (connected to a serial port) after turning on the power to the main unit. If the console terminal is turned on before turning on the main unit, and the mode switch is set to UNLOCK or MAINTENANCE, a Break signal may cause the destruction of data by changing the state of the...
  • Page 15 Equipment damage 39, 84, For this product and Fujitsu/Fujitsu Siemens Computers-supplied options, the following operations should be performed only by a certified service engineer, to prevent the...
  • Page 16 FOR SAFE OPERATION Task Warning Page Normal Data destruction operation Before turning off the power, check the following to prevent the destruction of data: l When some programs are being executed, quit them. l When someone is currently using the system, make them stop.
  • Page 17 FOR SAFE OPERATION Task Warning Page Normal Equipment damage operation Use care when handling hard disk drives. Takes the precautions listed below to minimize the risk of accidental damage while handling the disk drive. If these precautions are not observed the hard disk drive could be damaged or lose data.
  • Page 18 FOR SAFE OPERATION Task Warning Page Normal Equipment damage/Data destruction operation Use only the following data cartridges. Use of any other data cartridge may cause the DAT drive to malfunction. Equipment damage/Data destruction Pay attention to the following when handling data cartridges.
  • Page 19 FOR SAFE OPERATION Task Warning Page Normal Equipment damage/Data destruction operation The DAT drive reads and writes data using a magnetic head. This head becomes dirty due to dust, dirt and magnetic particles off the tape inside data cartridges. If you do not periodically clean the magnetic head using a cleaning cartridge, the unit may become damaged or data may be lost.

  • Page 20: Alert Labels

    The followings are labels attached to this product: l Never peel off the labels. l The following labels provide information to the users of this product. • PRIMEPOWER650 Front view (front cover is detached) • PRIMEPOWER850 Front view (front cover is detached) • PCIBOX Top view U41261-J-Z816-4-76...

  • Page 21: Product Handling

    Maintenance and inspections (repairing, and regular diagnosis and maintenance) The following tasks regarding this product and the optional products provided from Fujitsu/Fujitsu Siemens Computers should only be performed by a certified service engineer. Users must not perform these tasks. Incorrect operation of these tasks may cause malfunction.

  • Page 23: Table Of Contents

    ............xiii CHAPTER 1 Features of the PRIMEPOWER850/650 ..... .
  • Page 24 Contents CHAPTER 3 PRIMEPOWER850 Rack-mount Type (16U) Server ... 3.1 Overview ........... . .
  • Page 25 Contents CHAPTER 5 Internal I/O Units ..........5.1 Hard Disk Drives .
  • Page 26 C.1 PRIMEPOWER850 Interface ........
  • Page 27 ..Figure 3.6 Power cable connection of the PRIMEPOWER850 rack-mount type (16 U) server for non-redundant configuration ....

  • Page 28: Figure 2.20 Example Of Memory Module Installation For A Total Memory Capacity Of

    ....... . . Figure 3.13 Adding PSU to PRIMEPOWER850 rack-mount type server (model...
  • Page 29 Example of assigning controller numbers and interface names (PRIMEPOWER850) ........

  • Page 31: Chapter 1 Features Of The Primepower850/650

    Memory interleaving is supported (maximum number of interleaves varies from model to model). l The PRIMEPOWER850/650 unit implements a packet-based bus protocol, with a throughput of 2 GB/s per processor. l A high-speed crossbar switched multiprocessor interface enables simultaneous operation of multiple processors, I/O, and memory devices, and faster data transfers.

  • Page 32: Table 1.1 Data Protection Method

    CHAPTER 1 Features of the PRIMEPOWER850/650 • Reliability, Availability and Serviceability (RAS) Features ECC or parity protects the data for components and interfaces. Table 1.1 Data protection method Components and interface Data protection method Processor (on-chip & external cache) ECC (correct 1 bit and detect 2 bits)

  • Page 33: Chapter 2 Primepower650 Rack-Mount Type (8U) Server

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server This chapter provides an overview of the PRIMEPOWER650 rack-mount type (8U) server, and describes the functions of the main components. This chapter also describes the preparations for use and unit expansion. Overview This overview provides a brief description of the features and appearance of the main unit of the PRIMEPOWER650 rack-mount type (8U) server.

  • Page 34: Figure 2.1 Primepower650 Rack-Mount Type (8U) Server

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server • External view of the main unit Figure 2.1 shows the appearance of the PRIMEPOWER650 rack-mount type (8U) server. IO cover Figure 2.1 PRIMEPOWER650 rack-mount type (8U) server U41261-J-Z816-4-76...

  • Page 35: Names And Functions Of Components

    2.2 Names and Functions of Components Names and Functions of Components This section identifies and describes the functions of the components located on the front and back of the main unit, as well as the operator panel on the main unit. 2.2.1 Front The following components are located on the front of the main unit.

  • Page 36: Operator Panel

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server 2.2.2 Operator panel This section identifies and describes the functions and operation of the operator panel. 2.2.2.1 Exterior view of the operator panel Figure 2.3 shows the operator panel located on the front of the main unit. (2) POWER LED (green) (3) CHECK LED (amber) (5) Cursor switch...
  • Page 37 2.2 Names and Functions of Components (4) Mode switch (3-position slide switch) The mode switch, which is on the operator panel, has three modes that can be selected: LOCK, UNLOCK, or MAINTENANCE. Use this switch to enable or disable the operations from the operator panel. For details about the mode switch, refer to Section 2.2.2.2, "Mode switch."...

  • Page 38: Mode Switch

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server 2.2.2.2 Mode switch The mode switch, which is on the operator panel, has three modes that can be selected: LOCK, UNLOCK, or MAINTENANCE. Use this switch to enable or disable the operations from the operator panel. The function of these three modes are as follows: •...

  • Page 39: Table 2.1 Definitions Of Mode Switch Positions

    2.2 Names and Functions of Components Table 2.1 defines each mode switch position on the operator panel. Table 2.1 Definitions of mode switch positions Mode switch Function MAINTE LOCK UNLOCK NANCE Operation state Normal Maintenance Maintenance (software) (hardware) Break input Disabled Enabled Enabled...

  • Page 40: Using The Operator Panel

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server 2.2.2.3 Using the operator panel This section explains how to use the operator panel. (1) Display format of operator panel LCD The operator panel has a two-line status display LCD. Figure 2.4 shows the format of the status display LCD. Note: The selected menu symbol is indicated with an underline cursor.

  • Page 41: Table 2.2 Meanings Of Operation Menu Symbols On Operator Panel

    2.2 Names and Functions of Components - L: Mode switch status indication -- L: Lock -- U: Unlock -- M: Maintenance The cursor does not stop at the mode switch status indication symbol. (2) Using the operator panel On the operator panel, select an operation menu symbol in the second line of the display by pushing the Cursor switch, and then execute the selected operation by pushing the Decision switch.

  • Page 42: Table 2.4 Validity Of Commands According To Position Of Mode Switch

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server Either of the commands may be invalid, depending on the position of the MODE switch. Table 2.4 indicates whether each command is valid or invalid for the different positions of the MODE switch. Table 2.4 Validity of commands according to position of mode switch Command MODE switch position...
  • Page 43 2.2 Names and Functions of Components • To display the status of the AC input (symbol Z) Press the Cursor switch until the underline cursor on the status display LCD moves to symbol Z, as shown below: Press the Decision switch. The AC input statuses of both sides of the dual system are displayed on the first line of the status display LCD.
  • Page 44 CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server • If the abnormal status symbol (symbol ∗) appears: 4The abnormal status indication (symbol ∗ ) is only displayed if an error occurs. 4For explanations of the displayed error messages, see Section 7.3, "Error Messages Displayed on the Operator Panel."...
  • Page 45 2.2 Names and Functions of Components • To perform a system reset or a system dump (symbol 0): Press the Cursor switch until the underline cursor on the status display LCD moves to symbol 0, as shown below: If the Cursor switch remains pressed down when the underline cursor reaches the rightmost position, the underline cursor jumps to the leftmost position.
  • Page 46 CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server Press the Decision switch. The confirmation message “RESET OK?” is displayed. To perform a reset, 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 prior to its displaying of the operation menu.

  • Page 47: Back

    2.2 Names and Functions of Components 2.2.3 Back The components located on the back of the main unit and their functions are shown below. (8) Serial port (2) PCI slot (9) Serial port (for maintenance only) (1) AC input (12) PRI VAT E (for maintenance only) (11) LAN port (4) UPS port (port 0)
  • Page 48 CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server (4) UPS port (label: UPS0) (5) UPS port (label: UPS1) Dsub 9-pin connectors for connecting signal cables of an uninterruptible power supply.The main unit has two UPS ports. Both ports are used for connecting power cables in dual power feed mode.

  • Page 49: Preparing For Operation

    2.3 Preparing for Operation Preparing for Operation This section covers the following topics: Notes on installation Installation specifications Connecting the power cables Turning on the power Turning off the power Installing the Enhanced Support Facility package Enabling or disabling input of the Break signal Notes on LAN expansion 2.3.1 Notes on installation...
  • Page 50 CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server l Installation of the PRIMEPOWER650 rack-mount type (8U) server should be such that the amount of air flow required for safe operation is not compromised. - The PRIMEPOWER650 rack-mount type (8U) server has ventilation openings at the front and back faces of the unit.
  • Page 51 2.3 Preparing for Operation • General installation notes l Keep ventilation holes clear of obstructions. l Install the PRIMEPOWER650 rack-mount type (8U) server away from direct sunlight or sources of heat. l Install the PRIMEPOWER650 rack-mount type (8U) server in an environment free of dust, corrosive gas, and ocean spray.

  • Page 52: Installation Specifications

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server 2.3.2 Installation specifications Table 2.5 lists the installation specifications of the PRIMEPOWER650 rack-mount type (8U) server. Table 2.5 Installation specifications of the PRIMEPOWER650 rack-mount type (8U) server (1/3) Specifications (Model name: PW0RCRyyyx, (Model name: PW0R0CR1x, Item PW0RDRyyyx, PW0RFRyyyx, PW0R0CR6x, PW0R0DR1x,...
  • Page 53 2.3 Preparing for Operation Table 2.5 Installation specifications of the PRIMEPOWER650 rack-mount type (8U) server (2/3) Specifications (Model name: PW0RCRyyyx, (Model name: PW0R0CR1x, Item PW0RDRyyyx, PW0RFRyyyx, PW0R0CR6x, PW0R0DR1x, PW0RGRyyyx) (Note 3) PW0R0DR6x, PW0R0AR2x, PW0R0AR7x) 5 - 35 °C ( +41 ~ +95 °F) Temperature Operating (Note 4) [When installed at height of 0 to 1500 m (0 to 4921.2 ft) above sea...

  • Page 54: Table 2.5 Installation Specifications Of The Primepower650 Rack-Mount Type

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server Table 2.5 Installation specifications of the PRIMEPOWER650 rack-mount type (8U) server (3/3) Specifications (Model name: PW0RCRyyyx, (Model name: PW0R0CR1x, Item PW0RDRyyyx, PW0RFRyyyx, PW0R0CR6x, PW0R0DR1x, PW0RGRyyyx) (Note 3) PW0R0DR6x, PW0R0AR2x, PW0R0AR7x) Dimensions Units: mm (in.) Service areas Units: mm (in.) Note 3: In model names, x is any letter from A to Z.

  • Page 55: Connecting The Power Cables

    2.3 Preparing for Operation 2.3.3 Connecting the power cables Equipment damage l The power cables must be connected to an easily accessible, grounded outlet. l The power cables must be connected in a way that ensures that power does not exceed the circuit breaker capacity of the power distribution panel or that of the power distribution box in the rack.

  • Page 56: Figure 2.6 Power Cable Connection Of The Primepower650 Rack-Mount Type (8U) Server For Non-Redundant Configuration For 100 Vac Power Supply

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server (1) Non-redundant PSU configuration for 100 VAC power supply The following section describes the power cable connection for non-redundant PSU configuration with 100 VAC power supply. l Number of power cables Three power cables for a 100 VAC power supply (with parallel 2-pin plug with ground wire) are supplied with the main unit.
  • Page 57 2.3 Preparing for Operation (2) Non-redundant PSU configuration for 200 VAC power supply This main unit can optionally support the PSU configuration for 200 VAC power supply. The following section describes the power cable connection for a non-redundant PSU configuration for a 200 VAC power supply. 4The 200 VAC power supply option should be installed at the factory.

  • Page 58: Figure 2.7 Power Cable Connection Of The Primepower650 Rack-Mount Type (8U) Server (With Non-Redundant Configuration For 200 Vac Power Direct Connection To The Power Distribution Panel)

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server Note: Each power cable must always be connected to a 200-240 VAC grounded outlet (complies with NEMA L6-15P). Figure 2.7 Power cable connection of the PRIMEPOWER650 rack-mount type (8U) server (with non-redundant configuration for 200 VAC power direct connection to the power distribution panel) U41261-J-Z816-4-76...

  • Page 59: Figure 2.8 Power Cable Connection Of The Primepower650 Rack-Mount Type (8U) Server (With Non-Redundant Configuration For 200 Vac Power Connection To The Power Distribution Box)

    2.3 Preparing for Operation • Connection to the power distribution box Connect the main unit power cables to the power distribution box as shown in Figure 2.8. 4If the main unit employs software for automatic power control and the mode switch is set to UNLOCK or LOCK, plugging a power cable into an outlet may automatically turn on the power.

  • Page 60: Figure 2.9 Power Cable Connection Of The Primepower650 Rack-Mount Type (8U) Server For N+1 Redundant Configuration For 100 Vac Power Supply

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server (3) Redundant PSU configuration (N+1) for 100 VAC power supply This main unit can optionally support the redundant PSU configuration. The following section describes the power cable connection for redundant PSU configuration for a 100 VAC power supply (N+1). l Number of power cables The following cables (with parallel 2-pin plug with ground wire) are supplied with the main unit or with the optional unit.
  • Page 61 2.3 Preparing for Operation (4) Redundant PSU configuration (N+1) for 200 VAC power supply This main unit can optionally support the PSU configuration for 200VAC power supply and the redundant PSU configuration. The following section describes the power cable connection for redundant PSU configuration (N+1) for 200 VAC power supply.

  • Page 62: Figure 2.10 Power Cable Connection Of The Primepower650 Rack-Mount Type (8U) Server (With N+1 Redundant Configuration For Direct 200 Vac Power Connection To The Power Distribution Panel)

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server 4If the main unit employs software for automatic power control and the mode switch is set to UNLOCK or LOCK, plugging a power cable into an outlet may automatically turn on the power. To prevent such an occurrence, set the mode switch to MAINTENANCE before plugging the power cable into the outlet.

  • Page 63: Figure 2.11 Power Cable Connection Of The Primepower650 Rack-Mount Type (8U) Server (With N+1 Redundant Configuration For 200 Vac Power Connection To The Power Distribution Box)

    A certified service engineer must handle the on-site installation of the dual power feed option after installing the main unit. Therefore, consult Fujitsu/Fujitsu Siemens Computers personnel separately for such installation.

  • Page 64: Figure 2.12 Power Cable Connection Of The Primepower650 Rack-Mount Type (8U) Server (For Connection To The Power Distribution Box For Dual Power Feed)

    The following power cables are supplied with the system unit including dual power feed: l Fujitsu Siemens Computers supplies (not in Japan) two 25A power distribution boxes (each with 10 IEC320 outlets, power cables with 32A CEE plug, CEE17/IEC309) and four power cables with IEC320 (10 A) plugs.

  • Page 65: Turning On The Power

    2.3 Preparing for Operation 2.3.4 Turning on the power This section explains how to turn on the power. Data destruction Turn on the power to the console terminal (connected to a serial port) after turning on the power to the main unit. If the console terminal is turned on before turning on the main unit, and the mode switch is set to UNLOCK or MAINTENANCE, a Break signal may cause the destruction of data by changing the state of the machine to OBP (ok prompt) during the Solaris Operating Environment operation.

  • Page 66: Turning Off The Power

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server 2.3.5 Turning off the power This section explains how to turn off the power. Data destruction Before turning off the power, check the following to prevent the destruction of data: l When some programs are being executed, quit them. l When someone is currently using the system, make them stop.

  • Page 67: Installing The Enhanced Support Facility Package

    2.3 Preparing for Operation Within five seconds, press the power switch on the operator panel of the main unit again. This action starts the system shutdown sequence. After the system shuts down, the main unit power is turned off. After the power to the main unit is turned off, the message “POWER ON READY”...

  • Page 68: Notes On Lan Expansion

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server 2.3.8 Notes on LAN expansion l After using a PCI card to add a LAN port, enter the setenv command as follows after the ok prompt, to assign a MAC address to the LAN port: ok setenv local-mac-address? true l If a loop prevention function such as the spanning tree protocol or domain separation is supported by a switching hub used, disable the spanning tree...

  • Page 69: Adding Optional Internal Units

    2.4 Adding Optional Internal Units Adding Optional Internal Units Equipment damage For this product and Fujitsu/Fujitsu Siemens Computers-supplied options, the following operations should be performed only by a certified service engineer, to prevent the occurrence of failures: l Mounting and/or removal of optional internal units...

  • Page 70: Figure 2.15 Adding Power Supplies To Primepower650 Rack-Mount Type (8U)

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server Basic configuration PSU expansion (optional) (Note1) (2 power supplies) Redundant PSU (optional) (Note2) Up to 4 power supplies Note 1: The AC input power cables, including one for a PSU expansion unit, are supplied with the main unit.

  • Page 71: Figure 2.17 Power Supply Units Of Primepower650 Rack-Mount Type (8U) Server For Dual Power Feed

    2.4 Adding Optional Internal Units Note: For a dual power supply, all four power supply units are already installed. Therefore, no additional power supplies are needed. Figure 2.17 Power supply units of PRIMEPOWER650 rack-mount type (8U) server for dual power feed Equipment damage The unit may malfunction if the PSUs are not hot swapped correctly.

  • Page 72: Adding Cpu Modules

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server 2.4.2 Adding CPU modules 4The use of five or more CPU modules in the main unit requires the installation of the optional power supply unit. 4Also, power consumption and heat dissipation may increase if an upgrade results in a processor with a faster clock speed being used.

  • Page 73: Adding Memory Modules

    2.4 Adding Optional Internal Units 2.4.3 Adding memory modules 4The use of 17 or more memory modules on the main unit requires prior installation of an additional system board. The system board installed in a PRIMEPOWER650 rack-mount type (8U) server is equipped with 32 memory module slots.

  • Page 74: Table 2.6 Mounting Pattern Of Memory Modules

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server Controlled by MSC0 Controlled by MSC1 Group DR00 DR01 DR02 DR03 DR04 DR05 DR06 DR07 Group A Group B Group C Group D DIMM-RISER-CARD Note: MSC stands for midrange system controller, and MSC0 and MSC1 are the two system controllers which are mounted on the system board.

  • Page 75: Adding Disk Drives

    4Users must use disk mirroring software to mirror the hard disk drives before the hot swapping feature can be used. The disk mirroring software “PRIMECLUSTER GDS” is available from Fujitsu/Fujitsu Siemens Computers. The disk drive units installed in the main unit can be hot swapped. To execute hot swapping, monitor the ACCESS LED and “Insertion/extraction”...

  • Page 76: Adding Pci Cards

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server 2.4.5 Adding PCI cards 4The use of nine or more PCI slots requires prior installation of a PCI slot expansion unit. For details, see CHAPTER 4, "PCIBOX." PCI cards are classified into three types: (1) PCI cards designed to operate in a 3.3 V slot, (2) PCI cards designed to operate in a 5 V slot, and (3) PCI cards (universal type) designed to operate in either a 3 V or 5 V slot.

  • Page 77: Figure 2.21 Back Of Primepower650 Rack-Mount Type (8U) Server (Showing Location Of Pci Slots)

    2.4 Adding Optional Internal Units - A universal PCI card (a PCI card that can operate on either 3.3 V or 5 V) can operate in either type slot. l Size - short: Indicates short size PCI card. - long: Indicates long size PCI card. Basic I/O board Figure 2.21 Back of PRIMEPOWER650 rack-mount type (8U) server (showing location of PCI slots)

  • Page 78: Configuring For The Fast Memory Mode

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server Configuring for the Fast Memory Mode As optional functions for faster memory, interleave modes and 4CPU mode are available. This section provides an overview of the interleave modes and 4CPU mode, along with hardware conditions, setup procedures, and notes about use of these modes. 2.5.1 Interleave modes (1) Overview...
  • Page 79 2.5 Configuring for the Fast Memory Mode (3) Setup procedure a) Normal interleave mode There are no special conditions. b) Expanded interleave mode Settings must be made with a tool supplied with the Enhanced Support Facility (Machine Administration). For details, refer to the Machine Administration Guide supplied with the Enhanced Support Facility.

  • Page 80: 4Cpu Mode

    CHAPTER 2 PRIMEPOWER650 Rack-mount Type (8U) Server 2.5.2 4CPU mode • Overview Up to eight CPUs can be installed on the system board of the PRIMEPOWER650. Addresses and data are divided into two parts (each part uses four CPUs) and are controlled separately.
  • Page 81 2.5 Configuring for the Fast Memory Mode U41261-J-Z816-4-76...

  • Page 83: Chapter 3 Primepower850 Rack-Mount Type (16U) Server

    CHAPTER 3 PRIMEPOWER850 Rack-mount Type (16U) Server This chapter provides an overview of the PRIMEPOWER850 rack-mount type (16U) server, and describes the functions of main components. This chapter also describes the preparations for use and unit expansion. Overview This overview provides a brief description of the features and appearance of the main unit of the PRIMEPOWER850 rack-mount type (16U) server.

  • Page 84: Figure 3.1 Primepower850 Rack-Mount Type (16U) Server

    CHAPTER 3 PRIMEPOWER850 Rack-mount Type (16U) Server • External view of the main unit Figure 3.1 shows the appearance of the main unit of the PRIMEPOWER850 rack- mount type (16U) server. IO cover Figure 3.1 PRIMEPOWER850 rack-mount type (16U) server...

  • Page 85: Names And Functions Of Components

    Operator DAT (DDS4) drive DVD-ROM panel (optional) drive Figure 3.2 Front of PRIMEPOWER850 rack-mount type (16U) server (1) Operator panel The operator panel contains the system power switch and several LEDs. See Section Section 3.2.2, "Operator panel" for details. U41261-J-Z816-4-76...

  • Page 86: Operator Panel

    CHAPTER 3 PRIMEPOWER850 Rack-mount Type (16U) Server 3.2.2 Operator panel This section identifies and describes the functions and operation of the operator panel. 3.2.2.1 Exterior view of the operator panel Figure 3.3 shows the operator panel located on the front of the main unit.
  • Page 87 3.2 Names and Functions of Components (4) Mode switch (3-position slide switch) The mode switch, which is on the operator panel, has three modes that can be selected: LOCK, UNLOCK, or MAINTENANCE. Use this switch to enable or disable the operations from the operator panel. For details about the mode switch, refer to Section 2.2.2.2, "Mode switch."...

  • Page 88: Mode Switch

    CHAPTER 3 PRIMEPOWER850 Rack-mount Type (16U) Server 3.2.2.2 Mode switch The mode switch, which is on the operator panel, has three modes that can be selected: LOCK, UNLOCK, or MAINTENANCE. Use this switch to enable or disable the operations from the operator panel. The function of these three modes are as follows: •...

  • Page 89: Using The Operator Panel

    3.2 Names and Functions of Components Table 3.1 defines each mode switch position on the operator panel. Table 3.1 Definitions of mode switch positions Mode switch Function MAINTENA LOCK UNLOCK Operation state Normal Maintenance Maintenance (software) (hardware) Break input Disabled Enabled Enabled Alive check by POST/OBP...

  • Page 90: Figure 3.4 Display Format Of Operator Panel Lcd

    CHAPTER 3 PRIMEPOWER850 Rack-mount Type (16U) Server Note: The selected menu symbol is indicated with an underline cursor. Initially, the selected symbol is “0”. Figure 3.4 Display format of operator panel LCD The status display LCD displays the following information:...

  • Page 91: Table 3.2 Meanings Of Operation Menu Symbols On Operator Panel

    3.2 Names and Functions of Components (2) Using the operator panel On the operator panel, select an operation menu symbol in the second line of the display by pushing the Cursor switch, and then execute the selected operation by pushing the Decision switch. Table 3.2 lists the meanings of the operation menu symbols on the operator panel.
  • Page 92 CHAPTER 3 PRIMEPOWER850 Rack-mount Type (16U) Server Use the operator panel as follows. • To display the temperature of the air intake section (symbol T) Press the Cursor switch until the underline cursor on the status display LCD moves to symbol T, as shown below: Press the Decision switch.
  • Page 93 3.2 Names and Functions of Components • If the abnormal status symbol (symbol ∗ ) appears: 4The abnormal status indication (symbol ∗ ) is only displayed if an error occurs. 4For explanations of the displayed error messages, see Section 8.3, “LCD Initial Diagnostic Sequence”.
  • Page 94 CHAPTER 3 PRIMEPOWER850 Rack-mount Type (16U) Server • To perform a system reset or a system dump (symbol 0) : Press the Cursor switch until the underline cursor on the status display LCD moves to symbol 0, as shown below: If the Cursor switch remains pressed down when the underline cursor reaches the rightmost position, the underline cursor jumps to the leftmost position.
  • Page 95 3.2 Names and Functions of Components Press the Decision switch. The confirmation message “RESET OK?” is displayed. To perform a reset, 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 prior to its displaying of the operation menu.

  • Page 96: Back

    3.2.3 Back The components on the back of the main unit and their functions are shown below. Figure 3.5 Back of PRIMEPOWER850 rack-mount type (16U) server AC input (basic) (14) AC input (expansion) Connect the appropriate power cable to each of these points. For details, see Section 3.3.3, "Connecting the power cables."...
  • Page 97 3.2 Names and Functions of Components Note: Additional short cards (8 slots) and long cards (4 slots) can be installed by installing an optional PCI slot expansion unit. Up to two PCI slot expansion units can be installed. For details, see CHAPTER 4, "PCIBOX."...
  • Page 98 CHAPTER 3 PRIMEPOWER850 Rack-mount Type (16U) Server (11) LAN port (label: ETHERNET) (16) LAN port (optional) RJ45 connectors for automatically recognizing transmission speed (10 or 100 Mbps). (12) PRIVATE (label: PRIVATE) LAN port for maintenance. The customer must not use this port.

  • Page 99: Preparations For Operation

    Follow these procedures to ensure that safety requirements are addressed when this product is installed in a rack. l The PRIMEPOWER850 rack-mount type (16U) server is installed in a closed or multi-unit rack assembly. The ambient operating temperature inside of the rack environment may be greater than the room temperature.
  • Page 100 - Be careful of injuries during installation of the PRIMEPOWER850 rack-mount type (16U) server into the rack. - Do not install the PRIMEPOWER850 rack-mount type (16U) server into a rack if the server unit may make the entire rack unstable.

  • Page 101: Installation Specifications

    3.3 Preparations for Operation l Install the PRIMEPOWER850 rack-mount type (16U) server away from EM noise generating devices such as photocopiers, air conditioners, or welders. l Take electrostatic prevention measures. Note that many carpets generate static electricity that can cause the PRIMEPOWER850 rack-mount type (16U) server to malfunction.
  • Page 102 The actual noise level measured at the installation site may be greater than the indicated value because of background noise and echoes. Note 5: Fujitsu Siemens Computers does not use the maintenance tray, so that the rack mount server only needs 16 (instead of 17) height units).
  • Page 103 3.3 Preparations for Operation Table 3.5 Installation specifications of the PRIMEPOWER850 rack-mount type (16U) server (3/3) Specifications (Model name: PW0V0CR1x, (Model name: PW0VCRyyyx, Item PW0V0CR6x, PW0V0DR1x, PW0VDRyyyx, PW0VFRyyyx, PW0V0DR6x, PW0V0AR2x, PW0VGRyyyx) (Note 2) PW0V0AR7x) Dimensions 440 (Hinweis 7) 780 (Hinweis 7) Units: mm (in.)

  • Page 104: Connecting The Power Cables

    CHAPTER 3 PRIMEPOWER850 Rack-mount Type (16U) Server 3.3.3 Connecting the power cables Equipment damage The power cables must be connected to easily accessible, grounded outlets. An explanation of power cable connections follows. The method used to connect the power cables depends on how power is supplied to the main unit.
  • Page 105 Connect the main unit power cable to 200-240 VAC grounded outlet as shown in Figure 3.6. Note: Each power cable must always be connected to a 200-240 VAC grounded outlet. Figure 3.6 Power cable connection of the PRIMEPOWER850 rack-mount type (16 U) server for non-redundant configuration U41261-J-Z816-4-76...

  • Page 106: Figure 3.7 Power Cable Connection Of The Primepower850 Rack-Mount Type (16 U) Server For N+1 Redundant Configuration

    Connect the main unit power cables to 200-240 VAC grounded outlets as shown in Figure 3.7. Note: Be sure to connect the power cables to a 200-240 VAC grounded outlet. Figure 3.7 Power cable connection of the PRIMEPOWER850 rack-mount type (16 U) server for N+1 redundant configuration U41261-J-Z816-4-76...
  • Page 107 In general, this option is installed at the factory. If it is required, order it together with the server. For on-site installation, contact Fujitsu/Fujitsu Siemens Computers. 4The power supply unit (PSU) expansion units used depend on whether dual power feed is supported.
  • Page 108 Note 2: Be sure to connect the power cables to 200-240 VAC grounded outlets. Figure 3.8 Power cable connection of the PRIMEPOWER850 rack-mount type (16 U) server for dual power feed (the example does not apply to the power connection of...

  • Page 109: Turning On The Power

    3.3 Preparations for Operation 3.3.4 Turning on the power The method for turning on the power is explained below. Data destruction Turn on the power to the console terminal (connected to a serial port) after turning on the power to the main unit. If the console terminal is turned on before turning on the main unit, and the mode switch is set to UNLOCK or MAINTENANCE, a Break signal may cause the destruction of data by changing the state of the machine to OBP (ok prompt) during the Solaris Operating Environment operation.

  • Page 110: Turning Off The Power

    CHAPTER 3 PRIMEPOWER850 Rack-mount Type (16U) Server Press the power switch on the operator panel of the main unit. The POWER LED on the main unit and the power lamps on peripheral units connected through the RCI port light. The power switch is disabled if the mode switch is set to LOCK.

  • Page 111: Figure 3.11 Turning Off The Power

    3.3 Preparations for Operation 4If the main unit employs software for automatic power control and the mode switch is set to UNLOCK or LOCK, turning on the circuit breaker may automatically turn on the power. To prevent this occurence, set the mode switch to MAINTENANCE before turning on or off the circuit breaker.

  • Page 112: Installing The Enhanced Support Facility Package

    LCD malfunction might occur and destroy data. The Enhanced Support Facility must always be installed in the PRIMEPOWER850 server to ensure operation of the high reliability functions of the service processor.

  • Page 113: Enabling Or Disabling Input Of The Break Signal

    3.3 Preparations for Operation 3.3.7 Enabling or disabling input of the Break signal Data destruction The use of a command not described in this manual while the ok prompt is displayed might destroy data. The improper use of a command described in this manual while the ok prompt is displayed might also destroy data.

  • Page 114: Adding Optional Internal Units

    CHAPTER 3 PRIMEPOWER850 Rack-mount Type (16U) Server Adding Optional Internal Units Equipment damage For this product and Fujitsu/Fujitsu Siemens Computers-supplied options, the following operations should be performed only by a certified service engineer, to prevent the occurrence of failures: l Mounting and/or removal of optional internal units...

  • Page 115: Pw0Vcryyyx, Pw0Vdryyyx, Pw0Vfryyyx, Pw0Vgryyyx

    Note 1: Required for system board expansion (The PSU expansion unit is supplied with the optional expansion system board.) Note 2: Necessary for supporting redundant power supply Figure 3.13 Adding PSU to PRIMEPOWER850 rack-mount type server (model name: PW0VCRyyyx, PW0VDRyyyx, PW0VFRyyyx, PW0VGRyyyx) when dual power feed is not installed...
  • Page 116 Note: Required for system board expansion (The PSU expansion unit is supplied with the optional expansion system board.) Figure 3.14 Adding PSU to PRIMEPOWER850 rack-mount type server (model name: PW0VCRyyyx, PW0VDRyyyx, PW0VFRyyyx, PW0VGRyyyx) when dual power feed is installed Equipment damage The unit may malfunction if the PSUs are not hot swapped correctly.

  • Page 117: Pw0V0Cr1X, Pw0V0Cr6X, Pw0V0Dr1X, Pw0V0Dr6X, Pw0V0Ar2X, Pw0V0Ar7X

    Note 1: Required for system board expansion (The PSU expansion unit is supplied with the optional expansion system board.) Note 2: Necessary for supporting redundant power supply Figure 3.15 Adding PSU to PRIMEPOWER850 rack-mount type server (model name: PW0V0CR1x, PW0V0CR6x, PW0V0DR1x, PW0V0DR6x, PW0V0AR2x, PW0V0AR7x) when dual power feed is not installed...

  • Page 118: Name: Pw0V0Cr1X, Pw0V0Cr6X, Pw0V0Dr1X, Pw0V0Dr6X Pw0V0Ar2X, Pw0V0Ar7X) When Dual Power Feed Is Installed

    Required for system board expansion (The PSU expansion unit is supplied with the optional expansion system board.) Figure 3.16 Adding PSU to PRIMEPOWER850 rack-mount type server (model name: PW0V0CR1x, PW0V0CR6x, PW0V0DR1x, PW0V0DR6x, PW0V0AR2x, PW0V0AR7x) when dual power feed is installed Equipment damage The unit may malfunction if the PSUs are not hot swapped correctly.

  • Page 119: Adding Cpu Modules

    4Also, power consumption and heat dissipation may increase if an upgrade results in a processor with a faster clock speed being used. Two system boards can be installed in a PRIMEPOWER850 rack-mount type (16U) server. Each board provides eight CPU module slots. In the single system board basic configuration, CPU modules are installed in four of the eight slots.

  • Page 120: Adding Memory Modules

    CHAPTER 3 PRIMEPOWER850 Rack-mount Type (16U) Server 3.4.3 Adding memory modules Each system board installed in a PRIMEPOWER850 rack-mount type (16U) server is equipped with 32 memory module slots. Note the following important information regarding memory module expansion. 4Correct operation for configurations other than those given below cannot be guaranteed.

  • Page 121: Table 3.6 Mounting Pattern Of Memory Modules

    3.4 Adding Optional Internal Units Table 3.6 Mounting pattern of memory modules Group MSC0 MSC1 Group MSC0 MSC1 Group MSC0 MSC1 Group MSC0 MSC1 Group A Group A Group A Group A Group B Group B Group B Group B Group C Group C Group C...

  • Page 122: Adding Disk Drives

    Adding disk drives • Built-in disk drive bay of main unit The PRIMEPOWER850 rack-mount type (16U) server can accommodate up to four built-in, hot swappable Ultra SCSI disk drives. Each disk drive bay is provided with an ACCESS LED and an “Insertion/extraction” LED.

  • Page 123: Adding Pci Cards

    3.4 Adding Optional Internal Units 3.4.5 Adding PCI cards 4The use of 17 or more PCI slots requires prior installation of a PCI slot expansion unit. For details, see CHAPTER 4, "PCIBOX." PCI cards are classified into three types: (1) PCI cards designed to operate in a 3.3 V slot, (2) PCI cards designed to operate in a 5 V slot, and (3) PCI cards (universal type) designed to operate in either a 3 V or 5 V slot.
  • Page 124 V) can operate in either type slot. l Size - short: Indicates short size PCI card. - long: Indicates long size PCI card. Basic I/O board #0 Basic I/O board #1 Figure 3.20 Back of PRIMEPOWER850 rack-mount type (16U) server (showing location of PCI slots) U41261-J-Z816-4-76...

  • Page 125: Configuring For The Fast Memory Mode

    3.5 Configuring for the Fast Memory Mode Configuring for the Fast Memory Mode As optional functions for faster memory, interleave modes are available. This section provides an overview of the interleave modes, along with hardware conditions, setup procedures, and notes about use of these modes. 3.5.1 Interleave modes (1) Overview...
  • Page 126 CHAPTER 3 PRIMEPOWER850 Rack-mount Type (16U) Server (2) Hardware conditions The hardware conditions under which an interleave mode can be set are as follows: a) Normal interleave mode l Memory modules must be mounted on the system boards as a group of eight.

  • Page 127: Chapter 4 Pcibox

    This chapter provides an overview of the PCIBOX and then identifies the functions of the major components. It also provides installation notes and specifications. Equipment damage For this product and Fujitsu/Fujitsu Siemens Computers-supplied options, the following operations should be performed by a certified service engineer to prevent the occurrence of failures:...

  • Page 128: Names And Functions Of Pcibox Components

    CHAPTER 4 PCIBOX Names and Functions of PCIBOX Components This section identifies and describes the functions of the components mounted on the back of this unit. (8) READY LED (Green, for PSU) (1) AC power input (PSU) (9) ALARM LED (Amber, for PSU) (10) Hot maintenance switch (for PSU) Enlarged view of A (5) ALARM LED (Amber)
  • Page 129 4.2 Names and Functions of PCIBOX Components (4) CH-IF port (label: CH-IF) Use the attached CH-IF cable to connect this port to the main unit. (5) ALARM LED (amber) A lit ALARM LED indicates that an error has occurred in the PCIBOX. (6) READY LED (green) A lit READY LED indicates that this unit is active.

  • Page 130: Preparing For Pcibox Operation

    CHAPTER 4 PCIBOX Preparing for PCIBOX Operation This section contains installation notes and specifications. 4.3.1 Notes on PCIBOX installation Equipment damage Observe the following precautions to prevent damage to the PCIBOX. • Rack installation notes Follow these procedures to ensure that safety requirements are addressed when this product is installed in the rack.
  • Page 131 4.3 Preparing for PCIBOX Operation - Electrical ratings of this unit: 100-120 to 200-240VAC, 3.8A to 1.9A per power cable, 50/60Hz, single-phase l Reliable earth grounding of rack-mounted equipment should be maintained. If indirect power connections (e.g. via power strips) are used, earth grounding is necessary.

  • Page 132: Installation Specifications

    CHAPTER 4 PCIBOX 4.3.2 Installation specifications Table 4.1 lists the installation specifications for the PCIBOX. Table 4.1 Installation specifications of the PCIBOX (1/2) Item Specifications Weight 33 kg (72.8 lb.) (maximum) (Note 1) Power supply Input voltage Single phase, 100 to 120 VAC or 200 to 240 VAC (±10%) Input 50/60 Hz (+2 / -4 %) frequency...
  • Page 133 4.3 Preparing for PCIBOX Operation Table 4.1 Installation specifications of the PCIBOX (2/2) Item Specifications Noise level 50 dBA (Note 4) Installation type Rack-mount (4 pitch) Dimensions Units: mm (in.) Service areas Units: mm (in.) Note 4: The indicated noise level is the mean value of noise measured when the main unit is installed in an 1800-mm rack in a low-noise anechoic chamber.

  • Page 134: Adding Pcibox Pci Cards

    CHAPTER 4 PCIBOX 4.3.3 Adding PCIBOX PCI cards PCI cards are classified into three types: (1) PCI cards designed to operate in a 3.3-V slot, (2) PCI cards designed to operate in a 5-V slot, and (3) PCI cards (universal type) designed to operate in either a 3-V or 5-V slot.

  • Page 135: Connecting Signal Cables

    4.3.4 Connecting signal cables This section explains how to connect this unit via the signal cables to a PRIMEPOWER850/650. • Connection to PRIMEPOWER650 Only one PCIBOX can be connected to a PRIMEPOWER650. The following signal cables are supplied with this unit:...

  • Page 136: Figure 4.4 Using Signal Cables To Connect The Primepower650 With A Pcibox

    CHAPTER 4 PCIBOX P C I B O X (back) (Note) LCI cable PRIMEPOWER650 (back) CH-IF Note: An LCI cable that includes two connectors for PCIBOXes is supplied. However, PRIMEPOWER650 only uses one of these connectors. Figure 4.4 Using signal cables to connect the PRIMEPOWER650 with a PCIBOX U41261-J-Z816-4-76...
  • Page 137 4.3 Preparing for PCIBOX Operation • Connection to PRIMEPOWER850 Up to two PCIBOXes can be connected to a PRIMEPOWER850. The following signal cables are attached to each unit: l CH-IF cable (2 m) x 1 l LCI cable (3 m) x 1 An LCI cable that includes two connectors for PCIBOXes is supplied.

  • Page 138: Figure 4.5 Using Signal Cables To Connect Primepower850 With The Pcibox

    CHAPTER 4 PCIBOX Note: Connection of the second unit requires installation of the additional system board for the PRIMEPOWER850. Figure 4.5 Using signal cables to connect PRIMEPOWER850 with the PCIBOX U41261-J-Z816-4-76...

  • Page 139: Chapter 5 Internal I/O Units

    SCSI-ID of hard disk drives on the PRIMEPOWER650 rack- mount type, and Figure 5.2 shows the SCSI-ID of hard disk drives on the PRIMEPOWER850 rack-mount type. Note: SCSI-ID settings cannot be modified. Figure 5.1 SCSI-IDs of hard disk drives (PRIMEPOWER650 rack-mount type)

  • Page 140: Handling Precautions

    CHAPTER 5 Internal I/O Units Note: SCSI-ID settings cannot be modified. Figure 5.2 SCSI-IDs of hard disk drives (PRIMEPOWER850 rack-mount type) 5.1.2 Handling precautions Equipment damage Use care when handling hard disk drives. Takes the precautions listed below to minimize the risk of accidental damage while handling the disk drive. If these precautions are not observed the hard disk drive could be damaged or lose data.

  • Page 141: Formatting Hard Disk Drives

    4Users must use disk mirroring software to mirror the hard disk drives before the hot swapping feature can be used. The disk mirroring software “PRIMECLUSTER GDS” is available from Fujitsu/Fujitsu Siemens Computers. Once enabled, hard disk drives installed on the main unit are hot swappable. Use the software tools (Machine Administration Menus) contained in the Enhanced Support Facility to perform hot swapping.

  • Page 142: Dvd-Rom Drive

    CHAPTER 5 Internal I/O Units DVD-ROM Drive This section describes the following items: Names and functions of components CD-ROM / DVD-ROM discs CD-ROM / DVD-ROM disc handling precautions Inserting a CD-ROM / DVD-ROM disc Ejecting a CD-ROM / DVD-ROM disc 5.2.1 Names and functions of components The components of the DVD-ROM drive are shown in the following figure and...

  • Page 143: Cd-Rom / Dvd-Rom Discs

    5.2 DVD-ROM Drive 5.2.2 CD-ROM / DVD-ROM discs Only CD-ROM discs with the mark shown in Figure 5.4 can be used in this DVD- ROM drive. Figure 5.4 CD-ROM disc mark Only DVD-ROM discs with the mark shown in Figure 5.5 can be used in this DVD- ROM drive.

  • Page 144: Inserting A Cd-Rom / Dvd-Rom Disc

    CHAPTER 5 Internal I/O Units 5.2.4 Inserting a CD-ROM / DVD-ROM disc With the main unit's POWER LED lit, verify that the BUSY LED on the front panel of the DVD-ROM drive is out. Open the I/O cover at the front of the main unit. Excute the Solaris Operating Environment eject command, or press the Eject button.

  • Page 145: Dat Drive (Dds4)

    5.3 DAT Drive (DDS4) DAT Drive (DDS4) 4A DDS4 DAT drive can not be installed in the Expansion File Unit (D:GP70F- BG13). This section describes the following items: Names and functions of components Setting the SCSI ID Setting the OS Data cartridges Data cartridge handling precautions Write-protecting a data cartridge...

  • Page 146: Names And Functions Of Components

    CHAPTER 5 Internal I/O Units 5.3.1 Names and functions of components The components of the DDS4 DAT drive are shown in the following figure and described below. Figure 5.6 shows the front panel of the DAT Drive. Figure 5.6 Front panel of DDS4 DAT drive (1) Tape LED This LED lights up (green) when a data cartridge is loaded, and blinks (green) when the DAT drive is operating.

  • Page 147: Setting The Scsi Id

    5.3 DAT Drive (DDS4) Table 5.1 DAT drive LED indicators DAT Drive Status Tape Clean Dark Dark Data cartridge is not loaded. Data cartridge is loaded. Blinking Tape is loading / unloading, or drive diagnostics (1/2 sec interval) are running. Blinking Accessing tape.

  • Page 148: Setting The Os

    CHAPTER 5 Internal I/O Units 5.3.3 Setting the OS Before using a DDS4 DAT drive, modify the /kernel/drv/st.conf file as follows: Copy the original st.conf file: # cp /kernel/drv/st.conf /kernel/drv/st.conf.old Add the following lines to the /kernel/drv/st.conf file: tape-config-list = "HP C5683A", "HP DDS4 4mm DAT", "HP_data2";...

  • Page 149: Data Cartridges

    5.3 DAT Drive (DDS4) 5.3.4 Data cartridges Use the data cartridges listed in Table 5.2 in this unit. Equipment damage/Data destruction Use only the following data cartridges. Use of any other data cartridge may cause the DAT drive to malfunction. Table 5.2 DDS4 DAT data cartridges Part Name Supplier.

  • Page 150: Data Cartridge Handling Precautions

    CHAPTER 5 Internal I/O Units 5.3.5 Data cartridge handling precautions Equipment damage/Data destruction Pay attention to the following when handling data cartridges. If these precautions are not observed the unit may be damaged or data may be lost. l Avoid using or storing data cartridges in the following environments and locations: - Environments subject to extreme temperatures and humidity - Dirty environments (cigarette smoke, dust, corrosive gases, etc.) - Locations that are likely to adversely affect the magnetic tape material...

  • Page 151: Write-Protecting A Data Cartridge

    5.3 DAT Drive (DDS4) 5.3.6 Write-protecting a data cartridge Data cartridges have a write-protection tab. This tab prevents and enables writing to the data cartridge as shown in Figure 5.7. An open tab prevents writing. A closed tab enables writing. Figure 5.7 DAT data cartridge write-protection tab 5.3.7 Loading a data cartridge...

  • Page 152: Ejecting A Data Cartridge

    CHAPTER 5 Internal I/O Units 5.3.8 Ejecting a data cartridge Check that the Tape LED is not blinking (the DAT drive is not operating). Press the Eject button. The tape rewinds and unloads. The Tape LED blinks during this operation. When the tape has finished rewinding, the shutter automatically opens, and the data cartridge is ejected.

  • Page 153: Table 5.3 Dat Cleaning Cartridge

    5.3 DAT Drive (DDS4) • Cleaning cartridge Use the following cleaning cartridge in this unit. Table 5.3 DAT cleaning cartridge Part Name Supplier Qty. HS-4 / CL(D) Maxell 1 tape • Cleaning the tape heads When a cleaning cartridge is inserted into the DAT drive in the same way as a data cartridge, head cleaning will start automatically.

  • Page 155: Chapter 6 Rci Commands

    CHAPTER 6 RCI Commands This chapter describes RCI commands. Overview The Remote Cabinet Interface (RCI) connects the main unit to the I/O units, and makes the I/O power supply becomes a slave to the main unit power supply. The RCI also notifies the main unit of any errors that occur in I/O units.
  • Page 156 CHAPTER 6 RCI Commands (2) Command display example The display that follows shows the RCI configuration settings from the last executed rci-config command. ok rci-config HOST: addres: 000101ff mode: 010038a0 status: c000 LIST: address status device-class sub-class 000101ff 90 0001 01 000301ff 90 0100 01 000302ff 90 0201 01 (3) Example of how to use commands...

  • Page 157: Chapter 7 Troubleshooting

    CHAPTER 7 Troubleshooting This chapter provides an overview of the techniques used to troubleshoot the PRIMEPOWER850/650. Overview The troubleshooting techniques used depend on the conditions under which the units were operating at the time of failure. PRIMEPOWER provides the following...

  • Page 158: Checking Errors From The Ok Prompt

    CHAPTER 7 Troubleshooting Checking Errors from the ok Prompt If the POST diagnostics conducted at power-on have been completed and the ok prompt is displayed, the hardware configuration and POST diagnostic results can be checked by entering the show-post-results command (see Table 7.1) from the console.

  • Page 159: Table 7.2 Error Messages Displayed On The Operator Panel

    7.3 Error Messages Displayed on the Operator Panel Table 7.2 Error messages displayed on the operator panel (1/3) Message Explanation Remarks 1 OBP:ERROR OBP detected an error. Check errorlogs This message is displayed when the Cursor switch is pressed. 2 OBP:ERROR A RED state trap occurred.
  • Page 160 CHAPTER 7 Troubleshooting Table 7.2 Error messages displayed on the operator panel (2/3) Message Explanation Remarks 11 CONFIG:FE#L An FE configuration error occurred. 12 FRU:FE#L An FE error occurred. 13 CONFIG:FAN#L A fan configuration error occurred. 14 FRU:FAN#L A fan error occurred. 15 CONFIG:SB#L DDC An SB DDC configuration error occurred.
  • Page 161 7.3 Error Messages Displayed on the Operator Panel Table 7.2 Error messages displayed on the operator panel (3/3) Message Explanation Remarks 37 CONFIG: FAN A fan configuration error occurred. 38 CONFIG: FE An FE configuration error occurred. 39 CONFIG: P-BOX A PCIBOX is incorrectly connected.

  • Page 163: Appendix A Obp Environment Variables

    Appendix A OBP Environment Variables This chapter describes the OBP environment variables: configuration-policy Other OBP Environment Variables configuration-policy If a hardware fault is detected during boot-up, the system console detaches the target hardware and continues to boot up the system. This process is called a degraded process.

  • Page 164: Other Obp Environment Variables

    Appendix A OBP Environment Variables • To use as the setting command: l To set the degraded unit on a component basis ok setenv configuration-policy component l To set the degraded unit on a system board basis ok setenv configuration-policy board l To set the system to stop the boot-up process without degradation when an abnormal unit is detected ok setenv configuration-policy system...
  • Page 165 A.2 Other OBP Environment Variables • Check command ok printenv boot-wait-time l When set value is zero, the following line appears: boot-wait-time=0 • Setting command l To set waiting time of 300 seconds, enter the following command: ok setenv boot-wait-time 300 (2) diag-retry If an error is detected in accessing to the target disk during the boot-up process of the main unit, attempts to shut down and reboot the target disk unit through a retry...
  • Page 166 If the value is true, the network driver uses its own MAC address. If the value is false, a MAC address of the system is applied. For a PRIMEPOWER850, all system board on-board LAN ports have the same MAC address of the system even if the setting value is true.

  • Page 167: Appendix B Instance Numbers

    Appendix B Instance Numbers This appendix explains the PCI card device instance numbers that are required for installing the Solaris Operating Environment. Controller Number and Interface Name Instance numbers are assigned to PCI slot interfaces on a system board as follows: l Controller number (cX) When a PCI card, such as a SCSI interface card, belonging to controller devices is inserted, a controller number is assigned to the card.

  • Page 168: Priorities Of Device Instance Numbers

    Appendix B Instance Numbers Priorities of Device Instance Numbers Every system board has an onboard LAN port and onboard SCSI port for internal I/O. It can also accommodate an optional PCIBOX having 12 PCI card slots. The PRIMEPOWER 850 permits up to two boxes to be connected to each system board, and the PRIMEPOWER650 permits one box to be connected to each system board.

  • Page 169: Table B.1 Example Of Assigning Controller Numbers And Interface Names (Primepower850)

    B.3 Examples of Assigning Controller Numbers and Interface Names (1) PRIMEPOWER850 Table B.1 provides an example of installing PCI cards on the PRIMEPOWER850 and assigning controller numbers and interface names. Table B.1 Example of assigning controller numbers and interface names...
  • Page 170 Appendix B Instance Numbers Table B.1 Example of assigning controller numbers and interface names (PRIMEPOWER850) (2/2) Interface location Controller number and Type Board Location interface name Basic I/O board #1 on board SCSI on board hme8 PCI #0 SCSI PCI #1...

  • Page 171: Table B.2 Example Of Assigning Controller Numbers And Interface Names (Primepower650)

    B.3 Examples of Assigning Controller Numbers and Interface Names (2) PRIMEPOWER650 Table B.2 provides an example of installing PCI cards on the PRIMEPOWER650 and assigning controller numbers and interface names. Table B.2 Example of assigning controller numbers and interface names (PRIMEPOWER650) Interface location Controller number and...

  • Page 173: Appendix C Physical Mounting Locations

    This appendix provides information about interface locations for individual PRIMEPOWER models and the PCIBOX. PRIMEPOWER850 Interface Figure C.1 shows PRIMEPOWER850 interface locations. LAN port Enlarged view of basic I/O board #0 Main unit (rear) Figure C.1 PRIMEPOWER850 interface (1/2) U41261-J-Z816-4-76...
  • Page 174 Appendix C Physical Mounting Locations Main unit (rear) LAN port Enlarged view of basic I/O board#1 Figure C.1 PRIMEPOWER850 interface (2/2) U41261-J-Z816-4-76...

  • Page 175: Primepower650 Interface

    C.2 PRIMEPOWER650 Interface PRIMEPOWER650 Interface Figure C.2 shows PRIMEPOWER650 interface locations. LAN port Enlarged view of basic I/O board Main unit (rear) Figure C.2 PRIMEPOWER650 interface U41261-J-Z816-4-76...

  • Page 176: Pcibox Interface

    Appendix C Physical Mounting Locations PCIBOX Interface Figure C.3 shows PCIBOX interface locations. PCIBOX (rear) Figure C.3 PCIBOX interface U41261-J-Z816-4-76...

  • Page 177: Appendix D Instance Number Priorities And System Board Numbers

    This appendix provides lists of instance number priorities and system board numbers. Priorities of Device Instance Numbers (PRIMEPOWER850) Table D.1 provides a list of instance number priorities and system board numbers for the PRIMEPOWER850. Table D.1 Priorities of device instance numbers (PRIMEPOWER850) (1/2) Instance number SB name Interface location Device path...
  • Page 178 Appendix D Instance Number Priorities and System Board Numbers Table D.1 Priorities of device instance numbers (PRIMEPOWER850) (2/2) Instance number SB name Interface location Device path priority Basic I/O board #0 PCI slot #07 /pci@85,4000/xxxx@3[,y] PCI slot #04 /pci@85,2000/xxxx@1[,y] SB#1...

  • Page 179: Priorities Of Device Instance Numbers (Primepower650)

    D.2 Priorities of Device Instance Numbers (PRIMEPOWER650) Priorities of Device Instance Numbers (PRIMEPOWER650) Table D.2 provides a list of instance number priorities and system board numbers for the PRIMEPOWER650. Table D.2 Priorities of device instance numbers (PRIMEPOWER650) Instance number SB name Interface location Device path priority...

  • Page 181: Glossary

    Glossary 100Base-TX Bus (Line) An IEEE standard. Applicable cable types are A path (circuit, signal line, etc.) or set of paths unshielded twisted-pair (UTP) and shielded that is capable of transferring a signal, usually twisted-pair (STP). Applicable connector type between components within the system (e.g. is RJ45.

  • Page 182: Hot Swapping

    Glossary Configuration conflict Disk Drive Cage Indicates a combination that may not operate A rack of disk drive bays in the server or a correctly as a system. standalone cabinet. Console (Terminal) Disk Formatting A device that allows the operator to Before data can be read from/written to a hard communicate with and control the computer.

  • Page 183: Memory Dump

    Glossary MAC (Media Access Control) Parity Checking Address A method of checking the integrity of transmitted or stored data. The number of ones A physical (hardware) address that uniquely or zeroes in a binary data segment is used to identifies each node of a network. For IEEE calculate a parity bit which is appended to that 802.3 and Ethernet networks, it is defined as 48 piece of data.

  • Page 184: Service Processor

    Glossary RS-232C SMP (Symmetrical Multi- Processing) A standard interface that is used to connect computers, or computers and peripheral A common method for using multiple devices for data exchange. This interface is processors together in a basically identical approved by Electronic Industries Associa- fashion.

  • Page 185: Acronyms & Abbreviations

    Error Checking and Correction Enhanced Support Facility Reliability, Availability, and Serviceability Front End Power unit (see also PSU) Remote Cabinet Interface Fujitsu Siemens Computers Relative Humidity Read only Memory Rotation Per Minute Giga Bytes System Board unit System Control Facility Board unit...
  • Page 186 Acronyms & Abbreviations Rack Unit User Program Area Uninterruptible Power Supply unit VHDCI Very High Density Cable Interconnect U41261-J-Z816-4-76...

  • Page 187: Index

    137 example of assigning 138 4CPU mode CPU module adding PRIMEPOWER650 rack-mount type 50 PRIMEPOWER650 rack-mount type 42 PRIMEPOWER850 rack-mount type 89 AC input PRIMEPOWER650 rack-mount type 17 DAT drive 115 PRIMEPOWER850 rack-mount type 66 data cartridge slot...
  • Page 188 Index installation specification PCIBOX 102 features PRIMEPOWER650 rack-mount type 22 PCIBOX 97 PRIMEPOWER850 rack-mount type 71 PRIMEPOWER650 rack-mount type 3 installation type PRIMEPOWER850 rack-mount type 53 PCIBOX 103 formatting hard disk drives 111 PRIMEPOWER650 rack-mount type 23 front PRIMEPOWER850 rack-mount type 72...
  • Page 189 98 PCI card adding DAT drive 116 PCIBOX 104 DVD-ROM drive 112 PRIMEPOWER650 rack-mount type 46 PRIMEPOWER650 rack-mount type 5 PRIMEPOWER850 rack-mount type 93 PRIMEPOWER850 rack-mount type 55 PCI slot noise PCIBOX 98 PCIBOX 103 PRIMEPOWER650 rack-mount type 17...
  • Page 190 127 SCSI ID turning off the power DAT drive 117 PRIMEPOWER650 rack-mount type 36 hard disk drives 109 PRIMEPOWER850 rack-mount type 80 serial port turning on the power PRIMEPOWER650 rack-mount type 18 PRIMEPOWER650 rack-mount type 35 PRIMEPOWER850 rack-mount type 67...
  • Page 191 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 PRIMEPOWER850/650 U41261-J-Z816-4-76...
  • Page 193 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 PRIMEPOWER850/650 U41261-J-Z816-4-76...
  • Page 195 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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