Page 1 P321-E122-04EN PRIMEPOWER PRIMEPOWER200 PRIMEPOWER400 PRIMEPOWER600...
Page 3 Pay special attention to the section "Important Warnings". Use the product according to the instructions and information available in this manual. FUJITSU makes every efforts to prevent users and bystanders from being injured or from suffering damage to their property. Use the product according to this manual.
Page 4 Chapter 1 gives an overview of the features of the PRIMEPOWER of servers. CHAPTER 2 PRIMEPOWER200 Pedestal Server Chapter 2 gives an overview of the PRIMEPOWER200 Pedestal Server, names and functions of parts, preparations for use, and expansion. CHAPTER 3 PRIMEPOWER200 Rackmount (4U) Server Chapter 3 gives an overview of the PRIMEPOWER200 Rackmount (4U) Server, names and functions of parts, preparations for use, and expansion.
Page 5 Related Manuals The following manuals contain related material: "Enhanced Support Facility User’s Guide" "Enhanced Support Facility Installation Guide" "Enhanced Support Facility Machine Administration Instructions" Warning Message Conventions A warning message consists of a label and statements. The following warning message types are displayed to prevent users and bystanders from being injured or from suffering property damage.
Page 6: Operating Environment
High Safety Required Use. Hence, if these products are used in such hazardous environments, FUJITSU LIMITED and SUN MICROSYSTEMS, INC. Do not warrant them at all. If you wish to use this Product for High Safety Required Use, please consult with our sale person in charge before such use.
Page 7 All rights reserved. This product and related documentation are protected by copyright and distributed under licenses already restricting its use, copying, distribution, and recompilation. No part of this product or related documentation may be reproduced in any form by any means without prior written authorization of Fujitsu Limited and its licensors, if any.
Page 8: Safety Cautions
Safety Cautions Important Warnings The following types of warnings are found in this manual: This indicates a hazardous situation could result in death or serious injury if the WARNING user does not perform the procedure correctly. Normal Operation Warnings task Warning Electric shock/fire Do not deform, damage or strip the power cable.
Page 9 This indicates a hazardous situation that could result in minor or moderate CAUTION personal injury if the user does not perform the procedure correctly. Also, damage to the product or other property may occur. Normal Operation Cautions Caution Task Data destruction: Pressing the RESET switch while the system is running may cause data to be lost.
Page 10 Product Handling Cautions Maintenance The following operations on this product and options provided by FUJITSU WARNING should be performed by a service engineer, and should not be performed by the user. Otherwise, the user may create the risk of electric shock, injury or ﬁre.
Page 11 Remodeling and Recycling of This Product If this product is remodeled with secondhand parts,overhauled, or recycled as is, users and bystanders may be injured and property damaged unexpectedly.
Page 13: Table Of Contents
Features of the PRIMEPOWER Servers CHAPTER 2 PRIMEPOWER200 Pedestal Server Overview : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : :...
Page 14 : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : CHAPTER 3 PRIMEPOWER200 Rackmount (4U) Server Overview : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : :...
Page 15 CONTENTS CHAPTER 4 PRIMEPOWER400 Pedestal Server Overview : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : Names and Functions of Parts : : : : : : : : : : : : : : : : : : : : : : : : : : : : 4.2.1...
Page 16 Preparations for Use : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : 5.3.1 Installation notes : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : 5.3.2 Installation speciﬁcations : : : : : : : : : : : : : : : : : : : : : : : : : : :...
Page 17 CONTENTS 6.3.6 Installing the Enhanced Support Facility package : : : : : : : : : : : : : : : 6.3.7 How to enable/disable the break signal : : : : : : : : : : : : : : : : : : : : 6.3.8 LAN expansion note : : : : : : : : : : : : : : : : : : : : : : : : : : : : :...
Page 18 7.4.3 Adding memory modules : : : : : : : : : : : : : : : : : : : : : : : : : : : 7.4.4 Adding hard disk drives : : : : : : : : : : : : : : : : : : : : : : : : : : : : 7.4.5 Adding PCI cards : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : :...
Page 19 CONTENTS Names and Functions of Parts : : : : : : : : : : : : : : : : : : : : : : : : : : : : 9.2.1 Front side : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : 9.2.2 Rear side : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : :...
Page 20 : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : 11.4.3.1 PRIMEPOWER200 Non-Pedestal Servers : : : : : : : : : : : : : : : : : : 11.4.3.2...
Page 21 CONTENTS 11.4.8 Ejecting a data cartridge : : : : : : : : : : : : : : : : : : : : : : : : : : : 11.4.9 Cleaning the tape heads : : : : : : : : : : : : : : : : : : : : : : : : : : : : 11.5 8mm Tape Drive : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : :...
Page 22 13.1 Overview : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : 13.2 Checking Errors from the ok Prompt : : : : : : : : : : : : : : : : : : : : : : : : :...
Page 23 PRIMEPOWER200 Rackmount (4U) Systemboard : : : : : : : : : : : : : : : : : : : : Figure 3.8 Rear View of PRIMEPOWER200 Rackmount (4U) showing position of PCI slots : : : : Figure 4.1...
Page 24 Figure 4.6 Turning the power off : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : Figure 4.7 PRIMEPOWER400 Pedestal Server Systemboard : : : : : : : : : : : : : : : : : : : :...
Page 25 ILLUSTRATIONS Figure 8.7 PRIMEPOWER600 Rackmount (10U) Base Systemboard : : : : : : : : : : : : : : : : Figure 8.8 PRIMEPOWER600 Rackmount (10U) Expansion Systemboard (Option) : : : : : : : : : Figure 8.9 Rear View of PRIMEPOWER600 Rackmount (10U) showing position of PCI slots : : : :...
Page 26 : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : Table 3.2 Installation Speciﬁcations of the PRIMEPOWER200 Rackmount (4U) Server (1/2) : : : : Table 3.3...
Page 27 TABLES Table 6.1 MODE Switch Settings : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : Table 6.2 Installation Speciﬁcations of the PRIMEPOWER400 Rackmount (10U) Server (1/2) : : :...
Page 28 Table 13.2 Power Supply Unit Conﬁguration Error Messages : : : : : : : : : : : : : : : : : : : : Table 13.3 Power Supply Unit, Fans, and Environmental Error Messages : : : : : : : : : : : : : : Table 13.4 CPU Monitor Error Massages : : : : : : : : : : : : : : : : : : : : : : : : : : : : : :...
Page 29: Features Of The Primepower Servers
Features of the PRIMEPOWER Servers The features of the PRIMEPOWER servers are as follows: High-performance SPARC64 GP Processors The SPARC64 GP is a high-performance processor with an out-of-order execution engine. The SPARC64 GP features high-speed arithmetic operations with high-precision Branch Prediction The SPARC64 GP supports a large external cache and on-chip cache.
Page 30 Expansion Disk Cabinet and Expansion File Unit Type-2, and monitors for errors. Internal disk drives are hot-swappable. In addition, redundant power supplies and fans are supported for high availability. (PRIMEPOWER200 Pedestal Server does not support it.) Lockable cover panels to prevent unauthorized access to the internal I/O devices. (Rackmount...
Page 31: Primepower200 Pedestal Server
PRIMEPOWER200 Pedestal Server This chapter gives an overview of the PRIMEPOWER200 Pedestal Server, names and functions of parts, preparations for use, and how to expand the server unit. CONTENTS Overview ..................
Page 32: Check Led
CHAPTER 2 PRIMEPOWER200 Pedestal Server 2.1 Overview The following describes the key features and appearance of the PRIMEPOWER200 Pedestal Server. Key Features The server unit can be conﬁgured with up to two CPUs. Up to 16 gigabytes of memory can be mounted.
Page 33: Figure 2.3 Control Panel
This section describes the names and functions of parts on the front, control panel and rear of the PRIMEPOWER200 Pedestal Server. 2.2.1 Front side The names and functions of parts on the front of the PRIMEPOWER200 Pedestal Server are as follows. (2) Panel Cover (1) Control Panel...
Page 34: Control Panel
CHAPTER 2 PRIMEPOWER200 Pedestal Server 2.2.2 Control panel The PRIMEPOWER200 Pedestal Server is provided with the control panel shown in Figure 2.3 . REQUEST (4) LCD Panel (3) REQUEST Switch POWER (5) POWER Switch RESET (1) RESET Switch CHECK POWER...
Page 35 The CHECK LED blinks or lights up when the PRIMEPOWER200 Pedestal Server detects an error. When the power is turned on, the CHECK LED lights up and then goes out. This is not an error. If the CHECK LED stays lit and does not go out at power on, this indicates an error.
Page 36: Figure 2.4 Rear Of Primepower200 Pedestal Server
CHAPTER 2 PRIMEPOWER200 Pedestal Server 2.2.3 Rear side The names and functions of parts on the rear of the PRIMEPOWER200 Pedestal Server are as follows. AC main line switch (1) AC power input (2) UPS port (5) RCI port (6)
Page 37 2.2 Names and Functions of Parts (1) AC main line switch The PRIMEPOWER200 Pedestal Server is turned on by the POWER switch on the front of the server unit when this switch is set to the "|" position. (2) AC power input Connect the power cable to this point.
Page 38: Preparations For Use
Do not block the ventilation holes. Do not install the PRIMEPOWER200 Pedestal Server where it will be exposed to sunlight or sources of heat. Do not install the PRIMEPOWER200 Pedestal Server in dusty places or places where it will be exposed to corrosive gases or sea breezes.
Page 39 2.3 Preparations for Use Connect the ground before connecting any of the power supply lines. If all of the CAUTION power cables are connected to a single power strip, high leakage current exceeding the stipulated value may leak through to the earth lead of the power strip.
Page 40: Table 2.2 Installation Speciﬁcations Of The Primepower200 Pedestal Server
CHAPTER 2 PRIMEPOWER200 Pedestal Server 2.3.2 Installation speciﬁcations The following table shows the installation speciﬁcations for the PRIMEPOWER200 Pedestal Server. Table 2.2 Installation Speciﬁcations of the PRIMEPOWER200 Pedestal Server (1/2) Item Specification Weight 48 kg (105.96 lb.) (max.) Power Supply...
Page 41 2.3 Preparations for Use Table 2.3 Installation Speciﬁcations of the PRIMEPOWER200 Pedestal Server (2/2) Item Specification Unit Dimensions 230 (W) 644 (D) (units : mm) (9 in.) (25 in.) 700 (H) Unit Front Unit Side (28 in.) 478 (*1) 657 (*1) (19 in.)
Page 42: Connecting The Console
A device such as a personal computer must be connected to the serial port to act as the console for a PRIMEPOWER200 Pedestal Server to which a display or keyboard is not connected. Pay attention to the following when connecting the console to the serial port on the PRIMEPOWER200 Pedestal Server.
Page 43: Figure 2.5 Turning The Power On
Figure 2.5 Turning the power on Press the POWER switch on the control panel of the PRIMEPOWER200 Pedestal Server. The POWER LEDs of the PRIMEPOWER Server and any peripheral devices connected via the RCI port should now light up.
Page 44: Turning The Power Off
AC power after an interruption. Procedure Press the POWER switch on the control panel of the PRIMEPOWER200 Pedestal Server. Press the POWER switch again within ﬁve seconds (scftool default interval). This starts the system shutdown sequence. The power turns off after the system shuts down.
Page 45: Figure 2.6 Turning The Power Off
2.3 Preparations for Use Figure 2.6 Turning the power off Turn the power switches of peripheral devices off after the PRIMEPOWER200 Pedestal Server power has turned off. 2.3.6 Installing the Enhanced Support Facility package Data Destruction CAUTION Install the "Enhanced Support Facility" before using the system. Without this package, a front panel-miss operation or hardware error may cause the system to shutdown or data to be lost.
Page 46: How To Enable/Disable The Break Signal
CHAPTER 2 PRIMEPOWER200 Pedestal Server 2.3.7 How to enable/disable the break signal Data Destruction CAUTION If improper commands are used at the ok prompt, data may be lost. If you need to use any command except those shown in this manual, you should fully understand the function and usage of the command before using it.
Page 47: Lan Expansion Note
2.3 Preparations for Use How to enable the break signal and STOP+A command Use the print-fw-options command to check the current setting values. If the no-break shown below is not displayed, the break signal and STOP+A command are already enabled. ok print-fw-options fw-options = no-break Use the clear-fw-options command to cancel the no-break setting.
Page 48: Figure 2.1 Primepower200 Pedestal Server
The following operations should be performed by a service engineer, and not by CAUTION the user. Otherwise, the product may malfunction. Mounting/removal of optional internal units The following optional items can be added to the PRIMEPOWER200 Pedestal Server: CPU modules Memory modules Hard disk drives...
Page 49: Adding Cpu Modules
2.4 Expanding the Server Unit 2.4.1 Adding CPU modules A total of two CPU module slots are provided on the PRIMEPOWER200 Pedestal Server Systemboard. When adding CPU modules the following restrictions apply: Only a SPARC64 GP processor can be used.
Page 50: Figure 2.8 Primepower200 Disk Drive Conﬁguration
2.4.3 Adding hard disk drives Disk drive conﬁgurations Up to eight hot-swappable UltraSCSI disk drives can be added to the PRIMEPOWER200 Pedestal Server. Removing the front cover can access the disk drives shown in the following ﬁgure. The base SCSI unit (bays #0 to #3) is connected to the base UltraSCSI bus, and the optional Disk Expansion Unit (bays #0 to #3) should be connected to an UltraSCSI bus card installed in a PCI slot.
Page 51 2.4 Expanding the Server Unit To add a ﬁfth disk drive to the PRIMEPOWER200 Pedestal Server, the optional Disk Expansion Unit must be installed. The following settings should be made after the Disk Expansion Unit has been installed: From the ok prompt execute the show-scsi command to get the path name of the UltraSCSI card and its PCI slot.
Page 52: Figure 2.9 Rear Of Primepower200 Pedestal Server Showing Position Of Pci Slots
64 / 32, 64 33 / 66 3.3V or Universal long PCI slot #6 PCI slot #5 PCI slot #4 PCI slot #3 PCI slot #2 PCI slot #1 Figure 2.9 Rear of PRIMEPOWER200 Pedestal Server showing position of PCI slots...
Page 53 PRIMEPOWER200 Rackmount (4U) Server This chapter gives an overview of the PRIMEPOWER200 Rackmount (4U) Server, names and functions of parts, preparations for use, and how to expand the server unit. CONTENTS Overview ..................
Page 54: Figure 3.1 Primepower200 Rackmount (4U) Server
CHAPTER 3 PRIMEPOWER200 Rackmount (4U) Server 3.1 Overview The following describes the key features and appearance of the PRIMEPOWER200 Rackmount (4U) Server. Key Features The server unit can be conﬁgured with up to two CPUs. Up to 16 gigabytes of memory can be mounted.
Page 55: Figure 3.3 Control Panel
This section describes the names and functions of parts on the front, control panel and rear of the PRIMEPOWER200 Rackmount (4U) Server. 3.2.1 Front side The names and functions of parts on the front of the PRIMEPOWER200 Rackmount (4U) Server are as follows. 8mm Tape Unit or CD-ROM Unit...
Page 56: Table 3.1 Mode Switch Settings
CHAPTER 3 PRIMEPOWER200 Rackmount (4U) Server (1) RESET switch (push button) Data Destruction CAUTION Pressing the RESET switch while the system is running may cause data to be lost. The RESET switch is used to reset the system to its initial state and is enabled or disabled by the MODE switch, as described in "(2) MODE switch".
Page 57 "Enhanced Support Facility User’s Guide." (6) CHECK LED IMPORTANT When the PRIMEPOWER200 Rackmount (4U) Server detects an error in the power line or abnormal temperatures, the CHECK LED blinks and the power is automatically turned off to prevent unit damage and ensure safety.
Page 58: Figure 3.4 Rear Of Primepower200 Rackmount (4U) Server
CHAPTER 3 PRIMEPOWER200 Rackmount (4U) Server 3.2.3 Rear side The names and functions of parts on the rear of the PRIMEPOWER200 Rackmount (4U) Server are as follows. (2) PCI slots (1) AC power input (4) UPS port (5) Power control port...
Page 59: Preparations For Use
– To prevent overheating, do not cover or close these ventilation openings. Mounting of the PRIMEPOWER200 Rackmount (4U) Server in the rack should be such that a hazardous condition does not result from uneven mechanical loading. To maintain the stability...
Page 60 – Be careful of injuries during installation of the PRIMEPOWER200 Rackmount (4U) Server into the rack. – Do not install the PRIMEPOWER200 Rackmount (4U) Server into a rack if the server unit may make the entire rack unstable. – Maximum conﬁgured weight of this unit: 50 kg (110.38 lb.)
Page 61: Table 3.2 Installation Speciﬁcations Of The Primepower200 Rackmount (4U) Server
Take electrostatic prevention measures. Note that some carpets generate static electricity easily and can cause the PRIMEPOWER200 Rackmount (4U) Server to malfunction. When moving the PRIMEPOWER200 Rackmount (4U) Server, do not pull on the front cover. Otherwise, the Server may be damaged.
Page 62: Table 3.3 Installation Speciﬁcations Of The Primepower200 Rackmount (4U) Server
A device such as a personal computer must be connected to the serial port to act as the console for a PRIMEPOWER200 Rackmount (4U) Server to which a display or keyboard is not connected. Pay attention to the following when connecting the console to the serial port on the PRIMEPOWER200 Rackmount (4U) Server.
Page 63: Turning The Power On
3.3 Preparations for Use 3.3.4 Turning the power on The following describes how to turn the power on. Data Destruction CAUTION Do not turn the console terminal (device connected to the serial port) on after turning the PRIMEPOWER Server on. When the MODE switch is set to AUTO or MANUAL, a break signal may cause the bootup sequence to shift to display of the ok prompt during Solaris operation, potentially causing data to be lost.
Page 64: Figure 3.5 Turning The Power On
CHAPTER 3 PRIMEPOWER200 Rackmount (4U) Server Figure 3.5 Turning the power on Press the POWER switch on the control panel of the PRIMEPOWER200 Rackmount (4U) Server. The POWER LEDs of the PRIMEPOWER Server and any peripheral devices connected via the RCI port should now light up.
Page 65: Turning The Power Off
MODE switch to MANUAL when restoring AC power after an interruption. Procedure Press the POWER switch on the control panel of the PRIMEPOWER200 Rackmount (4U) Server. Press the POWER switch again within ﬁve seconds (scftool default interval).
Page 66: Figure 3.6 Turning The Power Off
CHAPTER 3 PRIMEPOWER200 Rackmount (4U) Server Figure 3.6 Turning the power off Turn the power switches of peripheral devices off after the PRIMEPOWER200 Rackmount (4U) Server power has turned off. 3.3.6 Installing the Enhanced Support Facility package Data Destruction CAUTION Install the "Enhanced Support Facility"...
Page 67: How To Enable/Disable The Break Signal
3.3 Preparations for Use 3.3.7 How to enable/disable the break signal Data Destruction CAUTION If improper commands are used at the ok prompt, data may be lost. If you need to use any command except those shown in this manual, you should fully understand the function and usage of the command before using it.
Page 68: Lan Expansion Note
CHAPTER 3 PRIMEPOWER200 Rackmount (4U) Server How to enable the break signal and STOP+A command Use the print-fw-options command to check the current setting values. If the no-break shown below is not displayed, the break signal and STOP+A command are already enabled.
Page 69: Figure 3.7 Primepower200 Rackmount (4U) Systemboard
The following operations should be performed by a service engineer, and not by CAUTION the user. Otherwise, the product may malfunction. Mounting/removal of optional internal units The following optional items can be added to the PRIMEPOWER200 Rackmount (4U) Server. Power supply units CPU modules Memory modules...
Page 70: Table 2.4 Allowed Cpu Module Conﬁgurations
Instructions" included with the "Enhanced Support Facility". 3.4.2 Adding CPU modules A total of two CPU module slots are provided on the PRIMEPOWER200 Rackmount (4U) Systemboard. When adding CPU modules the following restrictions apply: Only SPARC64 GP processors can be used.
Page 71: Adding Memory Modules
3.4 Expanding the Server Unit 3.4.3 Adding memory modules A total of 16 memory module slots are provided on the PRIMEPOWER200 Rackmount (4U) Systemboard. When adding memory modules the following restrictions apply. IMPORTANT Operation for conﬁguration other than those described below cannot be guaranteed.
Page 72: Figure 3.8 Rear View Of Primepower200 Rackmount (4U) Showing Position Of Pci Slots
64 / 32, 64 33 / 66 3.3V or Universal short PCI slot #1 PCI slot #2 PCI slot #3 PCI slot #4 PCI slot #5 PCI slot #6 Figure 3.8 Rear View of PRIMEPOWER200 Rackmount (4U) showing position of PCI slots...
Page 73 PRIMEPOWER400 Pedestal Server This chapter gives an overview of the PRIMEPOWER400 Pedestal Server, names and functions of parts, preparations for use, and how to expand the server unit. CONTENTS Overview ..................Names and Functions of Parts .
Page 74: Figure 4.1 Primepower400 Pedestal Server
CHAPTER 4 PRIMEPOWER400 Pedestal Server 4.1 Overview The following describes the key features and appearance of the PRIMEPOWER400 Pedestal Server. Key Features The server unit can be conﬁgured with up to four CPUs. Up to 16 gigabytes of memory can be mounted. Ten PCI slots (3 x 33/66MHz + 7 x 33MHz) are provided.
Page 75: Figure 4.2 Front Of Primepower400 Pedestal Server
4.2 Names and Functions of Parts 4.2 Names and Functions of Parts This section describes the names and functions of parts on the front, control panel and rear of the PRIMEPOWER400 Pedestal Server. 4.2.1 Front side The names and functions of parts on the front of the PRIMEPOWER400 Pedestal Server are as follows. CD-ROM Unit (1) Control Panel 8mm Tape Unit or...
Page 76: Control Panel
CHAPTER 4 PRIMEPOWER400 Pedestal Server 4.2.2 Control panel The PRIMEPOWER400 Pedestal Server is provided with the control panel shown in Figure 4.3 . (4) LCD Panel (1) RESET Switch REQUEST RESET CHECK POWER (3) REQUEST Switch (5) POWER Switch SECURE MANUAL (2) MODE Switch AUTO...
Page 77: Table 4.1 Mode Switch Settings
4.2 Names and Functions of Parts Table 4.1 MODE Switch Settings MODE POWER RESET REQUEST Operation mode switch switch switch switch MANUAL Enabled Enabled Enabled The bootup sequence stops at an ok prompt after initial diagnostics are completed. Use this mode to enter commands and make settings from the ok prompt when performing maintenance on the server unit.
Page 78 CHAPTER 4 PRIMEPOWER400 Pedestal Server (6) CHECK LED IMPORTANT When the PRIMEPOWER400 Pedestal Server detects an error in the power line or abnormal temperatures, the CHECK LED blinks and the power is automatically turned off to prevent unit damage and ensure safety. The CHECK LED blinks or lights up when the PRIMEPOWER400 Pedestal Server detects an error.
Page 79: Figure 4.4 Rear Of Primepower400 Pedestal Server
4.2 Names and Functions of Parts 4.2.3 Rear side The names and functions of parts on the rear of the PRIMEPOWER400 Pedestal Server are as follows. (5) RCI port (9) 100Base-TX port (1) AC power inputs (6) Serial port A (2) PCI slots (7) Serial port B (8) Keyboard port...
Page 80: Preparations For Use
CHAPTER 4 PRIMEPOWER400 Pedestal Server (6), (7) Serial ports (label : SERIAL A/B) Dsub-25 pin ports for connecting a console terminal when performing maintenance on the server unit using the RS-232C interface (8) Keyboard port (label : KB) 8-pin DIN port for connecting a keyboard cable (9) 100Base-TX ports (label : LAN) RJ45 connector automatically recognizes 10Mbps/100Mbps.
Page 81 4.3 Preparations for Use To prevent condensation in the PRIMEPOWER400 Pedestal Server, do not raise the ambient room temperature rapidly in winter. Use the PRIMEPOWER400 Pedestal Server only after it has warmed up sufﬁciently. Do not install the PRIMEPOWER400 Pedestal Server near EM noise generating devices such as photocopiers, air conditioners, or welders.
Page 82: Table 4.3 Installation Speciﬁcations Of The Primepower400 Pedestal Server
CHAPTER 4 PRIMEPOWER400 Pedestal Server Table 4.3 Installation Speciﬁcations of the PRIMEPOWER400 Pedestal Server (2/2) Item Specification 480 (W) 760 (*1) (D) Unit Dimensions (19 in.) (30 in.) (units : mm) 650 (H) Unit Front Unit Side (26 in.) Service Areas (units : mm) (19 in.) Rear...
Page 83: Connecting The Console
4.3 Preparations for Use 4.3.3 Connecting the console A device such as a personal computer must be connected to the serial port to act as the console for a PRIMEPOWER400 Pedestal Server to which a display or keyboard is not connected. Pay attention to the following when connecting the console to the serial port on the PRIMEPOWER400 Pedestal Server.
Page 84: Figure 4.5 Turning The Power On
CHAPTER 4 PRIMEPOWER400 Pedestal Server Procedure Turn the AC main line power on. Turn the power switches of the console terminal and peripheral devices on. Figure 4.5 Turning the power on Press the POWER switch on the control panel of the PRIMEPOWER400 Pedestal Server. The POWER LEDs of the PRIMEPOWER Server and any peripheral devices connected via the RCI port should now light up.
Page 85: Turning The Power Off
4.3 Preparations for Use 4.3.5 Turning the power off The following describes how to turn the power off. Data Destruction CAUTION Before turning the power off, check the answer to each of the following points is "No", or data may be lost: Are there any currently executing programs? Are there any current users? Are ﬂoppy disks or tape cartridges still inserted in their drives?
Page 86: Figure 4.6 Turning The Power Off
CHAPTER 4 PRIMEPOWER400 Pedestal Server Figure 4.6 Turning the power off Turn the power switches of peripheral devices off after the PRIMEPOWER400 Pedestal Server power has turned off. 4.3.6 Installing the Enhanced Support Facility package Data Destruction CAUTION Install the "Enhanced Support Facility" before using the system. Without this package, a front panel-miss operation or hardware error may cause the system to shutdown or data to be lost.
Page 87: How To Enable/Disable The Break Signal
4.3 Preparations for Use 4.3.7 How to enable/disable the break signal Data Destruction CAUTION If improper commands are used at the ok prompt, data may be lost. If you need to use any command except those shown in this manual, you should fully understand the function and usage of the command before using it.
Page 88: Lan Expansion Note
CHAPTER 4 PRIMEPOWER400 Pedestal Server How to enable the break signal and STOP+A command Use the print-fw-options command to check the current setting values. If the no-break shown below is not displayed, the break signal and STOP+A command are already enabled. ok print-fw-options fw-options = no-break Use the clear-fw-options command to cancel the no-break setting.
Page 89: Figure 4.7 Primepower400 Pedestal Server Systemboard
4.4 Expanding the Server Unit 4.4 Expanding the Server Unit The following operations should be performed by a service engineer, and not by CAUTION the user. Otherwise, the product may malfunction. Mounting/removal of optional internal units The following optional items can be added to the PRIMEPOWER400 Pedestal Server: Power supply units CPU modules Memory modules...
Page 90: Figure 4.8 Primepower400 Pedestal Server Pci Boards
CHAPTER 4 PRIMEPOWER400 Pedestal Server PCI slot #10 PCI slot #9 PCI slot #8 PCI slot #7 PCI Board #1 PCI slot #6 PCI slot #5 PCI slot #4 PCI slot #3 PCI slot #2 PCI slot #1 PCI Board #2 Figure 4.8 PRIMEPOWER400 Pedestal Server PCI boards 4.4.1 Adding power supply units...
Page 91: Adding Cpu Modules
4.4 Expanding the Server Unit hot-swapping. For details on how to swap power supply units, refer to the "Machine Administration Instructions" included with the "Enhanced Support Facility". 4.4.2 Adding CPU modules A total of four CPU module slots are provided on the PRIMEPOWER400 Pedestal Server Systemboard. When adding CPU modules the following restrictions apply: Only SPARC64 GP processors can be used.
Page 92: Adding Hard Disk Drives
CHAPTER 4 PRIMEPOWER400 Pedestal Server 4.4.4 Adding hard disk drives Disk drive conﬁgurations Up to six hot-swappable UltraSCSI disk drives can be added to the PRIMEPOWER400 Pedestal Server. Each of the disk drive bays is provided with an ACTIVE LED and a FAULT LED. The ACTIVE LED lights up (green) when a hard disk drive is operating (reading or writing).
Page 93: Table 4.5 Pci Slot Speciﬁcations
4.4 Expanding the Server Unit 4.4.5 Adding PCI cards There are three types of PCI card: a PCI card designed to operate in 3.3V slots, a PCI card designed to operate in 5V slots, and a PCI (universal) card design to operate in both 3.3V and 5V slots. Though most PCI cards operate at a 33MHz clock, some cards operate at a 66MHz clock.
Page 94: Figure 4.9 Rear Of Primepower400 Pedestal Server Showing Position Of Pci Slots
CHAPTER 4 PRIMEPOWER400 Pedestal Server PCI slot #10 PCI slot #9 PCI slot #8 PCI slot #7 PCI slot #6 PCI slot #5 PCI slot #4 PCI slot #3 PCI slot #2 PCI slot #1 Figure 4.9 Rear of PRIMEPOWER400 Pedestal Server showing position of PCI slots...
Page 95 PRIMEPOWER400 Rackmount (4U) Server This chapter gives an overview of the PRIMEPOWER400 Rackmount (4U) Main Server Unit, names and functions of parts, preparations for use, and how to expand the server unit. CONTENTS Overview ..................Names and Functions of Parts .
Page 96: Figure 5.1 Primepower400 Rackmount (4U) Server
CHAPTER 5 PRIMEPOWER400 Rackmount (4U) Server 5.1 Overview The following describes the key features and appearance of the PRIMEPOWER400 Rackmount (4U) Server. Key Features The server unit can be conﬁgured with up to four CPUs. Up to 16 gigabytes of memory can be mounted. Six PCI slots (2 x 33/66MHz + 4 x 33MHz) are provided.
Page 97: Figure 5.3 Control Panel
5.2 Names and Functions of Parts 5.2.1 Front side The names and functions of parts on the front of the PRIMEPOWER400 Rackmount (4U) Server are as follows. (1) Control Panel 8mm Tape Drive or CD-ROM Unit DAT (DDS4) Drive (option) Figure 5.2 Front of PRIMEPOWER400 Rackmount (4U) Server (1) Control panel...
Page 98: Table 5.1 Mode Switch Settings
CHAPTER 5 PRIMEPOWER400 Rackmount (4U) Server (1) RESET switch (push button) Data Destruction CAUTION Pressing the RESET switch while the system is running may cause data to be lost. The RESET switch is used to reset the system to its initial state and is enabled or disabled by the MODE switch described in "(2) MODE switch".
Page 99 5.2 Names and Functions of Parts (3) REQUEST switch (push button) Data Destruction CAUTION Pressing the REQUEST switch while the system is running may cause data to be lost. The REQUEST switch is for outputting a memory dump when an error has occurred in the system. Only service engineers should operate the REQUEST switch.
Page 100: Figure 5.4 Rear Of Primepower400 Rackmount (4U) Server
CHAPTER 5 PRIMEPOWER400 Rackmount (4U) Server 5.2.3 Rear side The names and functions of parts on the rear of the PRIMEPOWER400 Rackmount (4U) Server are as follows. (2) PCI slots (1) AC power input (4) UPS port (5) Power control port (8) Serial port B (6) 100Base-TX port (7) Keyboard port...
Page 101: Preparations For Use
5.3 Preparations for Use 5.3 Preparations for Use This section describes the following: Installation notes and speciﬁcations Connecting the console Turning power on and off Installing the Enhanced Support Facility package Enabling/disabling the break signal LAN expansion note 5.3.1 Installation notes Unit Damage...
Page 102 CHAPTER 5 PRIMEPOWER400 Rackmount (4U) Server – Be careful of injuries during installation of the PRIMEPOWER400 Rackmount (4U) Server into the rack. – Do not install the PRIMEPOWER400 Rackmount (4U) Server into a rack if the server unit may make the entire rack unstable. –...
Page 103: Table 5.2 Installation Speciﬁcations Of The Primepower400 Rackmount (4U) Server
5.3 Preparations for Use Take electrostatic prevention measures. Note that some carpets generate static electricity easily and can cause the PRIMEPOWER400 Rackmount (4U) Server to malfunction. When moving the PRIMEPOWER400 Rackmount (4U) Server, do not pull on the front cover. Otherwise, the Server may be damaged.
Page 104: Table 5.3 Installation Speciﬁcations Of The Primepower400 Rackmount (4U) Server
CHAPTER 5 PRIMEPOWER400 Rackmount (4U) Server Table 5.3 Installation Speciﬁcations of the PRIMEPOWER400 Rackmount (4U) Server (2/2) Item Specification Unit Dimensions (units : mm) 445 (*1) (W) 745 (*1) (D) (18 in.) (29 in.) 174 (H) Unit Front Unit Side (7 in.) Service Areas (units : mm)
Page 105: Turning The Power On
5.3 Preparations for Use 5.3.4 Turning the power on The following describes how to turn the power on. Data Destruction CAUTION Do not turn the console terminal (device connected to the serial port) on after turning the PRIMEPOWER Server on. When the MODE switch is set to AUTO or MANUAL, a break signal may cause the bootup sequence to shift to display of the ok prompt during Solaris operation, potentially causing data to be lost.
Page 106: Figure 5.5 Turning The Power On
CHAPTER 5 PRIMEPOWER400 Rackmount (4U) Server Figure 5.5 Turning the power on Press the POWER switch on the control panel of the PRIMEPOWER400 Rackmount (4U) Server. The POWER LEDs of the PRIMEPOWER Server and any peripheral devices connected via the RCI port should now light up.
Page 107: Figure 5.6 Turning The Power Off
5.3 Preparations for Use IMPORTANT If the MODE switch is set to AUTO or SECURE on a server unit on which "auto power control by software" is set, and the AC power is interrupted, the power will sometimes automatically turn on at the moment that the AC power supply is resumed.
Page 108: Installing The Enhanced Support Facility Package
CHAPTER 5 PRIMEPOWER400 Rackmount (4U) Server 5.3.6 Installing the Enhanced Support Facility package Data Destruction CAUTION Install the "Enhanced Support Facility" before using the system. Without this package, a front panel-miss operation or hardware error may cause the system to shutdown or data to be lost. With the PRIMEPOWER servers, be sure to install all of the programs provided with the "Enhanced Support Facility"...
Page 109: Lan Expansion Note
5.3 Preparations for Use Use the set-fw-options command to set the value (no-break) for disabling the break signal and STOP command. ok set-fw-options no-break fw-options = no-break Use the print-fw-options command to make sure that no-break is correctly set. ok print-fw-options fw-options = no-break How to enable the break signal and STOP+A command Use the print-fw-options command to check the current setting values.
Page 110: Expanding The Server Unit
CHAPTER 5 PRIMEPOWER400 Rackmount (4U) Server 5.4 Expanding the Server Unit The following operations should be performed by a service engineer, and not by CAUTION the user. Otherwise, the product may malfunction. Mounting/removal of optional internal units The following optional items can be added to the PRIMEPOWER400 Rackmount (4U) Server: Power supply units CPU modules Memory modules...
Page 111: Figure 5.7 Primepower400 Rackmount (4U) Systemboard
5.4 Expanding the Server Unit DDC#6 DDC#7 CPU Slot #3 Memory Module Slots CPU Slot #2 DDC#4 DDC#5 CPU Slot #1 CPU Slot #0 NVRAM DDC#2 DDC#3 DDC#1 DDC#0 PCI Slot #1 PCI Slot #2 PCI Slot #3 PCI Slot #4 PCI Slot #5 PCI Slot #6 SCF Board Only...
Page 112: Adding Power Supply Units
CHAPTER 5 PRIMEPOWER400 Rackmount (4U) Server 5.4.1 Adding power supply units IMPORTANT Adding an optional redundant power supply unit allows hot-swapping of the power supply units. Unit Damage CAUTION Power supply units may be damaged if hot-swapping of the power supply units is not performed correctly.
Page 113: Table 3.4 Allowed Cpu Module Conﬁgurations
5.4 Expanding the Server Unit 5.4.2 Adding CPU modules A total of four CPU module slots are provided on the PRIMEPOWER400 Rackmount (4U) Systemboard. When adding CPU modules the following restrictions apply: Only SPARC64 GP processors can be used. To ensure they all operate at the same clock speed, have the same cache size and use the same CPU stepping, the model name must be identical for all CPUs.
Page 114: Adding Memory Modules
CHAPTER 5 PRIMEPOWER400 Rackmount (4U) Server 5.4.3 Adding memory modules A total of 16 memory module slots are provided on the PRIMEPOWER400 Rackmount (4U) Systemboard. When adding memory modules the following restrictions apply. IMPORTANT Operation for conﬁguration other than those described below cannot be guaranteed. Each sequential group of 4 memory slots (#0-3, #4-7, #8-11, #12-15) must be either left empty or completely ﬁlled with 4 identical memory modules.
Page 115: Adding Pci Cards
5.4 Expanding the Server Unit 5.4.5 Adding PCI cards There are three types of PCI card: a PCI card designed to operate in 3.3V slots, a PCI card designed to operate in 5V slots, and a PCI (universal) card design to operate in both 3.3V and 5V slots. Though most PCI cards operate at a 33MHz clock, some cards operate at a 66MHz clock.
Page 117 PRIMEPOWER400 Rackmount (10U) Server This chapter gives an overview of the PRIMEPOWER400 Rackmount (10U) Server, names and functions of parts, preparations for use, and how to expand the server unit. CONTENTS Overview ..................Names and Functions of Parts .
Page 118: Overview
CHAPTER 6 PRIMEPOWER400 Rackmount (10U) Server 6.1 Overview The following describes the key features and appearance of the PRIMEPOWER400 Rackmount (10U) Server. Key Features The server unit can be conﬁgured with up to four CPUs. Up to 16 gigabytes of memory can be mounted. Ten PCI slots (3 x 33/66MHz + 7 x 33MHz) are provided.
Page 119: Figure 6.2 Front Of Primepower400 Rackmount (10U) Server
6.2 Names and Functions of Parts 6.2 Names and Functions of Parts This section describes the names and functions of parts on the front, control panel and rear of the PRIMEPOWER400 Rackmount (10U) Server. 6.2.1 Front side The names and functions of parts on the front of the PRIMEPOWER400 Rackmount (10U) Server are as follows: CD-ROM Unit (1) Control Panel 8mm Tape Unit,...
Page 120: Control Panel
CHAPTER 6 PRIMEPOWER400 Rackmount (10U) Server 6.2.2 Control panel The PRIMEPOWER400 Rackmount (10U) Server is provided with the control panel shown in Figure 6.3 . (4) LCD Panel (1) RESET Switch REQUEST RESET CHECK POWER (3) REQUEST Switch (5) POWER Switch MANUAL SECURE (2) MODE Switch...
Page 121: Table 6.1 Mode Switch Settings
6.2 Names and Functions of Parts Table 6.1 MODE Switch Settings MODE POWER RESET REQUEST Operation mode switch switch switch switch MANUAL Enabled Enabled Enabled The bootup sequence stops at an ok prompt after initial diagnostics are completed. Use this mode to enter commands and make settings from the ok prompt when performing maintenance on the server unit.
Page 122: Figure 6.4 Rear Of Primepower400 Rackmount (10U) Server
CHAPTER 6 PRIMEPOWER400 Rackmount (10U) Server (6) CHECK LED IMPORTANT When the PRIMEPOWER400 Rackmount (10U) Server detects an error in the power line or abnormal temperatures, the CHECK LED blinks and the power is automatically turned off to prevent unit damage and ensure safety. The CHECK LED blinks or lights up when the PRIMEPOWER400 Rackmount (10U) Server detects an error.
Page 123 6.2 Names and Functions of Parts (1) AC power inputs Connect the power cables to these points. Both AC power cords must be plugged into the same power grid / circuit. (2) PCI slots (option) PCI slots conform to PCI local bus speciﬁcations (Rev. 2.1). 64-bit bus, 33MHz (5.0 V) and 33/66MHz (3.3V) are supported.
Page 124: Preparations For Use
CHAPTER 6 PRIMEPOWER400 Rackmount (10U) Server 6.3 Preparations for Use This section describes the following: Installation notes and speciﬁcations Connecting the console Turning power on and off Installing the Enhanced Support Facility package Enabling/disabling the break signal LAN expansion note 6.3.1 Installation notes Unit Damage...
Page 125 6.3 Preparations for Use – Be careful of injuries during installation of the PRIMEPOWER400 Rackmount (10U) Server into the rack. – Do not install the PRIMEPOWER400 Rackmount (10U) Server into a rack if the server unit may make the entire rack unstable. –...
Page 126 CHAPTER 6 PRIMEPOWER400 Rackmount (10U) Server Do not install the PRIMEPOWER400 Rackmount (10U) Server near EM noise generating devices such as photocopiers, air conditioners, or welders. Take electrostatic prevention measures. Note that some carpets generate static electricity easily and can cause the PRIMEPOWER400 Rackmount (10U) Server to malfunction.
Page 127 6.3 Preparations for Use 6.3.2 Installation speciﬁcations Table 6.2 and Table 6.3 show the installation speciﬁcations for the PRIMEPOWER400 Rackmount (10U) Server. Table 6.2 Installation Speciﬁcations of the PRIMEPOWER400 Rackmount (10U) Server (1/2) Item Specification Weight 102 kg (225.17 lb.) (max.) (*1) Power Supply Frequency...
Page 128: Connecting The Console
CHAPTER 6 PRIMEPOWER400 Rackmount (10U) Server Table 6.3 Installation Speciﬁcations of the PRIMEPOWER400 Rackmount (10U) Server (2/2) Item Specification 445 (W) 720 (D) Unit Dimensions (17 in.) (28 in.) (units : mm) 440 (H) Unit Side Unit Front (17 in.) Service Areas (units : mm) 650 (*2)
Page 129: Turning The Power On
6.3 Preparations for Use 6.3.4 Turning the power on The following describes how to turn the power on. Data Destruction CAUTION Do not turn the console terminal (device connected to the serial port) on after turning the PRIMEPOWER Server on. When the MODE switch is set to AUTO or MANUAL, a break signal may cause the bootup sequence to shift to display of the ok prompt during Solaris operation, potentially causing data to be lost.
Page 130: Figure 6.5 Turning The Power On
CHAPTER 6 PRIMEPOWER400 Rackmount (10U) Server Figure 6.5 Turning the power on Press the POWER switch on the control panel of the PRIMEPOWER400 Rackmount (10U) Server. The POWER LEDs of the PRIMEPOWER Server and any peripheral devices connected via the RCI port should now light up.
Page 131: Turning The Power Off
6.3 Preparations for Use 6.3.5 Turning the power off The following describes how to turn the power off. Data Destruction CAUTION Before turning the power off, check the answer to each of the following points is "No", or data may be lost: Are there any currently executing programs? Are there any current users? Are ﬂoppy disks or tape cartridges still inserted in their drives?
Page 132: Figure 6.6 Turning The Power Off
CHAPTER 6 PRIMEPOWER400 Rackmount (10U) Server Figure 6.6 Turning the power off Turn the power switches of peripheral devices off after the PRIMEPOWER400 Rackmount (10U) Server power has turned off. 6.3.6 Installing the Enhanced Support Facility package Data Destruction CAUTION Install the "Enhanced Support Facility"...
Page 133: How To Enable/Disable The Break Signal
6.3 Preparations for Use 6.3.7 How to enable/disable the break signal Data Destruction CAUTION If improper commands are used at the ok prompt, data may be lost. If you need to use any command except those shown in this manual, you should fully understand the function and usage of the command before using it.
Page 134: Lan Expansion Note
CHAPTER 6 PRIMEPOWER400 Rackmount (10U) Server How to enable the break signal and STOP+A command Use the print-fw-options command to check the current setting values. If the no-break shown below is not displayed, the break signal and STOP+A command are already enabled. ok print-fw-options fw-options = no-break Use the clear-fw-options command to cancel the no-break setting.
Page 135: Expanding The Server Unit
6.4 Expanding the Server Unit 6.4 Expanding the Server Unit The following operations should be performed by a service engineer, and not by CAUTION the user. Otherwise, the product may malfunction. Mounting/removal of optional internal units The following optional items can be added to the PRIMEPOWER400 Rackmount (10U) Server: Power supply units CPU modules Memory modules...
Page 136: Figure 6.1 Primepower400 Rackmount (10U) Server
CHAPTER 6 PRIMEPOWER400 Rackmount (10U) Server SCF Board Connector DDC#2 DDC#0 DDC#3 DDC#1 CPU slot #0 CPU slot #1 DDC#7 DDC#6 CPU slot #2 CPU slot #3 Memory slot #14 Memory slot #15 Memory slot #12 Memory slot #13 Memory slot #10 Memory slot #11 Memory slot #08 Memory slot #09...
Page 137: Figure 6.8 Primepower400 Rackmount (10U) Pci Boards
6.4 Expanding the Server Unit PCI slot #10 PCI slot #9 PCI slot #8 PCI slot #7 PCI Board #1 PCI slot #6 PCI slot #5 PCI slot #4 PCI slot #3 PCI slot #2 PCI slot #1 PCI Board #2 Figure 6.8 PRIMEPOWER400 Rackmount (10U) PCI boards...
Page 138: Adding Power Supply Units
CHAPTER 6 PRIMEPOWER400 Rackmount (10U) Server 6.4.1 Adding power supply units IMPORTANT Adding an optional redundant power supply unit allows hot-swapping of the power supply units. Data Destruction CAUTION Data may be lost if hot-swapping of the power supply units is not performed correctly.
Page 139: Adding Cpu Modules
6.4 Expanding the Server Unit 6.4.2 Adding CPU modules A total of four CPU module slots are provided on the PRIMEPOWER400 Rackmount (10U) Systemboard. When adding CPU modules the following restrictions apply: Only SPARC64 GP processors can be used. To ensure they all operate at the same clock speed, have the same cache size and use the same CPU stepping, the model name must be identical for all CPUs.
Page 140: Adding Hard Disk Drives
CHAPTER 6 PRIMEPOWER400 Rackmount (10U) Server 6.4.4 Adding hard disk drives Disk drive conﬁguration Up to six hot-swappable UltraSCSI disk drives can be added to the PRIMEPOWER400 Rackmount (10U) Server. Each of the disk drive bays is provided with an ACTIVE LED and a FAULT LED. The ACTIVE LED lights up (green) when a hard disk drive is operating (reading or writing).
Page 141: Figure 6.9 Rear Of Primepower400 Rackmount (10U) Showing Position Of Pci Slots
6.4 Expanding the Server Unit 6.4.5 Adding PCI cards There are three types of PCI card: a PCI card designed to operate in 3.3V slots, a PCI card designed to operate in 5V slots, and a PCI (universal) card design to operate in both 3.3V and 5V slots. Though most PCI cards operate at a 33MHz clock, some cards operate at a 66MHz clock.
Page 143 PRIMEPOWER600 Pedestal Server This chapter gives an overview of the PRIMEPOWER600 Pedestal Server, names and functions of parts, preparations for use, and how to expand the server unit. CONTENTS Overview ..................Names and Functions of Parts .
Page 144: Figure 7.1 Primepower600 Pedestal Server
CHAPTER 7 PRIMEPOWER600 Pedestal Server 7.1 Overview The following describes the key features and appearance of the PRIMEPOWER600 Pedestal Server. Key Features The server unit can be conﬁgured with up to eight CPUs. Up to 32 gigabytes of memory can be mounted. Up to twelve PCI slots (4 x 33/66MHz + 8 x 33MHz) are provided.
Page 145: Figure 7.2 Front Of Primepower600 Pedestal Server
7.2 Names and Functions of Parts 7.2 Names and Functions of Parts This section describes the names and functions of parts on the front, control panel and rear of the PRIMEPOWER600 Pedestal Server. 7.2.1 Front side The names and functions of parts on the front of the PRIMEPOWER600 Pedestal Server are as follows. CD-ROM Unit (1) Control Panel 8mm Tape Unit or...
Page 146: Control Panel
CHAPTER 7 PRIMEPOWER600 Pedestal Server 7.2.2 Control panel The PRIMEPOWER600 Pedestal Server is provided with the control panel shown in Figure 7.3 . (4) LCD Panel (1) RESET Switch REQUEST RESET CHECK POWER (3) REQUEST Switch (5) POWER Switch SECURE MANUAL (2) MODE Switch AUTO...
Page 147: Table 7.1 Mode Switch Settings
7.2 Names and Functions of Parts Table 7.1 MODE Switch Settings MODE POWER RESET REQUEST Operation mode switch switch switch switch MANUAL Enabled Enabled Enabled The bootup sequence stops at an ok prompt after initial diagnostics are completed. Use this mode to enter commands and make settings from the ok prompt when performing maintenance on the server unit.
Page 148 CHAPTER 7 PRIMEPOWER600 Pedestal Server (6) CHECK LED IMPORTANT When the PRIMEPOWER600 Pedestal Server detects an error in the power line or abnormal temperatures, the CHECK LED blinks and the power is automatically turned off to prevent unit damage and ensure safety. The CHECK LED blinks or lights up when the PRIMEPOWER600 Pedestal Server detects an error.
Page 149: Figure 7.4 Rear Of Primepower600 Pedestal Server
7.2 Names and Functions of Parts 7.2.3 Rear side The names and functions of parts on the rear of the PRIMEPOWER600 Pedestal Server are as follows. (3) Base PCI slots (4) Expansion PCI slots (2) AC power inputs (1) AC power inputs (option) (11) 100Base-TX port (7) RCI port...
Page 150: Preparations For Use
CHAPTER 7 PRIMEPOWER600 Pedestal Server (8), (9) Serial ports (label : SERIAL A/B) Dsub-25 pin ports for connecting a console terminal when performing maintenance on the server unit using the RS-232C interface (10) Keyboard port (label : KB) 8-pin DIN port for connecting a keyboard cable (11) 100Base-TX port (label : LAN) RJ45 connector automatically recognizes at 10Mbps/100Mbps 7.3 Preparations for Use...
Page 151 7.3 Preparations for Use To prevent condensation in the PRIMEPOWER600 Pedestal Server, do not raise the ambient room temperature rapidly in winter. Use the PRIMEPOWER600 Pedestal Server only after it has warmed up sufﬁciently. Do not install the PRIMEPOWER600 Pedestal Server near EM noise generating devices such as photocopiers, air conditioners, or welders.
Page 152: Table 7.2 Installation Speciﬁcations Of The Primepower600 Pedestal Server
CHAPTER 7 PRIMEPOWER600 Pedestal Server 7.3.2 Installation speciﬁcations Table 7.2 and Table 7.3 show the installation speciﬁcations for the PRIMEPOWER600 Pedestal Server. Table 7.2 Installation Speciﬁcations of the PRIMEPOWER600 Pedestal Server (1/2) Item Specification Weight 130 kg (286.98 lb.) (max.) Power Supply Frequency 50/60 Hz (+2 ~ -4%)
Page 153: Table 7.3 Installation Speciﬁcations Of The Primepower600 Pedestal Server
7.3 Preparations for Use Table 7.3 Installation Speciﬁcations of the PRIMEPOWER600 Pedestal Server (2/2) Item Specification 480 (W) 819 (*1) (D) Unit Dimensions (19 in.) (32 in.) (units : mm) 650 (H) Unit Front Unit Side (26 in.) Service Areas (units : mm) (19 in.) Rear...
Page 154: Connecting The Console
CHAPTER 7 PRIMEPOWER600 Pedestal Server 7.3.3 Connecting the console A device such as a personal computer must be connected to the serial port to act as the console for a PRIMEPOWER600 Pedestal Server to which a display or keyboard is not connected. Pay attention to the following when connecting the console to the serial port on the PRIMEPOWER600 Pedestal Server.
Page 155: Figure 7.5 Turning The Power On
7.3 Preparations for Use Procedure Turn the AC main line power on. Turn the power switches of the console terminal and peripheral devices on. Figure 7.5 Turning the power on Press the POWER switch on the control panel of the PRIMEPOWER600 Pedestal Server. The POWER LEDs of the PRIMEPOWER Server and any peripheral devices connected via the RCI port should now light up.
Page 156: Turning The Power Off
CHAPTER 7 PRIMEPOWER600 Pedestal Server 7.3.5 Turning the power off The following describes how to turn the power off. Data Destruction CAUTION Before turning the power off, check the answer to each of the following points is "No", or data may be lost: Are there any currently executing programs? Are there any current users? Are ﬂoppy disks or tape cartridges still inserted in their drives?
Page 157: Figure 7.6 Turning The Power Off
7.3 Preparations for Use Figure 7.6 Turning the power off Turn the power switches of peripheral devices off after the PRIMEPOWER600 Pedestal Server power has turned off. 7.3.6 Installing the Enhanced Support Facility package Data Destruction CAUTION Install the "Enhanced Support Facility" before using the system. Without this package, a front panel-miss operation or hardware error may cause the system to shutdown or data to be lost.
Page 158: How To Enable/Disable The Break Signal
CHAPTER 7 PRIMEPOWER600 Pedestal Server 7.3.7 How to enable/disable the break signal Data Destruction CAUTION If improper commands are used at the ok prompt, data may be lost. If you need to use any command except those shown in this manual, you should fully understand the function and usage of the command before using it.
Page 159: Lan Expansion Note
7.3 Preparations for Use How to enable the break signal and STOP+A command Use the print-fw-options command to check the current setting values. If the no-break shown below is not displayed, the break signal and STOP+A command are already enabled. ok print-fw-options fw-options = no-break Use the clear-fw-options command to cancel the no-break setting.
Page 160: Expanding The Server Unit
CHAPTER 7 PRIMEPOWER600 Pedestal Server 7.4 Expanding the Server Unit The following operations should be performed by a service engineer, and not by CAUTION the user. Otherwise, the product may malfunction. Mounting/removal of optional internal units The following optional items can be added to the PRIMEPOWER600 Pedestal Server: Power supply units CPU modules Memory modules...
Page 161: Figure 7.7 Primepower600 Pedestal Server Systemboard
7.4 Expanding the Server Unit PCI Slot #6 PCI Slot #5 PCI Slot #4 PCI Slot #3 PCI Slot #2 PCI Slot #1 Memory Slots DDC#3 DDC#2 CPU Slot #0 CPU Slot #1 Memory Slots DDC#5 DDC#4 CPU Slot #2 CPU Slot #3 DDC#7 DDC#6...
Page 162: Figure 7.8 Primepower600 Pedestal Server Expansion Systemboard (Option)
CHAPTER 7 PRIMEPOWER600 Pedestal Server PCI SLOT #6 PCI SLOT #5 PCI SLOT #4 PCI SLOT #3 PCI SLOT #2 PCI SLOT #1 Memory Slots DDC#1 DDC#0 Memory Slots DDC#3 DDC#2 CPU Slot #0 CPU Slot #1 DDC#5 DDC#4 CPU Slot #2 CPU Slot #3 ( Board 01 - All Numbers : 01#n ) Figure 7.8...
Page 163: Table 4.4 Allowed Cpu Module Conﬁgurations
7.4 Expanding the Server Unit Power supply units (FEP) installed on the PRIMEPOWER600 Pedestal Server are hot-swappable. To enable hot-swapping, use the tools (machine administration) contained in the "Enhanced Support Facility" to perform hot-swapping. For details on how to swap power supply units, refer to the "Machine Administration Instructions" included with the "Enhanced Support Facility".
Page 164: Adding Hard Disk Drives
CHAPTER 7 PRIMEPOWER600 Pedestal Server IMPORTANT The Expansion Systemboard must be ﬁrst installed before the seventeenth and further memory modules can be added. When adding memory modules the following restrictions apply. IMPORTANT Operation for conﬁguration other than those described below cannot be guaranteed. Each sequential group of 4 memory slots (#0-3, #4-7, #8-11, #12-15) must be either left empty or completely ﬁlled with 4 identical memory modules.
Page 165: Table 7.5 Pci Slot Speciﬁcations
7.4 Expanding the Server Unit 7.4.5 Adding PCI cards IMPORTANT The Expansion Systemboard must be ﬁrst installed before the seventh and further PCI slots can be added. There are three types of PCI card: a PCI card designed to operate in 3.3V slots, a PCI card designed to operate in 5V slots, and a PCI (universal) card design to operate in both 3.3V and 5V slots.
Page 166: Figure 7.9 Rear Of Primepower600 Pedestal Server Showing Position Of Pci Slots
CHAPTER 7 PRIMEPOWER600 Pedestal Server Base PCI slots Expansion PCI slots (option) PCI slot 00#6 PCI slot 01#6 PCI slot 00#5 PCI slot 01#5 PCI slot 01#4 PCI slot 00#4 PCI slot 00#3 PCI slot 01#3 PCI slot 01#2 PCI slot 00#2 PCI slot 00#1 PCI slot 01#1 Figure 7.9...
Page 167 PRIMEPOWER600 Rackmount (10U) Server This chapter gives an overview of the PRIMEPOWER600 Rackmount (10U) Server, names and functions of parts, preparations for use, and how to expand the server unit. CONTENTS Overview ..................Names and Functions of Parts .
Page 168: Overview
CHAPTER 8 PRIMEPOWER600 Rackmount (10U) Server 8.1 Overview The following describes the key features and appearance of the PRIMEPOWER600 Rackmount (10U) Server. Key Features The server unit can be conﬁgured with up to eight CPUs. Up to 32 gigabytes of memory can be mounted. Up to 12 PCI slots (4 x 33/66MHz + 8 x 33MHz) are provided.
Page 169: Figure 8.2 Front Of Primepower600 Rackmount (10U) Server
8.2 Names and Functions of Parts 8.2 Names and Functions of Parts This section describes the names and functions of parts on the front, control panel and rear of the PRIMEPOWER600 Rackmount (10U) Server. 8.2.1 Front side The names and functions of parts on the front of the PRIMEPOWER600 Rackmount (10U) Server are as follows. CD-ROM Unit (1) Control Panel 8mm Tape Unit,...
Page 170: Figure 8.3 Control Panel
CHAPTER 8 PRIMEPOWER600 Rackmount (10U) Server 8.2.2 Control panel The PRIMEPOWER600 Rackmount (10U) is provided with the control panel shown in Figure 8.3 . (4) LCD Panel (1) RESET Switch REQUEST RESET CHECK POWER (3) REQUEST Switch (5) POWER Switch MANUAL SECURE (2) MODE Switch...
Page 171: Table 8.1 Mode Switch Settings
8.2 Names and Functions of Parts Table 8.1 MODE Switch Settings MODE POWER RESET REQUEST Operation mode switch switch switch switch MANUAL Enabled Enabled Enabled The bootup sequence stops at an ok prompt after initial diagnostics are completed. Use this mode to enter commands and make settings from the ok prompt when performing maintenance on the server unit.
Page 172: Figure 8.4 Rear Of Primepower600 Rackmount (10U) Server
CHAPTER 8 PRIMEPOWER600 Rackmount (10U) Server (6) CHECK LED IMPORTANT When the PRIMEPOWER600 Rackmount (10U) Server detects an error in the power line or abnormal temperatures, the CHECK LED blinks and the power is automatically turned off to prevent unit damage and ensure safety. The CHECK LED blinks or lights up when the PRIMEPOWER600 Rack mount (10U) Server detects an error.
Page 173 8.2 Names and Functions of Parts (1), (2) AC power inputs Connect the power cables to these points. Both AC power cords must be plugged into the same power grid / circuit. (3) Base PCI slots, (4) Expansion PCI slots (option) PCI slots conform to the PCI local bus speciﬁcation (Rev.
Page 174: Preparations For Use
CHAPTER 8 PRIMEPOWER600 Rackmount (10U) Server 8.3 Preparations for Use This section describes the following: Installation notes and speciﬁcations Connecting the console Turning power on and off Installing the Enhanced Support Facility package Enabling/disabling the break signal LAN expansion note 8.3.1 Installation notes Unit Damage...
Page 175 8.3 Preparations for Use – Be careful of injuries during installation of the PRIMEPOWER600 Rackmount (10U) Server into the rack. – Do not install the PRIMEPOWER600 Rackmount (10U) Server into a rack if the server unit may make the entire rack unstable. –...
Page 176: Table 8.2 Installation Speciﬁcations Of The Primepower600 Rackmount (10U) Server
CHAPTER 8 PRIMEPOWER600 Rackmount (10U) Server Take electrostatic prevention measures. Note that some carpets generate static electricity easily and can cause the PRIMEPOWER600 Rackmount (10U) Server to malfunction. When moving the PRIMEPOWER600 Rackmount (10U) Server, do not pull on the front cover. Otherwise, the Server may be damaged.
Page 177: Table 8.3 Installation Speciﬁcations Of The Primepower600 Rackmount (10U) Server
8.3 Preparations for Use Table 8.3 Installation Speciﬁcations of the PRIMEPOWER600 Rackmount (10U) Server (2/2) Item Specification 445 (*1) (W) 778 (*1) (D) Unit Dimensions (18 in.) (31 in.) (units : mm) 440 (H) Unit Front Unit Side (17 in.) Service Areas (units : mm) 650 (*2)
Page 178: Figure 8.5 Turning The Power On
CHAPTER 8 PRIMEPOWER600 Rackmount (10U) Server 8.3.4 Turning the power on The following describes how to turn the power on. Data Destruction CAUTION Do not turn the console terminal (device connected to the serial port) on after turning the PRIMEPOWER Server on. When the MODE switch is set to AUTO or MANUAL, a break signal may cause the bootup sequence to shift to display of the ok prompt during Solaris operation potentially causing data to be lost.
Page 179: Turning The Power Off
8.3 Preparations for Use Press the POWER switch on the control panel of the PRIMEPOWER600 Rackmount (10U) Server. The POWER LEDs of the PRIMEPOWER Server and any peripheral devices connected via the RCI port should now light up. Note: Operation of the POWER switch is disabled when the MODE switch is set to SECURE. A keyboard power-on function is not supported.
Page 180: Figure 8.6 Turning The Power Off
CHAPTER 8 PRIMEPOWER600 Rackmount (10U) Server Turn the power switches of peripheral devices off after the PRIMEPOWER600 Rackmount (10U) Server power is turned off. Figure 8.6 Turning the power off 8.3.6 Installing the Enhanced Support Facility package Data Destruction CAUTION Install the "Enhanced Support Facility"...
Page 181: How To Enable/Disable The Break Signal
8.3 Preparations for Use 8.3.7 How to enable/disable the break signal Data Destruction CAUTION If improper commands are used at the ok prompt, data may be lost. If you need to use any command except those shown in this manual, you should fully understand the function and usage of the command before using it.
Page 182: Lan Expansion Note
CHAPTER 8 PRIMEPOWER600 Rackmount (10U) Server How to enable the break signal and STOP+A command Use the print-fw-options command to check the current setting values. If the no-break shown below is not lost, the break signal and STOP+A command are already enabled. ok print-fw-options fw-options = no-break Use the clear-fw-options command to cancel the no-break setting.
Page 183: Expanding The Server Unit
8.4 Expanding the Server Unit 8.4 Expanding the Server Unit The following operations should be performed by a service engineer, and not by CAUTION the user. Otherwise, the product may malfunction. Mounting/removal of optional internal units The following optional items can be added to the PRIMEPOWER600 Rackmount (10U) Server. Power supply units CPU modules Memory modules...
Page 184: Figure 8.1 Primepower600 Rackmount (10U) Server
CHAPTER 8 PRIMEPOWER600 Rackmount (10U) Server PCI Slot #6 PCI Slot #5 PCI Slot #4 PCI Slot #3 PCI Slot #2 PCI Slot #1 Memory Slots DDC#3 DDC#2 CPU Slot #0 CPU Slot #1 Memory Slots DDC#5 DDC#4 CPU Slot #2 CPU Slot #3 DDC#7 DDC#6...
Page 185: Figure 8.8 Primepower600 Rackmount (10U) Expansion Systemboard (Option)
8.4 Expanding the Server Unit PCI SLOT #6 PCI SLOT #5 PCI SLOT #4 PCI SLOT #3 PCI SLOT #2 PCI SLOT #1 Memory Slots DDC#1 DDC#0 Memory Slots DDC#3 DDC#2 CPU Slot #0 CPU Slot #1 DDC#5 DDC#4 CPU Slot #2 CPU Slot #3 ( Board 01 - All Numbers : 01#n ) Figure 8.8...
Page 186: Adding Power Supply Units
CHAPTER 8 PRIMEPOWER600 Rackmount (10U) Server 8.4.1 Adding power supply units IMPORTANT Adding an optional redundant power supply unit allows hot-swapping of the power supply units. Unit Damage CAUTION The unit may malfunction if hot-swapping of the power supply units is not performed correctly.
Page 187: Table 8.4 Allowed Cpu Module Conﬁgurations
8.4 Expanding the Server Unit Table 8.4 Allowed CPU Module Conﬁgurations CPU slot # No. of No. of DDCs to be added CPUs DDCs (incremental) DDC 00#0, DDC 00#1 DDC 00#4, DDC 00#5 DDC 00#2, DDC 00#3 DDC 00#6, DDC 00#7 DDC 01#0, DDC 01#1 DDC 01#4, DDC 01#5 DDC 01#2, DDC 01#3...
Page 188: Adding Memory Modules
CHAPTER 8 PRIMEPOWER600 Rackmount (10U) Server 8.4.3 Adding memory modules A total of 32 memory module slots are provided on the PRIMEPOWER600 Rackmount (10U) Systemboard. IMPORTANT The Expansion Systemboard must be ﬁrst installed before the seventeenth and further memory modules can be added. When adding memory modules the following restrictions apply.
Page 189 8.4 Expanding the Server Unit IMPORTANT To utilize the hot-swapping functions of the hard disk drive, use the option software (SynﬁnityDISK) to perform mirroring.
Page 190: Table 8.5 Pci Slot Speciﬁcations
CHAPTER 8 PRIMEPOWER600 Rackmount (10U) Server 8.4.5 Adding PCI cards IMPORTANT The Expansion Systemboard must be ﬁrst installed before the seventh and further PCI slots can be added. There are three types of PCI card: a PCI card designed to operate in 3.3V slots, a PCI card designed to operate in 5V slots, and a PCI (universal) card design to operate in both 3.3V and 5V slots.
Page 191: Figure 8.9 Rear View Of Primepower600 Rackmount (10U) Showing Position Of Pci Slots
8.4 Expanding the Server Unit Base PCI slots Expansion PCI slots (option) PCI slot 00#6 PCI slot 01#6 PCI slot 00#5 PCI slot 01#5 PCI slot 01#4 PCI slot 00#4 PCI slot 00#3 PCI slot 01#3 PCI slot 01#2 PCI slot 00#2 PCI slot 00#1 PCI slot 01#1 Figure 8.9...
Page 193 Expansion Disk Cabinet This chapter gives an overview of the Expansion Disk Cabinet, names and functions of parts, installation, disk drive conﬁguration, and hot-swapping of redundant components. CONTENTS Overview ..................Names and Functions of Parts .
Page 194: Overview
CHAPTER 9 Expansion Disk Cabinet 9.1 Overview Two 40MB/s UltraSCSI (Differential) buses are supported. Up to ﬁve hard disk drives can be installed per UltraSCSI bus, for up to ten hard disk drives can be per Expansion Disk Cabinet. Hard disk drives are hot-swappable.
Page 195: Front Side
9.2 Names and Functions of Parts 9.2.1 Front side The names and functions of parts on the front of the Expansion Disk Cabinet are as follows. (1) Panel Cover CHECK LED (Amber) (2) Status Indicators POWER LED (Green) Lock Front Bezel (3) Stabilizing feet Figure 9.1 Front of Expansion Disk Cabinet...
Page 196 CHAPTER 9 Expansion Disk Cabinet (1) Panel cover The panel cover can be opened to its right after being unlocked. (2) Status Indicator LEDs The POWER LED indicates that the power to the Expansion Disk Cabinet is on. If an error occurs inside the Expansion Disk Cabinet, the CHECK LED lights as shown in Table 9.1 . Table 9.1 CHECK LED Indicator Status...
Page 197: Rear Side
9.2 Names and Functions of Parts 9.2.2 Rear side The names and functions of parts on the rear of the Expansion Disk Cabinet are as follows. SCSI OUT (Expansion) SCSI IN (Expansion) (1) SCSI connectors SCSI OUT (Base) SCSI IN (Base) (2) RCI connector Empty Bay for a Redundant...
Page 198 CHAPTER 9 Expansion Disk Cabinet (2) RCI connector Use the RCI cable provided with the Expansion Disk Cabinet to connect it to the PRIMEPOWER Server. The RCI splitter/connector should be used to attach the RCI cable. A terminator must also be connected. The appropriate RCI commands must be issued to add/set-up an Expansion Disk Cabinet.
Page 199: Preparations For Use
9.3 Preparations for Use 9.3 Preparations for Use This section describes the following: Installation notes Installation speciﬁcations 9.3.1 Installation notes Unit Damage CAUTION If the following notes are not observed the Expansion Disk Cabinet may be damaged. Be sure to follow these notes. Do not block the ventilation holes.
Page 200: Table 9.2 Installation Speciﬁcations Of The Expansion Disk Cabinet
CHAPTER 9 Expansion Disk Cabinet 9.3.2 Installation speciﬁcations Table 9.2 and Table 9.3 show the installation speciﬁcations for the Expansion Disk Cabinet. Table 9.2 Installation Speciﬁcations of the Expansion Disk Cabinet (1/2) Item Specification Weight 38 kg (83.78 lb.) (max.) Power Supply Frequency 50/60 Hz (+2 ~ -4%)
Page 201 9.3 Preparations for Use Table 9.3 Installation Speciﬁcations of the Expansion Disk Cabinet (2/2) Item Specification Unit Dimensions 230 (W) 630 (D) (units : mm) (9 in.) (25 in.) 700 (H) Unit Front Unit Side (28 in.) 478 (*1) (19 in.) 677 (*2) (27 in.) Service Areas (units : mm)
Page 202: Figure 9.3 Full Disk Drive Conﬁguration Of Expansion Disk Cabinet
CHAPTER 9 Expansion Disk Cabinet 9.4 Disk Drive Conﬁguration Up to ten hot-swappable UltraSCSI disk drives can be built into the Expansion Disk Cabinet. The disk drive cages shown in Figure 9.3 can be accessed by removing the front bezel. The base disk cage (bays #1 to #5) and the expansion disk cage (bays #1 to #5) are connected to the PRIMEPOWER Server by separate SCSI buses.
Page 203: Hot-Swapping Redundant Components
9.5 Hot-swapping Redundant Components 9.5 Hot-swapping Redundant Components This section describes hot-swapping of redundant components. 9.5.1 Power supply units Unit Damage CAUTION The unit may be damaged if hot-swapping of power supply units is not performed correctly. Contact the service engineer if a power supply unit must be hot-swapped.
Page 204: Hard Disk Drives
CHAPTER 9 Expansion Disk Cabinet 9.5.2 Hard disk drives Data Destruction CAUTION Data may be lost if hot-swapping of hard disk drives is not performed correctly. Contact the service engineer if a hard disk drive must be hot-swapped. IMPORTANT To utilize the hot-swapping functions of the hard disk drive, use the option software (SynﬁnityDISK) to perform mirroring.
Page 205 Expansion File Unit Type-2 This chapter gives an overview of the Expansion File Unit Type-2, names and functions of parts, installation, conﬁguration of the disk drives, and hot-swapping of redundant components. CONTENTS 10.1 Overview ..................10.2 Names and Functions of Parts .
Page 206: Overview
CHAPTER 10 Expansion File Unit Type-2 10.1 Overview The following describes the key features of the Expansion File Unit Type-2 Two 40MB/s UltraSCSI (Differential) buses are supported. In the base conﬁguration, up to ﬁve hard disk drives can be mounted. Adding a File Unit Expansion Kit enables up to ten disk drives to be mounted.
Page 207: Rear Side
10.2 Names and Functions of Parts (1) POWER LED The POWER LED indicates that power to the Expansion File Unit Type-2 is on. (2) CHECK LED The CHECK LED when an error occurs in the Expansion File Unit Type-2, as shown in Table 10.1 . Table 10.1 CHECK LED Status...
Page 208: Preparations For Use
CHAPTER 10 Expansion File Unit Type-2 10.3 Preparations for Use This section describes the following: Installation notes Installation speciﬁcations 10.3.1 Installation notes Unit Damage CAUTION If the following notes are not observed the Expansion File Unit Type-2 may be damaged.
Page 209 10.3 Preparations for Use – Conﬁrm that the current rating of the power strip or service outlet exceeds the combined ratings of all equipment it is supplying. – Electrical ratings of this unit: Rated 100 to 240VAC, 3.0 to 1.5A, 50/60Hz, single-phase Reliable earthing of rack-mounted equipment should be maintained.
Page 210: Disk Drive Conﬁgurations
CHAPTER 10 Expansion File Unit Type-2 10.3.2 Installation speciﬁcations Table 10.2 shows the installation speciﬁcations of the Expansion File Unit Type-2. Table 10.2 Installation Speciﬁcation of Expansion File Unit Type-2 Item Specification Weight 30 kg (66.14 lb.) (max.) Power Supply Frequency 50/60 Hz (+2 ~ -4%) Single phase...
Page 211: Figure 10.4 Disk Drive + Tape Drive Conﬁguration Of Expansion File Unit Type-2
10.5 Hot-swapping Redundant Components ACTIVE LED (Green) FAULT LED (Amber) File Unit Expansion Kit Base SCSI Unit Figure 10.3 Full Disk Drive Conﬁguration of Expansion File Unit Type-2 ACTIVE LED (Green) FAULT LED (Amber) Base SCSI Unit Expansion Tape Unit Figure 10.4 Disk Drive + Tape Drive Conﬁguration of Expansion File Unit Type-2 10.5 Hot-swapping Redundant Components...
Page 212: Hard Disk Drives
CHAPTER 10 Expansion File Unit Type-2 IMPORTANT Adding an optional redundant power supply unit allows hot-swapping of the power supply units. Power supply units installed on the Expansion File Unit Type-2 are hot-swappable. To enable hot-swapping, use the tools (machine administration) contained in the "Enhanced Support Facility" to perform hot-swapping. For details on how to swap power supply units, refer to the "Machine Administration Instructions"...
Page 213 Internal I/O Units This chapter gives an overview of how to handle the various internal I/O units. CONTENTS 11.1 Hard Disk Drives ................11.2 CD-ROM Drive .
Page 214: Hard Disk Drives
CHAPTER 11 Internal I/O Units 11.1 Hard Disk Drives This section describes the following items: SCSI ID Handling precautions Formatting hard disk drives Backup up data Hot-swapping hard disk drives 11.1.1 SCSI ID The SCSI ID of hard disk drives is automatically determined by where the disk is mounted in the disk drive conﬁguration.
Page 215: Backing Up Data
11.1 Hard Disk Drives 11.1.4 Backing up data The hard disk drives used in the PRIMEPOWER are highly reliable. Even so, accidents can still cause disk drives to malfunction. If a disk drive malfunctions, the recorded data either will not be recoverable, or may take an extremely long time to recover.
Page 216: Figure 11.1 Front Panel Cd-Rom Drive
CHAPTER 11 Internal I/O Units 11.2 CD-ROM Drive This section describes the following items: Names and functions of parts CD-ROM discs CD-ROM disc handling precautions Inserting a CD-ROM disc Ejecting a CD-ROM disc 11.2.1 Names and functions of parts The following describes the names and functions of parts of the CD-ROM drive.
Page 217: Cd-Rom Discs
11.2 CD-ROM Drive 11.2.2 CD-ROM discs Only CD-ROM discs with the mark shown in Figure 11.2 can be used in this CD-ROM drive. Figure 11.2 CD-ROM Disc Mark 11.2.3 CD-ROM disc handling precautions Do not scratch the surface of a CD-ROM disc. Pay special attention when CAUTION removing a CD-ROM disc from its case.
Page 218: Inserting A Cd-Rom Disc
CHAPTER 11 Internal I/O Units 11.2.4 Inserting a CD-ROM disc With the PRIMEPOWER’s POWER LED lit, check that the BUSY LED on the front panel of the CD-ROM drive is out. Press the Eject button. The tray of the CD-ROM drive comes out. Place the CD-ROM disc on the tray.
Page 219: Figure 11.3 Front Panel Of Dds3 Dat Drive
11.3 DAT Drive (DDS3) 11.3 DAT Drive (DDS3) Note: DDS3 DAT drive can be installed in the Expansion File Unit Type-2. This section describes the following items: Names and functions of parts SCSI ID OS settings Data cartridges Data cartridge handling precautions Write-protecting data cartridges Loading data cartridges...
Page 220: Scsi Id
CHAPTER 11 Internal I/O Units Table 11.1 DDS3 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 are (1/2sec interval) running. Blinking Accessing tape ( Read / Write ) (1/4sec interval)
Page 221: Os Settings
11.3 DAT Drive (DDS3) 11.3.3 OS settings Before using a DDS3 DAT drive, the /kernel/drv/st.conf ﬁle must be modiﬁed, 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 C1537A", "HP DDS3 4mm DAT", "HP_data2";...
Page 222: Data Cartridges
CHAPTER 11 Internal I/O Units 11.3.4 Data cartridges Use the data cartridges shown in Table 11.2 in this unit. Unit Damage/Data Destruction CAUTION Use only the recommended data cartridges. Use of a non-recommended data cartridge may cause the DAT drive to malfunction. Table 11.2 DDS3 DAT Data cartridges Part Name...
Page 223: Data Cartridge Handling Precautions
11.3 DAT Drive (DDS3) 11.3.5 Data cartridge handling precautions Unit Damage/Data Destruction CAUTION Note the following points when handling data cartridges. Otherwise, the unit may be damaged or data may be lost. Avoid using or storing data cartridges in the following environments and locations: –...
Page 224: Write-Protecting A Data Cartridge
CHAPTER 11 Internal I/O Units 11.3.6 Write-protecting a data cartridge Data cartridges have a write-protection tab to protect important data from being overwritten by mistake. Write-protection Tab Read Only Write Enabled Figure 11.4 DAT Data Cartridge Write-protection Tab 11.3.7 Loading a data cartridge Check that the Tape LED and Clean LED are both out.
Page 225: Cleaning The Tape Heads
11.3 DAT Drive (DDS3) 11.3.9 Cleaning the tape heads The following describes daily care, the cleaning cartridge and how to clean the tape heads. Daily care Unit Damage/Data Destruction CAUTION 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.
Page 226: Figure 11.5 Front Panel Of Dds4 Dat Drive
CHAPTER 11 Internal I/O Units 11.4 DAT Drive (DDS4) Note: DDS4 DAT drive can not be installed in the Expansion File Unit Type-2. This section describes the following items: Names and functions of parts SCSI ID OS settings Data cartridges Data cartridge handling precautions Write-protecting data cartridges...
Page 227: Scsi Id
11.4 DAT Drive (DDS4) Table 11.4 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 are (1/2sec interval) running. Blinking Accessing tape ( Read / Write ) (1/4sec interval) (any) Drive has malfunctioned.
Page 228: Os Settings
CHAPTER 11 Internal I/O Units 11.4.3 OS settings 11.4.3.1 PRIMEPOWER200 Non-Pedestal Servers Before using a DDS4 DAT drive, the /kernel/drv/st.conf ﬁle must be modiﬁed, 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...
Page 229: Primepower200 Pedestal Servers
11.4 DAT Drive (DDS4) 11.4.3.2 PRIMEPOWER200 Pedestal Servers Before using a DDS4 DAT drive, the /kernel/drv/st.conf ﬁle must be modiﬁed, and a /kernel/drv/glm.conf ﬁle created, 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...
Page 230 CHAPTER 11 Internal I/O Units Conﬁrm the transfer rate (checking the glm.conf settings) Use the "prtconf -v" command to check the value of the "target5-sync-speed" setting. In the following example this is: 0x4e20(KB/sec) = 20000(KB/sec) = 20(MB/sec), conﬁrming that the DDS4 is working at fast20 (Ultra SCSI) speed.
Page 231: Data Cartridges
11.4 DAT Drive (DDS4) 11.4.4 Data cartridges Use the data cartridges shown in Table 11.5 in this unit. Unit Damage/Data Destruction CAUTION Use only the recommended data cartridges. Use of a non-recommended data cartridge may cause the DAT drive to malfunction. Table 11.5 DDS4 DAT Data cartridges Part Name...
Page 232: Data Cartridge Handling Precautions
CHAPTER 11 Internal I/O Units 11.4.5 Data cartridge handling precautions Unit Damage/Data Destruction CAUTION Note the following points when handling data cartridges. Otherwise, the unit may be damaged or data may be lost. Avoid using or storing data cartridges in the following environments and locations: –...
Page 233: Write-Protecting A Data Cartridge
11.4 DAT Drive (DDS4) 11.4.6 Write-protecting a data cartridge Data cartridges have a write-protection tab to protect important data from being overwritten by mistake. Write-protection Tab Read Only Write Enabled Figure 11.6 DAT Data Cartridge Write-protection Tab 11.4.7 Loading a data cartridge Check that the Tape LED and Clean LED are both out.
Page 234: Cleaning The Tape Heads
CHAPTER 11 Internal I/O Units 11.4.9 Cleaning the tape heads The following describes daily care, the cleaning cartridge and how to clean the tape heads. Daily care Unit Damage/Data Destruction CAUTION 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.
Page 235: Figure 11.7 Front Panel Of 8Mm Tape Drive
11.5 8mm Tape Drive 11.5 8mm Tape Drive This section describes the following items: Names and function of parts SCSI ID OS settings Data cartridges Data cartridge handling precautions Write-protecting data cartridges Loading data cartridges Ejecting data cartridges Cleaning the tape heads 11.5.1 Names and function of parts...
Page 236: Scsi Id
CHAPTER 11 Internal I/O Units Table 11.7 8mm Tape Unit LED States Warning Access Ready Tape Drive Status Performing start-up diagnostics Fast Blink (any) Dark Diagnostic error has occurred Dark (any) Dark Data cartridge is not loaded Dark (any) Data cartridge is loaded and idle Dark (any) Slow Blink...
Page 237 11.5 8mm Tape Drive tape-config-list = "EXABYTE EXB-8505", "Exabyte 8mm EXB-8505", "EXBT-8SC"; EXBT-8SC = 1,0x35,0,0xce39,2,0x15,0x8c,1; IMPORTANT If another tape-conﬁg-list has already been deﬁned, use a "," as a separator and add the new lines the ﬁle as shown in the following example. Tape-config-list = "HP C1537A", "HP DDS3 4mm DAT", "HP_data2",...
Page 238: Data Cartridges
CHAPTER 11 Internal I/O Units 11.5.4 Data cartridges Use the following data cartridges in this drive. Unit Damage/Data Destruction CAUTION Use only the recommended data cartridges. Use of a non-recommended data cartridge may cause the 8mm tape drive to malfunction. Table 11.10 8mm Data Cartridges Part Name...
Page 239: Write-Protecting A Data Cartridge
11.5 8mm Tape Drive Do not force data cartridges into the 8mm tape drive. If the ambient temperature or humidity changes rapidly, wait for the data cartridge to adapt to the new conditions (at least one hour) before inserting it in the 8mm tape drive.
Page 240: Ejecting A Data Cartridge
CHAPTER 11 Internal I/O Units 11.5.8 Ejecting a data cartridge Check that the Access LED is not blinking (the 8mm tape drive is not operating). Press the Eject button. The tape is rewound and unloaded. The Ready LED will blink during this operation. When the tape has ﬁnished being rewound, the data cartridge is automatically ejected.
Page 241: Table 11.11 8Mm Cleaning Cartridge
11.5 8mm Tape Drive Cleaning cartridge Use the following cleaning cartridge in this unit. Table 11.11 8mm Cleaning Cartridge Part Name Supplier Qty. HS-8/CL(D) Maxell 1 tape Other 8mm cleaning cartridges or equivalents should not be used in the 8mm tape drive. The 8mm tape drive will automatically eject other types of cleaning cartridge, without cleaning the tape heads.
Page 242: Figure 11.9 Appearance Of Cleaning Cartridge
CHAPTER 11 Internal I/O Units Figure 11.9 shows the appearance of the cleaning cartridge. Cleaning Record Sheet Figure 11.9 Appearance of Cleaning Cartridge Cleaning the tape heads When a cleaning cartridge is inserted into the 8mm tape drive in the same way as a data cartridge, head cleaning will start automatically.
Page 243: Figure 11.10 Front Panel Of Dlt Tape Drive
11.6 DLT Tape Drive 11.6 DLT Tape Drive Note: DLT drive can be installed in the PRIMEPOWER400 Rackmount (10U) Server, PRIMEPOWER400 Pedestal Server and PRIMEPOWER600 Server. The following section describes the following: Names and functions of parts SCSI ID OS settings Data cartridges Data cartridge handling precautions...
Page 244 CHAPTER 11 Internal I/O Units Left Side Controls Right Side Controls 2.6 LED (Amber) Write Protect LED (Orange) 6.0 LED (Amber) Tape in Use LED (Amber) 10.0/15.0 LED (Amber) Use Cleaning Tape LED (Amber) 20.0 LED (Amber) Operate Handle LED (Green) 35.0 LED (Amber)
Page 245: Scsi Id
11.6 DLT Tape Drive LED / Button Name State (Color) Description Note 2.6 LED (Dark) (Not currently used) 6.0 LED 10.0/15.0 LED 20.0 LED Lit (Amber) Record density of the loaded tape. (See example below) 35.0 LED Blinking (Amber) Recording density to be used to write data Set using the Select Button.
Page 246: Os Settings
CHAPTER 11 Internal I/O Units 11.6.3 OS settings Before using a DLT tape drive, the /kernel/drv/st.conf ﬁle must be modiﬁed, 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 = "QUANTUM DLT7000","QUANTUM DLT7000","DLT7k-data";...
Page 247: Data Cartridge
11.6 DLT Tape Drive 11.6.4 Data cartridge Use the data cartridge shown in Table 11.12 in this unit. Unit Damage/Data Destruction CAUTION Use only the recommended data cartridges. Use of a non-recommended data cartridge may cause the DLT drive to malfunction. Table 11.12 DLT Data Cartridges Part Name...
Page 248: Data Cartridge Handling Precautions
CHAPTER 11 Internal I/O Units 11.6.5 Data cartridge handling precautions Unit Damage/Data Destruction CAUTION Note the following points when handling data cartridges. Otherwise, the unit may be damaged or data may be lost. Avoid using or storing data cartridges in the following environments and locations: –...
Page 249: Figure 11.11 Data Cartridge Write-Protection Tab
11.6 DLT Tape Drive 11.6.6 Write-protecting a data cartridge Data cartridges have a write-protection tab to protect important data from being overwritten by mistake. Orange indicator Write-protection Tab Write Enable Read only Figure 11.11 Data Cartridge Write-protection Tab 11.6.7 Loading a data cartridge The following describes how to load data cartridges.
Page 250: Ejecting A Data Cartridge
CHAPTER 11 Internal I/O Units Lower the cartridge handle. The Operate Handle LED goes out, and the Tape in Use LED starts to blink. When the Tape in Use LED (amber) stops blinking and lights up, this indicates that the tape has been mounted. 11.6.8 Ejecting a data cartridge The following describes how to eject data cartridges.
Page 251: Cleaning The Tape Heads
11.6 DLT Tape Drive After lifting up the cartridge handle wait at least two seconds before removing the data cartridge. If you remove the data cartridge immediately after lifting up the handle, the CAUTION leading section of the tape may be damaged. Lower the cartridge handle.
Page 252 CHAPTER 11 Internal I/O Units The tape heads must be cleaned: Before you insert a brand new data cartridge. When the Use Cleaning tape LED (amber) at the right of the front panel lights up or starts blinking. If a cleaning instruction message is output on the console.
Page 253: Table 11.13 Dlt Cleaning Cartridge
11.6 DLT Tape Drive Cleaning cartridge Table 11.13 DLT Cleaning Cartridge Part Name Supplier Qty. DLT Cleaning Tape III Maxell 1 tape Cleaning the tape heads Make sure that Operate Handle LED (green) is lit before raising the cartridge handle. Insert the cleaning cartridge.
Page 255 RCI Commands CONTENTS 12.1 Overview ..................12.2 RCI Commands .
Page 256: Overview
CHAPTER 12 RCI Commands 12.1 Overview By connecting I/O units to the PRIMEPOWER via the remote server unit interface (RCI), power supply to the I/O units can be slaved to the PRIMEPOWER Server power supply. The RCI also notiﬁes the PRIMEPOWER Server of any errors that occur in I/O units.
Page 257 12.2 RCI Commands Example of how to use commands Set the MODE switch on the PRIMEPOWER Server to MANUAL and connect the RCI cable. Then turn the power on and enter the following commands from the ok prompt. To initially connect units, enter the following commands: ok rci-conﬁg 1 1 ok rci-conﬁgio-init To add I/O units later on, enter the following command:...
Page 259 Troubleshooting CONTENTS 13.1 Overview ..................13.2 Checking Errors from the ok Prompt .
Page 260: Overview
CHAPTER 13 Troubleshooting 13.1 Overview How to isolate system trouble when it occurs varies according to the conditions in which the units were operating and the type of trouble. The LCD panel shows any hardware error messages found during POST diagnostics or hardware errors detected by the SCF while the system is running.
Page 261: Lcd Initial Diagnostics Sequence
13.3 LCD Initial Diagnostics Sequence 13.3 LCD Initial Diagnostics Sequence LCD panel sequence Figure 13.1 shows the major messages that are displayed on the LCD panel during the PRIMEPOWER start-up process. These messages will appear in the order indicated. SCF:initial I/O Power on diagnostic alarm POST:Executing#...
Page 262: Scf Error Messages
CHAPTER 13 Troubleshooting 13.4 SCF Error Messages The following table shows the messages that most commonly appear on the LCD panel when the SCF System detects an error. Messages other than those shown may sometime be displayed. SCF power supply unit conﬁguration errors The messages shown in Table 13.2 are displayed if there is a problem in the power supply unit conﬁguration.
Page 263: Table 13.4 Cpu Monitor Error Massages
13.4 SCF Error Messages Power supply unit, fans, environmental monitoring The messages shown in Table 13.3 are displayed if an error is detected in the power supply units, fans or temperature while the system is running. Table 13.3 Power Supply Unit, Fans, and Environmental Error Messages Message Message Cause...
Page 264: Table 13.6 Other Error Massages
CHAPTER 13 Troubleshooting Lithium battery The messages shown in Table 13.5 are displayed when the voltage of the lithium battery has dropped. Also, an alarm message notifying initialization of the calendar information will be displayed when the power is turned on after replacing the lithium battery. If these messages are not cleared after replacing the lithium battery, a poor battery cable connection is the probable cause.
Page 265: Post Error Messages
13.5 Post Error Messages 13.5 Post Error Messages Table 13.7 shows the names of typical components that are displayed on the LCD panel when POST detects an error. Table 13.7 Post Error Messages Message (2nd line) Location of Error Part to Replace 0x-CPU#y CPU module CPU module in CPU slot #y...
Page 267 Glossary CONTENTS 14.1 Glossary ..................
Page 268: Glossary
CHAPTER 14 Glossary 14.1 Glossary Baud (Rate) A unit of modulation speed, that reﬂects the number of elements occurring per second. One element per second gives a 1 baud modulation, while two hundred elements per second (1 element = 5ms) gives a 200 baud modulation.
Page 269 14.1 Glossary Data Packet A sub-set of the data (including control signals) that forms a single transmission unit. Disk Drive Bay A (metal) frame afﬁxed inside the server or a standalone cabinet that is designed to accept a hard disk drive (or other, similarly sized device, e.g. CR-ROM drive, etc.). Disk Drive Cage A rack of disk drive bays in the server or a standalone cabinet.
Page 270 CHAPTER 14 Glossary Parity Checking A method of checking the integrity of transmitted or stored data. The number of ones or zeroes in a binary data segment is used to calculate a parity bit which is appended to that piece of data. If the same calculation at a later time produces a parity bit that does not match the previously assigned parity bit, we can know that the value of at least one of the bits has changed, and the data can be rejected as corrupt.
Page 271 14.1 Glossary Ultra SCSI An implementation of SCSI-3 that is twice as fast as FastSCSI. UPS (Uninterruptible Power Supply) An energy storage device that is able to continue supplying the rated power for the rated time if the normal AC power supply is interrupted.

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