Fujitsu GP 7000F Manual

M200, m200r, m400a, m400r, m600, m600r

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GP 7000F

M200, M200R, M400A, M400R, M600, M600R

Edition December 1999

Table of Contents

Chapters

Table of Contents

Summary of Contents for Fujitsu GP 7000F

Page 1 GP 7000F M200, M200R, M400A, M400R, M600, M600R Edition December 1999...
Page 2: Copyright And Trademarks
Copyright and Trademarks Copyright © Fujitsu Siemens Computers GmbH 1999. 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 1 Preface This manual contains the operating instructions for the GranPower7000 (GP 7000F) system from Fujitsu Siemens Computers. A chapter about the connection of Siemens specific de- vices precedes the actual operating instructions. U42335-J-Z775-1-76...
Page 5 2 Console connections to GP 7000F This chapter describes connections to the M200, M200R, M400A, M400R, M600 and M600R models of the Fujitsu Siemens Computers GP 7000F system with a view to attaching existing components of Siemens devices to Fujitsu equipment. Graphical or serial consoles can be connected.
Page 6 The following technical requirements must be met in order to connect graphical consoles: – PCI graphics controller D:GP70F-CC10 The GP 7000F models can be made into a workstation or server with a graphical console by means of a PCI graphics card featuring a frame buffer. –...
Page 7: Serial Console
Serial console 2.2 Serial console A converter is used here to convert the 25-pin connector of the GP 7000F system to the usual 9-pin V.24/COM connector. This converter is preinstalled at the factory. A VT100 or VT200 emulation must be available for a serial console to be used.
Page 8 Serial console Console connections to GP 7000F 2.2.1 LAN console A Solaris PC is connected as a LAN console via an RCA (Remote Communication Adapter) attached to the V.24 console interface. Up to six servers can be attached to one RCA.
Page 9 Console connections to GP 7000F Serial console 2.2.2 Standard PC with terminal emulation a) Windows 98 or NT (with NetTerm, for instance, but not with HyperTerminal) b) LINUX (with Minicom or Seyon) c) Solaris (cu) (NT, Windows) GP 7000F V.24 (A)
Page 10 Teleservice Console connections to GP 7000F 2.2.3 TC20 or T100 Use of these terminals is intended as a migration solution only. α α α α console GP 7000F V.24 (A) system Teleservice V.24 (B) preferably 10/100 Mbit Eth Keyboard/mouse When operating with the LAN console, TC20 or T100 it is not possible to access the Open Boot PROM using the BREAK signal.
Page 11 P321-E102-02EN USER'S MANUAL...
Page 13 USE OF THE PRODUCT MAY CAUSE UNEXPECTED DAMAGE TO THE USERS OR BYSTANDERS. While all efforts have been made to ensure the accuracy of all information in this manual, FUJITSU assumes no liability to any party for any damage caused by errors or omissions or by statement of any kind in this manual, its updates or supplements, whether such errors are omissions or statements resulting from negligence, accidents, or any other cause.
Page 14 SUCH HAZARDOUS ENVIRONMENTS, FUJITSU LIMITED AND SUN MICROSYSTEMS, INC. DOES NOT WARRANT THEM AT ALL. FUJITSU reserves all the right to make changes to any products herein to improve reliability, function, or design, without further notice and without obligation. FCC Class A Notice This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules.
Page 15 All rights reserved. This product and related documentation are protected by copyright and distributed under licenses 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 16 SPARC64 is a registered trademark or trademark of SPARC International, Inc. in the United States and other countries used under license by Fujitsu Ltd. Products bearing SPARC64 trademarks comply with SPARC V9 architecture developed by SPARC International, Inc. Products bearing the SPARC trademarks are based on an architecture originally developed by Sun Microsystems, Inc.
Page 17 Preface This manual explains the function, conﬁguration, and operation of GP7000F. This manual is intended for the experienced users who have a basic knowledge of computer systems. The structure of this manual is as follows: Introduction to Chapters CHAPTER 1 Product Outline Chapter 1 describes the distinctive features of GP7000F.
Page 18 CHAPTER 12 External Interface Chapter 12 explains the external interface of the main cabinet such as UPS Control Interface, RS232C Interface, and Centronics Interface. CHAPTER 13 RCI Setting Chapter 13 explains the description of RCI commands to be used for managing nodes. CHAPTER 14 Troubleshooting Chapter 14 will help the user isolate the cause of system failures, and provides suggested solutions.
Page 20 Important Warnings The following are cautions found in this manual. They have been compiled here with corresponding page references. A hazardous situation could result in minor or moderate personal injury if the CAUTION user does not perform the procedure correctly. Also, damage to the product or other property may occur.
Page 21 Task Warning System Installation Install "Basic Software Extension" or "Enhanced Support Facility"before operating the system. Without this package, incorrect front panel operations and hardware errors may cause the system to shutdown or destroy data. Disk Expansion Unit Be sure to replace the power supply fan when installing the Installation Disk Expansion Unit.
Page 23: Table Of Contents
CONTENTS CHAPTER 1 Product Outline Key Features : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : Operator Panel : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : External Interface...
Page 24 CHAPTER 3 M200R Main Cabinet Overview : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : Device Conﬁguration : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : Systemboard...
Page 25 CONTENTS Systemboard : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : Disk Units : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : PCI Slots : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : :...
Page 26 10.2 Device Conﬁguration : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : 10.3 Hot System Replacement : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : 10.4 Installation...
Page 27 CONTENTS 14.4 SCF Error Messages : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : :...
Page 29 ILLUSTRATIONS Figure 1.1 Operator Panel (M200, M600) : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : Figure 1.2 Operator Panel (M200R, M400A, M400R, M600R) : : : : : : : : : : : : : : : : : : : Figure 2.1 Front View of M200 Main Cabinet...
Page 30 Figure 6.2 Open View of M600 Main Cabinet : : : : : : : : : : : : : : : : : : : : : : : : : : : : Figure 6.3 Rear View of M600 Main Cabinet : : : : : : : : : : : : : : : : : : : : : : : : : : : : Figure 6.4 Systemboard Layout of M600...
Page 31 ILLUSTRATIONS Figure 12.1 Signal Conﬁguration : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : Figure 12.2 Conﬁguration of Signal Line when Connecting DCE Device(Example) : : : : : : : : : :...
Page 32 TABLES Table 1.1 Data Protection for Components and Interfaces : : : : : : : : : : : : : : : : : : : : : : Table 1.2 POWER LED : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : Table 1.3 CHECK LED : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : :...
Page 33 TABLES Table 5.1 Fans : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : Table 5.2 Power Supply Units : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : :...
Page 34 Table 11.5 8-mm Tape Cartridge Capacity : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : Table 11.6 QIC Tape Cartridge Capacity : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : Table 12.1 Deﬁnitions of UPS Signal Lines...
Page 35: Product Outline
CHAPTER 1 Product Outline CONTENTS Key Features ..................Operator Panel .
Page 36: Key Features
CHAPTER 1 Product Outline 1.1 Key Features The GP7000F is SMP (Symmetric Multi-Processor) servers with 64-bit SPARC64 GP processors. Each model in the group has high-performance 64-bit processors, high-speed I/O interfaces and enhanced reliability, availability, and serviceability (RAS) features. The crossbar conﬁguration is used as the system architecture of the GP7000F, and the performance of the multi-processor conﬁguration has been improved almost linear scalability.
Page 37: Table 1.1 Data Protection For Components And Interfaces
1.1 Key Features High-speed I/O interface One built-in 40 MB/s UltraSCSI Single-Ended interface for internal devices. One built-in 100BASE-TX interface (10/100 Mbps, auto-sensing). The GP7000F has some 64-bits PCI (Peripheral Component Interconnect) buses. Additional interfaces, such as 100BASE-TX, FDDI, ATM, can be provided by installing PCI cards.
Page 38 CHAPTER 1 Product Outline A SCF (System Control Facility), which has an integrated service processor, monitors the operation of SPARC64 GP processors, and reports erroneous events such as environmental monitoring explained below. With a GUI-based intelligent monitoring and reporting tool, which is provided in "Basic Software Extension"...
Page 39: Figure 1.1 Operator Panel (M200, M600)
1.2 Operator Panel 1.2 Operator Panel The operator panel has a set of status LEDs, switches, and a LCD panel. The switches as well as built-in I/O device are covered with a panel cover that can be locked with a key. It prevents incorrect operations and ensures security for the internal I/O device as well as the switches.
Page 40: Table 1.2 Power Led
CHAPTER 1 Product Outline LED (CHECK LED/POWER LED) The POWER LED indicates whether the system is turned on while the CHECK LED indicates system operation by lighting up or blinking. Table 1.2 POWER LED Status Descriptions The power is on The power is off The user and system administrator can recognize the system operation status from the CHECK LED and messages that appear on the LCD panel.
Page 41 1.2 Operator Panel Switches There are 4 switches on the operator panel, as below. POWER switch The user can turn on and off the system by pressing this switch. The POWER switch operation is managed by the setting of the MODE switch as well as software setting with "scftool".
Page 42: External Interface
CHAPTER 1 Product Outline Be sure to install software packages in the "Basic Software Extension" or CAUTION "Enhanced Support Facility". Otherwise, above switch functions or proper messages on LCD panel are not guaranteed. IMPORTANT Under the MANUAL and AUTO state, keyboard STOP+A command and terminal break command will abort booting-up the system or halt the system while operating system is running.
Page 43: Table 1.5 Connectors And Switches
1.3 External Interface Table 1.5 Connectors and Switches Connector/ Marking Type Remarks Switch RS232C SERIAL A/B Dsub/25 pin* The same connector as Parallel 8-pin DIN Connect a mouse via a keyboard Parallel PARALLEL Dsub/25 pin* AT compatible 10 Mb/100Mb RJ45 10 Mb/100 Mb automatic recognition Ethernet Dsub/9 pin...
Page 44: Console
CHAPTER 1 Product Outline Console Serial Terminal If your GP7000F has no local graphic console, a serial terminal, such as Personal Computer, should be attached to the GP7000F in order to install the system and to run diagnostic programs. To attach a serial terminal : Connect a terminal data cable to serial port A on your server.
Page 45: Power On/Off
1.5 Power On/Off 1.5 Power On/Off Power On After connected cables necessary to the system as well as console (or local graphic display), take the following procedures. Turn on any peripherals and external IO devices attached to the main cabinet as well as a terminal (or local graphic display).
Page 46: Installation Of Basic Software Extension Or Enhanced Support Facility
CHAPTER 1 Product Outline 1.6 Installation of Basic Software Extension or Enhanced Support Facility To enable support of GP7000F speciﬁc functions, software packages in the "Basic Software Extension" or "Enhanced Support Facility"are needed to install on the system. Please refer to the user’s guide and installation guide of the "Basic Software Extension"...
Page 47: M200 Main Cabinet
CHAPTER 2 M200 Main Cabinet CONTENTS Overview ..................Device Conﬁguration .
Page 48: Figure 2.1 Front View Of M200 Main Cabinet
CHAPTER 2 M200 Main Cabinet 2.1 Overview Appearance CHECK LED ( amber ) Lock POWER LED ( green ) Stabilizing Feet Figure 2.1 Front View of M200 Main Cabinet Key Features Up to 2 processors 16 DIMM slots. Up to 4 gigabytes of memory. 64-bits width, 4 PCI buses provide 6 PCI slots ( 2*33/66MHz + 4*33MHz).
Page 49: Device Conﬁguration
2.2 Device Conﬁguration 2.2 Device Conﬁguration The M200 main cabinet consists of the following components: Desk-side type cabinet Basic power supply and optional expansion power supply unit Cooling fans Systemboard Processor modules DIMM (Dual Inline Memory Module) Operator panel PCI card (option) SCSI-BP boards (1 basic board, 1 option board)
Page 50 CHAPTER 2 M200 Main Cabinet Front view of the M200 main cabinet Operation Panel Panel Cover DAT unit,8-mm Tape Unit, QIC Tape Unit( option ) CD-ROM Unit Floppy Disk Unit Front Cover Stabilizing Feet Figure 2.2 Open View of M200 Main Cabinet Panel cover The panel cover can be opened from its right side after unlocking it.
Page 51 2.2 Device Conﬁguration Fans Table 2.1 lists the fans installed in the M200 main cabinet. Table 2.1 Fans Name Shape Location Fan #0 120-mm (4.7 inch) square fan Behind the Systemboard Fan #1 120-mm (4.7 inch) square fan Under the disk unit Fan #2 92-mm (3.6 inch) square fan Above the processor module...
Page 52: Figure 2.3 Rear View Of M200 Main Cabinet
CHAPTER 2 M200 Main Cabinet AC Main Line Switch AC Power Input PCI slot #6 PCI slot #5 100BASE-TX PCI slot #4 Keyboard PCI slot #3 PCI slot #2 RS232C PCI slot #1 ( Port A) RS232C ( Port B ) Parallel ( AT Centrenics ) Stabilizing Feet...
Page 53: Figure 2.4 Systemboard Layout Of M200
2.3 Systemboard 2.3 Systemboard Systemboard layout CPU module slots, memory module slots, and PCI slots are located on the Systemboard as described in Figure 2.4 . NVRAM SCF BOARD ONLY PCI Slot #6 PCI Slot #5 PCI Slot #4 PCI Slot #3 PCI Slot #2 PCI Slot #1 DDC #3...
Page 54 CHAPTER 2 M200 Main Cabinet Memory conﬁguration The M200 has 16 DIMM slots, allowing for as much as 4 gigabytes of main memory. When installing the DIMMs, the following conditions must be satisﬁed: When installing the ﬁrst set of DIMM, install a set of 4 modules of the same size in slots 0 to 3. At subsequent memory expansions, install a set of 4 modules of the same size in slots 4, 5, 6, 7;...
Page 55: Disk Units
2.4 Disk Units The denominator indicates the size of the memory module for a slot (unit: megabytes); 0* indicates a faulty slot. The numerator indicates the size of the memory that is actually available for use. The numerator 0 indicates that no memory is used. In this example, DIMMs are installed in slots 0 to 7.
Page 56 CHAPTER 2 M200 Main Cabinet Disk Expansion Unit By using the Disk Expansion Unit, up to 8 disk drives can be installed in the M200 main cabinet. The Disk Expansion Unit consists of the following components: Disk cage (including SCSI-BP) PCI adapter (UltraSCSI Wide Single-Ended) Expansion power supply unit (requires changing to 120-mm (4.7 inch) square fan: included) Cables...
Page 57: Pci Slots
2.5 PCI Slots 2.5 PCI Slots PCI slots conﬁguration PCI slots are located on the Systemboard as described in Figure 2.4 , and each PCI slots has the following speciﬁcations. There are 4 separate PCI Bus channels: A, B, C, and D. All PCI slots provide for the full 64-bit data path and can accommodate both 32-bit and 64-bit data path cards.
Page 58 CHAPTER 2 M200 Main Cabinet IMPORTANT If the above conditions are not satisﬁed, the M200 main cabinet may be damaged. Be sure to follow these precautions. Installation speciﬁcations Table 2.3 Installation Speciﬁcations of M200 Main Cabinet (1) Item Specification Mass Up to 43kg (approx.94.9 lb) Single phase Single phase...
Page 59: Table 2.4 Installation Speciﬁcations Of M200 Main Cabinet
2.6 Installation Table 2.4 Installation Speciﬁcations of M200 Main Cabinet (2) Item Specification External dimension (unit:mm) Width 230 Depth 630 Height 700 (Front View) (Side View) Service area (unit:mm) Service area Top of Service area Service area the unit Front Service area The unit width including the Stabilizing Feet is 352 mm (13.9 inch).
Page 61: M200R Main Cabinet
CHAPTER 3 M200R Main Cabinet CONTENTS Overview ..................Device Conﬁguration .
Page 62: Figure 3.1 Front View Of M200R Main Cabinet
CHAPTER 3 M200R Main Cabinet 3.1 Overview Appearance POWER LED (green) CHECK LED (amber) Lock Figure 3.1 Front View of M200R Main Cabinet Key Features Up to 2 processors 16 DIMM slots, up to 4 gigabytes of memory. 64-bits width, 4 PCI buses provide 6 PCI slots ( 2*33/66MHz + 4*33MHz).
Page 63: Figure 3.2 Open View Of M200R Main Cabinet
3.2 Device Conﬁguration 3.2 Device Conﬁguration The M200R main cabinet consists of the following components: RackMount type cabinet Basic power supply and option redundant power supply unit Cooling fans Systemboard Processor modules DIMM (Dual Inline Memory Module) Operator panel PCI card (option) Disk drive units...
Page 64: Table 2.1 Fans
CHAPTER 3 M200R Main Cabinet Fans The Table 3.1 lists the fans installed in the M200R main cabinet. Table 3.1 Fans Name Tray # Location Fan #0 Tray #0 Right (front view) of the cabinet Fan #1 Fan #2 Tray #1 Left (front view) of the cabinet Fan #3 Fan #10...
Page 65 3.2 Device Conﬁguration Rear of the M200R main cabinet AC input, power supplies (FEP) and some connectors are located on the rear of the M200R main cabinet as shown in the Figure 3.3 AC Power Input FEP#1(option) FEP#0 PCI slot Parallel RS232C (portB)
Page 66: Figure 3.4 Systemboard Layout Of M200R
CHAPTER 3 M200R Main Cabinet 3.3 Systemboard Systemboard CPU module slots and memory module slots are located on Systemboard as described in Figure 3.4 . DIMM Slot #1 DIMM Slot #3 DIMM Slot #5 DIMM Slot #7 DIMM Slot #9 DIMM Slot #11 DDC#0 DIMM Slot #13...
Page 67 3.3 Systemboard Processor Conﬁguration Up to 2 processors can be installed in the M200R main cabinet. When installing the processor modules, the following conditions must be satisﬁed: The installed processor modules must be the same type (including the cache size). Install a processor module in slot 0 before installing one in slot 1.
Page 68: Disk Units
CHAPTER 3 M200R Main Cabinet Example for normal operation === Memory =================== Type : SDRAM SLOT# Size [ Valid (MB) / Existing (MB) ] Total 00- 0- 3 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 00- 4- 7 256 / 256...
Page 69: Table 2.2 Pci Slot Speciﬁcations
3.5 PCI Slots 3.5 PCI Slots PCI slots conﬁguration PCI slots are located on the Systemboard as described in Figure 3.4 . There are 4 separate PCI Bus channels: A, B, C, and D. All PCI Bus slots provide for the full 64-bit data path and can accommodate both 32-bit and 64-bit data path cards.
Page 70: Installation
CHAPTER 3 M200R Main Cabinet 3.6 Installation Purpose The following installation instruction is intended to provide the product safety requirements which must be addressed when the end-use product manufacturer installs this product in their equipment. Note that the acceptability of the combination of this product in a rack should be re-determined by an appropriate certiﬁcation body, if that combination is differ from the Table 3.4 .
Page 71: Table 3.4 Mounting Combination For Expansion Rack
3.6 Installation IMPORTANT High Leakage Current may ﬂow through Power Strip Earthing Conductor, if all power supply cords of this unit are connected to one Power Strip. Earth connection essential before connecting supply. Table 3.4 Mounting Combination for Expansion Rack Mounting Portion Priority in the Rack Rack-Mount Units Communication Swichable Unit...
Page 72 CHAPTER 3 M200R Main Cabinet Installation speciﬁcations Table 3.5 Installation Speciﬁcations of M200R (1) Item Specification Mass Up to 40kg (approx.88 lb) Single phase Single phase Power condition Input voltage 100 to 120 VAC 200 to 240 VAC (+-10%) (+-10%) Input frequency 50/60 Hz (+2 to -4%) Maximum consumption current...
Page 73: Table 3.5 Installation Speciﬁcations Of M200R
3.6 Installation Table 3.6 Installation Speciﬁcations of M200R (2) Item Specification External dimension Width 482 Depth 779 (unit:mm) Height 174 (Front of the cabinet) (Side of the cabinet) Service area 650 *2 (unit:mm) 695 *3 Rear 1000 Service area Top of 925 *3 the cabinet Service area...
Page 75: M400A Main Cabinet
CHAPTER 4 M400A Main Cabinet CONTENTS Overview ..................Device Conﬁguration .
Page 76: Figure 4.1 Front View Of M400A Main Cabinet
CHAPTER 4 M400A Main Cabinet 4.1 Overview Appearance CHECK LED POWER LED (amber) (green) Lock Figure 4.1 Front View of M400A Main Cabinet Key Features Up to 4 processors Up to 32 DIMM slots, 8 gigabytes of memory. Up to 64-bits width, 8 PCI buses provide 12 PCI slots ( 4*33/66MHz + 8*33MHz).
Page 77: Figure 4.2 Open View Of M400A Main Cabinet
4.2 Device Conﬁguration 4.2 Device Conﬁguration The M400A main cabinet consists of the following components: Floor stand cabinet Basic power supply and option redundant power supply unit Cooling fans Systemboard Processor modules DIMM (Dual Inline Memory Module) Operator panel PCI card (option) Disk drive units...
Page 78: Table 3.1 Fans
CHAPTER 4 M400A Main Cabinet Panel cover The panel cover can be opened from its right side after unlocking it. Then you can access switches on the operator panel, CD-ROM unit, Floppy drive unit, tape unit, and so on. Fans The Table 4.1 lists the fans installed in the M400A main cabinet.
Page 79: Figure 4.3 Rear View Of M400A Main Cabinet
4.2 Device Conﬁguration Rear of the M400A main cabinet AC input, AC main line switch, power supplies (FEP) and some connectors are located on the rear of the M400A main cabinet as shown in the Figure 4.3 PCI slot Expansion System Board FEP#2 (option) FEP#3 (option)
Page 80: Figure 4.4 Systemboard Layout Of M400A
CHAPTER 4 M400A Main Cabinet 4.3 Systemboard Systemboard CPU module slots and memory module slots are located on Systemboard as described in Figure 4.4 . NVRAM Base System Board NVRAM Expansion System Board Figure 4.4 Systemboard Layout of M400A...
Page 81 4.3 Systemboard Processor Conﬁguration Up to 4 CPU can be installed in the M400A main cabinet. When installing the processor modules, the following conditions must be satisﬁed: The installed processor modules must be the same type (including the cache size). Install a processor module in slot 0 before installing one in slot 1.
Page 82: Disk Units
CHAPTER 4 M400A Main Cabinet Example for normal operation === Memory =================== Type : SDRAM SLOT# Size [ Valid (MB) / Existing (MB) ] Total 00- 0- 3 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 00- 4- 7 256 / 256...
Page 83: Pci Slots
4.5 PCI Slots 4.5 PCI Slots PCI slots conﬁguration PCI slots are located on the systemboard as described in Figure 4.4 . There are 7 separate PCI Bus channels: A, B, C, D, E, F, G, and H. All PCI Bus slots provide for the full 64-bit data path and can accommodate both 32-bit and 64-bit data path cards.
Page 84: Installation
CHAPTER 4 M400A Main Cabinet 4.6 Installation Notes on installation: Do not block the ventilation slits. Do not install the M400A main cabinet where it will be exposed to sunlight or sources of heat. Do not install the M400A main cabinet in dusty places or places where it will be exposed to corrosive gas or sea breeze.
Page 85 4.6 Installation Installation speciﬁcations Table 4.4 Installation Speciﬁcations of M400A Main Cabinet (1) Item Specification Mass Up to 175kg (approx.385 lb) Single phase Single phase Power condition Input voltage 100 to 120 VAC 200 to 240 VAC (+-10%) (+-10%) Input frequency 50/60 Hz (+2 to -4%) Maximum consumption current 13.5 A...
Page 86: Table 4.5 Installation Speciﬁcations Of M400A Main Cabinet
CHAPTER 4 M400A Main Cabinet Table 4.5 Installation Speciﬁcations of M400A Main Cabinet (2) Item Specification External dimension (unit:mm) Width 500 Depth 882 Height 700 (Front of the cabinet) (Side of the cabinet) Service area (unit:mm) Rear 1000 Service area Top of the cabinet Service area...
Page 87: M400R Main Cabinet
CHAPTER 5 M400R Main Cabinet CONTENTS Overview ..................Device Conﬁguration .
Page 88: Figure 5.1 Front View Of M400R Main Cabinet
CHAPTER 5 M400R Main Cabinet 5.1 Overview Appearance POWER LED (green) CHECK LED (amber) Lock Figure 5.1 Front View of M400R Main Cabinet Key Features Up to 4 processors Up to 32 DIMM slots, 8 gigabytes of memory. Up to 64-bits width, 8 PCI buses provide 12 PCI slots ( 4*33/66MHz + 8*33MHz).
Page 89: Figure 5.2 Open View Of M400R Main Cabinet
5.2 Device Conﬁguration 5.2 Device Conﬁguration The M400R main cabinet consists of the following components: Rack-mount cabinet Basic power supply and option redundant power supply unit Cooling fans Systemboard Processor modules DIMM (Dual Inline Memory Module) Operator panel PCI card (option) Disk drive units...
Page 90: Table 4.1 Fans
CHAPTER 5 M400R Main Cabinet Fans The Table 5.1 lists the fans installed in the M400R main cabinet. Table 5.1 Fans Name Tray # Location Fan #0 Tray #04 Right (front view) of the cabinet Fan #1 Fan #3 Tray #01 Center (front view) of the cabinet Fan #4 Tray #02...
Page 91: Figure 5.3 Rear View Of M400R Main Cabinet
5.2 Device Conﬁguration Rear of the M400R main cabinet AC input, power supplies (FEP) and some connectors are located on the rear of the M400R main cabinet as shown in the Figure 5.3 . 100BASE-TX PCI slot Expansion System Board (option) FEP#2 FEP#3 (option)
Page 92: Figure 5.4 Systemboard Layout Of M400R
CHAPTER 5 M400R Main Cabinet 5.3 Systemboard Systemboard CPU module slots and memory module slots are located on Systemboard as described in Figure 5.4 . NVRAM Base System Board NVRAM Expansion System Board Figure 5.4 Systemboard Layout of M400R...
Page 93 5.3 Systemboard Processor Conﬁguration Up to 4 CPU can be installed in the M400R main cabinet. When installing the processor modules, the following conditions must be satisﬁed: The installed processor modules must be the same type (including the cache size). Install a processor module in slot 0 before installing one in slot 1.
Page 94: Disk Units
CHAPTER 5 M400R Main Cabinet Example for normal operation === Memory =================== Type : SDRAM SLOT# Size [ Valid (MB) / Existing (MB) ] Total 00- 0- 3 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 00- 4- 7 256 / 256...
Page 95: Pci Slots
5.5 PCI Slots 5.5 PCI Slots PCI slots conﬁguration PCI slots are located on the systemboard as described in Figure 5.4 . There are 7 separate PCI Bus channels: A, B, C, D, E, F, G, and H. All PCI Bus slots provide for the full 64-bit data path and can accommodate both 32-bit and 64-bit data path cards.
Page 96: Installation
CHAPTER 5 M400R Main Cabinet 5.6 Installation Purpose The following installation instruction is intended to provide the product safety requirements which must be addressed when the end-use product manufacturer installs this product in their equipment. Note that the acceptability of the combination of this product in a rack should be re-determined by an appropriate certiﬁcation body, if that combination is differ from the Table 5.4 .
Page 97: Table 5.4 Mounting Combination For Expansion Rack
5.6 Installation IMPORTANT High Leakage Current may ﬂow through Power Strip Earthing Conductor, if all power supply cords of this unit are connected to one Power Strip. Earth connection essential before connecting supply. Table 5.4 Mounting Combination for Expansion Rack Mounting Portion Priority in the Rack Rack-Mount Units Communication Swichable Unit...
Page 98 CHAPTER 5 M400R Main Cabinet Installation speciﬁcations Table 5.5 Installation Speciﬁcations of M400R Item Specification Mass Up to 65kg (approx.143 lb) Single phase Single phase Power condition Input voltage 100 to 120 VAC 200 to 240 VAC (+-10%) (+-10%) Input frequency 50/60 Hz (+2 to -4%) Maximum consumption current 7.5 A...
Page 99: Table 5.5 Installation Speciﬁcations Of M400R
5.6 Installation Table 5.6 Installation Speciﬁcations of M400R (2) Item Specification External dimension Width 482 Depth 814 (unit:mm) Height 307 (Front of the cabinet) (Side of the cabinet) Service area 650 *2 (unit:mm) 695 *3 Rear 1000 Service area Top of 925 *3 the cabinet Service area...
Page 101: M600 Main Cabinet
CHAPTER 6 M600 Main Cabinet CONTENTS Overview ..................Device Conﬁguration .
Page 102: Figure 6.1 Front View Of M600 Main Cabinet
CHAPTER 6 M600 Main Cabinet 6.1 Overview Appearance CHECK LED( amber ) POWER LED( green ) Lock Figure 6.1 Front View of M600 Main Cabinet Key Features Up to 8 processors 32 DIMM slots, up to 8 gigabytes of memory. 64-bits width, 7 PCI buses provide 13 PCI slots ( 4*33/66MHz + 9*33MHz).
Page 103: Figure 6.2 Open View Of M600 Main Cabinet
6.2 Device Conﬁguration 6.2 Device Conﬁguration The M600 main cabinet consists of the following components: Floor stand cabinet Basic power supply and option redundant power supply unit Cooling fans Systemboard, PCI IO board Processor modules DIMM (Dual Inline Memory Module) Operator panel PCI card (option)
Page 104: Table 5.1 Fans
CHAPTER 6 M600 Main Cabinet Panel cover The panel cover can be opened from its right side after unlocking it. Then you can access switches on the operator panel, CD-ROM unit, Floppy drive unit, tape unit, and so on. Fans The Table 6.1 lists the fans installed in the M600 main cabinet.
Page 105: Figure 6.3 Rear View Of M600 Main Cabinet
6.2 Device Conﬁguration Table 6.2 Power Supply Units Number of CPUs Number of PCI cards 1 - 6 7 - 13 3(FEP#2) PPU2 PPU3 3(PPU#2) PPU3-io 2(PPU3#4) PPU5 2(PPU5#1) PPU12 Note: In the Table 6.2 above, ( ) indicate additional power supply unit #. Rear of the M600 main cabinet AC input, AC main line switch, power supplies (FEP) and some connectors are located on the rear of the M600 main cabinet as shown in the Figure 6.3...
Page 106: Figure 6.4 Systemboard Layout Of M600
CHAPTER 6 M600 Main Cabinet 6.3 Systemboard Systemboard CPU module slots and memory module slots are located on Systemboard as described in Figure 6.4 . Figure 6.4 Systemboard Layout of M600...
Page 107: Table 6.3 Cpu Module Conﬁgurations
6.3 Systemboard Processor Conﬁguration Up to 8 CPU conﬁguration is supported as described in Table 6.3 . Table 6.3 CPU Module Conﬁgurations CPU Slot # Additional Power Supply units 2CPU 3CPU 1DDC,1FEP 4CPU 1DDC 5CPU 1DDC,1PPU 6CPU 1DDC 7CPU 1DDC 8CPU 1DDC IMPORTANT...
Page 108 CHAPTER 6 M600 Main Cabinet Checking results of the memory diagnostics To check that the system recognizes installed memory modules correctly, execute the "show-post-results" command at the ok prompt. A module that does not satisfy any condition described in "Memory conﬁguration" or a module judged to be faulty by memory diagnostics is treated as an invalid module.
Page 109: Figure 6.5 Pci Io Board Layout Of M600
6.4 Disk Units 6.4 Disk Units Disk drive conﬁguration Up to 2 disk drives can be installed in the base conﬁguration of the M600 main cabinet. To install more than 3 disk drive units, the Expansion File Unit must also installed. 6.5 PCI Slots PCI slots conﬁguration PCI slots are located on the PCI IO board as described in Figure 6.5 .
Page 110: Table 4.3 Pci Slot Speciﬁcations
CHAPTER 6 M600 Main Cabinet Table 6.4 PCI Slot Speciﬁcations PCI slot # PCI Bus Slot width / card PCI clock Card input voltage width (bits) (MHz) 64 / 32, 64 33/66 3.3 V or universal 64 / 32, 64 33/66 3.3 V or universal 64 / 32, 64...
Page 111: Installation
6.6 Installation 6.6 Installation Notes on installation: Do not block the ventilation slits. Do not install the M600 main cabinet where it will be exposed to sunlight or sources of heat. Do not install the M600 main cabinet in dusty places or places where it will be exposed to corrosive gas or sea breeze.
Page 112 CHAPTER 6 M600 Main Cabinet Installation speciﬁcations Table 6.5 Installation Speciﬁcations of M600 Main Cabinet (1) Item Specification Mass Up to 250kg (approx.552 lb) (*1) Single phase Single phase Power condition Input voltage 100 to 120 VAC 200 to 240 VAC (+-10%) (+-10%) Input frequency...
Page 113: Table 6.5 Installation Speciﬁcations Of M600 Main Cabinet
6.6 Installation Table 6.6 Installation Speciﬁcations of M600 Main Cabinet (2) Item Specification External dimension (unit:mm) Width 800 Depth 900 Height 1200 (Front of the cabinet) (Side of the cabinet) Service area (unit:mm) Rear 1000 Service area Top of the cabinet Service area Drawer area Service area...
Page 115: M600R Main Cabinet
CHAPTER 7 M600R Main Cabinet CONTENTS Overview ..................Device Conﬁguration .
Page 116: Figure 7.1 Front View Of M600R Main Cabinet
CHAPTER 7 M600R Main Cabinet 7.1 Overview Appearance POWER LED (green) CHECK LED (amber) Lock Figure 7.1 Front View of M600R Main Cabinet Key Features Up to 8 processors 32 DIMM slots, up to 16 gigabytes of memory. 64-bits width, 8 PCI buses provide 12 PCI slots ( 4*33/66MHz + 8*33MHz).
Page 117: Figure 7.2 Open View Of M600R Main Cabinet
7.2 Device Conﬁguration 7.2 Device Conﬁguration The M600R main cabinet consists of the following components: Rack-mount cabinet Basic power supply and option redundant power supply unit Cooling fans Systemboard, PCIBPR board, PCIRSR board, PCIIO2 board Processor modules DIMM (Dual Inline Memory Module) Operator panel PCI card (option)
Page 118: Figure 7.3 Front View Of M600R Main Cabinet (Remove Front Cover)
CHAPTER 7 M600R Main Cabinet FEP#2 FEP#3 (additional) (redundant option) Figure 7.3 Front View of M600R Main Cabinet (remove Front cover) Panel cover The panel cover can be opened from its right side after unlocking it. Then you can access switches on the operator panel, CD-ROM unit, Floppy drive unit, tape unit, and so on.
Page 119: Figure 7.4 Rear View Of M600R Main Cabinet
7.2 Device Conﬁguration Power supplies The M600R main cabinet has 2 kinds of power supply units as well as DDC (DC-DC Converter) dedicated each processor module. FEP (Front End Bulk Power) unit has AC input, and provide +45V(to PPU) and +5V(to SCF). PPU (Power Processing Unit) has +45V input, and provide +12V or +5V or +3.3V or +2V to some internal components.
Page 120: Figure 7.5 Systemboard Layout Of M600R
CHAPTER 7 M600R Main Cabinet 7.3 Systemboard Systemboard CPU module slots and memory module slots are located on Systemboard as described in Figure 7.5 . DIMMslot A1 DIMMslot A9 DIMMslot B1 DIMMslot B9 PPU2 #0 DIMMslot A3 DIMMslot A11 DIMMslot B3 DIMMslot B11 DIMMslot A5 DIMMslot A13...
Page 121: Table 7.3 Cpu Module Conﬁgurations
7.3 Systemboard Processor Conﬁguration Up to 8 CPU conﬁguration is supported as described in Table 7.3 . Table 7.3 CPU Module Conﬁgurations CPU Slot # Additional Power Supply units 2CPU 3CPU 1DDC,1FEP 4CPU 1DDC 5CPU 1DDC,1PPU 6CPU 1DDC 7CPU 1DDC 8CPU 1DDC IMPORTANT...
Page 122: Disk Units
CHAPTER 7 M600R Main Cabinet Checking results of the memory diagnostics To check that the system recognizes installed memory modules correctly, execute the "show-post-results" command at the ok prompt. A module that does not satisfy any condition described in "Memory conﬁguration" or a module judged to be faulty by memory diagnostics is treated as an invalid module.
Page 123: Figure 7.6 Pcibpr Board Layout Of M600R
7.5 PCI Slots 7.5 PCI Slots PCI slots conﬁguration PCI slots are located on the PCIBPR board and PCIRSR board as described in Figure 7.6 and Figure 7.7 . There are 8 separate PCI Bus channels: A, B, C, D, E, F, and G. All PCI Bus slots provide for the full 64-bit data path and can accommodate both 32-bit and 64-bit data path cards.
Page 124: Table 3.3 Pci Slot Speciﬁcations
CHAPTER 7 M600R Main Cabinet Table 7.4 PCI Slot Speciﬁcations PCI slot # PCI Bus Slot width / card PCI clock Card input voltage width (bits) (MHz) 64 / 32, 64 33/66 3.3 V or universal 64 / 32, 64 33/66 3.3 V or universal 64 / 32, 64...
Page 125: Installation
7.6 Installation 7.6 Installation Purpose The following installation instruction is intended to provide the product safety requirements which must be addressed when the end-use product manufacturer installs this product in their equipment. Note that the acceptability of the combination of this product in a rack should be re-determined by an appropriate certiﬁcation body, if that combination is differ from the Table 7.4 .
Page 126: Table 7.5 Mounting Combination For Expansion Rack
CHAPTER 7 M600R Main Cabinet IMPORTANT High Leakage Current may ﬂow through Power Strip Earthing Conductor, if all power supply cords of this unit are connected to one Power Strip. Earth connection essential before connecting supply. Table 7.5 Mounting Combination for Expansion Rack Mounting Portion Priority in the Rack Rack-Mount Units Communication Swichable Unit...
Page 127 7.6 Installation Installation speciﬁcations Table 7.6 Installation Speciﬁcations of M600R Item Specification Mass Up to 100kg (approx.220 lb) Single phase Single phase Power condition Input voltage 100 to 120 VAC 200 to 240 VAC (+-10%) (+-10%) Input frequency 50/60 Hz (+2 to -4%) Maximum consumption current 13.4 A 6.6 A...
Page 128: Table 7.6 Installation Speciﬁcations Of M600R
CHAPTER 7 M600R Main Cabinet Table 7.7 Installation Speciﬁcations of M600R (2) Item Specification External Width 482 Depth 787 dimension (unit:mm) Height 530 (Front of the cabinet) (Side of the cabinet) Service area (unit:mm) 695 *3 Rear 1000 Service area Top of 925 *3 the cabinet...
Page 129: Expansion Disk Cabinet
CHAPTER 8 Expansion Disk Cabinet CONTENTS Product Outline ................Device Conﬁguration .
Page 130: Product Outline
CHAPTER 8 Expansion Disk Cabinet 8.1 Product Outline Key Features 2 separate 40MB/s differential UltraSCSI connections to the host per Expansion Disk Cabinet. Up to 5 UltraSCSI disk units can be installed per UltraSCSI bus, and up to 10 UltraSCSI disk units can be installed per Expansion Disk Cabinet.
Page 131: Figure 8.1 Front View Of Expansion Disk Cabinet
8.2 Device Conﬁguration Front View of the unit Figure 8.1 shows the front view of the cabinet. Panel Cover CHECK LED ( amber ) POWER LED ( green ) Lock Stabilizing Feet Figure 8.1 Front View of Expansion Disk Cabinet 8.2 Device Conﬁguration The Expansion Disk Cabinet consists of the following components.
Page 132 CHAPTER 8 Expansion Disk Cabinet Disk conﬁguration The Expansion Disk Cabinet has 2 UltraSCSI buses. Up to 5 drive units can be installed in the upper drive bays of the cabinet as shown in the Figure 8.2 below. Internally, they are connected to an interface board by a single-ended UltraSCSI bus.
Page 133: Table 8.1 Check Led Status
8.2 Device Conﬁguration status LED A POWER LED and a CHECK LED are installed on the front of the cabinet. The POWER LED indicates if the power is on or off. And, the CHECK LED indicates if there is any hardware errors or not.
Page 134: Figure 8.3 Rear View Of Expansion Disk Cabinet
CHAPTER 8 Expansion Disk Cabinet Rear Panel The Figure 8.3 shows the rear panel of Expansion Disk Cabinet. SCSI OUT Connector SCSI IN Connector( Option ) SCSI OUT Connector SCSI IN Connector( Standard ) Service Pin RCI Port Power Supply Unit ( Standard ) AC Power Input AC Main Line Switch...
Page 135: Table 8.2 Leds
8.3 Hot System Replacement Do not set the AC main line switch to OFF, nor disconnect the CAUTION power cable or RCI cable while the GP7000F main cabinet is powered on, unless absolutely necessary. Otherwise, the data may be destroyed in the disk units. 8.3 Hot System Replacement Disk unit The SCA-II connector is used as the disk unit connector to enable hot system replacement of a...
Page 136: Installation
CHAPTER 8 Expansion Disk Cabinet 8.4 Installation Notes on installation: Do not block the air vents. Do not install this cabinet where it is exposed to sunlight or heat. Do not install this cabinet in dusty places or places where it is exposed to corrosive gas or sea air.
Page 137 8.4 Installation Installation speciﬁcations Table 8.3 Expansion Disk Cabinet Installation Speciﬁcations (1) Item Specification Mass Up to 38kg Single phase Single phase Power condition Input voltage 100 to 120 VAC 200 to 240 VAC (+-10%) (+-10%) Input frequency 50/60 Hz (+2 to -4%) Maximum consumption current 1.5 A Leakage current(1 for each cable)
Page 138: Table 8.4 Installation Speciﬁcations Of Expansion Disk Cabinet
CHAPTER 8 Expansion Disk Cabinet Table 8.4 Installation Speciﬁcations of Expansion Disk Cabinet (2) Item Specification External dimension (unit:mm) Width 230 Depth 630 Height 700 (Front View) (Side View) Service area (unit:mm) Service area Top of Service area Service area the unit Front Service area...
Page 139 CHAPTER 9 Expansion File Unit Type-2 (GP7B7FLxx) CONTENTS Product Outline ................Device Conﬁguration .
Page 140: Figure 9.1 Front View Of Expansion File Unit Type-2
CHAPTER 9 Expansion File Unit Type-2 (GP7B7FLxx) 9.1 Product Outline Key Features 2 separate 40MB/s differential UltraSCSI connections to the host per Expansion File Unit Type-2. By adding a File Unit Expansion Kit, the Expansion File Unit can accommodate up to 10 UltraSCSI disk units (5 UltraSCSI disk units is standard).
Page 141: Figure 9.2 Drive Bays Of Expansion File Unit Type-2
9.2 Device Conﬁguration 9.2 Device Conﬁguration This ﬁle unit consists of the following components. Rack mount cabinet Basic power supply and expansion option power supply (for redundant conﬁguration) DC-DC converter Cooling fans (redundant conﬁguration) SCSI-BP boards Interface board Hot-swappable disk drives Disk conﬁguration...
Page 142 CHAPTER 9 Expansion File Unit Type-2 (GP7B7FLxx) ACTIVE LED (Green) FAULT LED (Amber) Tape Unit Bay Kit Basic SCSI Unit tape bays tape bays Figure 9.3 Drive Bays of Expansion File Unit Type-2 status LED A POWER LED and a CHECK LED are installed on the front of the cabinet. The POWER LED indicate if the power is on or off.
Page 143: Table 9.2 Leds
9.3 Hot System Replacement The Expansion File Unit Type-2 is not powerd on/off by only the main line switch, but it linked to power on/off of the GP7000F main cabinet. Note that this ﬁle unit does not power on if the main line switch is OFF, even if the GP7000F main cabinet is powered on.
Page 144: Installation
CHAPTER 9 Expansion File Unit Type-2 (GP7B7FLxx) 9.4 Installation Purpose The following installation instruction is intended to provide the product safety requirements which must be addressed when the end-use product manufacturer installs this product in their equipment. Note that the acceptability of the combination of this product in a rack should be re-determined by an appropriate certiﬁcation body, if that combination is differ from the Table 9.3 .
Page 145: Table 9.3 Mounting Combination For Expansion Rack
9.4 Installation IMPORTANT High Leakage Current may ﬂow through Power Strip Earthing Conductor, if all power supply cords of this unit are connected to one Power Strip. Earth connection essential before connecting supply. Table 9.3 Mounting Combination for Expansion Rack Mounting Portion Priority in the Rack Rack-Mount Units Communication Swichable Unit...
Page 146 CHAPTER 9 Expansion File Unit Type-2 (GP7B7FLxx) Installation speciﬁcations Table 9.4 Installation Speciﬁcations of Expansion File Unit Type-2 Item Specification Mass Up to 30kg (approx.70 lb) Single phase Single phase Power condition Input voltage 100 to 120 VAC 200 to 240 VAC (+-10%) (+-10%) Input frequency...
Page 147 CHAPTER 10 Expansion File Unit (GP7B7FU1xx) CONTENTS 10.1 Product Outline ................10.2 Device Conﬁguration .
Page 148: Product Outline
CHAPTER 10 Expansion File Unit (GP7B7FU1xx) 10.1 Product Outline Key Features 2 separate 40MB/s differential UltraSCSI connections to the host per Expansion File Unit. Up to 5 UltraSCSI disk units can be installed per UltraSCSI bus, and up to 10 UltraSCSI disk units can be installed per Expansion File Unit.
Page 149: Device Conﬁguration
10.2 Device Conﬁguration 10.2 Device Conﬁguration This ﬁle unit consists of the following components. Rack mount cabinet Basic power supply and expansion option power supply (for redundant conﬁguration) DC-DC converter Cooling fans (redundant conﬁguration) SCSI-BP boards Interface board Hot-swappable disk drives Disk conﬁguration...
Page 150: Table 10.1 Check Led Status
CHAPTER 10 Expansion File Unit (GP7B7FU1xx) status LED A POWER LED and a CHECK LED are installed on the front of the cabinet. The POWER LED indicate if the power is on or off. And, the CHECK LED indicates if there is any hardware errors or not.
Page 151: Table 10.2 Leds
10.3 Hot System Replacement Be sure to install an UltraSCSI differential terminator plug to the SCSI OUT connector. Do not set the AC main line switch to OFF, nor disconnect the CAUTION power cable or RCI cable while the GP7000F main cabinet is powered on, unless absolutely necessary.
Page 152: Installation
CHAPTER 10 Expansion File Unit (GP7B7FU1xx) 10.4 Installation Purpose The following installation instruction is intended to provide the product safety requirements which must be addressed when the end-use product manufacturer installs this product in their equipment. Note that the acceptability of the combination of this product in a rack should be re-determined by an appropriate certiﬁcation body, if that combination is differ from the Table 10.3 .
Page 153: Table 10.3 Mounting Combination For Expansion Rack
10.4 Installation IMPORTANT High Leakage Current may ﬂow through Power Strip Earthing Conductor, if all power supply cords of this unit are connected to one Power Strip. Earth connection essential before connecting supply. Table 10.3 Mounting Combination for Expansion Rack Mounting Portion Priority in the Rack Rack-Mount Units Communication Swichable Unit...
Page 154 CHAPTER 10 Expansion File Unit (GP7B7FU1xx) Installation speciﬁcations Table 10.4 Installation Speciﬁcations of Expansion File Unit Item Specification Mass Up to 32kg (approx.70 lb) Single phase Single phase Power condition Input voltage 100 to 120 VAC 200 to 240 VAC (+-10%) (+-10%) Input frequency...
Page 155: Input-Output Units
CHAPTER 11 Input-Output Units CONTENTS 11.1 Disk Units ..................11.2 Floppy Disk Units .
Page 156: Table 11.1 Disk Units Leds
CHAPTER 11 Input-Output Units 11.1 Disk Units Key features The following features of the disk units are applied for the GP7000F main cabinet, Expansion Disk Cabinet and Expansion File Unit. 3.5-inch UltraSCSI wide disk drive, up to 40 MB/s transfer rate. SCA-II (Single Connector Attachment II) connector, which support hot-swap.
Page 157: Figure 11.1 Floppy Disk Unit Front Panel
11.2 Floppy Disk Units When replacing the disk unit, take the following precautions. If CAUTION these precautions are not taken, the disk unit or its data may be destroyed. Do not subject the disk unit to strong shocks. Do not bring a device generating a strong electromagnetic ﬁeld such as a motor or a loudspeaker near the disk unit.
Page 158: Figure 11.2 Inserting Floppy Disks
CHAPTER 11 Input-Output Units Inserting ﬂoppy disks Insert ﬂoppy disks with the label facing opposite side of the eject button as shown in Figure 11.2 . A disk has been inserted properly if a clicking sound is heard and the eject button comes out. Floppy disk unit Eject button Floppy disk...
Page 159 11.2 Floppy Disk Units Table 11.2 Handling Floppy Disks Keep floppy Avoid pinching disks away from floppy disks with magnets; paper clips. otherwise,disk data may corrupted. Do not expose Do not bend floppy disks to floppy disks. heat or sunlight. When storing Avoid opening floppy disks on a...
Page 160: Figure 11.3 Cd-Rom Unit Front Panel
CHAPTER 11 Input-Output Units 11.3 CD-ROM Unit Front Panel A headphone jack is installed on the front panel, so the CD-ROM unit can also be used to enjoy music. To play music on the CD-ROM unit, install the appropriate software driver to support the audio function.
Page 161: Figure 11.4 Mark On Cd-Rom Disk
11.3 CD-ROM Unit Ejecting a CD-ROM disk If the system is running, check that the disk is in use or not. If the disk is in use, the process should be killed to eject the CD-ROM disk. Note that you should warn the users beforehand, if you kill a process.
Page 162: Tape Unit
CHAPTER 11 Input-Output Units Use the attached small brush to remove dust from the special cleaning brush of the CD-ROM cleaning disk. Then, store the brush in the case. If the CD-ROM disk is dirty, clean it from the center to the circumference using a soft cloth. Do not clean using a circular motion.
Page 163: Dat Unit
11.5 DAT Unit 11.5 DAT Unit This section describes the front panel indicators and buttons of the 4-mm DAT unit, and explains how to use the DAT unit. Setting in operating system Before using the DAT unit, the /kernel/drv/st.conf ﬁle must be modiﬁed. The modiﬁcation is described below.
Page 164: Figure 11.5 Dat Unit Front Panel
CHAPTER 11 Input-Output Units Front Panel The DAT unit has two LEDs and Eject switch as shown in Figure 11.5 . Tape Clean 1 Eject switch 3 Attention LED 2 Active LED Figure 11.5 DAT Unit Front Panel This section describes the functions of the switches and LEDs of the DAT unit. 1 Eject switch A data cartridge can be removed by pressing the eject switch.
Page 165: Table 11.3 Led Displays On The Dat Unit
11.5 DAT Unit Table 11.3 LED Displays on The DAT Unit LED status display Indication Active Attention (green) (Amber) No data cartridge is loaded. A data cartridge is loaded. Blinking Loading or unloading a tape, or the tape (slow) unit is being self-diagnosed. Operating (reading or writing) Blinking (fast)
Page 166: Figure 11.6 Dds Logos
CHAPTER 11 Input-Output Units IMPORTANT Never use DAT audio media. Always use computer grade media with a DDS-1, DDS-2 and DDS-3 logos as shown in Figure 11.6 or with a MRS (Media Recognition System) logo as shown in Figure 11.7 . The MRS is used on all DDS-2 and DDS-3 tapes with the logos shown in Figure 11.6 .
Page 167 11.5 DAT Unit Removing a data cartridge Check that the Active LED is off (the DAT unit is not operating). Press the eject switch to rewind and unload the tape. The Active LED blinks while the tape is being rewound and unloaded. After the tape has been rewound, the data cartridge is ejected.
Page 168 CHAPTER 11 Input-Output Units Each data cartridge has an expendable service life. If the Attention LED blinks frequently or continuously after the magnetic head has been cleaned, the life of the data cartridge has expired. Generally, replace data cartridges with new ones after they have been used 300 times. Cleaning the magnetic head After the DAT unit has been used for a long time, the magnetic head will accumulate dust or magnetic powder from the tapes.
Page 169: 8-Mm Tape Unit
11.6 8-mm Tape Unit 11.6 8-mm Tape Unit This section describes front panel indicators and buttons of the 8-mm tape unit, and explains how to use the 8-mm tape unit. Setting in operating system Before using the 8-mm tape unit, the /kernel/drv/st.conf ﬁle must be modiﬁed by the following steps.
Page 170 CHAPTER 11 Input-Output Units Front Panel. The 8-mm tape unit has three LEDs and an eject switch as shown in Figure 11.10 . 2 Warning LED 1 Eject switch 4 Access LED 3 Ready LED Figure 11.10 8-mm Tape Unit Front Panel 1 Eject switch This switch is used to rewind, unload, and eject the 8-mm data cartridge.
Page 171 11.6 8-mm Tape Unit Inserting a data cartridge Check that the Access LED and Ready LED are off. Do not insert a cartridge during its power-on self test. Insert the tape cartridge into the 8-mm tape unit. Be careful to insert the data cartridge in the direction indicated by the label, and push gently on the cartridge.
Page 172 CHAPTER 11 Input-Output Units When storing the data cartridge for a long time, ensure the storage area meets the following environmental conditions and rewrite data once a year: Temperature: 5 to 32 degree Celsius (+41 to +89.6 F) Humidity: 20 to 60% RH Maximum wet bulb temperature: 24 degree Celsius (+75.2 F) If the ambient temperature or humidity changes rapidly, allow the data cartridge to adjust to the new environment before inserting it in the 8 mm tape unit.
Page 173 Replace the cleaning cartridge with a new cartridge when there is no more tape on the left reel. Use either another Fujitsu labeled cleaning cartridge or an Exabyte "Premium Cleaning Cartridge" IMPORTANT When handling the cleaning cartridge, note the following items: Use the cleaning cartridge in the operating environment of the 8-mm tape unit.
Page 174: Qic Tape Unit
CHAPTER 11 Input-Output Units 11.7 QIC Tape Unit This section describes front panel indicator and button of the QIC tape unit, and explains how to use the QIC tape unit. Front Panel The QIC tape unit has a LED and an eject button as shown in Figure 11.14 . 1 Eject button 2 Load LED 3 Door...
Page 175 11.7 QIC Tape Unit Tape cartridge information This tape drive uses DC 9250 or equivalent 1/4-inch tape cartridges, which have maximum storage capacity of 2.5 Gbytes. The cartridges do not require preformatting. Table 11.6 QIC Tape Cartridge Capacity Format Length Capacity QIC-2GB 356 m (1200 ft)
Page 176 CHAPTER 11 Input-Output Units Head cleaning cycle To clean the magnetic head when: The QIC tape cartridge unit is used for eight hours or longer from the last head cleaning. One month has passed since the last head cleaning. Tape errors occur frequently.
Page 177 11.7 QIC Tape Unit When using or storing the data cartridge, take the following CAUTION precautions. If these precautions are not taken, the QIC tape unit or its data may be destroyed. Use the data cartridge in the operating environment of the QIC tape cartridge unit.
Page 179: External Interfaces
CHAPTER 12 External Interfaces CONTENTS 12.1 UPS Control Interface ............... . 12.2 RS232C Interface .
Page 180: Table 12.1 Deﬁnitions Of Ups Signal Lines
CHAPTER 12 External Interfaces 12.1 UPS Control Interface Overview The UPS control interface is used to perform temporary data saving processing. In this processing, a reserved interruption for software occurs when the uninterruptible power supply (UPS) is used to backup a power failure in the commercial AC power supply. In addition to this type of UPS control interface, there are several other UPS units that use the general-purpose interface such as RS232C.
Page 181: Table 12.2 Input Circuits
12.1 UPS Control Interface *BPS *BTL *UPSON UPSON *ACOFF ACOFF Interface cable GP 7000 Figure 12.1 Signal Conﬁguration Electrical requirements: The UPS control interface must meet the following electrical requirements: Table 12.2 Input Circuits Signal names Input conditions *BPS * Dead-front relay contacts *BTL * Contact rating: 12 V DC, 10 mA or more *UPSON...
Page 182: Rs232C Interface
CHAPTER 12 External Interfaces 12.2 RS232C Interface Overview The RS232C interface is the interface standard adopted by EIA (Electronic Industries Association) in the USA in accordance with the CCITT (comite consultatif international telegraphique et telephonique) recommendation. The connections should be made after the speciﬁcations have carefully been checked for each of the adapters and controllers, since only the limited and necessary codes in the RS232C standard are supported in them.
Page 183: Table 12.5 Deﬁnitions Of Signal Lines
12.2 RS232C Interface Table 12.5 Deﬁnitions of Signal Lines Signal Pin Nos. on the names and Voltage levels Description I/O device side pin Nos.on the host side (DSUB25P) '0'-off '1'-on TERMINAL-25P (*1) (*1) SD: 2 +8 V -8 V GP transmitting data signals RD: 3 +8 V -8 V...
Page 184 CHAPTER 12 External Interfaces Connection of signal lines Figure 12.2 shows a conﬁguration of signal line on connecting DCE device. [Send Data] [Receive Data] [Request to Send] [Clear to Send] Controller/ I/O Device adapter (DTE) [Equipment Ready] (DTE) [Data set Ready] [Carrier Detect] [Send Timing 1] [Send Timing 2]...
Page 185: Parallel Interface
12.3 Parallel Interface 12.3 Parallel Interface Parallel interface The Parallel interface is based upon IEEE1284. For details of the signal line conﬁguration and electrical standard, refer to the IEEE1284 speciﬁcations. Besides the hardware veriﬁcation mentioned above, the control codes (e.g., Chinese-character code and ESC sequence) supported by the connected system must be checked before attempting to use the interface.
Page 186: Table 12.7 Ieee1284-A Connector Terminal Distribution (Continued)
CHAPTER 12 External Interfaces Table 12.7 IEEE1284-A Connector Terminal Distribution (Continued) Pin # Source Compatible Nibble Byte NFault nDataAvail NInit nInit NSelection 1284 Active Signal Ground (nStrobe) Signal Ground (Data 1 and Data 2) Signal Ground (Data 3 and Data 4) Signal Ground (Data 5 and Data 6) Signal Ground (Data 7 and Data 8) Signal Ground (Busy and nFault)
Page 187: Rci Setting
CHAPTER 13 RCI Setting CONTENTS 13.1 Overview ..................13.2 RCI Commands .
Page 188: Overview
CHAPTER 13 RCI Setting 13.1 Overview The remote cabinet interface (RCI) function turns on/off the power of the expansion unit along with the main unit. The RCI function also reports any error that occurring in an expansion unit to the main unit. RCI displays the current node addresses, executes initialization, and requests the binding of a new node after hot system replacement.
Page 189: Liquid Crystal Display (Lcd) Speciﬁcations
13.3 Liquid Crystal Display (LCD) Speciﬁcations The ﬁgure below shows a setting example. ok rci-config HOST: addres: 000101ff mode: 010038a0 status: c000 LIST: address status device-class sub-class 000101ff 0001 000301ff 0100 000302ff 0201 13.3 Liquid Crystal Display (LCD) Speciﬁcations A message is displayed when the service pin of an I/O node is pressed. Use this message to check the RCI address of the I/O node and the RCI cable connection to the node.
Page 191: Troubleshooting
CHAPTER 14 Troubleshooting CONTENTS 14.1 Overview ..................14.2 Commands at the ok prompt .
Page 192: Table 14.1 The 'Show-Post-Results' Command
CHAPTER 14 Troubleshooting 14.1 Overview This chapter will give you some tips to isolate hardware problems of the GP7000F. The GP7000F has some hardware features to diagnose and monitor the hardware, and it makes trouble shooting easy and less time consuming.
Page 193: Initial Diagnosis Sequence
14.3 Initial Diagnosis Sequence 14.3 Initial Diagnosis Sequence LCD display Sequence The LCD display sequence is shown in the Figure 14.1 . There are many patterns in the second line. But, the following example shows only some of them. SCF:initial I/O Power on diagnostic alarm POST:Executing#...
Page 194: Scf Error Messages
CHAPTER 14 Troubleshooting OBP Error Messages Table 14.2 shows just examples of the error messages displayed when faults are detected. Table 14.2 OBP Error Messages Message level Location of detected abnormality (2nd line) CPUn n-th processor module SLOTnn Memory module for memory slot nn Mem config error Violation of memory module installation condition U2P(Timer)#x...
Page 195 14.4 SCF Error Messages Power Unit conﬁguration error If there is any violation of system hardware conﬁguration, such as insufﬁcient power supply or DC-DC converter required by the processors, the power-on sequence will be halted. In this case, any of the following error messages will be shown on the LCD panel. Table 14.3 Power Unit Conﬁguration Error Messages Message level...
Page 196 CHAPTER 14 Troubleshooting Power, fan, environmental alarms With a redundant conﬁguration, if a power supply unit’s failure occurs while the system is running, the system will display a message on operating system and will continue to running. However, a message may not be displayed for a non-redundant conﬁguration, and the system will shut down immediately.
Page 197 14.4 SCF Error Messages Processor Monitoring Error Messages In the power-on diagnostics, the processors, external caches, memory modules, etc. are diagnosed. If a fault is detected in the processor during the power-on diagnostics and while the system is running, the following error messages will be shown on the LCD panel. Table 14.5 Processor Monitoring Error Messages Message level...
Page 198 CHAPTER 14 Troubleshooting Other Error Messages An abnormality of the system monitoring feature itself as well as abnormality of main cabinet are indicated by error messages on the LCD panel. Table 14.7 Other Error Messages Message level Message content Description (1st line) (2nd line) SCF: idling...
Page 200 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.

Fujitsu GP 7000F Manual

Table of Contents

Illustrations

CHAPTER 1 Product Outline

Chapter 2 M200 Main Cabinet

Chapter 3 M200R Main Cabinet

Chapter 4 M400A Main Cabinet

Chapter 5 M400R Main Cabinet

Chapter 6 M600 Main Cabinet

Chapter 7 M600R Main Cabinet

Chapter 8 Expansion Disk Cabinet

Chapter 9 Expansion File Unit Type-2 (Gp7B7Flxx)

Chapter 10 Expansion File Unit (Gp7B7Fu1Xx)

CHAPTER 9 Expansion File Unit Type-2 (Gp7B7Flxx)

Chapter 11 Input-Output Units

CHAPTER 12 External Interfaces

CHAPTER 13 RCI Setting

CHAPTER 14 Troubleshooting

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Table of Contents