Fujitsu M400A, M600, M200R, GP 7000F, M400R User Manual

GP 7000F

M200, M200R, M400A, M400R, M600, M600R

EditionDecember 1999

CopyrightandTrademarks

Deliverysubjecttoavailability;rightoftechnicalmodificationsreserved. Allhardwareandsoftwarenamesusedaretrademarksoftheirrespectivemanufacturers.

1 Preface

ThismanualcontainstheoperatinginstructionsfortheGranPower7000(GP7000F)system from Fujitsu Siemens Computers. A chapter about the connection of Siemens specific devices precedes the actual operating instructions.

U42335-J-Z775-1-76 1

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 attachingexistingcomponentsofSiemensdevicestoFujitsuequipment.Graphical or serial consoles can be connected.

The GP 7000F systems do not support SIDATA

!

(installation by customer is not allowed).

2.1 Graphical console

It is preferable to connect graphical consoles.

GP 7000F system

PCI graphics

controller

D:GP70F-CC10

(option)

V.24 (A)

V.24 (B)

10/100 Mbit Eth

Keyboard/mouse

Teleservice preferably

SUNAdapt

Monitor

Keyboard Mouse

(Keyboard with trackball

in the 19" rack)

U42335-J-Z775-1-76 3

Graphical console Console connections to GP 7000F

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.

– An RM keyboard and mouse can be connected via the D:GP70F-AN10 interface

converter. All models in the GP 7000F server family have a Sun-compatible keyboard/mouse interface. The adapter converts the interface signals to allow the keyboard and 3-button mouse featuringa PC-compatible interfaceto be connected to the server.

PS /2 M aus

PS/2 mouse

PS /2 Tastatur

PS/2 keyboard

SUN-

Sun keyboard/

Tastatur/M aus-

mouse interface

Schnittstelle

Keyboard/mouse adapter

– Monitor (CRT or LCD) – Keyboard –Mouse

The same monitor, keyboard and mouse types have been released as for the Siemens systems.

4 U42335-J-Z775-1-76

Console connections to GP 7000F 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.

V.24/C O M

9-pin

9polig

Dsub

25-pin

25polig

25/9-pin converter

U42335-J-Z775-1-76 5

Serial console Console connections to GP 7000F

2.2.1 LAN console

ASolaris PC is connectedasa LAN console via anRCA (Remote CommunicationAdapter) attached to the V.24 console interface. Up to six servers can be attached to one RCA.

GP 7000F system

V.24 (A)

V.24 (B)

10/100 Mbit Eth

Keyboard/mouse

RCA

LAN

console

Ethernet hub

Teleservice

6 U42335-J-Z775-1-76

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)

PC

(NT, Windows)

GP 7000F

system

V.24 (A)

V.24 (B)

10/100 Mbit Eth

Keyboard/mouse

Teleservice

preferably

U42335-J-Z775-1-76 7

Teleservice Console connections to GP 7000F

2.2.3 TC20 or T100

Use of these terminals is intended as a migration solution only.

αααα

console

GP 7000F system

V.24 (A)

V.24 (B)

10/100 Mbit Eth

Keyboard/mouse

Whenoperatingwith the LAN console,TC20or T100 it is not possibletoaccess the

i

Open Boot PROM using the BREAK signal.

2.3 Teleservice

The teleservice modem has to be connected via V.24 to the system board. The modemhas to be ordered separately owing to national variants.

If a LAN console is used, connection of the modem is to the LAN console PC. Thus one teleservice port serves all connected servers.

Teleservice preferably

8 U42335-J-Z775-1-76

P321-E102-02EN

USER'S MANUAL

FOR SAFE OPERATION

Handling of This Manual

This manual contains important information regarding the use and handling of this product. Read this manual thoroughly. Pay special attention to the section "Important Warnings". Use the product according to the instructions and information available in this manual.

FUJITSU makes every effort to prevent users and bystanders from being injured or from suffering from damages to their property. Use the product according to this manual.

IMPORTANT READING

IMPORTANT NOTE TO USERS

READ CAREFULLY ALL THROUGHOUT THIS MANUAL BEFORE USING THE PRODUCT. INCORRECT 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. FUJITSU further assumes no liability for incidental or consequential damages arising from the use of this manual. FUJITSU disclaims all warranties regarding the information contained herein, whether expressed, implied, or statutory.

DO NOT MAKE MECHANICAL OR ELECTRICAL MODIFICATIONS TO THE EQUIPMENT. FUJITSU LIMITED IS NOT RESPONSIBLE FOR REGULATORY COMPLIANCE OR SAFETY OF A MODIFIED FUJITSU PRODUCT.

DO NOT REPAIR OR INSTALLTHE EQUIPMENT BY USERS. IT SHOULD BE PERFORMED BY A TRAINED SERVICE ENGINNER.

i

THIS PRODUCT IS NOT DESIGNED FOR USE IN ON-LINE CONTROL EQUIPMENT IN HAZARDOUS ENVIRONMENTS SUCH AS OPERATION OF NUCLEAR FACILITIES, AIRCRAFT NAVIGATION OR CONTROL, OR DIRECT LIFE SUPPORT MACHINES. HENCE, IF THESE PRODUCTS ARE USED IN 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. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.

DOC Class A Notice

This class A digital apparatus meets all requirements of the Canadian Interference-Causing Equipment Regulations.

Cet appareil numerique de la class A respecte toutes les exigences du Reglement sur le material brouiller du Canada.

Warning This is a Class A product of Electromagnetic Interference (EMI) standard. In a domestic

VCCI/FCC label

The VCCI/FCC labels for models 200R, 400R, and the Expansion ﬁle unit (GP7B7FLxx) are afﬁxed in the following locations:

environment this product may cause radio interference in which case the user may be required to take adequate measures.

VCCI / FCC label

ii

VCCI / FCC label

Laser Radiation Statement (EU)

Class 1 Laser Product

TRADEMARK ACKNOWLEDGMENTS

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.

RESTRICTED RIGHTS LEGEND: Use, duplication, or disclosure by the United States Government is subject to the restrictions set forth in DFARS 252.227-7013 (c) (1) (ii) and FAR 52.227-19.

The product described in this book may be protected by one or more U.S. patents, foreign patents, or pending applications.

iii

TRADEMARKS

Fujitsu and the Fujitsu logo are trademarks of Fujitsu Limited. 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. "

Sun, the Sun logo, Sun Microsystems, Sun Microsystems Computer Corporation, the Sun Microsystems Computer Corporation logo, SunSoft, the SunSoft logo, Solaris, Solaris PEX, SunOS, SunLink, OpenWindows, Direct Xlib, SunSHIELD, NeWS, NeWSprint, SunInstall, DeskSet, ONC, ONC+, OpenBoot, Online DiskSuite, NFS, JumpStart, AnswerBook, the AnswerBook logo, SunDiag, ToolTalk, Sun PC, and Wabi are trademarks or registered trademarks of Sun Microsystems, Inc., in the U.S. and certain other countries.

UNIX is a registered trademark in the United States and other countries, licensed exclusively through X/Open Company Ltd.

All other product names mentioned herein are the trademarks of their respective owners.

THIS PUBLICATION IS PROVIDED "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESS OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OR MERCHANTABILITY, FITNESS FOR A PARTICULAR POURPOSE, OR NONINFRINGEMENT.

THIS PUBLICATION COULD INCLUDE TECHNICAL INACCURACIES OR TYPOGRAPHICAL ERRORS. CHANGES ARE PERIODICALLY ADDED TO THE INFORMATION HEREIN; THESE CHANGES WILL BE INCORPORATED IN NEW EDITIONS OF THE PUBLICATION. FUJITSU LIMITED MAY MAKE IMPROVEMENTS AND/OR CHANGES IN THE PRODUCT(S) AND/OR THE PROGRAM(S) DESCRIBED IN THIS PUBLICATION AT ANY TIME.

Documents produced by FUJITSU may contain technology controlled under the Foreign Exchange and Foreign Trade Control Law of Japan. The document which contains such technology should not be exported from Japan or transferred to anyone other than residents of Japan without first obtaining license from the Ministry of International Trade and Industry of Japan in accordance with the above law.

Second Edition: November 1999

This manual may be best printed on A4 size. If it is printed on 8.5" ( 11" size, adjust your printer setting in advance.

The contents of this manual may be revised without prior notice.

The contents of this manual shall not be disclosed in any way or reproduced in any media without the express written permission of Fujitsu Limited.

iv

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.

CHAPTER 2 M200 Main Cabinet

Chapter 2 explains the device conﬁguration and operation of M200 Main Cabinet.

CHAPTER 3 M200R Main Cabinet

Chapter 3 explains the device conﬁguration and operation of M200R Main Cabinet.

CHAPTER 4 M400A Main Cabinet

Chapter 4 explains the device conﬁguration and operation of M400A Main Cabinet.

CHAPTER 5 M400R Main Cabinet

Chapter 5 explains the device conﬁguration and operation of M400R Main Cabinet.

CHAPTER 6 M600 Main Cabinet

Chapter 6 explains the device conﬁguration and operation of M600 Main Cabinet.

CHAPTER 7 M600R Main Cabinet

Chapter 7 explains the device conﬁguration and operation of M600R Main Cabinet.

CHAPTER 8 Expansion Disk Cabinet

Chapter 8 describes the distinctive features of the GP7000F external disk cabinet.

CHAPTER 9 Expansion File Unit Type-2(GP7B7FLxx)

Chapter 9 describes the distinctive features of the GP7000F rack mount expansion disk unit.

CHAPTER 10 Expansion File Unit(GP7B7FU1xx)

Chapter 10 describes the distinctive features of the GP7000F rack mount expansion disk unit.

CHAPTER 11 Input-Output Units

Chapter 11 explains the speciﬁcations of Input-Output units.

Preface

v

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.

Conventions for Warning Messages

A warning message consists of a signal and statements. The signal consists of a symbol and a signal word or just a signal word.

The following are the signals and their meanings:

CAUTION

This indicates a hazardous situation could result in minor or moderate personal injury if the user does not perform the procedure correctly. This signal also indicates that damage to the product or other property,may occur if the user does not perform the procedure correctly.

Attention

IMPORTANT

This indicates information that could help the user use the product more efﬁciently.

In the text, the signal is centered, followed below by the indented message. A wider line space precedes and follows the message to show where the message begins and ends. The following is an example:

(Example)

CAUTION

Please forward any comments you may have regarding this manual.

Tomake this manual easier for users to understand, opinions from readers are needed. Please write your opinions or requests on the "Comment Form" sheet at the back of this manual and forward it to the address provided on the sheet.

Data destruction: Do not press these buttons before installing the necessary software package. Otherwise, data may be destroyed. Turn off the system in the OBP prompt state if the software package is not installed.

vi

vii

Important Warnings

The following are cautions found in this manual. They have been compiled here with corresponding page references.

CAUTION

Task Warning Normal Operation Data destruction: Pressing the RESET switch while the

system is running may destroy data. System Installation Be sure to install software packages from "Basic Software

Extension" or "Enhanced Support Facility. Otherwise, above switch functions or proper messages on LCD panel are not guaranteed.

Terminal break command If used improper commands at the ok prompt, the GP7000F may be destroyed. If you need to used any other commands except shown on this manual, you should well understand the function and usage of the command before using it.

Power Off Be sure to eject backup tape media and any diskettes before power-off the system, if the media are installed. Other wise, the data on the media may be destroyed.

Normal Operation Except in an emergency, never turn off the AC switch or disconnect the power cable wile the GP7000F main cabinet is turned on. If you do, data in the disk drive may be destroyed.

A hazardous situation could result in minor or moderate personal injury if the user does not perform the procedure correctly. Also, damage to the product or other property may occur.

viii

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. Otherwise, the system will shutdown or disk units will deteriorate due to a temperature rise in the M200 main cabinet caused by insufficient cooling.

Disk Expansion Unit If the installing location (slot) is not set or set Installation incorrectly, the disk drive may not be hot-swappable. Data may be destroyed as a result of inadvertently replacing the different disk drive. Be sure to set the installing location (slot) correctly. Also, while replacing or initializing NVRAM, set the installing location again.

Normal Operation Do not set the AC main line switch to OFF, not disconnect the 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.

Normal Operation Do not set the AC main line switch to OFF, nor disconnect the power cable or RCI cable while the GP7000F main cabinet is powered on, unless absolutely necessary. Otherwise, the data in the disk units may be destroyed.

Replacing Disk Drives When replacing the disk unit,take the following precautions. If these precautions are not observed, the disk unit or its data may be destroyed.

Formatting Disk Drives Carefully proceed formatting a disk drive. Once formatting a disk drive, data on the disk never restored, if you don't have backup files.

Handling Floppy Disks Do not eject a floppy disk while the access LED is on, other wise the floppy disk or the data on the diskette may be destroyed. For information on the handling method, see Table 11.2, "Handling floppy disks."

Ejecting DAT cartridge Data destruction: Do not press the eject switch during an operation (when the tape LED is blinking). If the eject switch is held down for about 5 seconds or pressed 3 times within a 5 minutes period, the forced ejection function may execute and the data being written may be destroyed.

Handling DAT cartridge When using the data cartridge (DAT), take the following precautions. If these precautions are not observed, the DAT unit or its data may be destroyed.

Storing 8-mm cartridge When using or storing the data cartridge, take the following precautions. If these precautions are not taken, the data on 8-mm tape may be destroyed.

Ejecting QIC cartridge Data destruction: Do not press the eject switch during an operation. The forced ejection function may operate and data being written may be destroyed.

Storing QIC cartridge When using or storing the data cartridge, take the following precautions. If these precautions are not taken, the QIC tape unit or its data may be destroyed.

ix

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 Figure 2.2 Open View of M200 Main Cabinet Figure 2.3 Rear View of M200 Main Cabinet Figure 2.4 Systemboard Layout of M200 Figure 2.5 Disk Drive Bays of M200 Main Cabinet

Figure 3.1 Front View of M200R Main Cabinet Figure 3.2 Open View of M200R Main Cabinet Figure 3.3 Rear View of M200R Main Cabinet Figure 3.4 Systemboard Layout of M200R

Figure 4.1 Front View of M400A Main Cabinet Figure 4.2 Open View of M400A Main Cabinet Figure 4.3 Rear View of M400A Main Cabinet Figure 4.4 Systemboard Layout of M400A

::::::::::::::::::::::::::::

::::::::::::::::::::::::::::::

:::::::::::::::::::::::::

:::::::::::::::::::::::::::

:::::::::::::::::::::::::::::

:::::::::::::::::::::::::::

:::::::::::::::::::::::::::::

:::::::::::::::::::

5 5

14 16 18 19 21

28 29 31 32

42 43 45 46

Figure 5.1 Front View of M400R Main Cabinet Figure 5.2 Open View of M400R Main Cabinet Figure 5.3 Rear View of M400R Main Cabinet Figure 5.4 Systemboard Layout of M400R

:::::::::::::::::::::::::::::

Figure 6.1 Front View of M600 Main Cabinet

:::::::::::::::::::::::::::

::::::::::::::::::::::::::::

54 55 57 58

68

vii

Figure 6.2 Open View of M600 Main Cabinet

::::::::::::::::::::::::::::

69 Figure 6.3 Rear View of M600 Main Cabinet Figure 6.4 Systemboard Layout of M600 Figure 6.5 PCI IO Board Layout of M600

Figure 7.1 Front View of M600R Main Cabinet Figure 7.2 Open View of M600R Main Cabinet

::::::::::::::::::::::::::::

::::::::::::::::::::::::::::::

:::::::::::::::::::::::::::

Figure 7.3 Front View of M600R Main Cabinet (remove Front cover) Figure 7.4 Rear View of M600R Main Cabinet Figure 7.5 Systemboard Layout of M600R Figure 7.6 PCIBPR Board Layout of M600R Figure 7.7 PCIRSR Board Layout of M600R

Figure 8.1 Front View of Expansion Disk Cabinet Figure 8.2 Drive Bays of Expansion Disk Cabinet Figure 8.3 Rear View of Expansion Disk Cabinet

Figure 9.1 Front View of Expansion File Unit Type-2 Figure 9.2 Drive Bays of Expansion File Unit Type-2 Figure 9.3 Drive Bays of Expansion File Unit Type-2

:::::::::::::::::::::::::::

:::::::::::::::::::::::::::::

::::::::::::::::::::::::::::

::::::::::::::::::::::::::

::::::::::::::::::::::::

::::::::::::::::

71

72

75

82

83

84

85

86

89

97

98

100

106 107 108

Figure 9.4 Rear View of Expansion File Unit Type-2

Figure 10.1 Front View of Expansion File Unit Figure 10.2 Drive Bays of Expansion File Unit Figure 10.3 Rear View of Expansion File Unit

Figure 11.1 Floppy Disk Unit Front Panel Figure 11.2 Inserting Floppy Disks

::::::::::::::::::::::::::::::::::

Figure 11.3 CD-ROM Unit Front Panel Figure 11.4 Mark on CD-ROM Disk Figure 11.5 DAT Unit Front Panel Figure 11.6 DDS Logos

:::::::::::::::::::::::::::::::::::::::

:::::::::::::::::::::::::::::::::

::::::::::::::::::::::::::::::::::

Figure 11.7 DDS Media Recognition System Logo

::::::::::::::::::::::::::::

::::::::::::::::::::::::::::::

::::::::::::::::::::::::::::::::

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Figure 11.8 Inserting a Data Cartridge in The DAT Unit Figure 11.9 DAT Data Cartridge Write-protection Tab Figure 11.10 8-mm Tape Unit Front Panel Figure 11.11 8-mm Tape Data Cartridge

:::::::::::::::::::::::::::::::

::::::::::::::::::::::::::::::::

Figure 11.12 Cleaning Cartridge of The 8-mm Tape Unit

::::::::::::::::::::::::

108

114 115 116

123 124 126 127 130 132 132 132 133 136 137 139

viii

Figure 11.13 Cleaning Cartridge of The 8-mm Tape Unit Figure 11.14 QIC Tape Drive Front Panel Figure 11.15 QIC Data Cartridge

::::::::::::::::::::::::::::::::::::

:::::::::::::::::::::::::::::::

::::::::::::::::::::::::

139 140 142

ILLUSTRATIONS

Figure 12.1 Signal Conﬁguration

:::::::::::::::::::::::::::::::::::

Figure 12.2 Conﬁguration of Signal Line when Connecting DCE Device(Example) Figure 12.3 Conﬁguration of Signal Line when Connecting DTE Line(Example)

Figure 14.1 Power-on Sequence

:::::::::::::::::::::::::::::::::::

::::::::::

:::::::::::

147 150 150

159

ix

TABLES

Table1.1 Data Protection for Components and Interfaces Table1.2 POWER LED Table1.3 CHECK LED Table1.4 MODE Switch Settings Table1.5 Connectors and Switches

::::::::::::::::::::::::::::::::::::::

::::::::::::::::::::::::::::::::::

:::::::::::::::::::::::::::::::::

Table1.6 Connectors and Switches for Maintenance

Table2.1 Fans Table2.2 PCI Slot Speciﬁcations

:::::::::::::::::::::::::::::::::::::::::::

::::::::::::::::::::::::::::::::::

::::::::::::::::::::::

::::::::::::::::::::::::

Table2.3 Installation Speciﬁcations of M200 Main Cabinet (1) Table2.4 Installation Speciﬁcations of M200 Main Cabinet (2)

Table3.1 Fans Table3.2 Power Supply Units Table3.3 PCI Slot Speciﬁcations Table3.4 Mounting Combination for Expansion Rack Table3.5 Installation Speciﬁcations of M200R (1) Table3.6 Installation Speciﬁcations of M200R (2)

:::::::::::::::::::::::::::::::::::::::::::

:::::::::::::::::::::::::::::::::::

::::::::::::::::::::::::::::::::::

:::::::::::::::::::::::

:::::::::::::::::::::::::

:::::::::::::::::::

3 6 6 7 9 9

17

23

24

25

30

35

37

38

39

Table4.1 Fans Table4.2 Power Supply Units Table4.3 PCI Slot Speciﬁcations Table4.4 Installation Speciﬁcations of M400A Main Cabinet (1) Table4.5 Installation Speciﬁcations of M400A Main Cabinet (2)

:::::::::::::::::::::::::::::::::::::::::::

:::::::::::::::::::::::::::::::::::

::::::::::::::::::::::::::::::::::

::::::::::::::::::

44

49

51

52

x

TABLES

Table5.1 Fans Table5.2 Power Supply Units Table5.3 PCI Slot Speciﬁcations Table5.4 Mounting Combination for Expansion Rack Table5.5 Installation Speciﬁcations of M400R Table5.6 Installation Speciﬁcations of M400R (2)

Table6.1 Fans Table6.2 Power Supply Units Table6.3 CPU Module Conﬁgurations Table6.4 PCI Slot Speciﬁcations

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:::::::::::::::::::::::::::::::::::

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Table6.5 Installation Speciﬁcations of M600 Main Cabinet (1) Table6.6 Installation Speciﬁcations of M600 Main Cabinet (2)

Table7.1 Fans Table7.2 Power Supply Units Table7.3 CPU Module Conﬁgurations Table7.4 PCI Slot Speciﬁcations

:::::::::::::::::::::::::::::::::::::::::::

:::::::::::::::::::::::::::::::::::

:::::::::::::::::::::::::::::::

::::::::::::::::::::::::::::::::::

:::::::::::::::::::

56

61

63

64

65

70

71

73

76

78

79

84

85

87

90 Table7.5 Mounting Combination for Expansion Rack Table7.6 Installation Speciﬁcations of M600R Table7.7 Installation Speciﬁcations of M600R (2)

Table8.1 CHECK LED Status Table8.2 LEDs

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Table8.3 Expansion Disk Cabinet Installation Speciﬁcations (1) Table8.4 Installation Speciﬁcations of Expansion Disk Cabinet (2)

Table9.1 CHECK LED Status Table9.2 LEDs

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Table9.3 Mounting Combination for Expansion Rack

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Table9.4 Installation Speciﬁcations of Expansion File Unit Type-2

Table10.1 CHECK LED Status Table10.2 LEDs

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Table10.3 Mounting Combination for Expansion Rack Table10.4 Installation Speciﬁcations of Expansion File Unit

:::::::::::::::::::::::::::::::::::

:::::::::::::::::::::::

:::::::::::::::::::::

::::::::::::::::::

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92

93

94

99

101 103 104

108 109 111 112

116 117 119 120

Table11.1 Disk Units LEDs Table11.2 Handling Floppy Disks

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Table11.3 LED Displays on The DAT Unit Table11.4 DAT Cartridge Capacity

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122 125 131 131

xi

Table11.5 8-mm Tape Cartridge Capacity

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136

Table11.6 QIC Tape Cartridge Capacity

Table12.1 Deﬁnitions of UPS Signal Lines Table12.2 Input Circuits Table12.3 Output Circuits

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Table12.4 Electrical Rating Speciﬁcations Table12.5 Deﬁnitions of Signal Lines Table12.6 IEEE1284-A Connector Terminal Distribution

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Table12.7 IEEE1284-A Connector Terminal Distribution (Continued)

Table14.1 The ’show-post-results’ Command Table14.2 OBP Error Messages

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Table14.3 Power Unit Conﬁguration Error Messages Table14.4 Power/Fan/Environmental Error Messages Table14.5 Processor Monitoring Error Messages Table14.6 Lithium Battery Error Messages Table14.7 Other Error Messages

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141

146 147 147 148 149 151 152

158 160 161 162 163 163 164

xii

CHAPTER 1 Product Outline

1.1 Key Features .................................................................................... 2

1.2 Operator Panel ................................................................................. 5

1.3 External Interface .............................................................................. 8

1.4 Console .................................................................................... 10

1.5 Power On/Off ................................................................................. 11

1.6 Installation of Basic Software Extension or Enhanced Support Facility ........................... 12

1.7 local-mac-address Property .................................................................. 12

1

CONTENTS

1

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.

The GP7000F, which has excellent scalability and reliability, is an ideal server for not only group or department servers but also for mission-critical enterprise servers.

IMPORTANT The availability of these products depends on the Sales and Support Companies. Please contact these

companies.

High-performance SPARC64 GP Processor



The SPARC64 GP is a high performance processor which has an out-of-order execution engine.



The SPARC64 GP supports large size external cache of 2MB/4MB/8MB per processor as well as 64KB(instruction)+64KB(Data) on-chip cache.



Error Correcting Code (ECC) is used for both on-chip and external cache.

High-performance Multi-Processor Platform



Symmetric Multiprocessing (SMP) architecture



The memory system has a high bandwidth, up to 8-way interleaving, and which enables fast access.



A packet-based bus protocol, to enable a throughput of 1.3 to 1.6 GB/s per processor, is implemented.



A crossbar conﬁguration, which is based on a packet bus, enables high-level parallel operations of processors and memory modules, I/O and memory modules, and data transfer among processors. And, the system delivers scalable performance by installing additional processors and I/Os.

– The crossbar switch enables parallel operations of several processors and I/Os. – The performance of the single bus is improved by expanding the bus width and high

frequency operation.

– The efﬁciency of bus usage is drastically improved by bus control in the packet exchange

system.



High-performance EDO DRAM (Extended Data Out DRAM) is used on the platform for the memory expansion.(M200, M600)



High-performance SDRAM (Synchronous DRAM) is used on the platform for the memory expansion.(M200R, M400A, M400R, M600R)

2

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. Both short and long size PCI cards can be installed. (*1)

*1) The maximum length of the cards that can be installed in PCI slots #8to#12 of the

M600R Main cabinet is 19.4cm.

High-performance, Large-capacity File Devices



Up to 22, 7200rpm or 10000rpm, UltraSCSI disk drives can be built in. Note that the number of drives that can be installed depends on each model.



The disk drives can be hot-swappable



One CD-ROM drive unit is provided as standard.



One tape drive can be built in as optional.

1.1 Key Features

Reliability, Availability, and Serviceability (RAS) features



Error Correction Code (ECC) is implemented for on-chip cache, external cache, memory module and data paths. The data for the I/O data path(PCI) is protected by parity.

Table 1.1 Data Protection for Components and Interfaces

Components and interfaces Processor (on-chip & external cache) Memory Data path Address path I/O bus (PCI) Processor operation

Built-in basic SCSI, LAN, parallel

Data protection method By ECC (corrects 1 bit and detects 2 bit) By ECC (corrects 1 bit and detects 2 bit) By ECC (corrects 1 bit and detects 2 bit) By parity By parity Operation monitoring by an independent

processor By parity, IP check sum

Note: The RS232C interface and a ﬂoppy disk on a standard conﬁguration are not

protected by parity.



Power-on diagnostics are executed on the system components, such as processors, memory modules and so on, during initial power-on or reset of the system.



Automatic System Reconﬁguration (ASR) isolates faulty hardware components immediately after detecting it. The ASR function isolates not only faulty components detected during initial power-on but also those detected while the system is running. However, the ASR function cannot restart the system if errors are detected in the resources required for booting up the system, or in the basic components of the system.

3

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" or "Enhanced Support Facility", administration and management of GP7000F is easy and less time consuming.



The SCF monitors environmental temperature, powering and cooling conditions. This function prevents the system from environmental condition that can cause error or damages to the system.

– Monitoring Environmental Temperature ; The guaranteed operating temperature of the

system ranges from 5 to 35 degrees Celsius (41 to 95 degrees Fahrenheit). A warning message is displayed at about 35 degrees Celsius (95 degrees Fahrenheit). If the temperature reaches about 40 degrees Celsius (104 degrees Fahrenheit), the system is shut down automatically.

– Monitoring Powers ; The power supplies are always monitored, and a message is displayed

on the LCD panel, if power supply failure is detected. When the system doesn’t have a redundant power supply, the system will be powered off immediately. Besides it, the integrated service processor monitors and controls DC-DC converter which provides power to the processor modules.

– Monitoring Fans ; Several fans are installed inside the GP7000F main cabinet. If one of the

fans breaks down, a warning message which indicates the defective fan is displayed on the LCD panel. And, if the fans cannot provide enough cooling, the system is shut down automatically.



RCI (Remote Cabinet Interface) makes power cycle control of expansion I/O unit, such as Expansion Disk Unit and Expansion File Unit, which has the RCI interface.



Status of LEDs and messages on LCD panel of GP7000F main cabinet as well as console messages make trouble shooting easy and less time consuming.



All internal disk drives are hot-swappable, and these drives can be mirrored for higher data availability. In addition, redundant power supplies and fans are supported for higher availability.



The front cover/panel has a lock key to prevent unauthorized access to the internal I/O devices as well as front panel switches.

4

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.

1.2 Operator Panel

RESET switch

REQUEST

RESET

AUTO

MANUAL SECURE

MODE switch

REQUEST switch LCD panel

CHECK

POWER

POWER LED( green )

CHECK LED( amber )

Figure 1.1 Operator Panel (M200, M600)

CHECK LED (amber)

LCD panel

POWER switch

POWER

POWER LED (green)

POWER switch

POWERCHECK

POWER

SECURE

RESET swich

REQUEST switch

REQUEST

MANUAL

MODE switch

RESET

AUTO

Figure 1.2 Operator Panel (M200R, M400A, M400R, M600R)

5

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 ON OFF

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.

Table 1.3 CHECK LED

Status Descriptions ON The system is turned on, but the processors are not operating. Blinking System down.

(quickly) Blinking There are faulty components in the system. (The system is still

(slowly) operating) OFF The system is not turned on or it is operating normally

If the system administrator shuts down the system (when the AC main line switch is on) while there are degraded-mode components remaining in the system, the CHECK LED will continue to blink slowly to remind the system administrator there are faulty components to be diagnosed. Possible causes of a CHECK LED alarm are: errors in temperature monitoring, related components (such as the power supplies and fans) or degraded-mode components (such as processors and memory modules, etc.).

When the system is turned on, the CHECK LED lights up brieﬂy. However, this is not an error unless the CHECK LED remains light up for more than three seconds, or begins to blink.

LCD The LCD panel can display 2 rows of 16 digits. The messages displayed on it are status or results of

the power-on diagnostics, and environmental events such as over temperature, etc. Therefore, when an error occurs, the user or system administrator can recognize the state of the hardware system easily by checking the messages displayed on the LCD panel as well as console messages.

Error messages remain on the LCD panel until the error is corrected. There is only one LCD panel, therefore, it displays messages in turn when there are several errors. Note that error events are corrected even though their message displayed on the panel is overwritten by messages of other events. However, since the initial diagnostics is allowed to report only one event, the next message of another event will be displayed on the panel after repaired a reported event.

Messages are erased from the panel when:



an error event is corrected.



the power of the main cabinet is cycled



the AC main line switch is turned off, or



the RESET switch is pressed (partial messages are erased).

When an error or an abnormal state occurs, record the messages displayed on the LCD panel and status of the CHECK LED. Then, contact the system administrator or service engineers. See 14 "Troubleshooting" for more information regarding the messages displayed on the LCD panel.

6

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". By pressing the POWER switch while the system is running, the system will be powered off after graceful shutdown. Refer to the user’s guide of "Basic Software Extension" or "Enhanced Support Facility" for the information of the "scftool".

RESET switch

The user can reset the system forcibly with the RESET switch. Enabling the RESET switch is managed by the state of the MODE switch setting. If the user cannot restart the system with the RESET switch, check the LCD panel if there are any messages, then press this switch again.

Data destruction: Pressing the RESET switch while

CAUTION

the system is running may destroy data.

1.2 Operator Panel

REQUEST switch

The REQUEST switch is used by trained service engineers only for maintenance purpose. Do not use the REQUEST switch by users.

MODE switch

The MODE switch is used to set boot-up mode of the system as well as enabling/disabling the POWER, RESET and REQUEST switches. The MODE switch has 3 states as shown in the Table 1.4 . In the table below, YES means that a switch is enabled when the MODE switch is set to the position/state, while NO means a switch is disabled.

Table 1.4 MODE Switch Settings

POWER RESET REQUEST Remarks switch switch switch

MANUAL

YES YES

YES

AUTO

NO NO

YES

SECURE

NO NO

NO

The system stops at ok prompt after the power-on diagnostics.

The system boots up automatically after the initial diagnostics.

The system boots up automatically after the initial diagnostics, and keyboard STOP+A command and terminal break command are ignored while Solaris is running.

Notes: At the maintenance of main cabinet, be sure to set the MODE switch to

the MANUAL state even if the AC line switch is OFF. The POWER, RESET and REQUEST switches must be pressed longer

than 0.3 seconds for valid operation.

7

CHAPTER 1 Product Outline

CAUTION

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. Toprevent system down by unexpected break or STOP+A command, set MODE switch SECURE state.

1.3 External Interface

Various interfaces are available for peripherals and network connections.

Be sure to install software packages in the "Basic Software Extension" or "Enhanced Support Facility". Otherwise, above switch functions or proper messages on LCD panel are not guaranteed.

PCI Interface

The GP7000F provides the PCI bus as the I/O interface. The PCI interface has the following characteristics:

Connector

The following connectors are installed on the back of the GP7000F main cabinet:



PCI Local Bus Speciﬁcation, Rev 2.1 compliant.



64-bit bus widths, 33 MHz (5.0V) and 33/66 MHz (3.3V).



Short and long size card can be installed into any of the PCI slots. (*1)



Data paths are protected by parity.

*1) The maximum length of the cards that can be installed in PCI slots #8to#12 of the

M600R Main cabinet is 19.4cm.

8

1.3 External Interface

Table 1.5 Connectors and Switches

Connector/ Marking Type Remarks Switch

RS232C KB Parallel 10 Mb/100Mb

Ethernet UPS

RCI PC

SERIAL A/B KB PARALLEL LAN

UPS

RCI PC

Dsub/25 pin* 8-pin DIN Dsub/25 pin* RJ45

Dsub/9 pin

RJ11 8-pin DIN

The same connector as Parallel Connect a mouse via a keyboard AT compatible 10 Mb/100 Mb automatic recognition

Connector to a UPS (Uninterruptable Power Supply) which has the UPA interface.

Install a terminating resistor For controlling power on for the main

cabinet

* This type will not operate if connected improperly. However, it does not affect the

system performance.

The RS232C, Parallel and Ethernet interfaces use industry-standard connectors. Therefore, the user can connect them to various peripheral devices. For the speciﬁcations of the RS232C, parallel interface and UPS control interface, see 12 , "External Interfaces".

Table1.6 shows other connectors and switches than the above:

Table 1.6 Connectors and Switches for Maintenance

Connector/ Marking Type Remarks Switch

SCF/switch No notation Push pin Unavailable SCF/RS232C No notation Dsub/9 pin Unavailable

IMPORTANT The connector and switches in Table 1.6 are used only for the maintenance purpose by

trained service engineers. If used for any other reason the server will malfunction.

9

CHAPTER 1 Product Outline

1.4 Console

Serial Terminal

Terminal break command

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.



Set a terminal to receive 8bit per character, 1 stop bit and no parity at 9600 baud.

Refer to the document accompanying your terminal for more information about the terminal itself.

You can disable to enter the OpenBoot mode from break command and keyboard STOP+A command, by the following proceedings.



set no-break value to fw-option variable at the ok prompt, with the procedures as below.



Then, running the system on SECURE mode, which you can set on the operator panel.

1 To display current setting, type print-fw-options command as below. Below shows

default setting, and no default value means that the break command and STOP+A command are enabled.

ok print-fw-options fw-options =

2 To disable break command and keyboard STOP+A command, type as below.

ok set-fw-options no-break fw-options = no-break

3 To make sure the settings, type print-fw-options command and check the no-break value

is set as below.

ok print-fw-options fw-options = no-break

To enable the break command and STOP+A command, use the following command at the ok prompt. Note that the commands are enabled as the default of the GP7000F.

4 To display currrent setting, type print-fw-options command as below. The no-break

value means the break command and keyboard STOP+A command are disabled.

ok print-fw-options fw-options = no-break

5 To enable break command and keyboard STOP+A command, type as below.

ok clear-fw-options no-break fw-options =

6 To make sure the setting, type print-fw-options command and check the no value is set

as below.

ok print-fw-options fw-options =

10

CAUTION

If used improper commands at the ok prompt, the GP7000F may be destroyed. If you need to used any other commands except shown on this manual, you should well understand the function and usage of the command before using it.

1.5 Power On/Off

Power On

1.5 Power On/Off

After connected cables necessary to the system as well as console (or local graphic display), take the following procedures.

1 Turn on any peripherals and external IO devices attached to the main cabinet as well as a

terminal (or local graphic display).

2 Set the AC main line switch to ON. 3 Press the POWER switch on the operator panel, when the mode switch is in MANUAL/AUTO

mode. Note that power on function by pressing keyboard power-on key is not supported.

IMPORTANT If a serial terminal is attached to the system, be sure to power on the terminal before the

main cabinet is powered on, and never power off the terminal during the system is running. Otherwise, the system may be halted and it may destroy data.

Power Off

Before power-off the system, notify users that the system will be shut down. And, back-up the ﬁles if necessary.

1 Press the POWER switch on the operator panel, then the system will be powered off after a

graceful shutdown.

2 Turn off any peripherals and external IO devices attached to the main cabinet as well as

terminal(or local graphic display).

Be sure to eject backup tape media and any diskettes before

CAUTION

IMPORTANT When turning on the main line switch under a state that the MODE switch is AUTO or

SECURE, the GP7000F may be powered up automatically just turn on the main line switch if APCS(Auto Power Control System) software is installed in your GP7000F system.

To avoid powering up just turning on the main line switch even if the softwares is installed in your GP7000F system, turn on the main line switch under the state of the MODE switch is set to MANUAL position.

power-off the system, if the media are installed. Otherwise, the data on the media may be destroyed.

Except in an emergency, never turn off the AC switch or disconnect the power cable while the GP7000F main cabinet is turned on. If you do, data in the disk drives may be destroyed.

11

CHAPTER 1 Product Outline

1.6 Installation of Basic Software Extension or Enhanced Support Facility

Toenable 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" or "Enhanced Support Facility" for more information.

CAUTION

Install "Basic Software Extension" or "Enhanced Support Facility" before operating the system. Without this package, incorrect operator panel operations or hardware errors may cause the system to shut down or destroy data.

1.7 local-mac-address Property

The network interface of the Ethernet (100BASE-TX) is assigned a unique MAC (Media Access Control)adress, which represents the 48-bit ethernet address for the channel. The OpenBoot(R) ﬁrmware reports this MAC address via the local-mac-address property in the device nodes corresponding to the network interfaces.

A system is not obligated to use this assigned MAC address if it has a system-wide MAC address. In such cases, the system-wide MAC address applies to all network interfaces on the system.

The device driver, or any other adapter utility, can use the network device’s MAC address (local-mac-address) while conﬁguring it. In future Solaris releases, you will be able to use the channel’s MAC address when booting over the network.

The mac-address property of the network device speciﬁes the network device speciﬁes the network address (system-wide or local-mac-address) used for booting the system. Tostart using the MAC address assigned to the network interface of the Ethernet (100BASE-TX), set the NVRAM conﬁguration variable local-mac-address? to true.

12

OK setenv local-mac-address? true

CHAPTER 2 M200 Main Cabinet

2.1 Overview .................................................................................... 14

2.2 Device Conﬁguration ........................................................................ 15

2.3 Systemboard ................................................................................. 19

2.4 Disk Units .................................................................................... 21

2.5 PCI Slots .................................................................................... 23

2.6 Installation .................................................................................... 23

2

CONTENTS

13

CHAPTER 2 M200 Main Cabinet

2.1 Overview

Appearance

CHECK LED ( amber )

POWER LED ( green )

Key Features

Lock

Stabilizing Feet

Figure 2.1 Front View of M200 Main Cabinet



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).

14



Up to 8 UltraSCSI disk drive bays, which support hot-swap features.



1 CD-ROM unit and 1 ﬂoppy disk unit as the basic conﬁguration.



1 tape unit can be installed.



1 100BASE-TX (auto-sensing 10/100Mbps), 2 Serial, 1 parallel, and 1 Keyboard/Mouse port

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)



Disk drive units



CD-ROM unit



Tape unit (optional QIC tape, 8-mm tape, or DAT)

2.2 Device Conﬁguration



Floppy disk unit

The processor modules, DIMMs, PCI cards, tape drive unit, expansion power supply, disk expansion feature (SCSI-BP board), and disk drive units of the above components are available as options.

15

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

Panel cover

Stabilizing Feet

Figure 2.2 Open View of M200 Main Cabinet

The panel cover can be opened from its right side after unlocking it. Then, you can access switches on the operator panel, CD-ROM drive unit, Floppy drive unit, tape drive unit, and so on.

16

Fans Table2.1 lists the fans installed in the M200 main cabinet.

Table 2.1 Fans

2.2 Device Conﬁguration

*1 The 80-mm square fan is replaced by the 120-mm square fan when the expansion

Power supplies

The M200 main cabinet has a basic power supply unit as well as DDC(DC-DC Converter)s dedicated to each processor module. When the Disk Expansion Unit is installed, The expansion power supply is required (when 5 to 8 disks are installed in the M200 main cabinet).

If the expansion power supply is not installed when the Disk Expansion Unit is installed, an indication that a mounting rule has been violated is reported on the LCD panel and power-on is inhibited. This checking function prevents faulty conﬁgurations. The checking function is executed when a disk cage is expanded regardless of whether a disk unit is installed.

The alarm detection feature is not implemented for the expansion power supply of the M200 main cabinet. If a failure occurs in the expansion power supply, the power cannot be supplied to the Disk Expansion Unit. In this case, the POWER LED on the disk expansion cage turns off. If an error occurs in the disk unit installed in the Disk Expansion Unit (because the power is not supplied), the expansion power supply may be at failed. Check the POWER LED on the expansion disk cage.

Name Shape Fan #0 120-mm (4.7 inch) square fan Fan #1 120-mm (4.7 inch) square fan Fan #2 92-mm (3.6 inch) square fan Fan #3 80-mm (3.1 inch) or 120-mm

(4.7 inch) square fan (*1) Fan #4 92-mm (3.6 inch) square fan

power supply is installed.

Location Behind the Systemboard Under the disk unit Above the processor module Behind the power supply

Side the PCI slot

Stabilizing feet

The stabilizing feet prevent the M200 main cabinet from falling over when it is pushed from its side or if there is an earthquake. When installing the M200 main cabinet, be sure to install the stabilizing feet.

Rear of the M200 main cabinet

AC input, AC main line switch, power supply(FEP) and some connectors are located on the rear panel of the M200 main cabinet as shown in the Figure 2.3 .

17

CHAPTER 2 M200 Main Cabinet

RCI

AC Main Line Switch AC Power Input

UPS

PC

100BASE-TX

Keyboard

RS232C ( Port A)

RS232C ( Port B )

Parallel ( AT Centrenics )

PCI slot #6 PCI slot #5 PCI slot #4 PCI slot #3 PCI slot #2 PCI slot #1

Stabilizing Feet

Figure 2.3 Rear View of M200 Main Cabinet

18

2.3 Systemboard

Systemboard layout

2.3 Systemboard

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

PC LAN KB

Serials Parallel

#13 #12 #9 #8 #5 #4 #1 #0

Processor Conﬁguration

Up to 2 processors can be installed in the M200 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.



When installing a processor module, install DC-DC converters along with the processor in the corresponding slot.

PCI Slot #1

DDC #3

DDC #2

DDC #1

DDC #0

MEMORY SLOT

CPU #1

CPU #0

Figure 2.4 Systemboard Layout of M200

#15 #14 #11 #10 #7 #6 #3 #2

IMPORTANT If any of the above conditions is not satisﬁed, the operation is not guaranteed.

19

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:



IMPORTANT If any of the above conditions is not satisﬁed when installing the DIMMs, some DIMMs are

degraded in the power-on diagnostics. When adding the memory modules, check that the DIMMs are installed correctly.

Memory ECC feature

The EDO DRAM is used as the memory element. The single-bit error correction and multiple-bits error detection features are available for a large capacity memory by using the Error Check Code (ECC) system. A single-bit error can be isolated down to the memory slot on which it occurred. A multiple-bit error can be isolated down to the pair of slots on which it occurred.

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;

and 8, 9, 10, 11; then 12, 13, 14, 15.

Checking the memory diagnostics

Tocheck 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. The screen below lists the command execution results related to memories and their meanings.

Example for normal operation

=== Memory ========= Type : EDO SLOT# Size[Valid(MB)/Existing(MB) Total 0-3 32/32 32/32 32/32 32/32 : 128/128 MB 4-7 32/32 32/32 32/32 32/32 : 128/128 MB 8-11 ----- ----- ----- ----- : 0/0 MB 12-15 ----- ----- ----- ----- : 0/0 MB *=Error SLOT

In this example, a memory module has been placed in degraded mode.

=== Memory ========= Type : EDO SLOT# Size[Valid(MB)/Existing(MB) Total 0-3 32/32 32/32 32/32 32/32 : 128/128 MB 4-7 0/32 0/0* 0/32 0/32 : 0/96 MB 8-11 ----- ----- ----- ----- : 0/0 MB 12-15 ----- ----- ----- ----- : 0/0 MB *=Error SLOT

20

2.4 Disk Units

Disk drive conﬁguration

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. The size of each module is 32 megabytes except the one installed in slot 5. The initial system diagnostics detected an error in the module installed in slot 5 and placed the module in degraded mode, assuming there was no available space. As a result, the group of modules in slots 4 to 7 is not available for use.

When the Disk Expansion Unit (which includes an expansion disk cage) is added, up to 8 disk units can be installed in the M200 main cabinet. Basic disk cage (bay #0-#3) is connected to UltraSCSI bus, and the expansion disk cage (bay #0-#3) is connected to another UltraSCSI bus. Each disk drive has two status LEDs. For the status of these LEDs, refer to 11 , "Input-Output Units."

ACTIVE LED( Green )

FAULT LED( Amber )

Expansion disk cage

POWER LED

Basic disk cage

Figure 2.5 Disk Drive Bays of M200 Main Cabinet

#0

#1

#2 #3

21

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:



A Power LED is installed on the SCSI-BP board. If both ACTIVE LED and FAULT LED above a disk bay do not lights, check to see if the POWER LED on the SCSI-BP board is turned on. If this POWER LED does not turn on, disk expansion unit or its cable may be faulty.

When installing the Disk Expansion Unit, the installed location (slot) of the PCI card used for connection must be set. Below shows the setting procedure.

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

Be sure to replace the power supply fan when installing the Disk

CAUTION

Expansion Unit. Otherwise, the system will shutdown or disk units will deteriorate due to a temperature rise in the M200 main cabinet caused by insufﬁcient cooling.

1 First, execute show-scsi command at the ok prompt, to get the path name of the UltraSCSI

card and it’s PCI slot. The followings example shows that a Ultra SCSI card is installed in PCI slot#6.

ok show-scsi PCI#6 : /pci@1d,4000/scsi@5,1 PCI#6 : /pci@1d,4000/scsi@5 SCSI#0: /pci@1f,4000/scsi@3 ok

2 Then, set led-control-1 to correspond to the PCI slot by using setenv command at the

ok prompt. The followings example shows that a Disk Expansion Unit connection to SCSI Conector #1 of the UltraSCSI card in PCI slot#6.

ok setenv led-control-1 /pci@1d,4000/scsi@5

If the installing location (slot) is not set or set incorrectly, the disk

CAUTION

drive may not be hot-swappable. Data may be destroyed as a result of inadvertently replacing the different disk drive. Be sure to set the installing location (slot) correctly.

Also, while replacing or initializing NVRAM, set the installing location again.

22

2.5 PCI Slots

PCI slots conﬁguration

2.5 PCI Slots

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. The speciﬁcations for the PCI slots are described in Table 2.2 .

Table 2.2 PCI Slot Speciﬁcations

PCI slot # PCI Bus Slot width / card width PCI clock Card input voltage (bits) (MHz)

6 D 5 D 4 D 3 C 2 B 1 A

64 / 32,64 33 5 V or Universal 64 / 32,64 33 5 V or Universal 64 / 32,64 33 5 V or Universal 64 / 32,64 33 5 V or Universal 64 / 32,64 33 / 66 3.3 V or Universal 64 / 32,64 33 / 66 3.3 V or Universal

2.6 Installation

Notes on installation:



Do not block the ventilation slits.



Do not install the M200 main cabinet where it will be exposed to sunlight or sources of heat.



Do not install the M200 main cabinet in dusty places or places where it will be exposed to corrosive gas or sea breeze.



Keep the M200 main cabinet isolated from vibration. Install the M200 main cabinet on a level surface so that it does not tilt.



Make sure that the AC power supply source is grounded properly. Otherwise, the M200 main cabinet may malfunction.



Do not run a cable under a unit or allow a cable to become taut. Do not disconnect the power cable when the power is on.



Do not place anything on the M200 main cabinet. Do not use the cabinet of the M200 main cabinet as a work space.



To prevent condensation in the M200 main cabinet, do not raise the ambient temperature rapidly, in winter. Use the M200 main cabinet only after it has warmed up sufﬁciently.



Do not install the M200 main cabinet near a noise generating device such as a photocopier, air conditioner, or welder.



Take electrostatic prevention measures. Note that some carpets generates static electricity easily and can cause the M200 main cabinet to malfunction.



When moving the M200 main cabinet, do not pull on the front cover. Otherwise, the main cabinet may be damaged.

23

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

Item Specification

Mass Up to 43kg (approx.94.9 lb) Power condition Input voltage

Maximum consumption current 5.0 A Leakage current 3.5 mA or less Ground resistance 100ohm or less ( class C installation standard) Temperature condition Operating 5 to 35 degrees Celsius (+41 to +95 F) (*1)

Humidity condition Operating 20 to 80%RH (no condensation)

Vibrations condition Operating 0.2 G

Noise 47 db (A) (*2) Installation standalone type

Table 2.3 Installation Speciﬁcations of M200 Main Cabinet (1)

Single phase 100 to 120 VAC (+-10%)

Input frequency

Not operating 0 to 50 degrees Celsius (+32 to +122F)

Not operating 8 to 80% RH (no condensation)

Idle 0.4 G

50/60 Hz (+2 to -4%)

Single phase 200 to 240 VAC (+-10%)

2.5 A

3.5 mA or less

24

*1: If the ambient temperature exceeds 35 degrees Celsius (+95 F) during operation, a

warning message is displayed. Take steps to rectify the problem immediately.

*2: The indicated noise is the mean value of the measurements obtained in an anechoic

chamber with less echoic inﬂuence. The actual noise measured at the installation site may be greater than the indication noise due to surrounding noise and echoes.

Table 2.4 Installation Speciﬁcations of M200 Main Cabinet (2)

Item Specification

External dimension (unit:mm)

Height 700

Service area (unit:mm)

Width 230 Depth 630

352 677

*1

(Front View) (Side View)

230

Service area

800

2.6 Installation

*2

800 800

*3 *3

Service area Service area

Top of

the unit

Front

Service area

630

800

*1: The unit width including the Stabilizing Feet is 352 mm (13.9 inch). *2: For the rear space, if 800 mm (31.5 inch) or more space is available by moving the

cabinet when repair the cabinet or provide any services for it, 200 mm (7.8 inch) of space is acceptable for regular use. However, when optical cables are laid out, more than 300 mm (11.8 inch) of space between the rear side of the unit and wall is required.

*3: For the side space, if 800 mm (31.5 inch) or more space is available by moving the

cabinet when repair the cabinet or provide any services for it, the service area as described in Table 2.4 is not necessary for regular use.

*4: A minimum of 50 mm (1.9 inch) of clearance is required above the top of the unit. *5: The unit depth of the cabinet at the bottom including the skirt is 677 mm (26.7 inch).

25

CHAPTER 3 M200R Main Cabinet

CONTENTS

3.1 Overview .................................................................................... 28

3.2 Device Conﬁguration ........................................................................ 29

3.3 Systemboard ................................................................................. 32

3.4 Disk Units .................................................................................... 34

3.5 PCI Slots .................................................................................... 35

3.6 Installation .................................................................................... 36

3

27

CHAPTER 3 M200R Main Cabinet

3.1 Overview

Appearance

CHECK LED (amber)

POWER LED (green)

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).



2 UltraSCSI disk drive bays, which support hot-swap features.



1 CD-ROM unit and 1 ﬂoppy disk unit as the basic conﬁguration.



1 100BASE-TX (auto-sensing 10 / 100 Mbps), 1 UltraSCSI(differencal), 2 Serial, 1 Parallel, 1 Keyboard/Mouse port



N+1 redundant power supply units, and fan units, which support hot-swap feature.

28

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



CD-ROM unit



Floppy disk unit

The processor modules, DIMMs, PCI cards, redundant power supply, and disk drive units of the above components are available as options.

3.2 Device Conﬁguration

Front view of the M200R main cabinet

Operator Panel

Panel Cover

CD-ROM Unit

Floppy Disk Unit

Figure 3.2 Open View of M200R 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, and so on.

29

CHAPTER 3 M200R Main Cabinet

Fans The Table3.1 lists the fans installed in the M200R main cabinet.

Power supplies

The M200R main cabinet has 2 kinds of power supply units as well as DDC (DC-DC Converter). FEP (Front End Bulk Power) unit has AC input, and provide +48V(to BE). BE (Back End Power) has +48V input, and provide +12V or +5V or +3.3V to some internal components.

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 Tray #5 Rear of the cabinet Fan #11 Fan #14 Tray #7 Above the processer module Fan #15 Fan #16 Tray #8 Side the PCI slot Fan #17

Table 3.2 Power Supply Units

Standard Redundant FEP BE(5V) BE(3.5V)

1 2 2

2 3 3

30

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

RCI

FEP#0

UPS

PCI slot

3.2 Device Conﬁguration

AC Power Input FEP#1(option)

Parallel

RS232C (portB) RS232C (portA)

SCSI

Power Control 100BASE-TX

Keyboard

Figure 3.3 Rear View of M200R Main Cabinet

31

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 DIMM Slot #13 DIMM Slot #15

NVRAM

DDC#0

DDC#1

DIMM Slot #14

DIMM Slot #12

DIMM Slot #10

DIMM Slot #8

DIMM Slot #6

DIMM Slot #4

DIMM Slot #2

DIMM Slot #0

CPU Slot #0

CPU Slot #1

DDC#2

DDC#3

DDC#4

PCI Slot #1

PCI Slot #2

PCI Slot #3

PCI Slot #4

PCI Slot #5

PCI Slot #6

32

Figure 3.4 Systemboard Layout of M200R

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.



When installing a processor module, install DC-DC converters along with the processor in the corresponding slot.

IMPORTANT If any of the above conditions is not satisﬁed, the operation is not guaranteed.

Memory conﬁguration

The M200R has 16 memory slots, allowing for as much as 4 gigabytes of main memory. When installing the memory modules, the following conditions must be satisﬁed:



When installing the ﬁrst set of DIMM, install a set of 4 modules of same size in slots 0, 1, 2, and 3.

3.3 Systemboard



At subsequent memory expansions, install a set of 4 modules of the same size in slots 4, 5, 6, 7, and 8, 9, 10, 11, then 12, 13, 14, 15.

IMPORTANT If any of the above conditions is not satisﬁed when installing the DIMMs, some DIMMs are

degraded in the power-on diagnostics. When expanding the memory modules, check that the DIMMs are installed correctly.

Memory ECC feature

The SDRAM is used as the memory chip. The single-bit error correction and multiple-bit error detection features are available for a large capacity memory by using the Error Check Code (ECC) system. A single-bit error can be isolated down to the memory slot on which it occurred. A multiple-bit error can be isolated down to the pair of slots on which it occurred.

Checking results of the memory diagnostics

Tocheck 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. The screen below lists the command execution results related to memories and their meanings.

33

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 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 00- 8-11 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 00-12-15 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB * = Error SLOT

Example of a slot #4 error

=== 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 0 / 0* 0 / 256 0 / 256 0 / 256 : 0 / 768 MB 00- 8-11 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 00-12-15 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB * = Error SLOT

3.4 Disk Units

Disk drive conﬁguration

Note: If a memory error is detected, an asterisk is displayed in the Size ﬁeld for the

corresponding slot. In this example, an error in slot #4 is detected in the initial diagnostics operation. Modules in slots 5 to 7 are recognized as normal modules but also become invalid.

Up to 2 disk drives can be installed in the base conﬁguration of the M200R main cabinet. To install more than 3 disk drive units, the Expansion File Unit must also installed.

34

3.5 PCI Slots

PCI slots conﬁguration

3.5 PCI Slots

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. The speciﬁcations for the PCI slots are described in the Table3.3 .

Table 3.3 PCI Slot Speciﬁcations

PCI slot # PCI Bus Slot width / card PCI clock Card input voltage width (bits) (MHz)

6 D 5 D 4 D 3 C 2 B 1 A

64 / 32, 64 33 5 V or Universal 64 / 32, 64 33 5 V or Universal 64 / 32, 64 33 5 V or Universal 64 / 32, 64 33 5 V or Universal 64 / 32, 64 33 / 66 3.3 V or Universal 64 / 32, 64 33 / 66 3.3 V or Universal

35

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 .

Safety Installation Instruction:



This unit is installed in a closed or multi-unit rack assembly, the operating ambient temperature inside of the rack environment may be greater than room ambient. Therefore, consideration should be given to installing the unit in an environment compatible with the manufacturer’s maximum rated ambient temperature.

– Consideration for adjustment of air condition like air circulation should be given to prevent

the internal rack ambient from exceeding the Max. Operating ambient temperature of this unit.

– Maximum operating ambient temperature of this unit : 35 deg C.

Installation of the unit in a rack should be such that the amount of air ﬂow required for safe operation of the unit is not compromised.

– This unit has ventilation openings at front and rear face of the unit. – Do not cover or close these ventilation openings to prevent overheating.



Mounting of the unit in the rack should be such that a hazardous condition is not achieved due to uneven mechanical loading. To keep stability of entire rack, please ﬁx the rack to wall or ﬂoor by suitable means.

– Be careful about injury during installation of this unit into rack. – Do not install this unit into your rack where the unit may make the entire rack unstable. – Mass of this unit with maximum conﬁguration : 40 kg.



If the unit is supplied from Power Strip or Service Outlet of other units, it may overload the Power Supply Cord of the Power Strip or other units.

– Conﬁrm that the current rating of Power Strip or Service Outlet exceeds the combined

ratings of all equipment it is supplying.

– Electrical ratings of this unit : Rated 100 - 240Vac, 4.0 - 1.5 A, 50/60 Hz, 1 phase



Reliable earthing of rack-mounted equipment should be maintained. Particular attention should be given to supply connections other than direct connections to the branch circuit (e.q., use of power strips).

36

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

Communication Swichable Unit

Note: Each rack-mount unit should be mounted in the lowest available portion with the

Notes on Installation



Do not install this ﬁle unit where it will be exposed to sunlight or sources of heat.



Do not install this ﬁle unit in dusty places or places where it will be exposed to corrosive gas or sea breeze.



Keep this ﬁle unit isolated from vibration. Install this ﬁle unit on a level surface to prevent it from tilting.

Rack-Mount Units

Expansion File Unit Type-2 Disk Array Unit (GP-DxxxxU) GP7000F Model 200R/400R Disk Array Unit (GR700/720)

Outlet and/or Outlet Type-2

GP7000F Model 600R

priority indicated in the Table 3.4 .

Mounting Portion Priority in the Rack

Upper

Lower



Do not run a cable under a unit or overextend a cable. Do not disconnect the power cable while the power is on.



Do not place anything on this ﬁle unit. Do not use this ﬁle unit as a desk.



Toprevent condensation in this ﬁle unit, do not raise the room temperature rapidly in the winter. Use the cabinet only after sufﬁciently warming it.



Do not install this cabinet near noisy devices such as a photocopier, air conditioner, or welder.



Take electrostatic prevention measures. Note that some carpets generate static electricity easily and can cause this ﬁle unit to malfunction.

IMPORTANT If the above conditions are not satisﬁed, this ﬁle unit may be damaged. Be sure to follow

above precautions.

37

CHAPTER 3 M200R Main Cabinet

Installation speciﬁcations

Item Specification

Mass Up to 40kg (approx.88 lb) Power condition Input voltage

Maximum consumption current 4.0 A Leakage current (1 for each cable) 3.5 mA or less Ground resistance 100ohm or less ( class C installation standard) Temperature condition Operating 5 to 35 degrees Celsius (+41 to +95 F) (*1)

Humidity condition Operating 20 to 80%RH (no condensation)

Vibrations condition Operating 0.2 G

Noise 50 db (A) (*2) Installation Rack mount type (4pitches)

Table 3.5 Installation Speciﬁcations of M200R (1)

Single phase 100 to 120 VAC (+-10%)

Input frequency

Not operating 0 to 50 degrees Celsius (+32 to +122F)

Not operating 8 to 80% RH (no condensation)

Idle 0.4 G

50/60 Hz (+2 to -4%)

Single phase 200 to 240 VAC (+-10%)

2.0 A

3.5 mA or less

*1: If the ambient temperature exceeds 35 degrees Celsius (+95F) during operation, a

warning message is displayed. Take steps to rectify the problem immediately.

*2: The indicated noise is the mean value of the measurements obtained in an anechoic

chamber with less echoic inﬂuence. The actual noise measured at the installation site may be greater than the indication noise due to surrounding noise and echoes.

38

Table 3.6 Installation Speciﬁcations of M200R (2)

Item Specification

External dimension (unit:mm)

Height 174

Width 482

3.6 Installation

Depth 779

Service area (unit:mm)

(Front of the cabinet)

800

Service area

*2

650

*3

695

Rear

Service area

Top of

the cabinet

Drawer area

*1

Front

Service area

(Side of the cabinet)

800

Service area

1000

930 925

800

*2 *3

*1: Keep the drawer area so that the CPU shelf can be pulled out from the main cabinet

during installing some internal option products and providing maintenance of the CPU shelf.

*2: When this unit is installed in a expansion rack:GP7B7RK1U/RK2U/RK3U/RK4U. *3: When this unit is installed in a expansion rack:GP727RK1U/RK2U.

39

CHAPTER 4 M400A Main Cabinet

CONTENTS

4.1 Overview .................................................................................... 42

4.2 Device Conﬁguration ........................................................................ 43

4.3 Systemboard ................................................................................. 46

4.4 Disk Units .................................................................................... 48

4.5 PCI Slots .................................................................................... 49

4.6 Installation .................................................................................... 50

4

41

CHAPTER 4 M400A Main Cabinet

4.1 Overview

Appearance

CHECK LED (amber)

POWER LED (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).



Up to 22 UltraSCSI disk drive bays, which support hot-swap features.



1 CD-ROM unit and 1 ﬂoppy disk unit as the basic conﬁguration.



1 tape unit can be installed.



1 100BASE-TX (auto-sensing 10 / 100 Mbps), 2 Serial, 1 Parallel, 1 Keyboard/Mouse port



N+1 redundant power supply units, and fan units, which support hot-swap feature.

42

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



CD-ROM unit



Tape unit (optional QIC tape, 8-mm tape, or DAT)



Floppy disk unit

4.2 Device Conﬁguration

The processor modules, DIMMs, PCI cards, tape drive unit, redundant power supply, and disk drive units of the above components are available as options.

Front view of the M400A main cabinet

DAT Unit / 8mm Tape Unit / QIC Tape Unit

Operator Panel

Floppy Disk Unit

Panel Cover

CD-ROM Unit

Figure 4.2 Open View of M400A Main Cabinet

43

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 Table4.1 lists the fans installed in the M400A main cabinet.

Table 4.1 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 Left (front view) of the cabinet Fan #5 Fan #10 Tray #05 Bottom (rear view) of the cabinet Fan #11 Fan #12 Tray #06 Upper (rear view) of the cabinet Fan #13 Fan #14 Tray #07 Above the processer module Fan #15 Fan #16 Tray #08 Side the PCI slot Fan #17 Fan #18 Tray #09 Above the processer module (System expansion unit) Fan #19 Fan #20 Tray #10 Side the PCI slot (System expansion unit) Fan #21

44

Power supplies

The M400A main cabinet has 2 kinds of power supply units as well as DDC (DC-DC Converter). FEP (Front End Bulk Power) unit has AC input, and provide +48V(to BE). BE (Back End Power) has +48V input, and provide +12V or +5V or +3.3V to some internal components. The power supplies must be conﬁgured according to the system hardware conﬁguration as described in Table4.2 .

Table 4.2 Power Supply Units

Without an Expansion With an Expansion System Board System Board

Standard Redundant Standard Redundant FEP BE(5V) BE(3.5V)

2 3 3 4 3 4 5 6 2 3 3 4

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

4.2 Device Conﬁguration

SCSI (Differential)

UPS

RCI AC Main Line Switch

SCSI (Differential)

100BASE-TX

FEP#2

FEP#0

AC Mainline Switch

Expansion System Board (option)

FEP#3 (option)

100BASE-TX

FEP#1

RS232C (portB) RS232C (portA)

Parallel Keyboard

Expansion File Unit Type-2 (option)

AC Power Input

Figure 4.3 Rear View of M400A Main Cabinet

45

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 .

00-DIMM Slot #1

00-DIMM Slot #3

00-DDC #0

NVRAM

00-DIMM Slot #5

00-DIMM Slot #7

00-DIMM Slot #9

00-DIMM Slot #11

00-DIMM Slot #13

00-DDC #1

00-DDC #2

00-DIMM Slot #15

00-DDC #3

00-CPU Slot #0

00-DDC #4

00-CPU Slot #1

00-PCI Slot #1

00-PCI Slot #2

00-PCI Slot #3

00-PCI Slot #4

00-PCI Slot #5

00-PCI Slot #6

00-DIMM Slot #14

00-DIMM Slot #12

00-DIMM Slot #10

00-DIMM Slot #8

00-DIMM Slot #6

00-DIMM Slot #4

00-DIMM Slot #2

00-DIMM Slot #0

NVRAM

01-DIMM Slot #1

01-DIMM Slot #3

01-DIMM Slot #5

01-DIMM Slot #7

01-DIMM Slot #9

Base System Board

01-DDC #0

01-DDC #1

01-DDC #2

01-DDC #3

01-DDC #4

01-PCI Slot #1

01-CPU Slot #0

01-CPU Slot #1

01-DIMM Slot #11

01-DIMM Slot #13

01-DIMM Slot #15

Expansion System Board

Figure 4.4 Systemboard Layout of M400A

01-PCI Slot #2

01-PCI Slot #3

01-PCI Slot #4

01-PCI Slot #5

01-PCI Slot #6

01-DIMM Slot #14

01-DIMM Slot #12

01-DIMM Slot #10

01-DIMM Slot #8

01-DIMM Slot #6

01-DIMM Slot #4

01-DIMM Slot #2

01-DIMM Slot #0

46

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.



When installing a processor module, install DC-DC converters alog with the processor in the corresponding slot.

IMPORTANT If any of the above conditions is not satisﬁed, the operation is not guaranteed.

Memory conﬁguration

Using the Expansion System Board’s option the M400A has 32 memory slots, allowing for as much as 8 gigabytes of main memory. When installing the memory modules, the following conditions must be satisﬁed:

4.3 Systemboard



When installing the ﬁrst set of DIMM, install a set of 4 modules of same size in slots 0, 1, 2, and 3.



At subsequent memory expansions, install a set of 4 modules of the same size in slots 4, 5, 6, 7, and 8, 9, 10, 11, then 12, 13, 14, 15.



The same memory installation rules ( described above ) apply when using the Expansion System Board.

IMPORTANT If any of the above conditions is not satisﬁed when installing the DIMMs, some DIMMs are

degraded in the power-on diagnostics. When expanding the memory modules, check that the DIMMs are installed correctly.

Memory ECC feature

The SDRAM DRAM is used as the memory chip. The single-bit error correction and multiple-bit error detection features are available for a large capacity memory by using the Error Check Code (ECC) system. A single-bit error can be isolated down to the memory slot on which it occurred. A multiple-bit error can be isolated down to the pair of slots on which it occurred.

Checking results of the memory diagnostics

Tocheck 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. The screen below lists the command execution results related to memories and their meanings.

47

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 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 00- 8-11 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 00-12-15 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 01- 0- 3 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 01- 4- 7 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 01- 8-11 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 01-12-15 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB * = Error SLOT

Example of a slot #4 error

=== 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 0 / 0* 0 / 256 0 / 256 0 / 256 : 0 / 768 MB 00- 8-11 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 00-12-15 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 01- 0- 3 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 01- 4- 7 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 01- 8-11 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 01-12-15 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB * = Error SLOT

4.4 Disk Units

Disk drive conﬁguration

Note: If a memory error is detected, an asterisk is displayed in the Size ﬁeld for the

corresponding slot. In this example, an error in slot #4 is detected in the initial diagnostics operation. Modules in slots 5 to 7 are recognized as normal modules but also become invalid.

Up to 7 disk dirves can be installed in To install more than 8 disk drive units, the File Unit Expansion Kit and/or Expansion File Unit Type-2 must be installed.

48

4.5 PCI Slots

PCI slots conﬁguration

4.5 PCI Slots

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. The speciﬁcations for the PCI slots are described in the Table4.3 .

Table 4.3 PCI Slot Speciﬁcations

PCI slot # PCI Bus Slot width / card PCI clock Card input voltage width (bits) (MHz)

D 64 / 32, 64 33

(00) D 64 / 32, 64 33 D 64 / 32, 64 33 C 64 / 32, 64 33 B 64 / 32, 64 33 / 66 A 64 / 32, 64 33 / 66 H 64 / 32, 64 33

(01) H 64 / 32, 64 33 H 64 / 32, 64 33 G 64 / 32, 64 33 F 64 / 32, 64 33 / 66 E 64 / 32, 64 33 / 66

6 5 4 3 2 1 6 5 4 3 2 1

5 V or universal 5 V or universal 5 V or universal 5 V or universal

3.3 V or universal

3.3 V or universal 5 V or universal 5 V or universal 5 V or universal 5 V or universal

3.3 V or universal

Note: When you use 7 PCI slots or more, optional PCI Extension System Board must be

added to the M400R main cabinet.

49

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. Keep the M400A main cabinet isolated from vibration. Install the M400A main cabinet on a

level surface so that it does not tilt. Make sure that the AC power supply source is grounded properly. Otherwise, the M400A main

cabinet may malfunction. Do not run a cable under a unit or allow a cable to become taut. Do not disconnect the power

cable when the power is on. Do not place anything on the M400A main cabinet. Do not use the cabinet of the M400A main

cabinet as a work space. In winter, to prevent condensation in the M400A main cabinet, do not raise the ambient

temperature rapidly. Use the M400A main cabinet only after it has warmed up sufﬁciently.



Do not install the M400A main cabinet near a noise generating device such as a photocopier, air conditioner, or welder.



Take electrostatic prevention measures. Note that some carpets generates static electricity easily and can cause the M400A main cabinet to malfunction.



When moving the M400A main cabinet, do not pull on the front cover. Otherwise, the main cabinet may be damaged.

IMPORTANT If the above conditions are not satisﬁed, the M400A main cabinet may be damaged. Be

sure to follow these precautions.

50

Installation speciﬁcations

Table 4.4 Installation Speciﬁcations of M400A Main Cabinet (1)

Item Specification

Mass Up to 175kg (approx.385 lb) Power condition Input voltage

Maximum consumption current 13.5 A Leakage current (1 for each cable) 3.5 mA or less Ground resistance 100ohm or less ( class C installation standard) Temperature condition Operating 5 to 35 degrees Celsius (+41 to +95 F) (*1)

Humidity condition Operating 20 to 80%RH (no condensation)

Vibrations condition Operating 0.2 G

Noise 47 db (A) (*2) Installation Floor Stand type

Single phase 100 to 120 VAC (+-10%)

Input frequency

Not operating 0 to 50 degrees Celsius (+32 to +122F)

Not operating 8 to 80% RH (no condensation)

Idle 0.4 G

50/60 Hz (+2 to -4%)

Single phase 200 to 240 VAC (+-10%)

6.75 A

3.5 mA or less

4.6 Installation

*1: If the ambient temperature exceeds 35 degrees Celsius (+95 F) during operation, a

warning message is output. Take steps to rectify the problem immediately.

*2: The indicated noise is the mean value of the measurements obtained in an anechoic

chamber with less echoic inﬂuence. The actual noise measured at the installation site may be greater than the indication noise due to surrounding noise and echoes.

51

CHAPTER 4 M400A Main Cabinet

Item Specification

External dimension (unit:mm)

Table 4.5 Installation Speciﬁcations of M400A Main Cabinet (2)

Width 500

Height 700

Depth 882

Service area (unit:mm)

(Front of the cabinet)

800

Service area

500

Rear

Service area

Top of

the cabinet

Drawer area *1

Front

Service area

(Side of the cabinet)

800

Service area

1000

882

800

52

*1: Keep the drawer area so that the CPU shelf can be pulled out from the main cabinet

during installing some internal option products and providing maintenance of the CPU shelf.

CHAPTER 5 M400R Main Cabinet

CONTENTS

5.1 Overview .................................................................................... 54

5.2 Device Conﬁguration ........................................................................ 55

5.3 Systemboard ................................................................................. 58

5.4 Disk Units .................................................................................... 60

5.5 PCI Slots .................................................................................... 61

5.6 Installation .................................................................................... 62

5

53

CHAPTER 5 M400R Main Cabinet

5.1 Overview

Appearance

CHECK LED (amber)

POWER LED (green)

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).



2 UltraSCSI disk drive bays, which support hot-swap features.



1 CD-ROM unit and 1 ﬂoppy disk unit as the basic conﬁguration.



1 tape unit can be installed.



1 100BASE-TX (auto-sensing 10 / 100 Mbps), 2 UltraSCSI(differencal), 2 Serial, 1 Parallel, 1 Keyboard/Mouse port



N+1 redundant power supply units, and fan units, which support hot-swap feature.

54

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



CD-ROM unit



Tape unit (optional QIC tape, 8-mm tape, or DAT)



Floppy disk unit

5.2 Device Conﬁguration

The processor modules, DIMMs, PCI cards, tape drive unit, redundant power supply, and disk drive units of the above components are available as options.

Front view of the M400R main cabinet

DAT Unit / 8mm Tape Unit / QIC Tape Unit

Operator Panel

Front Cover

CD-ROM Unit

Floppy Disk Unit

Panel cover

Figure 5.2 Open View of M400R Main Cabinet

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.

55

CHAPTER 5 M400R Main Cabinet

Fans The Table5.1 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 Left (front view) of the cabinet Fan #5 Fan #10 Tray #05 Bottom (rear view) of the cabinet Fan #11 Fan #12 Tray #06 Upper (rear view) of the cabinet Fan #13 Fan #14 Tray #07 Above the processer module Fan #15 Fan #16 Tray #08 Side the PCI slot Fan #17 Fan #18 Tray #09 Above the processer module (System expansion unit) Fan #19 Fan #20 Tray #10 Side the PCI slot (System expansion unit) Fan #21

Power supplies

The M400R main cabinet has 2 kinds of power supply units as well as DDC (DC-DC Converter), FEP (Front End Bulk Power) unit has AC input, and provide +48V(to BE). BE (Back End Power) has +48V input, and provide +12V or +5V or +3.3V to some internal components. The power supplies must be conﬁgured according to the system hardware conﬁguration as described in Table5.2 .

Table 5.2 Power Supply Units

Without an Expansion With an Expansion System Board System Board

Standard Redundant Standard Redundant FEP BE(5V) BE(3.5V)

2 3 3 4 3 4 5 6 2 3 3 4

56

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 .

PCI slot

FEP#2

SCSI (Differential)

5.2 Device Conﬁguration

100BASE-TX

Expansion System Board (option)

FEP#3 (option)

FEP#0

UPS

SCSI

RCI

Power Control

100BASE-TX

Keyboard

Figure 5.3 Rear View of M400R Main Cabinet

FEP#1

RS232C (portB) RS232C (portA) Parallel

57

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 .

00-DIMM Slot #1

00-DIMM Slot #3

00-DDC #0

NVRAM

00-DIMM Slot #5

00-DIMM Slot #7

00-DIMM Slot #9

00-DIMM Slot #11

00-DIMM Slot #13

00-DDC #1

00-DDC #2

00-DIMM Slot #15

00-DDC #3

00-CPU Slot #0

00-DDC #4

00-CPU Slot #1

00-PCI Slot #1

00-PCI Slot #2

00-PCI Slot #3

00-PCI Slot #4

00-PCI Slot #5

00-PCI Slot #6

00-DIMM Slot #14

00-DIMM Slot #12

00-DIMM Slot #10

00-DIMM Slot #8

00-DIMM Slot #6

00-DIMM Slot #4

00-DIMM Slot #2

00-DIMM Slot #0

NVRAM

01-DIMM Slot #1

01-DIMM Slot #3

01-DIMM Slot #5

01-DIMM Slot #7

01-DIMM Slot #9

Base System Board

01-DDC #0

01-DDC #1

01-DDC #2

01-DDC #3

01-DDC #4

01-PCI Slot #1

01-CPU Slot #0

01-CPU Slot #1

01-DIMM Slot #11

01-DIMM Slot #13

01-DIMM Slot #15

Expansion System Board

Figure 5.4 Systemboard Layout of M400R

01-PCI Slot #2

01-PCI Slot #3

01-PCI Slot #4

01-PCI Slot #5

01-PCI Slot #6

01-DIMM Slot #14

01-DIMM Slot #12

01-DIMM Slot #10

01-DIMM Slot #8

01-DIMM Slot #6

01-DIMM Slot #4

01-DIMM Slot #2

01-DIMM Slot #0

58

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.



When installing a processor module, install a DC-DC converter along with the processor in the corresponding slot.

IMPORTANT If any of the above conditions is not satisﬁed, the operation is not guaranteed.

Memory conﬁguration

Using the Expansion System Board’s option the M400R has 32 memory slots, allowing for as much as 8 gigabytes of main memory. When installing the memory modules, the following conditions must be satisﬁed:

5.3 Systemboard



When installing the ﬁrst set of DIMM, install a set of 4 modules of same size in slots 0, 1, 2, and 3.



At subsequent memory expansions, install a set of 4 modules of the same size in slots 4, 5, 6, 7, and 8, 9, 10, 11, then 12, 13, 14, 15.



The same memory installation rules ( described above ) apply when using the Expansion System Board.

IMPORTANT If any of the above conditions is not satisﬁed when installing the DIMMs, some DIMMs are

degraded in the power-on diagnostics. When expanding the memory modules, check that the DIMMs are installed correctly.

Memory ECC feature

The SDRAM is used as the memory chip. The single-bit error correction and multiple-bit error detection features are available for a large capacity memory by using the Error Check Code (ECC) system. A single-bit error can be isolated down to the memory slot on which it occurred. A multiple-bit error can be isolated down to the pair of slots on which it occurred.

Checking results of the memory diagnostics

Tocheck 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. The screen below lists the command execution results related to memories and their meanings.

59

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 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 00- 8-11 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 00-12-15 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 01- 0- 3 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 01- 4- 7 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 01- 8-11 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 01-12-15 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB * = Error SLOT

Example of a slot #4 error

=== 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 0 / 0* 0 / 256 0 / 256 0 / 256 : 0 / 768 MB 00- 8-11 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 00-12-15 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 01- 0- 3 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 01- 4- 7 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 01- 8-11 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB 01-12-15 256 / 256 256 / 256 256 / 256 256 / 256 : 1024 / 1024 MB * = Error SLOT

5.4 Disk Units

Disk drive conﬁguration

Note: If a memory error is detected, an asterisk is displayed in the Size ﬁeld for the

corresponding slot. In this example, an error in slot #4 is detected in the initial diagnostics operation. Modules in slots 5 to 7 are recognized as normal modules but also become invalid.

Up to 2 disk drives can be installed in the base conﬁguration of the M400R main cabinet. To install more than 3 disk drive units, the Expansion File Unit Type-2 must also installed.

60

5.5 PCI Slots

PCI slots conﬁguration

5.5 PCI Slots

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. The speciﬁcations for the PCI slots are described in the Table5.3 .

Table 5.3 PCI Slot Speciﬁcations

PCI slot # PCI Bus Slot width / card PCI clock Card input voltage width (bits) (MHz)

D 64 / 32, 64 33

(00) D 64 / 32, 64 33 D 64 / 32, 64 33 C 64 / 32, 64 33 B 64 / 32, 64 33 / 66 A 64 / 32, 64 33 / 66 H 64 / 32, 64 33

(01) H 64 / 32, 64 33 H 64 / 32, 64 33 G 64 / 32, 64 33 F 64 / 32, 64 33 / 66 E 64 / 32, 64 33 / 66

6 5 4 3 2 1 6 5 4 3 2 1

5 V or universal 5 V or universal 5 V or universal 5 V or universal

3.3 V or universal

3.3 V or universal 5 V or universal 5 V or universal 5 V or universal 5 V or universal

3.3 V or universal

Note: When you use 7 PCI slots or more, optional Expansion System Board must be added

to the M400R main cabinet.

61

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 .

Safety Installation Instruction:



This unit is installed in a closed or multi-unit rack assembly, the operating ambient temperature inside of the rack environment may be greater than room ambient. Therefore, consideration should be given to installing the unit in an environment compatible with the manufacturer’s maximum rated ambient temperature.

– Consideration for adjustment of air condition like air circulation should be given to prevent

the internal rack ambient from exceeding the Max. Operating ambient temperature of this unit.

– Maximum operating ambient temperature of this unit : 35 deg C.

Installation of the unit in a rack should be such that the amount of air ﬂow required for safe operation of the unit is not compromised.

– This unit has ventilation openings at front and rear face of the unit. – Do not cover or close these ventilation openings to prevent overheating.



Mounting of the unit in the rack should be such that a hazardous condition is not achieved due to uneven mechanical loading. To keep stability of entire rack, please ﬁx the rack to wall or ﬂoor by suitable means.

– Be careful about injury during installation of this unit into rack. – Do not install this unit into your rack where the unit may make the entire rack unstable. – Mass of this unit with maximum conﬁguration : 65 kg.



If the unit is supplied from Power Strip or Service Outlet of other units, it may overload the Power Supply Cord of the Power Strip or other units.

– Conﬁrm that the current rating of Power Strip or Service Outlet exceeds the combined

ratings of all equipment it is supplying.

– Electrical ratings of this unit : Rated 100 - 240Vac, 7.5 - 3.0 A, 50/60 Hz, 1 phase



Reliable earthing of rack-mounted equipment should be maintained. Particular attention should be given to supply connections other than direct connections to the branch circuit (e.q., use of power strips).

62

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

Communication Swichable Unit

Note: Each rack-mount unit should be mounted in the lowest available portion with the

Notes on Installation



Do not install this ﬁle unit where it will be exposed to sunlight or sources of heat.



Do not install this ﬁle unit in dusty places or places where it will be exposed to corrosive gas or sea breeze.



Keep this ﬁle unit isolated from vibration. Install this ﬁle unit on a level surface to prevent it from tilting.

Rack-Mount Units

Expansion File Unit Type-2 Disk Array Unit (GP-DxxxxU) GP7000F Model 200R/400R Disk Array Unit (GR700/720)

Outlet and/or Outlet Type-2

GP7000F Model 600R

priority indicated in the Table 5.4 .

Mounting Portion Priority in the Rack

Upper

Lower



Do not run a cable under a unit or overextend a cable. Do not disconnect the power cable while the power is on.



Do not place anything on this ﬁle unit. Do not use this ﬁle unit as a desk.



Toprevent condensation in this ﬁle unit, do not raise the room temperature rapidly in the winter. Use the cabinet only after sufﬁciently warming it.



Do not install this cabinet near noisy devices such as a photocopier, air conditioner, or welder.



Take electrostatic prevention measures. Note that some carpets generate static electricity easily and can cause this ﬁle unit to malfunction.

IMPORTANT If the above conditions are not satisﬁed, this ﬁle unit may be damaged. Be sure to follow

above precautions.

63

CHAPTER 5 M400R Main Cabinet

Installation speciﬁcations

Item Specification

Mass Up to 65kg (approx.143 lb) Power condition Input voltage

Maximum consumption current 7.5 A Leakage current (1 for each cable) 3.5 mA or less Ground resistance 100ohm or less ( class C installation standard) Temperature condition Operating 5 to 35 degrees Celsius (+41 to +95 F) (*1)

Humidity condition Operating 20 to 80%RH (no condensation)

Vibrations condition Operating 0.2 G

Noise 47 db (A) (*2) Installation Rack mount type (7pitches)

Table 5.5 Installation Speciﬁcations of M400R

Single phase 100 to 120 VAC (+-10%)

Input frequency

Not operating 0 to 50 degrees Celsius (+32 to +122F)

Not operating 8 to 80% RH (no condensation)

Idle 0.4 G

50/60 Hz (+2 to -4%)

Single phase 200 to 240 VAC (+-10%)

3.75 A

3.5 mA or less

*1: If the ambient temperature exceeds 35 degrees Celsius (+95F) during operation, a

warning message is displayed. Take steps to rectify the problem immediately.

*2: The indicated noise is the mean value of the measurements obtained in an anechoic

chamber with less echoic inﬂuence. The actual noise measured at the installation site may be greater than the indication noise due to surrounding noise and echoes.

64

Table 5.6 Installation Speciﬁcations of M400R (2)

Item Specification

External dimension (unit:mm)

Height 307

Width 482

5.6 Installation

Depth 814

Service area (unit:mm)

(Front of the cabinet)

800

Service area

*2

650

*3

695

Rear

Service area

Top of

the cabinet

Drawer area

*1

Front

Service area

(Side of the cabinet)

800

Service area

1000

930 925

800

*2 *3

*1: Keep the drawer area so that the CPU shelf can be pulled out from the main cabinet

during installing some internal option products and providing maintenance of the CPU shelf.

*2: When this unit is installed in a expansion rack:GP7B7RK1U/RK2U/RK3U/RK4U. *3: When this unit is installed in a expansion rack:GP727RK1U/RK2U.

65

Fujitsu M400A, M600, M200R, GP 7000F, M400R User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

FOR SAFE OPERATION

Handling of This Manual

IMPORTANT READING

IMPORTANT NOTE TO USERS

VCCI/FCC label

TRADEMARK ACKNOWLEDGMENTS

Introduction to Chapters

Preface

Conventions for Warning Messages

Attention

Important Warnings

CONTENTS

ILLUSTRATIONS

TABLES

CHAPTER 1 Product Outline

1.1 Key Features

1.2 Operator Panel

1.3 External Interface

1.4 Console

1.5 Power On/Off

1.6 Installation of Basic Software Extension or Enhanced Support Facility

1.7 local-mac-address Property

CHAPTER 2 M200 Main Cabinet

2.1 Overview

2.3 Systemboard

2.4 Disk Units

2.5 PCI Slots

2.6 Installation

CHAPTER 3 M200R Main Cabinet

3.1 Overview

3.3 Systemboard

3.4 Disk Units

3.5 PCI Slots

3.6 Installation

CHAPTER 4 M400A Main Cabinet

4.1 Overview

4.3 Systemboard

4.4 Disk Units

4.5 PCI Slots

4.6 Installation

CHAPTER 5 M400R Main Cabinet

5.1 Overview

5.3 Systemboard

5.4 Disk Units

5.5 PCI Slots

5.6 Installation