NEC Server 5020M 16 User Manual

855-900549-A

Rev. 1

NX7700i/5020M-16

Operation Manual

CAUTION

Before using the product, be sure to read this manual and strictly

adhere to the instructions.

Keep this manual at hand for quick reference as required.

©NEC Corporation 2006

This manual cannot be duplicated or revised without permission from NEC Corp.

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

NEC Corporation

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Safety Precautions

Before using the product, read this manual carefully to ensure the proper and safe operation of the product.

Follow the instructions in this manual to avoid physical injuries and damages to property.

Keep this manual at hand for quick reference as required.

The cables supplied with this product are designed to be used solely for this product. Do

not use them for other purposes.

This operation manual uses the following level of notification to ensure the proper and safe operation of the

product:

Failure to follow the instruction with this symbol could result in

WARNING

severe injury or death.

Failure to follow the instruction with this symbol could result in

CAUTION

barns or other physical injury.

There are the following notifications (pictorial symbols) that you have to keep in mind:

Danger of smoke emission or ignition.

Danger of explosion.

Danger of electric shock.

Danger of injury with harmful substances.

Do not disassemble or remodel.

Forbidden.

General instructions to the user.

Pull out the power plug from the outlet, and turn off the circuit breaker on the

distribution panel.

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WARNING

Do not touch the internal components of the equipment

Nobody except the maintenance personnel should open the door of the equipment.

Do not disassemble, repair or remodel the equipment by yourself.

Do not touch the components inside the equipment or peer into the equipment while

the maintenance personnel opened the door for service work. Failure to follow the instruction

may result in electric shock or injury due to abnormal operation of the equipment.

Do not insert foreign materials into the equipment

Do not insert a metal plate or wire into the equipment through the air vent

or other openings. This may cause fire or electric shock.

Failure processing

If the equipment failed, turn off the circuit breaker on the distribution

panel, or pull out the power plug from the outlet, and contact the

maintenance or sales personnel of NEC.

Emergency processing

If the equipment falls into the precarious state requiring an emergency shutdown,

turn off the AC SW (emergency shutdown switch).

Data that is not saved may be destroyed when the AC SW is pushed during operation. Make clear in what

situation the AC SW should be operated, and keep everyone informed about it. For details, consult the

maintenance or sales personnel of NEC.

CAUTION

Handling of the lithium battery

A lithium battery is used for this equipment.

Incorrect replacement of the battery could cause explosion. Only the battery

recommended by the battery manufacturer or an equivalent type of battery can be used.

Follow the instruction by the battery manufacturer when replacing the battery and

disposing the used battery.

Contact the maintenance or sales personnel of NEC before replacing the battery

and disposing the used battery.

* Battery life is about 5 years. Replacement of the lithium battery (paid) is therefore required once

every five years.

iii

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Handling of the laser product

A laser product of Class 1, Subchapter J, Chapter 1 of JIS C6802, EN60825, IEC825 and FDA21CFR, is

used for this equipment.

Note) Class 1 lasers are defined in JIC6802, EN60825, IEC825 and FDA 21CFR that they are exempt

lasers or laser systems that cannot, under normal operating condition, produce a hazard, and the

following label is attached to this class of laser product:

クラス1レ－ザ製品

CLASS 1 LASER PRODUCT PER IEC825

LASER KLASSE 1 NACH IEC825

PRODUCTO LASER DE CLASE 1

Complies with 21CFR chapter 1, Subchapter J

Disposing/collecting/recycling the equipment

Contact the sales personnel of NEC before disposing, collecting, or recycling

the equipment.

The labels listed below are attached to the cabinet of this system.

Read the explanation of each label carefully before operating the system.

133–300656–GRP

001

MARKINGS

注※意：搭載品に関しては、インストレーションマニュアルを見ること。

WARNING:See operation Manual for a List of

Equipment to be used with the rack.

AVERTISSEMENT:Voyez au mode d'emploi fourni,

pour un liste des materiels quels peuvent

utiliser avec l'appareil.

031

033

注※意：^{分電盤の出力を確認後}^,^{ユニットを搭載すること。}

WARNING:Confirm there is sufficient output

voltage of power distribution from the outlet

box before mounting units.

AVERTISSEMENT:Avant la installation des

materiels, confirmez que la tension de sortie au

socle de raccordement au reseau est suffisante.

103

18kg

40 lbs

MASS>

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注※意：同型同定格のヒューズと交換すること。

140

150

CAUTION:For continued protection against risk

of fire, replace only with same type and ratings of fuse.

ATTENTION:Pour une protection continue contre

l'incendie,remplacer les fusibles par ceux de meme

type et de meme amperage.

注※意：資格者のみ保守すること。

HAZARD AREA:QUALIFIED SERVICE

PERSONNEL

ONLY

DANGER:RESERVE SEULEMENT AU

PERSONNEL

矢印を上に向けて取り付けること。

163

Install with arrow pointing

upwards.

Monter de maniere a orienter

la fleche vers le haut.

注※意：アースされていない場合には機器を動作させないこと。

CAUTION:HIGH LEAKAGE CURRENT

Grounding circuit continuity is vital for safe operation

of machine

165

NEVER OPERATE MACHINE WITH GROUNDING

CONDUCTOR DISCONNECTED.(see installation instruction)

ATTENTION:MACHINE a FORT COURANT

de FUITE

NE JAMAIS FAIRE FONCTIONNER AVEC FIL DE

TERRE DECONNECT.(voir instruction d'installation)

211

217

注※意：入力電源線は

銅線のみ接続のこと。

"Use Copper

Conductors only"

CAUTION:

N'utilisez que

les conducteurs de cuivre

ATTENTION:

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注※意：カバーを開ける前に入力電源(分電盤)切断のこと。

243

416

CAUTION:^{Disconnect input power before removing}

this cover.

ATTENTION:^{Couper l'alimentation electrique}

avant de demonter ce capot.

注※意：保守時は安定板を引き出すこと。

CAUTION:

PULL OUT STABILIZER WHEN

MAINTAINING.

ATTENTION:

TIRER LE STABILISIEREN.

417

420

422

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133-314121-GRP

051

MARKINGS

保守者の方へ

警告

WARNING

複数の装置を

同時に引き出さないで下さい。

ラックの破損、転倒などの事故の原因となります。

Do not pull out more than one component at

a time as it may cause damege to the rack

or allow the rack to tip over.

052

053

055

保守者の方へ

警告 WARNING

装置を引き出したり、装置の積み下ろしを行う際は、必ずラック前面

にあるスタビライザを引き出し確実に設置してから作業を行ってください。

スタビライザを引き出さないまま作業を行うと、ラックの破損、転倒など事故の原因となります。

Always extract and install the stabilizers when pulling

out ore unloading components from the rack. Operating on

the rack without the stabilizers in place may cause

damage to the rack or allow the rack to tip over.

保守者の方へ

危険 DANGER

本ラックを床に耐震固定しないで設置する場合、必ずスタビライザを取り付けて設置してください。

スタビライザを取り付けないと、ラックの転倒など事故の原因となります。

設置前に、必ず保守説明書をお読み下さい。

Always install the stabilizers when not bolting to the floor

for seismic restraint. Operating on the rack or allow

the rack to tip over. Please read the Service Manual before

installation.

注意 CAUTION

指をドアに挟まないよう、注意してください。

Take care not to pinch your

finger in the door.

vii

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243-304367-GRP

001

MARKINGS

243-306629-GRP

001

MARKINGS

002

viii

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Preface

This document explains how to operate the hardware of the base module, the main body of this system. It is

recommended that the related documents be read in order to make the best use of the above-mentioned

system.

Special techniques are necessary for installing and expanding the system. Please consult our sales

personnel.

Rev. 1, May 2006

Notes:

permission from NEC Corp.

(2) The contents of this document may be changed at any time without prior notice.

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Contents

Chapter 1

NX7700i/5020M-16 System Overview.................................................................1-1

1.1. Configuration and Specifications of the Base Module ...............................................1-2

1.2. Expandability .............................................................................................................1-6

1.2.1. Adding Processors...............................................................................................1-6

1.2.2. Expanding Memory Capacity ...............................................................................1-6

1.2.3. Adding Cells.........................................................................................................1-6

1.2.4. Adding I/O Modules .............................................................................................1-6

1.2.5. Adding Peripheral Units .......................................................................................1-6

Chapter 2

Base Module........................................................................................................2-1

2.1. Partition Function.......................................................................................................2-2

2.2. Name and Function of Components..........................................................................2-3

2.2.1. Cabinet (Primary Cabinet) ...................................................................................2-3

2.2.2

2.2.3

2.2.4

Base Module........................................................................................................2-4

Expansion Power Bay..........................................................................................2-4

Cell.......................................................................................................................2-4

2.2.5. I/O Module ...........................................................................................................2-4

2.2.6. Power Bay............................................................................................................2-5

2.2.7. iSP .......................................................................................................................2-6

2.2.8. DVD-ROM Unit ....................................................................................................2-7

2.2.8.1.

Loading and Unloading Media .....................................................................2-7

2.2.9. DAT Unit...............................................................................................................2-8

2.2.9.1.

2.2.9.2.

2.2.9.3.

2.2.9.4.

2.2.9.5.

2.2.9.6.

2.2.9.7.

2.2.9.8.

2.2.9.9.

Location of Index Labels ..............................................................................2-8

Notes on Index Labels .................................................................................2-8

Preventing Accidental Erasure of Data.........................................................2-8

Cleaning the DAT Unit..................................................................................2-9

Cleaning Schedule.......................................................................................2-9

Cleaning Medium for the DAT Unit...............................................................2-9

Life of Data Cartridge (Tape) for the DAT Unit .............................................2-9

Handling of the DAT Unit..............................................................................2-9

Notes on the DAT Unit................................................................................2-10

2.2.9.10. Loading and Unloading Digital Audio Tapes...............................................2-10

2.2.10. Notes on Installing the UPS ...............................................................................2-11

2.2.11. System LEDs .....................................................................................................2-13

2.3. Consoles..................................................................................................................2-14

2.3.1. SP Console........................................................................................................2-14

2.4. Service Processor (SP) ...........................................................................................2-16

2.4.1. Console Connection and Login..........................................................................2-16

2.4.1.1.

2.4.1.2.

2.4.1.3.

2.4.1.4.

Type of Console Connections ....................................................................2-16

Accessible Console Functions ...................................................................2-16

Console Status and Login Authentication...................................................2-17

2.4.2. Note ...................................................................................................................2-21

2.4.3. OS (BIOS) Console............................................................................................2-22

2.4.4. Virtual SOP ........................................................................................................2-24

2.4.4.1.

Details of Partition Status Display ..............................................................2-26

2.4.5. SP Command Console.......................................................................................2-27

2.4.5.1.

2.4.5.2.

2.4.5.3.

2.4.5.4.

SP Command Console Buffer ....................................................................2-28

SP Command Prompt ................................................................................2-28

SP Message Header ..................................................................................2-28

SP Command List ......................................................................................2-29

2.4.6. SP Command Reference ...................................................................................2-32

2.4.6.1.

2.4.6.2.

2.4.6.3.

DF (Shut down System Power <override>)................................................2-33

DN (Shut down System Power) .................................................................2-35

DP (System Dump) ....................................................................................2-36

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2.4.6.4.

2.4.6.5.

2.4.6.6.

2.4.6.7.

2.4.6.8.

2.4.6.9.

DT (SP Data and Time)..............................................................................2-37

EN (Environmental Information).................................................................2-38

FV (Firmware Versions) .............................................................................2-44

HC (Hardware Configuration).....................................................................2-45

HE (Help) ...................................................................................................2-71

ML (Message Log) .....................................................................................2-72

2.4.6.10. PC (Power Cycle).......................................................................................2-74

2.4.6.11. RS (Cold Reset System)............................................................................2-75

2.4.6.12. SG (SP/System Setting).............................................................................2-76

2.4.6.13. SR (Save System CMOS/NvRAM) ............................................................2-87

2.4.6.14. UB (Bring up BIOS)....................................................................................2-89

2.4.6.15. UP (Bring up System).................................................................................2-90

Chapter 3

Operation Procedure ...........................................................................................3-1

3.1. System Startup ..........................................................................................................3-1

3.1.1. System Startup Procedure...................................................................................3-1

3.1.2. SP Console Messages.........................................................................................3-5

3.2. System Shutdown......................................................................................................3-7

3.2.1. System Shutdown Procedure...............................................................................3-7

3.2.2. SP Console Messages.......................................................................................3-10

3.3. Emergency System Shutdown with AC SW.............................................................3-11

3.4. AC-LINK (Auto Control) ...........................................................................................3-11

3.5. OS Boot ...................................................................................................................3-13

3.5.1. OS Boot with Boot Manager (Before Installing the OS) .....................................3-13

3.5.2. OS Boot from the EFI (Extensible Firmware Interface) Boot Manager ..............3-14

3.5.3. EFI Shell ............................................................................................................3-15

3.5.4. EFI Shell Commands.........................................................................................3-15

3.5.5. OS Boot from EFI Shell......................................................................................3-18

3.5.6. EFI Devices........................................................................................................3-20

3.5.7. EFI Boot Option Maintenance............................................................................3-23

3.5.7.1.

3.5.7.2.

3.5.7.3.

3.5.7.4.

3.5.7.5.

3.5.7.6.

3.5.7.7.

3.5.7.8.

Boot from a File..........................................................................................3-25

Add a Boot Option......................................................................................3-26

Add Boot Option(s).....................................................................................3-27

Change Boot Order....................................................................................3-27

Manage BootNext Setting ..........................................................................3-28

Set Auto Boot Timeout ...............................................................................3-29

Setting the Network Boot ...........................................................................3-30

Changing BIOS Settings ............................................................................3-32

3.6. System Dump ..........................................................................................................3-34

Chapter 4

Troubleshooting ...................................................................................................4-1

4.1. Troubleshooting .........................................................................................................4-1

Chapter 5

Notes on Handling ...............................................................................................5-1

5.1. Transportation............................................................................................................5-1

5.2. DVD-ROM/CD-ROM..................................................................................................5-1

5.3. Digital Audio Tape......................................................................................................5-1

5.4. Cleaning.....................................................................................................................5-2

5.5. Notes on Installation ..................................................................................................5-3

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NX7700i/5020M-16 System Overview

Chapter 1

NX7700i/5020M-16 System Overview

This system is a server that implements the following by using the high performance Intel

Itanium2 processor:

• High processing capability

• Open system using the industry standard architecture

• Advanced system management and RAS function

• High system expandability with a host of optional products

Unit: (mm)

(a) Perspective View (Front)

(b) Perspective View (Rear)

Figure. External Views of the Cabinet

1-1

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NX7700i/5020M-16 System Overview

1.1.

Configuration and Specifications of the Base Module

The base module of this system is composed of the following hardware components:

− CELL

Can install one to four Intel Itanium2 processors.

The minimum required memory capacity is 2GB and can be expanded up to 128GB.

− I/O MODULE

Can contain:

Up to 8 PCI cards

A DVD-ROM unit

A DAT unit

Up to 4 HDDs (up to two HDDs when DAT is used)

− POWER BAY

Can contain to 3 DPSs (AC/DC converters).

The iSP of the base module supports the following interfaces as standard equipment:

(1) 10/100Base-TX Ethernet interface for the SP console

(2) Serial (RS-232C) interface for the SP console

Layout of the base module components and system specifications are shown in the subsequent

pages.

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NX7700i/5020M-16 System Overview

„ Front View

I/O MODULE

POWER BAY

FAN BOX

DPS

„ Rear View

FAN BOX

iSP CARD

INLET BOX

AC SW

Figure. Layout of Parts in the Base Module

1-3

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NX7700i/5020M-16 System Overview

Table. Base Module Specifications

BASE MODULE

Cell (Max. 2 cells can be installed in the base module.)

CPU

Max. No. of processors

Main memory

8 (Max. 4 processors/cell)

Expansion unit

2GB/4GB/8GB

2GB to 128GB

Main memory capacity

I/O module (Max. 2 modules can be installed.)

Max. No. of PCI slots

Max. I/O bandwidth

16 slots (133MHz)

67GB/s

One unit can be installed in the I/O module.

DVD-ROM/CD-ROM mode

DVD-ROM unit

DAT unit

One unit can be installed in the I/O module.

DDS-4 4mm DAT unit

Max. 4 units can be installed in the I/O module (2 units when

DAT is installed).

Magnetic disk unit

Selection from 73GB/146GB/300GB

POWER BAY (One unit can be installed in the base module.)

DPS (Max. 3 units can be installed.)

Note) Components are installed in the cabinet in units of the base module (an expansion

power bay will be mounted depending on the form of power supply). A maximum of four

base modules can be installed in a cabinet.

The expansion power bay is mounted under the base module when power is supplied

from two systems or 100VAC. It depends on the form of power supply.

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NX7700i/5020M-16 System Overview

Table. Base Module Specifications (Cont’d)

Main Cabinet

Cabinet size/weight Note 2)

Width

600mm

Height

1265/1620/1975mm

1050mm

Depth Note 1)

Weight (in max. configuration) 545Kg

Power supply

Voltage

Single-phase, 200 to 240V±10%

Frequency

50/60Hz±1Hz

Power consumption (in max.

configuration)

13.2kVA

Environmental conditions

Temperature

Operating

Storage

+5°C to +32°C

+5°C to +45°C

Humidity

Operating

Storage

20% to 80% (no condensation)

8% to 80% (no condensation)

Note 1) Three types of cabinets are provided, each having a different height.

Note 2) The depth including the handle of the back door is 1070mm.

1-5

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NX7700i/5020M-16 System Overview

1.2.

Expandability

This section explains the expandability of this system and available configurations.

Contact the maintenance personnel of NEC to replace or

upgrade the system.

CAUTION

1.2.1.

Adding Processors

At least one processor is required for the base module. Using the CPU expansion feature, the

Itanium2 processor can be added one by one. Up to four processors can be installed for each

cell. To install more than four processors, the cell must be added first using the cell expansion

feature. A maximum of 8 processors can be installed in the base module.

1.2.2.

Expanding Memory Capacity

The minimum required memory capacity for the base module is 2GB. This memory capacity can

be expanded up to 64GB for each cell. This means a maximum of 128GB of memory can be

installed in the base module.

2GB, 4GB and 8GB memories are supported at present. For other memories, inquire the sales

personnel of NEC.

1.2.3.

Adding Cells

At least one cell is required for the base module. For system expansion, such as the addition of

processors, the cell must be added first using the cell expansion feature. Up to 2 cells can be

installed in the base module.

1.2.4.

Adding I/O Modules

At least one I/O module is required for the base module. A maximum of two I/O modules can be

installed in the base module.

A maximum of four magnetic disk units can be mounted on the built-in device bay of the I/O

module. The magnetic disk units supported at present are 73GB, 146GB and 300GB HDD. For

other types, contact the sales personnel of NEC.

1.2.5.

Adding Peripheral Units

The iSP is installed in the base module to satisfy various customer’s requirements for system

configurations. The system is designed to connect a wide variety of peripheral units through this

iSP. Peripheral units can also be connected through various types of PCI cards available on the

I/O module.

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NX7700i/5020M-16 System Overview

BASE MODULE

The minimum 2GB memory

can be expanded up to

64GB for each cell.

Itanium2

SP Console

(Standard)

CELL

RS232C(Console)

Server

management

LAN interface

Ethernet cable

10/100Base - TX

DVD-ROM UNIT

DAT UNIT

I/O MODULE

POWER BAY 0

Expansion POWER BAY

* The expansion power bay is

POWER BAY 1

mounted only when the power

is supplied from two systems

or 100VAC.

Figure. System Configuration

1-7

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Base Module

Chapter 2

Base Module

This chapter covers operations required on the base module of this system.

Locking/unlocking the cabinet

Back door

Front door

Figure. Doors of Cabinet

2-1

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Base Module

2.1.

Partition Function

The base module has the partition function which enables the system to operate as if multiple

units are present on one unit.

The system is capable of partitioning in units of the cell or I/O module within the same base

module. For example, in a system consisting of two cells and two I/O modules, partitioning

shown in the figure below is possible.

Note that each partition should contain at least one cell card and one I/O module (including the

core module).

The partition structure in the base module can be changed with the “hc” command of the SP

command. (For details of the SP command, see 2.4.6 SP Command Reference.)

Partition #0

CELL

Partition #1

CELL

Itanium2

I/O MODULE

Under OS#0

Under OS#1

Figure. Image of Partitions

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Base Module

2.2.

Name and Function of Components

Cabinet (Primary Cabinet)

2.2.1.

The base module and expansion power bay (POWBAY#1) are installed in the cabinet. The

number of installable base modules depends on the size of the cabinet. A maximum of four

base modules can be installed in the largest cabinet.

The example below shows that the system is installed in the 1620mm high cabinet.

M-zz indicates “U” (unit size) from the bottom is zzU [1U is about 44mm].

The base module is 8U, and POWBAY#1 is 2U in height.

SW PANEL

M-32

M-30

M-32

M-30

M-25

M-20

M-15

M-10

M-05

M-00

M-25

M-20

M-15

M-10

M-05

M-00

(BASE

MODULE)

(BASE

MODULE)

(POWBAY#1)

(a) Installation of the Base Module

(b) Installation of the Base Module + Power Bay

2-3

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Base Module

2.2.2

Base Module

A base module is composed of cells, iSP cards, I/O modules, power bays, and DPSs.

2.2.3

Expansion Power Bay

The expansion power bay is used only when the power is supplied from two systems or

100VAC. It is never used for a single power supply system.

2.2.4

Cell

A cell is composed of up to four processors, a CPU node controller, a memory controller, and

main memory. The main memory can vary from the minimum 2GB to the maximum 64GB. At

least one cell needs to be installed for the base module. Up to two cells can be installed.

2.2.5.

I/O Module

The I/O module provides 8 PCI slots corresponding to 133MHz PCI-X buses, allowing up to 8

PCI cards to be used.

The PCI card can be inserted or taken out in online mode (hereafter called the “hot swap”) with

some exceptions. Consequently, the base module need not be shut down or rebooted each time

the PCI card is added or replaced. High availability is achieved with this implementation (note

that the OS that supports this implementation is required).

One core module or HDD module is mounted on the I/O module. At least one core module is

required for each partition.

A DVD-ROM unit is installed in the I/O module as standard equipment. In addition, a DAT unit

and up to four 73GB/146GB/300GB magnetic disk units can be installed as optional units.

At least one I/O module is required for the base module.

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Base Module

2.2.6.

Power Bay

The power bay supplies power to the system. A maximum of three DPSs (a DPS is a system

power supply with a fan) can be installed in the power bay.

The expansion power bay is used only when the power is supplied from two systems or

100VAC.

AC SW

Expansion power bay

(a) Power supply from a single system

(N+1) [200VAC] (Rear View)

(b) Power supply from two systems (2N)

[200VAC] (Rear View)

AC SW

Expansion power bay

View)

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Base Module

2.2.7.

iSP

One iSP-C card is mounted on the base module as standard equipment. It contains the

following interfaces:

10/100Base-TX Ethernet interface (x1) for SP console

Serial (RS-232C) interface (x1) for SP console

The iSP-C card is shown below.

4 3 2

7 6 5

(RSC232C)

CNSL

LAN1 LAN0

DSW0

DSW1

(7)

PCIBAY6

Figure. Rear panel of iSP (Installed in the Base Module)

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Base Module

2.2.8.

DVD-ROM Unit

One DVD-ROM unit can be installed for each I/O module. A DVD-ROM unit is mounted on each

I/O module as standard equipment. The DVD-ROM and CD-ROM media can be used on the

DVD-ROM unit.

2.2.8.1. Loading and Unloading Media

(1) Loading DVD-ROM/CD-ROM

1) Open the front cover, and remove the mask. (loosen the hand screw).

2) Push the Eject button lightly, and the tray pops out.

3) Place DVD-ROM/CD-ROM securely on the tray.

4) Push the Eject button lightly, and the tray goes back in the drive.

(2) Unloading DVD-ROM/CD-ROM

1) Be sure that the DVD-ROM drive access indicator LED (orange) goes off.

2) Push the Eject button lightly, and the tray pops out.

3) Take out DVD-ROM/CD-ROM.

Be careful not to touch the tray while it recesses in the drive

unit to prevent hand injury.

CAUTION

ＤＶＤ-ROM

ＤＶＤ or CD-R/RW

Eject button

Tray

Figure. Loading and Unloading DVD-ROM/CD-ROM

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2.2.9.

DAT Unit

An optional DAT unit can be installed in the I/O module.

2.2.9.1. Location of Index Labels

The figure below shows the location of index labels attached to the digital audio tape.

NEC

Figure. Index Labels on the Digital Audio Tape

2.2.9.2. Notes on Index Labels

(1) Attach index labels properly as shown in 2.2.9.1. Be sure to write the start date on these

labels.

(2) Change the labels when the DAT is used for other purpose. Remove the old labels before

attaching the new labels.

(3) When using index labels other than those supplied by NEC, make sure that they are in the

right size and easy to remove without remnant paste.

2.2.9.3. Preventing Accidental Erasure of Data

Open the write protect slider next to the side label of the cartridge to prevent data on the DAT

from being erased by accident. Write on the DAT is permitted by closing the write protect slider.

Figure. Preventing Accidental Erasure of Data on DAT (Write Protect)

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2.2.9.4. Cleaning the DAT Unit

Wipe off the dusts on the DAT unit. See 2.2.9.5 to 2.2.9.7 for how to clean the DAT unit.

2.2.9.5. Cleaning Schedule

How often the DAT unit should be cleaned depends on the operating environment. The table

below will be of some help.

Frequency of using data cartridge

Use of one cartridge per day

Use of 2 to 3 cartridges per day

Use of more than 3 cartridges per day

Cleaning schedule

Once a week

Twice a week

Everyday

Cleaning is important to remove accumulated dust on the magnetic head caused by running

tapes and surrounding environment. Periodic cleaning is recommended.

2.2.9.6. Cleaning Medium for the DAT Unit

The cleaning cartridge can be used approximately 50 times.

Clean the drive head with this cartridge before using the new data cartridge. It is recommended

to clean the head prior to writing or reading the DAT. Clean the head once a month even though

the DAT unit is not used.

2.2.9.7. Life of Data Cartridge (Tape) for the DAT Unit

The life of data cartridge according to the frequency of use is shown below. It may be shortened

depending on the operating environment (temperature, humidity, dust, etc.).

Frequency of using data cartridge

Once a week/volume

Life

Approx. one year

Three times a week/volume

Everyday

Approx. half a year

Approx. three months

The data cartridge is worn out every time it is read or written. It should be noted that using the

worn-out cartridge will cause trouble. To prevent trouble caused by aged deterioration, storage

of the data cartridge should not exceed five years.

2.2.9.8. Handling of the DAT Unit

Keep the following in mind for proper operation of the DAT unit:

• Do not move the DAT unit with the cleaning or data cartridge loaded.

• Take out the cleaning or data cartridge before turning off the DAT unit.

• Do not leave the DAT unit for a prolonged period of time with the cleaning or data cartridge

loaded.

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2.2.9.9. Notes on the DAT Unit

Avoid placing the DAT unit in the following locations as much as possible to prevent trouble in

the DAT unit:

• Near the printer (to prevent toner or paper powder dusts)

• By the window or near the passage way (to prevent soil dusts)

• On the carpet (to prevent dust generation)

2.2.9.10. Loading and Unloading Digital Audio Tapes

How to load and unload a digital audio tape is explained below.

(1) Loading a digital audio tape

1) Remove the front filter cover of the I/O enclosure (loosen the hand screw).

2) Hold the DAT lengthwise with the DAT label oriented to the left, and insert it into the

drive vertically and slowly.

3) Keep pushing the tape slowly until you feel it touching the stopper inside the drive and

being locked in the drive. When the tape is locked, a clicking sound is heard.

(2) Unloading a digital audio tape

1) Be sure that the DAT drive access indicator LED (green) goes off.

2) Push the Eject button at the lower part of the DAT unit lightly.

3) The DAT slides out from the drive.

4) Take out the DAT from the drive vertically and slowly.

DAT units

Figure. DAT Units

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2.2.10. Notes on Installing the UPS

To installed the UPS, remove the signal cable for power control (on/off), and mount a jumper

connector (shown in the figure below).

This system has three forms of power supplies [a), b) and c) below]. It should be noted that the

location of the jumper connector differs depending on the form of power supply.

Figure. Jumper Connector for Installing the UPS

a) Power supply from a single system

Location on the inlet box: P1

AC SW

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b) Power supply from two systems

Location on the inlet box: P1

AC SW

Location on the expansion power bay: P3

CB1

c) Power supply from 100VAC

Location on the inlet box: P1

AC SW

Location on the expansion power bay: P5, P6, P7

P5 P6 P7

AC SW

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2.2.11. System LEDs

System LEDs are located at the upper left of the front panel of the base module and indicate the

system status. The views when the front panel is opened (a) and closed (b) are shown below.

LED CARD

The LEDs from the top indicate:

Status

DC ON/OFF

AC ON/OFF

(a) LEDs with the front panel opened

LED

(b) LEDs with the front panel closed

„ LED Indication

LED name

Color & status

Description

OFF

AC ON

AC OFF

AC ON/OFF

Green

OFF

Flash

OFF

DC ON (48VDC is supplied.)

DC OFF

System is online.

System is in maintenance mode.

Other (error, offline)

DC ON/OFF

Status LED

Green

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2.3.

Consoles

The base module contains console interfaces as standard equipment. The consoles connected

to the interfaces provided by the iSP are roughly classified into two:

• OS console (also called the system console or SW console) to display BIOS/OS messages

• SP console (also called the HW console) to display SP messages

2.3.1.

SP Console

The SP console required:

• Recommended Windows2003 operation environment

• One LAN port

The console connection diagram is shown in the subsequent page. The iSP-C standard I/O

interface connected to “Console PC” in this figure is:

• Ether Port (10/100Base-TX)

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BASE MODULE

SYS BP

CELL CARD

I/O MODULE

iSP-C CARD

LAN

CRT

MOUSE/

KEYBOARD

Console PC

OS console

console

RS232C

modem

ALIVE

console

Figure. Console Connection Diagram

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2.4.

Service Processor (SP)

This system contains interfaces to offer advanced system management and RAS function to the

user. The service processor (hereafter called the “SP”) in the iSP implements these capabilities.

2.4.1.

Console Connection and Login

2.4.1.1. Type of Console Connections

The iSP supports two types of console connections: i.e. local console connection via serial port

and LAN console connection via TCP port 5001.

Either type of connection provides completely identical user interface, except that all LAN

configuration such as IP address setting can only be done from the local console.

For the details of serial port and LAN configuration, refer to the “SG Command Reference.”

local

iSP-card

null modem cable

console

Serial connector 0

LAN connector

LAN

TCP5001

console

Figure. Type of Console Connections

2.4.1.2. Accessible Console Functions

The console operator has access to the following console operations:

• iSP operation using SP commands

• Redirection of OS (BIOS) serial (inside the CPU) console

• Virtual SOP display

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2.4.1.3. Console Status and Login Authentication

To gain access to console operation, you must first login to the iSP.

When you login to the iSP, the Main Menu opens. The Main Menu has three options: i.e. Virtual

SOP, OS Console, and SP Command Console.

• Virtual SOP provides periodical updates to system operation status for each partition.

• OS Console redirects serial I/Os as viewed from the OS (including BIOS).

• SP Command Console lets you monitor iSP messages for system or maintenance operations

and enter commands into the iSP. Only the commands required for system operation can be

executed on the SP Command Console.

Factory default login account and password

Type

Default

spfw

nec

The numbers of consoles that can be attached to the system at a time are: Up to one OS

Console for each partition; up to nine Virtual SOPs and up to one SP Command Console

throughout the entire system.

OS Console and SP Command Console include two types: i.e. one that allows console input

(with operational authority) and the other that only allows message displays (with no operational

authority). The OS Console that is first attached to the specified partition is given operational

authority. Similarly, the SP Command Console that is first attached to the system is given

operational authority. Once a console is attached with no operational authority given to it, it

cannot acquire operational authority until the existing console with operational authority is

disconnected or its operational authority is removed in the Main Menu.

If key entry is attempted on a console without operational authority, it will output the message,

“This console is mirror console.”

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Serial console

inoperative

TCP-5001 not

connected

Press ESC

Connect TCP5001

Choose Exit

iSP login prompt

required

Main Menu

Enter ^B

Choose SOP

Choose SP

Choose OS

OS Console

SP Console

Virtual SOP

Normal Mode

CM command

Password required

SP Console

Maintenance Mode

Figure. Console Mode Status Transitions

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2.4.1.4. Login and Main Menu

Immediately after a console is attached to the iSP, login prompts appear on the console, waiting

for user login. When you enter your login account name and password, the Main Menu opens.

are not case-sensitive, however (e.g. “e” and “E” are interpreted as the same character).

(Screen Example)

Description

No.

Integrated Service Processor.

Cabinet-ID:xx, Location:iSPy, State:ssssss

(a)

iSP login: spfw<ENTER>

iSP password: xxxxxxxx<ENTER>

(b)

Welcome to Integrated Service Processor.

(c)

iSP FW version : 01.00 generated on 01/01/2005 19:20:33

iSP MAIN MENU

0) OS(BIOS) serial console of partition#0 (INITIALIZING )

1) OS(BIOS) serial console of partition#1 (RUNNING

2) OS(BIOS) serial console of partition#2 (STOPPED

3) OS(BIOS) serial console of partition#3 (FAULT

4) OS(BIOS) serial console of partition#4 (POWER OFF

5) OS(BIOS) serial console of partition#5 (RUNNING

)

(d)

6) OS(BIOS) serial console of partition#6 (NOT CONFIGURED)

7) OS(BIOS) serial console of partition#7 (NOT CONFIGURED)

V) Virtual System Operator Panel

S) iSP commands

E) Exit

DISCONNECTALL) disconnect all console connections

iSPyz>

(e)

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(Description)

Description

No.

xx is a cabinet ID identifying a particular cabinet in a multi-cabinet system

(“system number” itself set with an SG command).

y is the location of the iSP Card (0 or 1).

ssssss represents “master” if the SP is assigned as master, “backup”* if it is

assigned as backup, and “undetermined” if it is assigned as neither master nor

backup.

(a)

Enter your login account and password at these prompts.

The password is not echoed.

Version information for iSPFW

(b)

(c)

The Main Menu.

OS Console and Virtual SOP can be chosen only if the iSP is assigned as the

master.

The OS Console menu includes the summary status of partitions.

Main Menu prompt.

y is the location of the iSP Card (0 or 1).

(d)

(e)

z is “m” if the SP is assigned as the master, “b” if it is assigned as the backup,

and “u” if it is assigned as neither master nor backup.

* The “backup” indicator will not appear if no backup SP exists.

If maintenance operation or SPFW fails, the BOOT FW may boot up. In this case, the screen

information is only limited to that needed for the BOOT FW (no login entry fields appear).

(Screen Example…BOOT FW)

Description

No.

iSP BOOT MAIN MENU

S) iSP commands

E) Exit

DISCONNECTALL) disconnect all console connections

iSPy*>

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• Possible Events (including operator entries) and System Responses

Event

System Response

The login prompt reappears after the message

“incorrect” comes on.

times consecutively.

The console is disconnected.

No operations made for 5 minutes on the

The console is disconnected after the message

A letter not specified in the menu was

entered.

The menu reopens.

No operation made for 5 minutes on the

Menu screen.

The console is disconnected after the message

“timeout” appears.

The menu became invalid after iSP

master assignment has been changed.

The invalid menu or prompt is not identified

immediately.

If you make a selection in the invalid menu, that

selection is rejected and a new menu opens.

OS (BIOS) Serial Console Redirection is chosen.

A value from 0 to 7 selected.

(valid only on the master iSP)

S selected.

(valid regardless of master/backup

assignment)

SP Command Console is chosen.

Virtual SOP is chosen.

V selected.

(valid only on the master iSP)

E selected.

DISCONNECTALL selected.

The current console connection is disconnected.

All TCP connections to the iSP other than the

current console connection are disconnected and

the screen is forcibly returned to the Main Menu

in case of serial connection console.

This emergency action might be needed if

console operation is prohibited when actually

disconnected TCP connections remain alive

under the iSP management due to client’s illegal

access.

The number of simultaneous connections

allowable for the selected mode was

exceeded.

The screen returns to the Main Menu after

showing a message “N connections to the

selected mode are already established. Try it

later.”

2.4.2.

Note

While in serial or OS console connection, characters that are shown on the console screen may

be disturbed due to redirection made in a half way of ESC sequence.

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2.4.3.

OS (BIOS) Console

If OS (BIOS) Console is chosen from the iSP Main Menu, I/O to/from the serial controller is

redirected as viewed from the OS (BIOS).

To return to the Main Menu, enter “^B” (press the B key while holding down the CTRL key).

While the OS (BIOS) Console I/O is redirected, the screen displays and operations depend

solely on the BIOS or OS that runs in that partition, and not on the iSPFW.

OS (BIOS) Console redirection is only allowed for the master iSP.

(Screen Example)

Description

No.

iSP MAIN MENU

0) OS(BIOS) serial console of partition#0 (INITIALIZING )

1) OS(BIOS) serial console of partition#1 (RUNNING

2) OS(BIOS) serial console of partition#2 (STOPPED

3) OS(BIOS) serial console of partition#3 (FAULT

4) OS(BIOS) serial console of partition#4 (POWER OFF

5) OS(BIOS) serial console of partition#5 (RUNNING

)

6) OS(BIOS) serial console of partition#6 (NOT CONFIGURED )

7) OS(BIOS) serial console of partition#7 (NOT CONFIGURED )

V) Virtual System Operator Panel

S) iSP commands

E) Exit

DISCONNECTALL) disconnect all console connections

iSPyz> 0<ENTER>

***** redirection of serial console 0 *****

(a)

(b)

***** enter CTRL+B to quit

*****

(c)

<CTRL>+

***** returned from serial console 0 redirection *****

(d)

(e)

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(Description)

Description

No.

Description

If a value (0 to 7) is entered, I/O is redirected to OS Console within the

corresponding partition.

(a)

(b)

(c)

(d)

An opening message for OS Console redirection

All I/Os made in OS Console redirection depends on the OS or BIOS.

Enter ^B to quit OS Console redirection.

An end of redirection message.

The screen returns to the Main Menu after this message.

(e)

• Possible Events (including operator entries) and System Responses

Event

^B (CTRL+B) entered.

System Response

The screen shows an “Exit OS (BIOS) Console”

message, and then returns to the Main Menu

and prompts.

OS (BIOS) Console became invalid after

iSP master assignment changed.

The screen shows an “Exit OS (BIOS) Console”

message, and then returns to the Main Menu

and prompts.

There are no partitions on display after an

SP command was entered.

The screen shows an “Exit OS (BIOS) Console”

message, and then returns to the Main Menu

and prompts.

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2.4.4.

Virtual SOP

If Virtual SOP (Virtual System Operator Panel) is chosen from the Main Menu, Virtual SOP

appears on the console screen. Virtual SOP periodically lists outlined status information of all

the existing partitions.

To return from Virtual SOP to Main Menu, enter “^B” (press the B key while holding down the

CTRL key).

Virtual SOP is selectable only if the iSP is assigned as the master.

(Screen Example)

Description

No.

iSP MAIN MENU

0) OS(BIOS) serial console of partition#0 (INITIALIZING )

1) OS(BIOS) serial console of partition#1 (RUNNING

)

2) OS(BIOS) serial console of partition#2 (STOPPED

7) OS(BIOS) serial console of partition#7 (NOT CONFIGURED )

V) Virtual System Operator Panel

S) iSP commands

E) Exit

DISCONNECTALL) disconnect all console connections

iSPyz> V<ENTER>

----- Virtual System Operator Panel ---------- 01/31/2005,19:30:20 -----

(a)

00 0 HW INITIALIZING yyyyyy

BIOS messages

SP messages

00 1 RUNNING

BIOS messages

SP messages

yyyyyy

00 2 STOPPED

BIOS messages

SP messages

yyyyyy

00 3 FAULT

BIOS messages

SP messages

(b)

00 4 POWER OFF

00 5 RUNNING

BIOS messages

SP messages

BIOS messages

SP messages

00 6 NOT CONFIGURED yyyyyy

BIOS messages

SP messages

00 7 NOT CONFIGURED yyyyyy

BIOS messages

SP messages

----- Enter CTRL+B to quit ---------------------------------------------

<CTRL>+

(c)

(d)

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(Description)

Description

No.

(a)

(b)

Virtual SOP appears if V is entered at this prompt.

Virtual SOP screen.

SP messages shared for all the partitions or those not concerned with partitions

appear here.

Virtual SOP periodically appears until these keys are pressed.

Entering ^B quits Virtual SOP.

(c)

(d)

(e)

The screen returns to the Main Menu.

• Possible Events (including operator entries) and System Responses

Event

^B (CTRL+B) entered.

System Response

The screen returns to the Main Menu and

prompts.

Virtual SOP became invalid after iSP master The screen shows a message “Exit Virtual

assignment was changed.

SOP,” and then returns to the Main Menu and

prompts.

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2.4.4.1. Details of Partition Status Display

The status information for each partition consists of the following items:

xx N sssssssssssssss cccccc

ttttttttttttttttttttttttttttttt

uuuuuuuuuuuuuuuuuuuuuuuuuuuuuuu

No.

(1)

Item

Description

Numeral

Represents the system No. Fixed to 00 for all other

models.

(2)

(3)

Numeral (0-7)

Character string

POWER OFF

STOPPED

Denotes the partition number.

Represents partition states.

Indicates DC OFF state.

Indicates DC ON, No Failure, and Halt state.

Means that the iSP is initializing the HW. BIOS is still not

booted.

HW INITIALIZING

SW INITIALIZING

OS BOOTING

RUNNING

Means that the system is being initialized by BIOS.

Means that the OS is being booted (HP-UX only).

Means that control is passed to EFI after system

initialization by BIOS is complete.

FAULT

Means that the system is in Halt state due to failure.

Means that the ISP is shutting down the HW.

Means “Not Configured.”

Represents the latest chassis code sent from the BIOS

or OS.

SHUT DOWN

NOT CONFIGURED

6 digit hex number

(4)

(5)

Character string

Four-digit error code provided by BIOS.

It is cleared when the system is booted next time, or

with the CS command.

Warning or error message provided by the SP, shown in

the same format as Activity logs. For long messages,

their tail part will be omitted.

(6)

It is cleared when the system is booted next time, or

with the CS command.

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2.4.5.

SP Command Console

If SP Command is chosen from the iSP Main Menu, SP Command Console appears on the

console screen.

To return from SP Command Console to the Main Menu, enter “^B” (press the B key while

holding down CTRL).

Some SP commands are only valid on the master iSP.

(Screen Example)

Description

No.

iSP MAIN MENU

0) OS(BIOS) serial console of partition#0 (INITIALIZING )

1) OS(BIOS) serial console of partition#1 (RUNNING

2) OS(BIOS) serial console of partition#2 (STOPPED

3) OS(BIOS) serial console of partition#3 (FAULT

4) OS(BIOS) serial console of partition#4 (POWER OFF

5) OS(BIOS) serial console of partition#5 (RUNNING

)

6) OS(BIOS) serial console of partition#6 (NOT CONFIGURED)

7) OS(BIOS) serial console of partition#7 (NOT CONFIGURED)

V) Virtual System Operator Panel

S) iSP commands

E) Exit

DISCONNECTALL) disconnect all console connections

iSPyz> S<ENTER>

(a)

(b)

(c)

<CTRL>+

(Description)

Description

No.

(a)

(b)

(c)

SP Command Console appears if S is entered at this prompt.

You can enter SP commands and monitor SP messages until ^B is entered.

CTRL+B quits SP Command Console. The screen returns to the Main Menu.

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2.4.5.1. SP Command Console Buffer

The output from SP Command Console may contain some critical information such as causes of

system status changes. Also when the iSP is running in LAN Console mode, it is not possible to

monitor the console output until LAN Console connection is established after the iSP boots up.

For these reasons, the iSP is provided with a buffering capability that buffers a certain amount

of messages that are output before SP Command Console connection is established.

The buffer has a size of approx. 1000 lines, capable to save the latest 1000 lines of output

messages.

The buffer contents can be listed with the “ML command.”

2.4.5.2. SP Command Prompt

When in SP Command mode, pressing the [ESC] key shows either of the following command

prompts.

Prompt

iSPyz:--->

2.4.5.3. SP Message Header

SP messages are, in general, output with the following headers attached to them.

No message headers are attached to interactive prompts or messages used in SP commands,

however.

Message Header

[iSPyz:INFO.ccccc] string

Description

Information message:

ccccc represents a message ID.

string represents the message body.

Warning message

[iSPyz:WARN.ccccc] string

[iSPyz:ERRORccccc] string

Error message

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2.4.5.4. SP Command List

The following tables contain SP command lists by category:

System Control

iSP

state

CMD

command name

function

The iSP turns off the DC power of the

specified partition without notifying the

SW (OS) even if it is running.

If the specified partition is in S0 state,

the iSP only generates the SCI

(POWBTN). Otherwise, the iSP turns

off the DC power directly.

The iSP generates the INIT signal to

the specified partition. SW (OS) will

enter its dump routine.

Shut down System power

(override)

Shut down System power

System Dump

The iSP turns off the DC power of the

specified partition without notifying the

SW (OS) even if it is running, turns on

the DC power, initializes HW and

hands off the control to the BIOS.

The iSP initializes the specified

partition without notifying the SW (OS)

even if it is running.

The iSP turns on the DC power of the

specified partition and initializes HW

and hands off the control to the BIOS.

The iSP turns on the DC power of the

specified partition and initializes HW

and hands off the control to the BIOS.

The BIOS will boot the Operating

System.

Power Cycle

Cold Reset System

Bring up BIOS

Bring up System

“m”: Commands can be executed only on the master iSP.

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(Reference) System Status Transitions and System Control Commands

DN/DP

(only trigger)

Ready

DC OFF

SW running

UP/PC

DN/DF

UP/PC/RS

DC ON

Not running

Figure. System Status Transitions and System Control Commands

Note) When the UB command is used for system boot, the system always halts at the

EFI Shell screen. Operation cannot therefore be continued if the system is started

and stopped using, for example, the automatic power control feature, or rebooted

following error detection. If the system halts at the EFI Shell screen, the OS

cannot boot. Be sure to use the UP command to boot the OS. When you use the

UB command for changing the EFI settings, shut down the system and then

reboot it with the UP command.

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Base Module

Configuration

iSP

state

CMD

command name

function

Display and/or modify the hardware

configuration including the

Hardware Configuration

configuration about partitioning.

Normal mode other commands

iSP

state

CMD

command name

function

Display the SP RTC (Real Time

Clock) and set it.

SP Date and Time

m/b/u

Display the environmental information

such as the power status and the

temperature sensors.

Environmental Information

Display the iSP FW version and BIOS

version.

Firmware Version

Help

m/b/u

Display the help information.

Message Log

Display the iSP’s message buffer.

Settings

iSP

state

CMD

command name

function

Set up the settings about the iSP,

system and partitions. Some settings

are only available in MNT mode.

Save and/or restore the system

CMOS/NvRAM.

SP/System Setting

m/b/u

Save system CMOS/

NvRAM

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Base Module

2.4.6.

SP Command Reference

This section provides command reference describing the details of SP commands.

Command availability on the master iSP, backup iSP, and undetermined iSP is indicated on the

first page of each command.

(Legend)

m: Command validity on the master iSP. X denotes “valid.”

b: Command validity on the backup iSP. X denotes “valid.”

u: Command validity on the undefined iSP. X denotes “valid.”

The example above indicates that the commands are valid only if the iSP is assigned as the

master.

The SP commands and subcommands are not case-sensitive. For this reason, case-sensitive

data such as accounts and passwords is clearly indicated.

[Note]

* When the following list (a list of codes indicating the system configuration) is included in the

command description, this system corresponds to 8Way:

• 8Way

• 32Way

• ISPF

If the above indication is omitted, this description is common across the system.

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Base Module

2.4.6.1. DF (Shut down System Power <override>)

* The command is executable to the active partition (after automatic system boot/UP

command execution).

Function:

This command is used to shut down the system DC power.

It shuts down the system power overriding the current OS or BIOS state, notifying nothing to

them. (It is equivalent to a Power button override on systems having a physical Power button.)

(Screen Example)

Description

No.

iSPyz:---> df<ENTER>

CAUTION:Systempowerwill beturnedoffwithoutany noticetothesoftwares

even if they are running.

Enter partition number (0-7/all/CR=exit) : all<ENTER>

Execute OK? (y/[n]) y<ENTER>

(a)

(b)

DF command was accepted. System power of all partitions will be turned off

soon.

(c)

mm/dd/yyyy HH:MM:SS 0------- System shutdown started. (SPFW:Rxx.xx)

(d)

*************************************************

* Waiting 2 minutes for cooling components. *

* DC power is still active.

*************************************************

* DO NOT turn off AC power.

(e)

(f)

*************************************************

mm/dd/yyyy HH:MM:SS 0------- System shutdown completed. (SPFW:Rxx.xx)

[iSP0m:INFO.2042]

************************************************

* All DC power has been turned off.

* You can turn off AC power.

************************************************

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Base Module

(Description)

Description

No.

Enter the target partition number at this prompt.

(a)

(b)

If “all” is specified, all the existing partitions are the target of this command.

The partition numbers that can be specified depend on models.

A confirmation message appears.

If you are sure to continue command execution, enter “y.”

A “DF command accepted” message appears.

Actual processing will progress in the background.

(c)

(d)

Shows background command execution in progress.

The message here indicates that you have to wait for 2 minutes for the system

to cool off before the Power Bay is shut down.

It won’t appear if there are active partitions somewhere.

The message here indicates that the DC power in the Power Bay is shut down

and you are ready to shut off the system AC power.

(e)

(f)

It won’t appear if there are active partitions somewhere.

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Base Module

2.4.6.2. DN (Shut down System Power)

* The command is executable to the active partition (after automatic system boot/UP

command execution).

Function:

This command is used to shut down the system DC power.

It shuts down the system DC power only if the software is not running (not in S0 state).

If the system software (OS or BIOS) is running (S0 state), this command only reports a Power

Button interrupt to the software. The interrupt service depends on the software (the software

may ignore the interrupt or perform a shut-down).

The software may not be able to service the power button interrupt due to stall or other cause

even if the iSP recognizes that the software is running. In this case use the DF command to

force a system power shut-down.

(Screen Example)

Description

No.

iSPyz:---> dn<ENTER>

System power will be turned off if the software(OS) is NOT running.

Onlypowerbuttoninterruptwillbegeneratedifthesoftware(OS)isrunning.

Ifyouwanttoturnedoffthesystempowerinanysystemstate,useDFcommand.

Enter partition number (0-7/all/CR=exit) : 0<ENTER>

Execute OK? (y/[n]) y<ENTER>

(a)

(b)

DN command was accepted. System power of all partitions will be turned off

or power button interrupt will be generated soon.

(c)

[iSPyz:INFO.ccc] partition 0 : power button interrupt.

mm/dd/yyyy HH:MM:SS 0------- System shutdown started. (SPFW:Rxx.xx)

(d)

mm/dd/yyyy HH:MM:SS 0------- System shutdown completed. (SPFW:Rxx.xx)

(Description)

Description

No.

Enter the target partition number here.

If “all” is specified, all the existing partitions are the target of this command.

A confirmation message appears.

If you are sure to continue command execution, enter “y.”

A “DN command accepted” message appears.

Actual processing progresses in the background.

The same message as that shown in Section 1.5.2, “DN Command Screen

Example” appears.

(a)

(b)

(c)

(d)

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Base Module

2.4.6.3. DP (System Dump)

* The command is executable to the active partition (after automatic system boot/UP

command execution).

Function:

This command causes a Dump interrupt to the system after a system dump is taken.

Whether a system dump is actually taken or not, or a system reset is subsequently activated or

not, depends on the system software (OS or BIOS). This command only causes a Dump

interrupt.

Nothing will happen, of course, if the software is not running.

(Screen Example)

Description

No.

iSPyz:---> dp<ENTER>

Dump button interrupt will be generated.

Enter partition number (0-7/all/CR=exit) : all<ENTER>

Execute OK? (y/[n]) y<ENTER>

(a)

(b)

(c)

DP command was accepted. Dump button interrupt will be generated soon.

[iSPyz:INFO.ccc] partition 0 : dump button interrupt.

[iSPyz:INFO.ccc] partition 1 : dump button interrupt.

(d)

(Description)

Description

No.

Enter the target partition number here.

If “all” is specified, all the existing partitions are the target of this command.

A confirmation message appears.

If you are sure to continue command execution, enter “y.”

A “DP command accepted” message appears.

Actual processing progresses in the background.

Shows progress in the background.

(a)

(b)

(c)

(d)

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Base Module

2.4.6.4. DT (SP Data and Time)

* Always valid without regard to the current system status.

Function:

This command is used to show iSP’s internal real-time clock.

(Screen Example … Normal Mode)

Description

No.

iSPyz:---> dt<ENTER>

current iSP RTC : 19:20:57,03/31/2005 +09:00

synchronized with NTP server (10.20.30.40)

DT command terminated.

(a)

(Description)

Description

No.

(a)

This command shows the present time before quitting.

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Base Module

2.4.6.5. EN (Environmental Information)

* Always valid without regard to the current system status.

Function:

This command is used to list system environmental data including temperature sensor data,

FAN error, and so on.

Note that part of the environmental monitoring functions are not available to inactive

components.

The temperature sensor threshold shown in the following Screen Example may not reflect the

actual threshold.

(Screen Example)

Description

No.

iSPyz:---> en<ENTER>

select display mode? (i[nteractive per page]/a[ll]/CR=exit) : i<ENTER>

(32Way: For one or two AC power receiving systems)

---- Power Bay Units ------------------------------- 19:20:57,01/31/2005 ----

(a)

state DPS0

DPS1

---

DPS2

DPS3

DPS4

DPS5

---

* MAIN POWBAY0 ON

---

ALARM

POWBAY1 ON

EXT POWBAY2 OFF

POWBAY3 OFF

---

NORESP ---

---

-----------------------------------------------------------------------------

(8Way/ISPF: For one or two AC power receiving systems)

---- Power Bay Units ------------------------------- 19:20:57,01/31/2005 ----

(b)

state DPS0

* MAIN POWBAY0 ON ---

* EXT POWBAY1 ON

DPS1

---

DPS2

DPS3

DPS4

---

DPS5

---

ALARM ---

---

NORESP ---

-----------------------------------------------------------------------------

ISPF does not have two AC power receiving systems.

(8Way/ISPF receiving 48 VDC)

---- Power Bay Units ------------------------------- 19:20:57,01/31/2005 ----

state

EXT POWBAY1 ON

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Base Module

(32Way)

---- MAIN cabinet FANs ----------------------------- 19:20:57,01/31/2005 ----

Location FR00

HIGH

FR01

HIGH

FR02

HIGH

FR10 FR11 FR12

HIGH HIGH HIGH

Location FF00

FF01

FF02

HIGH

FF11 FF12

HIGH HIGH

ALARM HIGH

-----------------------------------------------------------------------------

(8Way)

---- MAIN Chassis FANs ----------------------------- 19:20:57,01/31/2005 ----

(c)

Location FR0

low

FF0

low

-----------------------------------------------------------------------------

(ISPF)

---- MAIN Chassis FANs ----------------------------- 19:20:57,01/31/2005 ----

Location FR0

low

FR1

low

FF0

low

-----------------------------------------------------------------------------

Next page? (n[ext]/e[xit]/CR=next) : <ENTER>

(d)

(The numbers of CELL and XBX cards depend on 32Way/8Way and ISPF models.)

---- Power state of CELL cards and PROCs ----------- 19:20:57,01/31/2005 ----

PROC state

state

x0 x1 x2 x3

ON ON OFF ---

--- --- --- ---

ON ON OFF OFF

--- --- ON ON

ON ON --- ---

--- --- --- ---

CELL0

CELL1

CELL2

CELL3

CELL4

CELL5

CELL6

CELL7

OFF

(e)

---

(The following information will be missing for 8Way:)

---- XBX card power state -------------------------- 19:20:57,01/31/2005 ----

state

XBX_C0

* XBX_C1

XBX_C2

OFF

---

XBX_C3

-----------------------------------------------------------------------------

Previous/Next page? (p[revious]/n[ext]/e[xit]/CR=next) : <ENTER>

(The numbers of PCI Bays to be shown depend on 32Way/8Way and ISPF models.)

---- PCIBAY power state/FAN alarm ------------------ 19:20:57,01/31/2005 ----

state

FANs

COREM/HDDM PCIM

PCIBAY0(D) ON

PCIBAY1(D) ---

* PCIBAY2(D) ON

PCIBAY3(D) OFF

PCIBAY4(D) ON

---

ALARM

(f)

PCIBAY5(D) ON

PCIBAY6(E) 未定

PCIBAY7(E) 未定

-----------------------------------------------------------------------------

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Base Module

Previous/Next page? (p[revious]/n[ext]/e[xit]/CR=next) : <ENTER>

(The total number of pages and page numbers depend on 32Way/8Way and ISPF models.)

---- Temperature (Celsius) [1/7] ------------------- 19:20:57,01/31/2005 ----

current

threshold

comment

FAN

IPMI ACPI S.D.

CELL0

PROC00

120

77/ 80

* PROC01

PROC02

PROC03

CELL1

77/ 80

FAN High-speed

77/ 80

(g)

PROC10

PROC11

PROC12

PROC13

77/ 80

120

-----------------------------------------------------------------------------

Previous/Next page? (p[revious]/n[ext]/e[xit]/CR=next) : <ENTER>

---- Temperature (Celsius) [2/7] ------------------- 19:20:57,01/31/2005 ----

current

threshold

comment

FAN

IPMI ACPI S.D.

CELL2

PROC20

120

77/ 80

* PROC21

PROC22

FAN High-speed

PROC23

(g)

* CELL3

PROC30

77/ 80

120

PROC31

PROC32

PROC33

-----------------------------------------------------------------------------

Previous/Next page? (p[revious]/n[ext]/e[xit]/CR=next) : <ENTER>

---- Temperature (Celsius) [3/7] ------------------- 19:20:57,01/31/2005 ----

current

threshold

comment

FAN

IPMI ACPI S.D.

CELL4

PROC40

120

77/ 80

* PROC41

PROC42

77/ 80

FAN High-speed

PROC43

* CELL5

PROC50

(g)

PROC51

PROC52

103

77/ 80

120

* PROC53

reported to the software

-----------------------------------------------------------------------------

Previous/Next page? (p[revious]/n[ext]/e[xit]/CR=next) : <ENTER>

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Base Module

---- Temperature (Celsius) [4/7] ------------------- 19:20:57,01/31/2005 ----

current

threshold

comment

FAN

IPMI ACPI S.D.

CELL6

PROC60

120

77/ 80

* PROC61

PROC62

PROC63

CELL7

77/ 80

FAN High-speed

(g)

PROC70

PROC71

PROC72

PROC73

-----------------------------------------------------------------------------

Previous/Next page? (p[revious]/n[ext]/e[xit]/CR=next) : <ENTER>

(The numbers of XBX and Cx cards are changed on 32Way/8Way and ISPF.)

---- Temperature (Celsius) [5/7] ------------------- 19:20:57,01/31/2005 ----

current

threshold

comment

FAN

IPMI ACPI S.D.

XBX_C0

* XBX_C1

XBX_C2

reported to the software

(g)

XBX_C3

FAN

WARN

S.D.

* AIR FLOW IN

23/ 25

FAN High-speed

-----------------------------------------------------------------------------

Previous/Next page? (p[revious]/n[ext]/e[xit]/CR=next) : <ENTER>

(The numbers of PCI Bay cards are changed on 32Way/8Way and ISPF.)

---- Temperature (Celsius) [6/7] ------------------- 19:20:57,01/31/2005 ----

current

threshold

comment

PCI-

FAN

IPMI ACPI S.D.

BAY0(D) A

-B

IOX_C

BAY1(D) -A

-B

(g)

IOX_C

BAY2(D) -A

-B

IOX_C

reported to the software

BAY3(D) -A

-B

IOX_C

-----------------------------------------------------------------------------

Previous/Next page? (p[revious]/n[ext]/e[xit]/CR=next) : <ENTER>

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Base Module

(The numbers of PCI Bay cards are changed on 32Way/8Way and ISPF.)

---- Temperature (Celsius) [7/7] ------------------- 19:20:57,01/31/2005 ----

current

threshold

comment

PCI-

FAN

IPMI ACPI S.D.

BAY4(D) -A

-B

IOX_C

BAY5(D) -A

-B

(g)

IOX_C

BAY6(E) -A

-B

65 (tentative)

IOX_C

BAY7(E) -A

-B

IOX_C

-----------------------------------------------------------------------------

Previous page? (p[revious]/e[xit]/CR=back) : <ENTER>

select display mode? (i[nteractive per page]/a[ll]/CR=exit) : <ENTER>

EN command terminated.

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Base Module

(Description)

Description

No.

Description

Allows to choose environmental data formats from page format of 24 lines each

or online format.

(a)

Indicates the states of the Power Bay within the cabinet.

If an alarm condition exists, this line is prefixed with an asterisk (*).

state

OFF

---

: A DC power (48V) is applied to the components inside the cabinets.

: No DC power (48V) is applied to the components inside the cabinets.

: The Power Bay itself is not existent (not visible from the iSP).

(b)

DPSx

(blank) : Indicates the normal state.

ALARM : Indicates an alarm state.

---

: Indicates that the DPS is not existent (not visible from the iSP).

NORESP : Indicates that the DPS is existent but not visible from the iSP.

No DPS exists on a 48-VDC supply.

Shows the states of the fans located in the CPU cage or main chassis in the

Main Cabinet.

If an alarm condition exists, this line is prefixed with an asterisk (*).

---

: Indicates that no fan exists.

(c)

ALARM : Indicates an alarm state.

low

: Indicates that the fan is running at low speed.

HIGH

: Indicates that the fan is running at high speed. “HIGH” will appear if

any cause of high-speed fan exists even when the system is in Halt.

(d)

(e)

Press <ENTER> to go to the next page.

Power On/Off state of the CELL and XBX Cards in the CPU cage or main chassis

within the Main Cabinet.

Power and fan states within the PCI Bay.

(f)

If a fan alarm exists, this line is prefixed with an asterisk (*)

PCI Bay types (D) and (E) are added for PCID Bay and PCIE Bay, respectively.

Temperature detected by the card’s temperature sensor is shown here. If a

temperature sensor failure exists, an asterisk (*) is shown in place of a

temperature readout.

If a temperature alarm exists, the pertinent line is prefixed with an asterisk (*)

The threshold information hardwire-coded in the iSPFW is also shown here.

“FAN” gives the temperature thresholds where fan speed is switched from low to

high and vice versa.

The values on the right side give the threshold to switch from low to high speed,

and those on the left side from high to low speed.

“IPMI” gives the threshold over which temperature information is reported to the

software through the IPMI interface.

(g)

“ACPI” gives the threshold over which temperature information is reported to the

software through the ACPI interface.

“S.D.” specifies the temperature threshold for the SPFW to force system shut

down. If AIR FLOW IN (intake temperature) reaches the S.D. theshold, all the

running partitions are forcibly shut down.

The WARN column on AIR FLOW IN (intake temperature) gives the threshold

rejecting to boot currently inactive partitions.

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Base Module

2.4.6.6. FV (Firmware Versions)

* Always valid without regard to the current system status.

Function:

This command is used to show version information for the iSPFW and BIOS.

This command also provides checksum test on the FW storage areas.

Note that, in a duplicated iSP environment, information is managed separately for each of the

duplicated iSPs.

Also the display information may slightly change from one SPFW version to another.

(Screen Example)

Description

No.

iSPyz:---> fv<ENTER>

Firmware Versions : (currently running firmware is Rxx.xx)

iSP BOOT

(*)

: xx.xx generated on mm/dd/yyyy hh:mm:ss

) : xx.xx generated on mm/dd/yyyy hh:mm:ss

iSP FW bank (*)

BIOS bank0 (012

(a)

(b)

BIOS bank1 ( 345 ) : xx.xx generated on mm/dd/yyyy hh:mm:ss

BIOS bank2 ( 67) : xx.xx generated on mm/dd/yyyy hh:mm:ss

Do you want to check the flash memory? (y/[n]) : y<ENTER>

checking iSP BOOT bank...

passed.

checking iSP FW bank...

passed.

checking BIOS bank0...

passed.

(c)

checking BIOS bank1...

passed.

checking BIOS bank2...

passed.

FV command terminated.

(Description)

Description

No.

(a)

(b)

(c)

Lists the current states of the FW storage areas.

If a checksum test on the FW storage area is needed, enter “y.”

Lists the results of checksum test.

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Base Module

2.4.6.7. HC (Hardware Configuration)

* For system states and subcommand validity, read the description of subcommands.

Function:

This command is used to show the hardware configuration and enable to change it.

It is also used to configure, show, or change partitions.

In a duplicated iSP environment, the hardware configuration is automatically matched between

the duplicated iSPs.

Description of Subcommands

cmd

arg1

arg2

arg3

arg4

Description

help

Show a list of subcommands.

This subcommand is always valid without

regard to the current system state.

Quit the HC command.

quit

exit

Before the HC command quits, the check

subcommand is automatically run.

These subcommands are always valid

without regard to the current system state.

Show the system’s hardware configuration.

If no argument is specified or has an error,

the disp subcommand help opens.

This subcommand is always valid without

regard to the current system state.

Argument “all” shows all the configuration

information.

disp

all

part

Show the current partitioning.

The following information is given for each

partition:

State summary

Physical CELL No. and logical CELL No.

Physical IOX No. and logical IOX No.

Size of shared memory (ISPF only)

Show the Main Cabinet or Main Chassis

configuration.

main

For the 8Way/ISPF model, the configurations

of external PCI Bay and Power Bay are also

shown.

exp

Valid only for the 32Way model.

Use this argument to show the expansion

cabinet configuration.

cellx

Show the CELL configuration.

X denotes a physical CELL number (0-7).

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cmd

arg1

arg2

arg3

arg4

Description

mmxxy

Show the detailed configuration of the ROW

under the MMX specified by xy, and in the

case of the 32Way(H) model, show detailed

configuration of the DIR.

x is the physical CELL number where the

MMX is installed (0-7).

y is the MMX number within the CELL (0-3).

Show the detailed configuration of the TAG

for the 32Way(B)/8Way/ISPF models. This

argument is invalid for the 32Way(H) model.

x is the physical CELL number where the

TAG is installed (0-7).

tagxs

s is either ’e’ (EVEN side) or ’o’ (ODD side).

Show the XBX Card configuration and XBX

LSI configuration on that card.

x is a physical XBX Card number (0-3).

Show the XBX configuration.

xbxcx

xbxxy

x is an XBX Card number (0-3).

y specifies an XBX number on the XBX Card

(0-1).

pcibx

ioxx

Show the PCI Bay (IOX) configuration.

x is the DGI/I2C cable port number (0-7) that

connects iSP to PCI Bay.

Show the configurations and information of

the PCI Cards that are under the PXH within

the PCI Bay.

pcix

x is the DGI/I2C cable port number (0-7) that

connects iSP to PCI Bay.

cpcix

pbayx

Show the configurations and information of

the PCI Cards on the Core Card within the

PCI Bay.

x is the DGI/I2C cable port number (0-7) that

connects iSP to PCI Bay.

Show the Power Bay configuration.

x is a Power Bay number. The allowable

range of x is as follows:

For 32Way:

0, 1: Power Bay numbers within the Main

Cabinet

2, 3: Power Bay numbers within the

Expansion Cabinet

For 8Way:

0: Power Bay No. inside the chassis

1: Power Bay No. outside the chassis

For ISPF:

0: Power Bay No. inside the chassis

attach

Use this command to attach partition

numbers to CELL or IOX Cards.

If no argument is specified or an argument

has an error, the attach command help

opens.

This command is not valid while the partition

is booting up, shutting down, or handling an

error.

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cmd

arg1

cellx

arg2

arg3

arg4

Description

Attach the CELL Card having physical CELL

number x to partition number n, using logical

CELL number m (which is visible to the

software or BIOS).

This command may also be used to change

a logical CELL number for an already

attached CELL.

A logical CELL number must be unique to

every 8 CELL Cards.

The logical CELL number of an online CELL

Card is unable to be altered.

ioxx

[p|s]

Attach the IOX Card having physical IOX

number x to partition number n, using logical

IOX number m (which is visible to the

software or BIOS).

Specify p for arg4 if the PCI Bay with BIO is

to use that BIO. Specify s for arg4 if the PCI

Bay having duplicated BIOs is to use the

secondary BIO.

This command may also be used to change

a logical IOX number for an already attached

IOX.

A logical IOX number must be unique within

a partition.

The logical IOX number of an online IOX

Card cannot be altered.

detach

Use this command to detach partition

numbers from CELL or IOX Cards.

If no argument is specified or an argument

has an error, the detach command help

opens.

Online components are unable to be

detached.

It is not allowed to detach components either

when the partition is booting up, shutting

down, or handing an error.

cellx

ioxx

Detach the CELL Card with physical CELL

number x from the partition to which it is

currently attached.

Detach the IOX Card with physical IOX

number x from the partition to which it is

currently attached.

Detach all the CELL and IOX Cards from the

partitions to which they are currently

attached.

partx

x: Partition number

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Base Module

cmd

arg1

arg2

arg3

arg4

Description

swap

This command is currently not supported.

This command can be used to swap a CELL

with another CELL while the software is

running (it is not a combination of

attach/detach commands, but provides a

function exclusive to this command).

If no argument is specified or an argument

has an error, the swap command help opens.

While this command is valid to running

partitions, it is only functional when it is used

with the OS that supports online

attach/detach capability.

This command is supported on the 32Way(B)

and 8Way models.

cellx

celly

Swap a running CELL having physical CELL

number x with another CELL having physical

CELL number y.

CELLy must be the one that is not attached

to any partition.

For CELL swapping, an invalid partition is

needed to which no CELLs or IOXs belong.

When swapping is complete, CELLx is

detached from the partition, while CELLy is

attached to it.

Logical CELL number is transferred from

CELLx to CELLy.

smem

This command is only supported on the ISPF

model. It is not supported on any other

models.

Use this command to set the size of the

memory area shared by partitions.

If no argument is specified or an argument

has an error, the smem command help

opens.

This command is valid to partitions that are

not running.

mmm

Set the shared memory size for the partition

with partition number n, in a GB increment.

It is not allowed to change the shared

memory size for active partitions.

No shared memory is used if 0 is specified.

This command is only supported on the

32Way(B) model. It is not supported on any

other models.

cmem

Use this command to set the size of the

memory used for inter-CELL interleaving. If

no argument is specified or an argument has

an error, the cmem command help opens.

This command is valid to inactive partitions.

Set the memory size for inter-CELL

interleaving for partition number n, in a GB

increment.

mmm

No interleaving is used if 0 is specified.

Numbers that are not multiples of 16 GB will

be rounded to multiples of 16 GB.

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Base Module

cmd

add

arg1

arg2

arg3

arg4

Description

Use this command to manually inform the

iSP of an addition of components. iSP’s

management state will change from

“nonexist.” to “power-off.”

If no argument is specified or an argument

has an error, the add command help opens.

This command is always valid without regard

to the current system state (with the

exception of the PBAY, to which this

command is valid only if none of the

partitions is active).

This command is not valid to the CELL

Cards, XBX Cards, PCI Bay, or their

subcomponents if any of the partitions within

the system is booting up, shutting down, or

handling an error.

pbayx

Add Power Bays.

x is a Power Bay number. The allowable

value of x is as follows:

For 32Way:

0, 1: Power Bay No. in the Main Cabinet

2, 3: Power Bay No. in the Expansion

Cabinet

For 8Way:

0: Power Bay No. inside the chassis

1: Power Bay No. outside the chassis

For ISPF:

0: Power Bay No. inside the chassis

dpsxy

ispx

Add DPS’s to Power Bays.

The meaning of x is identical to that for

argument pbay.

y is a DPS No. within a Power Bay (0-5).

Add backup iSPs.

x is the physical number of an iSP (0 or 1).

Backup iSPs can only be added to the

32Way model.

clkx

Add CLK Cards.

x is the physical number of the CLK Card (0

or 1).

The CLK Card can only be added to the

32Way model.

xbxcx

Add XBX Cards.

x is an XBX Card number (0-3).

The SP will automatically recognize the

number of XBX LSI chips installed on the

XBX Card.

cellx

Add CELL Cards.

x is the physical number of the CELL Card

(0-7).

procxy

Add processors.

x is the physical number of the CELL Card

(0-7).

y is the location of the processor on the

CELL Card (0-3).

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Base Module

cmd

arg1

memdx

arg2

arg3

arg4

Description

This command is only valid to the 32Way

model.

Use it to add MMX (2-3) and ROW to the

memory daughter card. The DIMM capacity

is automatically read when it is being

initialized.

x is the physical number of the CELL Card

(0-7).

Add PCI Bays.

pcibx

d|e

[core]

x is a DGI/I2C port number on the iSP side

(0-7).

Use arg2 to specify the type of the PCI Bay

(mandatory). Specify “d” for PCID-Bays, and

“e” for PCIE-Bays.

Specify “core” for arg3 if Core Cards (GXB)

are installed.

If the type of the PCI Bay (PCID/PCIE) or the

presence of the Core Card has been

changed, the SP will know that change from

the revision information for that PCI Bay.

delete

Use this command to delete components

from iSP management. If physically removed

components are left under iSP management,

they will be handled as an “INVISIBLE” error

indefinitely.

If no argument is specified or an argument

has an error, the delete command help

opens.

Components in DC-ON state are unable to

be deleted (with the exception of the CLK

and DPS).

The CELL Card, XBX Card, PCI Bay, or their

subcomponents is unable to be deleted if

any of the partitions within the system is

booting up, shutting down, or handling an

error.

<arg1>

<arg1> is identical to that for the add

command.

Use this command to enable the

enable

components that are currently “DISABLED.”

If no argument is specified or an argument

has an error, the enable command help

opens.

This command is valid only if the partition to

which the pertinent components belong is

not active.

The CELL Card, XBX Card, PCIX, and their

subcomponents can be enabled unless any

of the partitions within the system is booting

up, shutting down, or handling an error.

The Power Bay can be enabled only if none

of the partitions within the system is active.

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Base Module

cmd

arg1

pbayx

arg2

arg3

arg4

Description

Enable the Power Bay.

x is a Power Bay number. The allowable

value of x is as follows:

For 32Way:

0, 1: Power Bay numbers within the Main

Cabinet

2, 3: Power Bay numbers within the

Expansion Cabinet

For 8Way:

0: Power Bay number inside the chassis

1: Power Bay number outside the chassis

For ISPF:

0: Power Bay number inside the chassis

clkx

Enable the CLK.

x is a CLK number (0 or 1).

The CLK is installed only in the 32Way

model.

xbxcx

[all]

Enable the XBX Card.

x is an XBX Card number (0-3).

If arg2 is omitted, only the XBX Card is

enabled, with its subcomponents left

disabled.

If “all” is specified for arg2, XBX Card is

enabled including all of its subcomponents.

Enable the XBX LSI.

xbxxy

x is an XBX Card number (0-3).

y is an XBX LSI number (0-1) on an XBX

Card.

If arg2 is omitted, only the XBX Card is

enabled, with its subcomponents left

disabled.

If “all” is specified for arg2, the XBX Card is

enabled including all of its subcomponents.

cellx

[all]

Enable the CELL Card.

x is a physical CELL number (0-7).

If arg2 is omitted, only the CELL Card is

enabled, with its subcomponents left

disabled. In this case, console operation will

be rejected if essential components are

disabled.

If “all” is specified for arg2, the CELL Card is

enabled including all of its subcomponents.

cnxxy

Enable the CNX LSI.

x is a physical CELL number (0-7).

y is a CNX number (0-1) within a CELL.

CNX1 exists only in the 32Way(H) model.

Enable the Processor.

x is a physical CELL number (0-7).

y is a Processor number (0-3) within the

CELL.

procxy

mmxxy [all]

Enable the MMX.

x is a physical CELL number (0-7).

y is an MMX number (0-3) within the CELL.

If arg2 is omitted, only the MMX is enabled,

with its subcomponents left disabled.

If “all” is specified for arg2, the MMX is

enabled including all of its subcomponents.

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Base Module

cmd

arg1

rowxzz

arg2

arg3

arg4

Description

Enable the ROW.

x is a physical CELL number (0-7).

zz is a ROW number (00-15), which must

always be specified with a 2-digit number.

For the 32Way(H) model, the corresponding

Directory memory is also enabled.

There is no individual DIMM control. The

DIMM is automatically detected on boot-up.

For the 32Way(H) model, use this argument

to enable the Directory memory and the

corresponding ROW memory.

dirxzz

This command is invalid to the

32Way/8Way/ISPF models.

x is a physical CELL number (0-7).

zz is a Directory number (00-15), which must

always be specified with a 2-digit number.

There is no individual DIMM control. The

DIMM is automatically detected on boot-up.

Enable the TAG for 32Way(B)/8Way/ISPF

models.

tagx[sy

x is a physical CELL number (0-7).

s should be either ‘e’ (EVEN side) or ‘o’

(ODD side).

y is a TAG Bank number (0-1).

z is a TAG Bank level number (0-5).

If s, y, and z are all omitted, all the TAGs

under the CELL Card specified by x are

enabled.

pcibx

[all]

Enable the PCI Bay.

x is the DGI/I2C cable port number (0-7) that

connects iSP to PCI Bay.

Always specify “all” for arg2, so that all the

subcomponents including the PCI Bay itself

are enabled.

ioxx

Enable the IOX.

x is a physical IOX number (0-7).

If arg2 is omitted, only the IOX is enabled,

with its subcomponents left disabled.

If “all” is specified for arg2, the IOX Card is

enabled including all of its subcomponents.

iocy

Enable the IOC.

y is an IOC number (0 or 1) within an IOX.

Enable the GXB on the Core IO Card.

x is the DGI/I2C cable port number (0-7) that

connects iSP to PCI Bay.

gxbxy

y is a GXB number (0).

cpcixy

Enable the slots (1-2) on the Core IO Card.

x is a PCI Bay number (0-7).

y is a slot number (1-2).

pxhxy

Enable the PXH.

x is the DGI/I2C cable port number (0-7) that

connects iSP to PCI Bay.

y is a PXH number (0-3).

pcix0y

Enable the slots (1-8) on the PXH.

x is a PCI Bay number (0-7).

y is a slot number (1-8).

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Base Module

cmd

arg1

arg2

arg3

arg4

Description

disable

Use this command to manually “DISABLE”

the components that are currently enabled.

If no argument is specified or an argument

has an error, the disable command help

opens.

Online components are unable to be

disabled.

It is not allowed to disable the CELL Card,

XBX Card, PCI Bay, and their

subcomponents when any of the partitions

within the system is booting up, shutting

down, or handling an error.

<arg1> and <arg2> are the same as those

for the enable command.

Argument “all” is not allowed for this

command.

This command is currently not supported.

This command can be used to dynamically

connect currently offline components (CELL,

XBX Card, and PCI Bay) to the system while

the OS is running. It remains invalid while

any of the partitions within the system is

booting up, shutting down, or handling an

error.

online

The CELL and PCI Bay are functional only if

they are used in online conjunction with the

OS that supports this command function.

If no argument is specified or an argument

has an error, the online command help

opens.

This command is supported on the

32Way(B), 8Way, and ISPF models. It is not

supported on the 32Way(H) model.

Connect CELL Cards to the partition to which

they belong.

A vacant partition to which no CELL or IOX

belongs is needed.

This command is supported on the 32Way(B)

and 8Way models.

Connect XBX Cards to the system.

On the 32Way(B) model, XBX Cards need

be connected to the system in pairs: i.e. XBX

Cards 0 and 2 or 1 and 3. A single XBX Card

alone is not accepted.

cellx

xbxcx

The XBX Card is not connectable to the

8Way model.

xbxc0

portx

Connect inter-XBX external interface ports to

the system, to which cabinets are connected.

x: XBX port number (4-5)

This command is supported on the ISPF

system. It is valid when the operating

systems are running (ACPI S0 State) on both

systems.

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Base Module

cmd

arg1

pcibx

arg2

arg3

arg4

Description

Connect PCI Bays to the partitions to which

they belong.

x: Physical PCI Bay number (0-7)

This command is supported on the 32Way(B)

model.

This command is currently not supported.

This command can be used to dynamically

disconnect currently online components

(CELL, XBX Card, and PCI Bay) from the

system while the OS is running.

offline

If this command attempts to disrupt the

current system operation, it will be rejected.

This command remains invalid while any of

the partitions within the system is booting up,

shutting down, or handling an error.

The CELL and PCI Bay are functional only if

they are used in conjunction with the OS that

supports this command.

If no argument is specified or an argument

has an error, the offline command help

opens.

This command is supported on the

32Way(B), 8Way, and ISPF models. It is not

supported on the 32Way(H) model.

cellx

Disconnect the CELL Cards from the system

and shut off their power. The CELL that

controls the Compatibility PCI is unable to be

disconnected.

The ISPF is not the target of this command.

xbxcx

Disconnect the XBX Cards from the system.

On the 32Way(B) model, they must always

be disconnected in pairs: i.e. XBX Cards 0

and 2 or 1 and 3. It is not allowed to

disconnect a single XBX Card alone.

The XBX Cards are unable to be

disconnected on the 8Way model.

Disconnect the inter-XBX external interface

that connects cabinets.

xbxc0

pcibx

portx

x: XBX port number (4-5)

This command is supported on the ISPF

System on which the OS is running (ACPI S0

State).

Disconnect the PCI Bay from the system and

shut off its power. It is not allowed to

disconnect the PCI Bay that contains the

Compatibility PCI.

This command is supported on the 32Way(B)

model.

led

Use this command to turn on/off the LEDs

used for device location checkout.

If no argument is specified or an argument

has an error, the led command help opens.

This command is always valid to the CLK,

XBX, and CELL Cards along with the PCI

Bay regardless of the current system state.

It is valid to the PCI slot only if the host GXB

or PXH is online.

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Base Module

cmd

arg1

clkx

arg2

on|off

arg3

arg4

Description

Turn On/Off the LED on the CLK Card.

x is a CLK Card number (0-1).

Turn On/Off the LED on the XBX Card.

x is a XBX Card number (0-3).

Turn On/Off the LED on the CELL Card.

x is a physical CELL number (0-7).

Turn On/Off the LED on the PCI Bay.

x is a PCI Bay number (0-7).

xbxcx

cellx

on|off

pcibx

pcix0y on|off

Turn On/Off the LEDs on the PCI Bay’s PXH

PCI slots by specifying the slot numbers

printed on the back of the box.

x is a PCI Bay number (0-7).

y is a slot number (PXH slot number (1-8)

printed on the back of the box).

frn

ffn

on|off

Turn On/Off the Fan-Box LEDs by specifying

their locations.

Argument frn specifies the rear-side

Fan-Box, and ffn the front-side Fan-Box.

loc

This command is supported on the 8Way

and ISPF models.

Use this command to manually specify

devices’ location information.

If no argument is specified or an argument

has an error, the loc command help opens.

This command is valid only if all the

partitions are inactive.

main

This command is supported on the 8Way

and ISPF models.

It sets the vertical position of the main

chassis within the cabinet.

Argument d specifies the position (U) of the

bottom of the main chassis with a decimal

number (0-40).

The default value is null (0).

pbayx

Set the vertical position and height of Power

Bay No.1 that is installed outside the main

chassis of the 8Way model.

x is only valid if it specifies Power Bay No.1.

Argument d specifies the position (U) of the

bottom of the unit with a decimal number

(0-40).

Argument h specifies the height of the unit

(2).

This command is not supported on the

32Way, ISPF, or Power Bay No. 0 for the

8Way model as the Power Bay position and

height are uniquely determined on those

models.

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Base Module

cmd

check

arg1

arg2

arg3

arg4

Description

This command is used to check the current

system configuration focusing on the

following points:

• Presence of units with unspecified

locations

• Presence of DISABLED components

• Presence of INVISIBLE units

This command is always valid without regard

to the current system state.

The “DISABLE.” components are not the

target of this command.

clear

rowxyy

dirxzz

Use this command to clear the ROW or

Directory memory bit error counters.

x is a physical CELL number (0-7).

yy is a ROW number (00-15) within a CELL,

which must be specified with a 2-digit

number.

zz is a Directory number (00-15) within a

CELL, which must be specified with a 2-digit

number.

This command clears the 3 counters - the

single-bit error counter that counts errors for

every DIMM and the multibit error counter

that counts errors for every ROW - at a time,

along with the page deallocation entry table.

Argument dirxzz is only supported on the

32Way(H) model.

This command is always valid without regard

to the current system state.

bio

ioxy

[ioxz]

Use this command to specify the BIO to be

used on the IOX (PCI Bay) that is attached to

a partition.

For partitions with duplicated BIOs, use

<arg2> to specify the IOX (PCI Bay) with a

secondary BIO. If <arg2> is omitted, the

secondary BIO is regarded to be

non-existent.

The IOX (PCI Bay) specified in this

command must be attached to a partition.

This command is valid only if the partition is

inactive.

It is not supported on the ISPF.

scsi_sp pcibx

lit

on|off

Use this command to specify the SCSI split

mode (split mode ON or OFF) for PCI Bay

No. x.

Split mode is set to OFF by default.

Split mode setting can be changed when the

partition to which the pertinent PCI Bay

belongs is inactive or the power to the PCI

Bay is left off. Split mode setting cannot be

changed while the partition is booting up or

shutting down.

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Base Module

Description of Status Indicator Strings

Indicator

string

Description

nonexist.

Indicates that a resource is defined to be non-existent (the iSP does not

assume that it “should” be existent).

INVISIBLE

The iSP assumes that the resource “should” be existent, but actually the

resource is not visible to the iSP due to a failure or removal of a card.

Once a resource is visible to the iSP (whether it is automatically detected or

manually configured), it is subsequently assumed to be “existent” unless it is

explicitly deleted with the delete command.

power-off

power-ON

Indicates that the DC power is Off.

On some components, the DC power is activated immediately when the AC

power is applied.

Indicates that the DC power is On.

On some components, this indicator may be overwritten with any of the

following indicators.

offline

Indicates that the component’s DC power is On but it is not connected to the

system as viewed from the software (OS or BIOS).

ONLINE

MASTER

Indicates that the component’s DC power is On and it is connected to the

system as viewed from the software (OS or BIOS).

This indicator is only valid for iSP/CLK status display. It indicates that the

component is assigned as the master.

When the CLK is assigned as the master, it means that it supplies the CELL

and XBX Cards with the clocks.

backup

This indicator is only valid for iSP/CLK status display. It indicates that the

component is assigned as backup.

The CLK, if assigned as backup, is supplying the CELL or XBX Cards with no

clocks. The backup indicator is active when the system is in Halt mode.

enable

enable-

Indicates that the component itself is valid (used for system operation).

Indicates that the component itself is valid but is reserved by software, etc. so

it will not be used for system operation on a next boot.

enable*

Indicates that the component is invalid on a next shut-down due to

component’s own failure.

DISABLE

DISABLE*

Indicates that the component itself is invalid (not used for system operation).

The component is manually disconnected with the disable command.

Indicates that the component itself is invalid (not used for system operation).

The component is disconnected due to component’s own failure.

It should not be connected to the system until the failure is serviced.

Indicates that the component itself is made invalid by a software request, and

is to stay invalid on a next boot.

Indicates that the component itself is made invalid by a software request, and

is reversed to become valid on a next boot.

Indicates that the component is invalid because it cannot be made valid due to

its upper-level components or system configuration restrictions, but is reserved

to be made valid on a next boot.

DISABLE&

DISABLE+

DISABLE．

not used

DEG

Indicates an unused subcomponent.

Indicates that there are one or more subcomponents that are in DISABLE or

DISABLE. state.

RUN

INIT

Indicates that the partition (BIOS) is already booted.

Indicates that the partition is being booted.

FAIL

SHUT

DIAG

P-ON

stop

Indicates that the partition is in a fatal fault.

Indicates that the partition is being shut down.

Indicates that the partition is running an auxiliary CELL diagnosis.

Indicates that the partition is powered On for expanded diagnosis.

Indicates that the partition is inactive (DC power off).

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Base Module

(Screen Example … Help Screen)

Description

No.

iSPyz:---> hc<ENTER>

iSP FW version is Rxx.xx.

HC> help<ENTER>

HC command help :

(a)

help

disp

: print this message.

: display current status.

smem

: set size of shared memory of a partition.

: attach CELLs and IOXs to a partition.

: detach CELLs and IOXs from a partition.

: swap CELLs in a partition.

: add a component.

attach

detach

swap

add

delete

enable

disable

online

offline

led

: delete a component.

: enable a component.

(b)

: disable a component.

: make a component online.

: make a component offline.

: turn on/off maintenance LED of a component.

: set location info.

loc

clear

check

bio

: clear memory bit error counters.

: check illegal configuration.

: add and set a bio to a pcibay.

scsi_split : set/reset split mode of SCIS on PCIBAY

quit

: quit from HC command prompt.

(Description)

Description

No.

(a)

(b)

If “help” is entered, the HC command help opens.

An HC command list appears.

(Screen Example … ALL Screen)

Description

No.

iSPyz:---> hc<ENTER>

iSP FW version is Rxx.xx.

HC> disp all<ENTER>

(32Way) The CIMB-CELL interleave memory size is only shown for the 32Way(B) model.

When operating in inter-CELL interleave mode, an asterisk “*” appears.

==== Partitioning ==================================== 19:20:23,07/31/2005 ===

part0(RUN ) CELL:01-----7 (01-----2) IOX:0-----67 (0-----12) CIMB: 32GB*

part1(INIT) CELL:--2----- (--5-----) IOX:-1------ (-0------) CIMB:128GB

part2(stop) CELL:---3---- (---4----) IOX:--2----- (--0-----) CIMB:-----

part3(stop) CELL:------6- (------3-) IOX:---3---- (---0----) CIMB:-----

part4(----) CELL:-------- (--------) IOX:-------- (--------) CIMB:-----

part5(----) CELL:-------- (--------) IOX:-------- (--------) CIMB:-----

part6(----) CELL:-------- (--------) IOX:-------- (--------) CIMB:-----

(a)

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Base Module

part7(----) CELL:-------- (--------) IOX:-------- (--------) CIMB:-----

==============================================================================

(8Way)

==== Partitioning ==================================== 19:20:23,07/31/2005 ===

part0(RUN ) CELL:01 (01) IOX:0- (0-)

part1(INIT) CELL:-- (--) IOX:-1 (-0)

==============================================================================

(ISPF)

==== Partitioning ==================================== 19:20:23,07/31/2005 ===

part0(RUN ) CELL:01 (01) IOX:0- (0-) SM: 4096MB

part1(INIT) CELL:-- (--) IOX:-1 (-0) SM: --------

==============================================================================

The SM size is shown for the ISPF.

(32Way)

==== Main cabinet ==================================== 19:20:23,07/31/2005 ===

POWBAY0 (loc=M-00/03)

POWBAY1 (loc=M-03/03)

power-ON enable

DEG

---- CPU/Memory sub-chassis (loc=M-14/23) ------------ 19:20:23,07/31/2005 ---

iSP0 (loc=M-14/23)

iSP1 (loc=M-14/23)

CLK0 (loc=M-14/23)

CLK1 (loc=M-14/23)

XBX_C0(loc=M-14/23)

XBX_C1(loc=M-14/23)

XBX_C2(loc=M-14/23)

XBX_C3(loc=M-14/23)

CELL0 (loc=M-14/23)

CELL1 (loc=M-14/23)

CELL2 (loc=M-14/23)

CELL3 (loc=M-14/23)

CELL4 (loc=M-14/23)

CELL5 (loc=M-14/23)

CELL6 (loc=M-14/23)

CELL7 (loc=M-14/23)

MASTER

backup

MASTER

backup

offline

------- ---

enable

---

DISABLE* ---

enable

power-off DISABLE

(b)

ONLINE

enable

DEG part.0 (LCN=0)

power-off DISABLE DEG part.0 (LCN=1)

ONLINE

enable

part.1 (LCN=5)

part.2 (LCN=4)

power-off enable

nonexist. -------

power-off DISABLE*

INVISIBLE -------

part.3 (LCN=3)

part.0 (LCN=2)

---- PCIBAYs (Main) ---------------------------------- 19:20:23,07/31/2005 ---

PCIBAY0(D) (loc=M-06/04) ONLINE

PCIBAY1(D) (loc=M-06/04) ONLINE

PCIBAY2(D) (loc=M-16/04) ONLINE

enable

DEG part.0 (LIN=2,-,S) *1

part.1 (LIN=0,-,N) *1

part.1 (LIN=1,P,N) *1

part.2 (LIN=0,-,S) *1

(c)

PCIBAY3(D) (loc=M-10/04) power-off enable

==== End of Main cabinet =====================================================

==== Expansion cabinet =============================== 19:20:23,07/31/2005 ===

POWBAY2 (loc=E-00/03)

POWBAY3 (loc=E-03/03)

power-ON enable

(d)

(e)

---- PCIBAYs (Expansion) ------------------------------ 19:20:23,07/31/2005 ---

PCIBAY4(D) (loc=E-06/04) power-off enable

PCIBAY5(D) (loc=E-06/04) power-off enable

part.0 (LIN=0,-,N) *1

PCIBAY6(D) (loc=E-10/04) power-off DISABLE DEG part.0 (LIN=0,-,N) *1

PCIBAY7(D) (loc=E-10/04) ONLINE enable DEG part.0 (LIN=1,-,N) *1

==== End of Expansion cabinet =================================================

2-59

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Base Module

(8Way)

==== Summary (loc=M-00/08) =========================== 19:20:23,07/31/2005 ===

POWBAY0 (loc=M-00/08)

power-ON enable

iSP0 (loc=M-00/08)

CELL0 (loc=M-00/08)

CELL1 (loc=M-00/08)

MASTER

ONLINE

------- ---

enable

part.0 (LCN=0)

(b)

power-off DISABLE DEG part.0 (LCN=1)

PCIBAY0(D) (loc=M-00/08) ONLINE

PCIBAY1(D) (loc=M-00/08) ONLINE

enable

part.0 (LIN=0,P,N) *1

part.0 (LIN=0,S,N) *1

==== End of Summary ==========================================================

(ISPF)

==== Summary (loc=M-00/10) =========================== 19:20:23,07/31/2005 ===

POWBAY0 (loc=M-00/10)

power-ON enable

iSP0 (loc=M-00/10)

XBX_C0(loc=M-00/10)

CELL0 (loc=M-00/10)

CELL1 (loc=M-00/10)

MASTER

------- ---

power-off enable

DEG

ONLINE

enable

part.0 (LCN=0)

power-off DISABLE DEG part.0 (LCN=1)

(b)

PCIBAY0(D) (loc=M-00/10) ONLINE

PCIBAY1(D) (loc=M-00/10) ONLINE

enable

part.0 (LIN=0,P,N) *1

part.0 (LIN=0,-.N) *1

==== End of Summary ==========================================================

*1 (LIN=x,y,z):

x: Logical IOX number

y: “P” for Primary BIO configuration, and “S” for Secondary BIO configuration

z: “S” if SCSI SPLIT Mode is selected, and “N” if it is deselected.

(For 32Way(H))

---- CELL0 ------------------------------------------- 19:20:23,07/31/2005 ---

CELL0 (loc=M-14/23)

CNX00

ONLINE

enable

DEG part.0 (LCN=2)

ONLINE

DISABLE ---

PROC00

offline

ONLINE

PROC01

enable

---

CXI port0

CXI port2

CNX01

ONLINE

--- --->XBX00 CXI_P0

offline

ONLINE

DISABLE --- --->XBX00 CXI_P1

DISABLE ---

DISABLE* ---

(f)

PROC02

offline

nonexist.

offline

ONLINE

PROC03

CXI port0

CXI port2

MMX00

DISABLE --- --->XBX10 CXI_P0

DISABLE --- --->XBX10 CXI_P1

enable

DEG

MMX01

MMX02

offline

MMX03

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Base Module

(For 32Way(B))

---- CELL0 ------------------------------------------- 19:20:23,07/31/2005 ---

CELL0 (loc=M-14/23)

CNX00

ONLINE

enable

DEG part.0 (LCN=2)

ONLINE

DISABLE ---

PROC00

offline

ONLINE

PROC01

enable

---

PROC02

offline

nonexist.

DISABLE* ---

PROC03

TAG0_e0

TAG0_e1

TAG0_o0

TAG0_o1

CXI port0

CXI port1

CXI port2

CXI port3

MMX00

--------- -------- DEG

ONLINE

enable

--- --->XBX00 CXI_P0

offline

ONLINE

DISABLE --- --->XBX01 CXI_P0

DISABLE --- --->XBX10 CXI_P0

DISABLE --- --->XBX11 CXI_P0

enable

DEG

MMX01

offline

MMX02

MMX03

(For 8Way)

---- CELL0 ------------------------------------------- 19:20:23,07/31/2005 ---

CELL0 (loc=M-00/08)

CNX00

ONLINE

enable

DEG part.0 (LCN=2)

---

offline

ONLINE

PROC00

DISABLE ---

enable ---

DISABLE* ---

PROC01

PROC02

offline

nonexist.

PROC03

TAG0_e0

TAG0_e1

TAG0_o0

TAG0_o1

CXI port0

CXI port1

CXI port2

CXI port3

MMX00

--------- -------- DEG

(f)

ONLINE

offline

enable

--- --->PCIBAY0_P0

--- --->PCIBAY1_P1

--- --->CELL1 CXI_P2

--- --->CELL1 CXI_P3

DEG

MMX01

DISABLE DEG

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Base Module

(For ISPF)

---- CELL0 ------------------------------------------- 19:20:23,07/31/2005 ---

CELL0 (loc=M-00/10)

CNX00

ONLINE

enable

DEG part.0 (LCN=2)

---

ONLINE

PROC00

offline

ONLINE

DISABLE ---

enable ---

DISABLE* ---

PROC01

PROC02

offline

nonexist.

PROC03

TAG0_e0

TAG0_e1

TAG0_o0

TAG0_o1

CXI port0

CXI port1

CXI port2

CXI port3

MMX00

--------- -------- DEG

(f)

ONLINE

enable

--- --->PCIBAY0_P0

--- --->XBX00 CXI_P0

--- --->CELL1 CXI_P2

--- --->CELL1 CXI_P3

DEG

MMX01

DEG

(For 32Way(B), 8Way, or ISPF)

---- MMX00 ------------------------------------------- 19:20:23,07/31/2005 ---

MMX00 ONLINE enable DEG

ROW00[DIMM00:01] --- SBE=000:000 MBE=000

2GB --------- enable

8GB --------- enable

ROW01[DIMM02:03]

ROW02[DIMM04:05]

ROW03[DIMM06:07]

--- SBE=000:000 MBE=000

(g)

---- MMX01 ------------------------------------------- 19:20:23,07/31/2005 ---

MMX01 ONLINE enable

ROW04[DIMM08:09]

2GB --------- enable

8GB --------- enable

--- SBE=000:000 MBE=000

ROW05[DIMM10:11]

ROW06[DIMM12:13]

ROW07[DIMM14:15]

(MMXx2 and MMXx3 are only shown for 32Way(B).)

---- MMX02 ------------------------------------------- 19:20:23,07/31/2005 ---

MMX02 ONLINE enable DEG

ROW08[DIMM16:17] --- SBE=000:000 MBE=000

2GB --------- enable

8GB --------- enable

2GB --------- enable

ROW09[DIMM18:19]

ROW10[DIMM20:21]

--- SBE=000:000 MBE=000

ROW11[DIMM22:23] --GB --------- DISABLE --- SBE=000:000 MBE=000

(h)

---- MMX03 ------------------------------------------- 19:20:23,07/31/2005 ---

MMX03

ROW12[DIMM24:25]

ONLINE

enable

DEG

--- SBE=000:000 MBE=000

2GB --------- enable

8GB --------- enable

2GB --------- enable

ROW13[DIMM26:27]

ROW14[DIMM28:29]

--- SBE=000:000 MBE=000

ROW15[DIMM30:31] --GB --------- DISABLE --- SBE=000:000 MBE=000

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Base Module

(For 32Way(H))

---- MMX00 ------------------------------------------- 19:20:23,07/31/2005 ---

MMX00

DIR00

ROW00[DIMM00:01] 16GB --------- enable

DIR01 8GB --------- enable

ROW01[DIMM02:03] 16GB --------- enable

ONLINE

enable

DEG

--- SBE=000

--- SBE=000:000 MBE=000

--- SBE=000 MBE=000

--- SBE=000:000 MBE=000

--- SBE=000 MBE=000

--- SBE=000:000 MBE=000

MBE=000

8GB --------- enable

MBE=000

DIR02

1GB --------- enable

ROW02[DIMM04:05]

DIR03

--GB --------- DISABLE --- SBE=000

ROW03[DIMM06:07] --GB --------- DISABLE --- SBE=000:001 MBE=000

(g)

---- MMX01 ------------------------------------------- 19:20:23,07/31/2005 ---

MMX01

DIR04

ROW04[DIMM08:09] 16GB --------- enable

DIR05 8MB --------- enable

ROW05[DIMM10:11] 16GB --------- enable

ONLINE

enable

DEG

--- SBE=000

--- SBE=000:000 MBE=000

--- SBE=000 MBE=000

--- SBE=000:000 MBE=000

--- SBE=000 MBE=000

--- SBE=000:000 MBE=000

MBE=000

8GB --------- enable

MBE=000

DIR06

1GB --------- enable

ROW06[DIMM12:13]

DIR07

--GB --------- DISABLE --- SBE=000

ROW07[DIMM14:15] --GB --------- DISABLE --- SBE=000:000 MBE=000

---- MMX02 ------------------------------------------- 19:20:23,07/31/2005 ---

MMX02

DIR08

ONLINE

enable

2GB --------- enable

4GB --------- enable

--GB --------- enable

--- SBE=000

--- SBE=000:000 MBE=000

--- SBE=000 MBE=000

--- SBE=000:000 MBE=000

--- SBE=000 MBE=000

--- SBE=000:000 MBE=000

--- SBE=000 MBE=000

--- SBE=000:000 MBE=000

MBE=000

ROW08[DIMM16:17]

DIR09

ROW09[DIMM18:19] --GB --------- enable

DIR10

2GB --------- enable

4GB --------- enable

--GB --------- enable

ROW10[DIMM20:21]

DIR11

ROW11[DIMM22:23] --GB --------- enable

(h)

---- MMX03 ------------------------------------------- 19:20:23,07/31/2005 ---

MMX03 ONLINE enable

DIR12

2GB --------- enable

4GB ---------- enable

--GB --------- enable

--- SBE=000

--- SBE=000:000 MBE=000

--- SBE=000 MBE=000

--- SBE=000:000 MBE=000

--- SBE=000 MBE=000

--- SBE=000:000 MBE=000

--- SBE=000 MBE=000

--- SBE=000:000 MBE=000

MBE=000

ROW12[DIMM24:25]

DIR13

ROW13[DIMM26:27] --GB ---------- enable

DIR14

2GB --------- enable

4GB ---------- enable

--GB --------- enable

ROW14[DIMM28:29]

DIR15

ROW15[DIMM30:31] --GB ---------- enable

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Base Module

(For 32Way(B), 8Way, or ISPF)

---- TAG0_e ------------------------------------------ 19:20:23,07/31/2005 ---

TAG0_e0 --------- -------- DEG

TAG0_e0 TAGL0

--------- enable

---

TAG0_e0 TAGL1

TAG0_e0 TAGL2

TAG0_e0 TAGL3

TAG0_e0 TAGL4

TAG0_e0 TAGL5

--------- DISABLE* ---

--------- enable

---

TAG0_e1

--------- -------- DEG

TAG0_e1 TAGL0

TAG0_e1 TAGL1

TAG0_e1 TAGL2

TAG0_e1 TAGL3

TAG0_e1 TAGL4

TAG0_e1 TAGL5

--------- enable

---

--------- DISABLE* ---

--------- enable

---

(i)

---- TAG0_o ---------------------------------------- 19:20:23,07/31/2005 ---

TAG0_o0

TAG0_o0 TAGL0

--------- --------

--------- enable

--------- --------

--------- enable

---

TAG0_o0 TAGL1

TAG0_o0 TAGL2

TAG0_o0 TAGL3

TAG0_o0 TAGL4

TAG0_e0 TAGL5

TAG0_o1

TAG0_o1 TAGL0

TAG0_o1 TAGL1

TAG0_o1 TAGL2

TAG0_o1 TAGL3

TAG0_o1 TAGL4

TAG0_e1 TAGL5

---

(Subsequently listed to the max. CELL number.)

---- CELL1 ------------------------------------------- 19:20:23,07/31/2005 ---

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Base Module

(For 32Way(B))

---- XBX_C0 ------------------------------------------ 19:20:23,07/31/2005 ---

XBX_C0(loc=M-14/23)

XBX00 (loc=M-14/23)

CXI port00

ONLINE

offline

ONLINE

offline

ONLINE

offline

enable

DEG

--- --->CELL0 CXI_P0

CXI port01

DISABLE* --- --->CELL1 CXI_P0

enable --- --->CELL2 CXI_P0

DISABLE* --- --->CELL3 CXI_P0

CXI port02

CXI port03

IB_CABLE port04

IB_CABLE port05

XXI port06

enable

--- --->PCIBAY0_P0

--- --->PCIBAY2_P0

--- --->XBX_C2_P06

XXI port07

DISABLE* --- --->XBX_C2_P07

(j)

XBX01 (loc=M-14/23)

CXI port10

ONLINE

offline

ONLINE

offline

ONLINE

offline

enable

DEG

--- --->CELL0 CXI_P1

CXI port11

DISABLE* --- --->CELL1 CXI_P1

enable --- --->CELL2 CXI_P1

DISABLE* --- --->CELL3 CXI_P1

CXI port12

CXI port13

IB_CABLE port14

IB_CABLE port15

XXI port16

enable

--- --->PCIBAY1_P0

--- --->PCIBAY3_P0

--- --->XBX_C2_P16

XXI port17

DISABLE* --- --->XBX_C2_P17

(For 32Way(H))

---- XBX_C0 ------------------------------------------ 19:20:23,07/31/2005 ---

XBX_C0(loc=M-14/23)

XBX00 (loc=M-14/23)

CXI port00

ONLINE

offline

ONLINE

offline

ONLINE

offline

enable

DEG

--- --->CELL0 CXI_P00

CXI port01

DISABLE* --- --->CELL0 CXI_P10

enable --- --->CELL2 CXI_P00

DISABLE* --- --->CELL2 CXI_P10

CXI port02

CXI port03

IB_CABLE port04

IB_CABLE port05

XXI port06

enable

--- --->PCIBAY0_P0

--- --->PCIBAY2_P0

--- --->XBX_C2_P06

XXI port07

DISABLE* --- --->XBX_C2_P17

DISABLE* --- --->XBX_C0_P18

XXI port08

(j)

XBX01 (loc=M-14/23)

CXI port10

ONLINE

offline

ONLINE

offline

ONLINE

offline

enable

DEG

--- --->CELL1 CXI_P00

CXI port11

CXI port12

DISABLE* --- --->CELL1 CXI_P10

enable --- --->CELL3 CXI_P00

DISABLE* --- --->CELL3 CXI_P10

CXI port13

IB_CABLE port14

IB_CABLE port15

XXI port16

enable

--- --->PCIBAY1_P0

--- --->PCIBAY3_P0

--- --->XBX_C2_P16

XXI port17

DISABLE* --- --->XBX_C2_P07

enable --- --->XBX_C0_P08

XXI port18

The XBX is non-existent on the 8Way.

(For ISPF)

---- XBX_C0 ------------------------------------------ 19:20:23,07/31/2005 ---

XBX_C0(loc=M-00/10)

XBX00 (loc=M-00/10)

CXI port00

ONLINE

offline

ONLINE

enable

DEG

--- --->CELL0 CXI_P1

(j)

CXI port01

DISABLE* --- --->CELL1 CXI_P1

IB_CABLE port04

IB_CABLE port05

enable

--- --->SYS1 XBX_C0_P04

--- --->SYS1 XBX_C0_P05

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Base Module

(For 32Way, subsequently listed to the max. XBX Card number.)

---- XBX_C1 ------------------------------------------ 19:20:23,07/31/2005 ---

(32Way)

---- PCIBAY0(D) -------------------------------------- 19:20:23,07/31/2005 ---

PCIBAY0(D) (loc=M-00/uu) ONLINE

IOX00

IB_CABLE port0

enable

DEG part.0 (LIN=2,P,S)

ONLINE

offline

ONLINE

offline

DEG

--- --->XBX_C0_P04

IB_CABLE port1

IOC00

--- --->XBX_C2_P04

DEG

IOC01

DEG

GXB00

--- BIO(primary)

CORE PCI001

CORE PCI002

---

DEG

---

PXH00

(k)

PCI001

PCI002

DISABLE ---

PXH01

enable

---

PCI003

PCI004

PXH02

PCI005

PCI006

PXH03

DISABLE ---

PCI007

PCI008

enable

---

*2: Listed for the PCI Bay in which the Core Cards are installed.

(iSPF)

---- PCIBAY0(D) -------------------------------------- 19:20:23,07/31/2005 ---

PCIBAY0(D) (loc=M-00/uu) ONLINE

IOX00

IXI port0

enable

DEG part.0 (LIN=2,P,N)

ONLINE

offline

ONLINE

offline

DEG

--- --->XBX_C0_P05

IOC00

IOC01

DEG

GXB00

--- BIOS(primary)

CORE PCI001

CORE PCI002

---

DEG

---

PXH00

(k)

PCI001

PCI002

DISABLE ---

PXH01

enable

---

PCI003

PCI004

PXH02

PCI005

PCI006

PXH03

DISABLE ---

PCI007

PCI008

enable

---

*3: Listed for the PCI Bay in which the Core Cards are installed.

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Base Module

(8Way’s internal PCIBAY)

---- PCIBAY0(D) -------------------------------------- 19:20:23,07/31/2005 ---

PCIBAY0(D) (loc=M-00/uu) ONLINE

IOX00

IXI port0

enable

DEG part.0 (LIN=2,S,S)

ONLINE

offline

ONLINE

offline

DEG

--- --->CELL0 CXI_P0

IXI port1

IOC00

--- --->CELL1 CXI_P1

DEG

IOC01

DEG

GXB00

--- BIO(secondary)

CORE PCI001

CORE PCI002

---

DEG

---

PXH00

PCI001

PCI002

DISABLE ---

PXH01

enable

---

PCI003

PCI004

(k)

PXH02

PCI005

PCI006

PXH03

DISABLE ---

PCI007

PCI008

enable

---

*4: Listed for the PCI Bay in which the Core Cards are installed. When the Duplicated BIO

mode is inactive, the GXB with a secondary BIO becomes invalid at the time of boot. Also

the GXB with unused BIO becomes invalid at the time of boot.

GXB00

CORE PCI001

CORE PCI002

offline

disable. ---

disable. --- BIO(not used)

disable. ---

If no Core Cards are installed, the GXB00 and its subcomponent PCIs are not listed.

(Subsequently listed to the max. PCI Bay number.)

---- PCIBAY1(D) -------------------------------------- 19:20:23,07/31/2005 ---

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Base Module

---- PCIBAY0(D) -------------------------------------- 19:20:23,07/31/2005 ---

PCI001: VID:xxxx DID:xxxx PCI err_rec.: no IO mapping: no

No.:xxxxxyyyyyzzzzzwwwwwvvvvvuuuuu Type:000001111122222333334444455555

PCI002: VID:xxxx DID:xxxx PCI err_rec.: no IO mapping: no

No.:xxxxxyyyyyzzzzzwwwwwvvvvvuuuuu Type:000001111122222333334444455555

PCI003: VID:xxxx DID:xxxx PCI err_rec.: no IO mapping: no

No.:xxxxxyyyyyzzzzzwwwwwvvvvvuuuuu Type:000001111122222333334444455555

PCI004: VID:xxxx DID:xxxx PCI err_rec.: no IO mapping: no

No.:xxxxxyyyyyzzzzzwwwwwvvvvvuuuuu Type:000001111122222333334444455555

PCI005: VID:xxxx DID:xxxx PCI err_rec.: no IO mapping: no

No.:xxxxxyyyyyzzzzzwwwwwvvvvvuuuuu Type:000001111122222333334444455555

PCI006: VID:xxxx DID:xxxx PCI err_rec.: no IO mapping: no

No.:xxxxxyyyyyzzzzzwwwwwvvvvvuuuuu Type:000001111122222333334444455555

(l)

PCI007: VID:xxxx DID:xxxx PCI err_rec.: no IO mapping: no

No.:xxxxxyyyyyzzzzzwwwwwvvvvvuuuuu Type:000001111122222333334444455555

PCI008: VID:xxxx DID:xxxx PCI err_rec.: no IO mapping: no

No.:xxxxxyyyyyzzzzzwwwwwvvvvvuuuuu Type:000001111122222333334444455555

In case the PCI Card is not existent:

PCI007: nonexist.

In the case where PCI Card’s upper level components are disconnected:

PCI007: not available

---- PCIBAY0(D) -------------------------------------- 19:20:23,07/31/2005 ---

Core_PCI001: VID:xxxx DID:xxxx PCI err_rec.: no IO mapping: no

No.:xxxxxyyyyyzzzzzwwwwwvvvvvuuuuu Type:000001111122222333334444455555

Core_PCI002: VID:xxxx DID:xxxx PCI err_rec.: no IO mapping: no

No.:xxxxxyyyyyzzzzzwwwwwvvvvvuuuuu Type:000001111122222333334444455555

(m)

(Subsequently listed to the max. PCI Bay number.)

---- PCIBAY1(D) -------------------------------------- 19:20:23,07/31/2005 ---

(The number of DPS’s depends on models)

(For 32Way)

---- POWBAYs (Main cabinet) -------------------------- 19:20:23,07/31/2005 ---

POWBAY0 (loc=M-00/03)

DPS00

power-ON enable

DEG

DPS01

DPS02

INVISIBLE

DPS03

INVISIBLE

DPS04

DPS05

nonexist.

(n)

POWBAY1 (loc=M-03/03)

power-ON enable

DEG

DPS10

DPS11

DPS12

DPS13

DPS14

DPS15

INVISIBLE

ALARM

nonexist.

---- POWBAYs (Expansion cabinet) --------------------- 19:20:23,07/31/2005 ---

POWBAY2 (loc=E-00/03)

DPS20

power-ON enable

DEG

(n)

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Base Module

DPS21

DPS22

INVISIBLE

DPS23

DPS24

nonexist.

DPS25

POWBAY3 (loc=----/---)

DPS30

DPS31

DPS32

DPS33

DPS34

DPS35

(For 8Way/ISPF)

---- POWBAYs ----------------------------------------- 19:20:23,07/31/2005 ---

POWBAY0 (loc=M-03/uu)

power-ON enable

DEG

DPS00

DPS01

INVISIBLE

DPS02

DPS03

DPS04

(o)

POWBAY1 (loc=M-00/03)

power-ON enable

DEG

DPS10

DPS11

DPS12

DPS13

DPS14

DPS15

INVISIBLE

ALARM

nonexist.

* For the 8Way/ISPF model, there are three DPSs in Power Bay 0.

* For the ISPF, Power Bay1 for dual AC systems is not configured.

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Base Module

(Description)

Description

Lists partition configuration information.

No.

(a)

Lists the configuration of the components located in the Main Cabinet or Main

Chassis.

(b)

(c)

(d)

(e)

(f)

Lists the configurations of the PCI Bays located in the Main Cabinet.

Lists the information of the Power Bays located in the Expansion Cabinet.

Lists the configuration of the PCI Bays located in the Expansion Cabinet.

Lists the configuration of CELL’s subcomponents.

(g)

(h)

(i)

Lists the configuration of MMX’s subcomponents.

Lists the configuration of Memory Daughter Card’s subcomponents.

Lists the configuration of TAG’s subcomponents.

(j)

(k)

(l)

Lists the configuration of XBX Card’s subcomponents.

Lists the configuration of PCI Bay’s subcomponents.

Lists the information of the PCI Cards placed under PXH within the PCI Bay.

Lists the information of the PCI Cards on the Core Card, if any Core Card exists

in the PCI Bay.

Lists the configuration of the subcomponents of the Power Bays located in the

32Way model’s Main and Expansion Cabinets.

Lists the configuration of the subcomponents of the Power Bay located in the

8Way/ISPF model.

(m)

(n)

(o)

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Base Module

2.4.6.8. HE (Help)

* Always valid without regard to the current system status.

Function:

This command is used to show a command list.

(“HELP” is also usable as well as “HE.”)

(Screen Example)

Description

No.

iSPyz:---> he<ENTER>

iSP commands :

System Control (both customers and maintenance persons)

DF ‒ Shut down the system (override)

DN - Shut down the system

DP - Generate the system dump interrupt

PC - Power cycle

RS - Cold reset the system

UB ‒ Bring up BIOS

UP - Bring up the System

Configuration (both customers and maintenance persons)

HC - Hardware configuration and partitioning

Miscellaneous (both customers and maintenance persons)

CM - Change SP command mode to maintenance mode

DT - SP Date and Time

(a)

EN - Display environmental information

FV - Display firmware versions

HE - Display this help

ML - Display message log

Settings (both customers and maintenance persons)

SG ‒ SP/System settings

SR - Save and restore system CMOS/NvRAM to/from FTP server

HE command terminated.

(Description)

Description

No.

(a)

Shows the help for commands.

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Base Module

2.4.6.9. ML (Message Log)

* Always valid without regard to the current system status.

Function:

This command is used to show the contents of the iSP’s message buffer.

(Messages that are output as a result of message buffer log display itself are not stored to the

message buffer.)

(Screen Example)

Description

No.

iSPyz:---> ml<ENTER>

ML command displays iSP’s message log buffer.

Select interactive mode? (i[nteractive per page]/a[ll]/CR=exit) : i<ENTER>

(a)

(b)

***** start of message logs *******************************************

xxxxxxxxxxxxxxxxx

xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx

xxxxxxxxxxxxxxxxxxxxxx

Next ? (n[ext]/CR=exit) : n<ENTER>

xxxxxxxxxxxxxxxxxxxx

xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx

xxxxxxxxxxxxxxxxxxxxxxxxxxx

(c)

Previous/Next ? (p[revious]/n[ext]/CR=exit) : n<ENTER>

xxxxxxxxxxxxxxxxxxxxxxxxxxx

xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx

xxxxxxxxxxxxxxxxxxx

(d)

(e)

Previous ? (p[revious]/CR=exit) : <ENTER>

***** end of message logs *********************************************

ML command terminated.

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Base Module

(Description)

Description

No.

Description

Allows to choose from two modes: one that prompts operator entry for each log

page display, and the other that shows the entire buffer log at a time.

You are prompted entry if a next page exists.

You are prompted entry if a previous and next pages exist.

You are prompted entry if a previous page exists.

(a)

(b)

(c)

(d)

(e)

Shows a command terminated message.

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Base Module

2.4.6.10. PC (Power Cycle)

* The command is executable to the active partition (after automatic system boot/UP

command execution).

Function:

This command is used to cycle system power (system reboot after system DC power off).

Note that this command shuts off system power without regard to the current OS or BIOS status

or notifying nothing to the OS or BIOS.

Partitions that are already off or those being shut down are not the target of this command.

(Screen Example)

Description

No.

iSPyz:---> pc<ENTER>

CAUTION: System power will be turned off without any notice to the softwares

even if they are running.

Enter partition number (0-7/all/CR=exit) : 0<ENTER>

Execute OK? (y/[n]) y<ENTER>

(a)

(b)

PC command was accepted. System power of all partitions will be turned off soon

and then will be turned on.

(c)

mm/dd/yyyy HH:MM:SS 0------- System shutdown started. (SPFW:Rxx.xx)

mm/dd/yyyy HH:MM:SS 0------- System shutdown completed. (SPFW:Rxx.xx)

mm/dd/yyyy HH:MM:SS 0------- System initialization started. (SPFW:Rxx.xx)

(d)

mm/dd/yyyy HH:MM:SS 0------- System initialization completed. (SPFW:Rxx.xx)

[iSP0m:INFO.2129] partition 0 : handed off the control to BIOS.

(DIPSW = 00000000)

(Description)

Description

No.

Prompts a partition number.

(a)

If “all” is specified, all the existing partitions are the target of this command.

Enter y at this confirmation message if you are sure to continue command

execution.

(b)

A “PC command accepted” message appears.

The actual processing progresses in the background.

Shows the progress in the background.

(c)

(d)

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Base Module

2.4.6.11. RS (Cold Reset System)

* The command is executable to the active partition (after automatic system boot/UP

command execution).

Function:

This command causes the system to be cold-reset.

Note that this command could reset the system while the OS (BIOS) is running, notifying

nothing to the software.

Partitions that are already off or those being shut down are not the target of this command.

(Screen Example)

Description

No.

iSPyz:---> rs<ENTER>

CAUTION: System will be resetted without any notice to the softwares even if

they are running.

Enter partition number (0-7/all/CR=exit) : 0<ENTER>

Execute OK? (y/[n]) y<ENTER>

(a)

(b)

(c)

RS command was accepted. All partitions will be reset soon.

mm/dd/yyyy HH:MM:SS 0------- System shutdown started. (SPFW:Rxx.xx)

mm/dd/yyyy HH:MM:SS 0------- System shutdown completed. (SPFW:Rxx.xx)

mm/dd/yyyy HH:MM:SS 0------- System initialization started. (SPFW:Rxx.xx)

(d)

mm/dd/yyyy HH:MM:SS 0------- System initialization completed. (SPFW:Rxx.xx)

[iSP0m:INFO.2129] partition 0 : handed off the control to BIOS.

(DIPSW = 00000000)

(Description)

Description

No.

Prompts a partition number.

(a)

If “all” is specified, all the existing partitions are the target of this command.

Enter y at this confirmation message if you are sure to continue command

execution.

(b)

An “RS command accepted” message appears.

The actual processing progresses in the background.

Shows the progress in the background.

(c)

(d)

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Base Module

2.4.6.12. SG (SP/System Setting)

* Always valid without regard to the current system status.

Function:

This command is used to make various system settings and configure the iSP operation

environment.

Main Menu

Sub Menu

Config. Parameter

System common

Remarks

System common settings

(maintenance only) (*1)

Partition settings

(maintenance only) (*1)

Partition boot methods

and Hot-Plug permission

Partition configuration

Valid after a next

partition boot

Valid after a next

partition boot

System

configuration

settings

Setting for the means

of partition boot and

hot plug enable

display all settings

LAN/Serial settings

Show all system

settings on console.

LAN/serial port

After a

configuration

change, iSP need

be reset.

FTP server settings

SNMP settings

FTP server settings

SNMP-related

configuration

iSP settings

(*2)

After a

configuration

change, iSP need

be reset.

display all setting

N/A

Show all iSP settings

on the console.

Show all system and

iSP settings on the

console.

display all

settings

(*1)Changes to configuration parameters are only allowed in the Maintenance mode.

(*2)In a duplicated iSP environment, iSP configuration must be done on each of the duplicated

iSPs.

Setting partition boot method and hot-plug permission:

Category

Configuration Parameter

Default Setting

off

[AC LINK MODE]

Specifies whether or not the partition is to be

booted immediately when an AC power is

applied.

AC Link

[Wake on LAN]

Specifies whether partition boot by Wake on LAN off

is enabled or not.

Wake on

LAN

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Base Module

Category

Configuration Parameter

[Hot Plug permission]

Default Setting

Specifies whether Hot-Plug is enabled or not, for

each of the target components.

Target components: CELL, PCIDBAY, PCIEBAY,

PCI(X) card, and PCI-Ex card

The 8Way model has no PCIDBAY or PCIEBAY

settings.

Hot Plug

permission

off

The 32Way(H) and ISPF require PCI(X) card and

PCI-Ex card settings.

SP LAN/Serial Port Setting:

Category

Configuration Parameter

Default Setting

The following parameter settings are needed

depending on the other device (terminal

emulator) to which the SP is connected as a

local console.

Baud rate

9600

Data bit width is only listed.

It is unable to be changed.

Stop bit width is only listed.

It is unable to be changed.

Parity is only listed.

It is unable to be changed.

Flow control is only listed.

It is unable to be changed.

Serial port

None

RTS/CTS

192.168.119.100

IP address for LAN0

192.168.119.101

255.255.255.0

N/A

LAN0

Subnet mask

Gateway IP address

IP address for LAN1. LAN1’s subnet must be

different from LAN0’s subnet.

Subnet mask

192.168.119.200

LAN1

[ISPF only]

255.255.255.0

N/A

Gateway IP address

NTP server’s IP address.

If the server IP address is set, iSP’s internal

clock is corrected every 1 hour.

If the IP address is omitted, the iSP clocks on its

own.

NTP server

N/A

[Self SYSTEM NUMBER]

System number System number (0 or 1).

(*3)

It is used as part of cabinet location numbers.

[ISPF only]

Different system numbers must be set for the 2

cabinets that constitute a cluster.

Cabinet

clustering (*3)

[ISPF only]

Specifies whether cabinet clustering is used or

not.

Cabinet-clustered

LAN0:

192.168.119.110

LAN1:

For cabinet clustering, the other iSP’s IP

address is specified. LAN1’s subnet must be

different from LAN0’s subnet.

LAN0/1 (*3)

[ISPF only]

192.168.119.210

(*3): If any of these configuration parameters has been changed, reset the SP in ISPF System

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Base Module

SP default FTP Server Configuration:

Category

Configuration Parameter

Default Setting

N/A

IP address for the default FTP server

Account for the default FTP server (up to 20

characters)

N/A

[Account is case-sensitive.]

Password for the default FTP server, used in pair

with the account (password is not echoed. Up to 78

characters may be used.)

N/A

FTP Server

[Password is case-sensitive.]

Name of the folder to save auto notification

messages (up to 30 characters). Two-byte

characters or space character are not allowed for

the folder name. Characters that are not usable as

folder names on the FTP server are not allowed

either.

N/A

SP SNMP Configuration:

Category

Configuration Parameter

Default Setting

N/A

Manager IP

address [0]

IP address for SNMP manager.

Up to two managers can be configured.

IP address for SNMP manager.

Manager IP

address1

[ISPF only]

Up to two managers can be configured, and up to

two IP addresses are assignable for each manager. N/A

Two IP addresses, if assigned to a manager, must

have different subnet addresses.

Community names for use on the SNMP.

(Up to 3 community names are usable for TRAP,

information acquisition, and information setting

purposes. Up to 16 characters are usable for a

community name.)

“public”

[Community name is case-sensitive.]

Specifies whether message authentication with

higher security using MD5 is to be used with the

SNMP manager.

Key data for message authentication with higher

security using MD5 used with the SNMP manager

(key data has a 16-byte length).

off

Community

name

N/A

[Key data is not echoed.]

System ID used for communications with the

SNMP manager (up to 8 characters are usable).

This system ID is also used for ESMPRO and for

collaboration between ESMPRO and VOE (*1).

A system ID must be set in advance to ESMPRO

installation.

N/A

VOE (*4)

collaboration

Specifies whether or not collaboration is made with

VOE (*1), if it exists in the system.

(*4) VOE represents SystemGlobe GlobalMaster.

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Base Module

Description

No.

Screen examples for partition boot method and hot-plug permission

iSPyz:MNT> sg<ENTER>

Display and modify settings of system and iSP.

s) System settings

i) iSP settings

a) display all settings

(a)

(b)

Select ? (s/i/a/CR=exit) : s<ENTER>

System setting menu:

c) system common settings (maintenance only)

p) partition settings (maintenance only)

b) partition boot methods and Hot-plug permission

a) display all settings

Select ? (c/p/b/a/CR=back) : b<ENTER>

(For 32Way(B))

Partition boot methods and Hot-plug permissions:

| |Wake |Hot-Plug permission

part.| AC- | On | PCI-card |

CELL

| PCI-D | PCI-E

-----+-----+-----+------+------+-----+-----+-----+-----+-----+-----+------

0 | off | off | YES | no | YES | no | YES | no | YES | no | no

1 | off | off | YES | no | YES | no | YES | no | YES | no | no

2 | off | off | YES | no | YES | no | YES | no | YES | no | no

3 | off | off | YES | no | YES | no | YES | no | YES | no | no

4 | off | off | YES | no | YES | no | YES | no | YES | no | no

5 | off | off | YES | no | YES | no | YES | no | YES | no | no

6 | off | off | YES | no | YES | no | YES | no | YES | no | no

7 | off | off | YES | no | YES | no | YES | no | YES | no | no

(c)

Modify? (y/[n]) : <ENTER>

(For 8Way)

Partition boot methods and Hot-plug permissions:

| |Wake |Hot-Plug permission

part.| AC- | On | PCI-card |

CELL

-----+-----+-----+------+------+-----+-----+-----

0 | off | off | YES | no | YES | no | YES

1 | off | off | YES | no | YES | no | YES

2 | off | off | YES | no | YES | no | YES

3 | off | off | YES | no | YES | no | YES

4 | off | off | YES | no | YES | no | YES

5 | off | off | YES | no | YES | no | YES

6 | off | off | YES | no | YES | no | YES

7 | off | off | YES | no | YES | no | YES

(c)

Modify? (y/[n]) : y<ENTER>

(For 32Way(H) or ISPF)

(c)

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Base Module

Partition boot methods and Hot-plug permissions:

|Wake |Hot-Plug permission

part.| AC- | On | PCI-card

| LINK| LAN |PCI(X)|PCI-EX

-----+-----+-----+------+------

0 | off | off | YES | no

1 | off | off | YES | no

2 | off | off | YES | no

3 | off | off | YES | no

4 | off | off | YES | no

5 | off | off | YES | no

6 | off | off | YES | no

7 | off | off | YES | no

Modify? (y/[n]) : y<ENTER>

Enter partition number? (0-7/CR=back) : 2<ENTER>

AC link mode (on/off/CR=skip)

Wake on LAN (on/off/CR=skip)

Hot plug permission:

: <ENTER>

: on<ENTER>

PCI(X) card? (yes/no/CR=skip) : <ENTER>

PCI-Ex card? (yes/no/CR=skip) : <ENTER>

CELL Hot-add ?

(yes/no/CR=skip) : <ENTER>

CELL Hot-remove ? (yes/no/CR=skip) : <ENTER>

CELL Hot-swap ? (yes/no/CR=skip) : <ENTER>

(d)

PCID BAY Hot-add ?

PCID BAY Hot-remove ? (yes/no/CR=skip) : <ENTER> *2 *3

PCIE BAY Hot-add ? (yes/no/CR=skip) : <ENTER> *2 *3

(yes/no/CR=skip) : <ENTER> *2 *3

PCIE BAY Hot-remove ? (yes/no/CR=skip) : <ENTER> *2 *3

*2: For the 32Way(B) model, an inquiry appears.

For the 32Way(H) or ISPF model, no inquiry will appear.

*3: For the 8Way model, no inquiry will appear either.

Enter partition number? (0-7/CR=back) : <ENTER>