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However, actual performance of each product is dependent upon factors such as system
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To allow for design and specification improvements, the information in this document is
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Trademarks
Windows is a registered trademark of Microsoft Corporation.
Intel and Itanium are registered trademarks of Intel Corporation.
All other product, brand, or trade names used in this publication are the trademarks or registered
trademarks of their respective trademark owners.
PN: 456-01683-001 November 2003
Copyright 2003
NEC Solutions (America), Inc
10850 Gold Center Drive, Suite 200,
Rancho Cordova, CA 95670
All Rights Reserved
Contents
Proprietary Notice
Using This Guide
Text Conventions...............................................................................................................viii
Related Documents .............................................................................................................. ix
Safety Notices....................................................................................................................... x
Safety Notices for Users Outside of the U.S.A. and Canada.......................................... xi
Care and Handling...............................................................................................................xii
Installing Microsoft Windows 2003..................................................................................C-2
Creating a Mirrored Drive of Windows 2003....................................................................C-3
Index
vi Contents
Using This Guide
This User’s Guide provides a quick reference to information about your server system. Its
goal is to familiarize you with your system and the tasks necessary for system setup and
operation.
This guide contains the following information:
! Chapter 1, “System Overview,” provides an overview of your system and describes your
system’s major system components. See this chapter to familiarize yourself with your
system.
! Chapter 2, “System Operation,” tells you how to set up the server, how to start up, shut
down, and reboot the system, how to boot the OS, and how to use the DVD-ROM drive
and optional tape drive.
! Chapter 3, “Service Processor,” describes service processor functions. This chapter
includes information about the SP console, OS console, Virtual SOP, and service
processor commands.
! Chapter 4, “BIOS Setup,” provides you with a description of the BIOS Setup utility and
its options for configuring the server.
! Chapter 5, “I/O Board Installation,” shows you how to install I/O boards in the server.
Information includes slot identification and board installation in both the core module
and the optional PCIX unit.
! Chapter 6, “Problem Solving” contains helpful information for solving problems that
might occur with your system.
! Appendix A, “Technical Specifications” provides specifications for your server system.
! Appendix B, “Memory Upgrade” provides memory configuration information necessary
for adding memory to the server. Information includes allowable memory
configurations, memory slot locations, and how to allocate memory.
! Appendix C, “Windows 2003 Installation” provides information for installing
Microsoft® Windows® 2003 on the Express5800/1000 series server and for creating a
mirrored drive of Windows 2003.
Using This Guide vii
Text Conventions
This guide uses the following text conventions.
Warnings, cautions, and notes have the following meanings:
Warnings alert you to situations that could result in serious personal injury or loss
of life.
Cautions indicate situations that can damage the system hardware or software.
Note: Notes give important information about the material being described.
! Names of keyboard keys are printed as they appear on the keyboard. For example, Ctrl,
Alt, or Enter.
!
WARNING
!
CAUTION
! Text or keystrokes that you enter appear as boldface type. For example, type abc123 and
press ENTER.
! File names are printed in uppercase letters. For example, AUTOEXEC.BAT.
viii Using This Guide
Related Documents
In addition to this guide, the following system documentation is included with your server
either as electronic files on EXPRESSBUILDER or as paper copy shipped with your server.
! System Release Notes
Release Notes provide you with the latest information about your system. This
information was not available to be included in your user's guide at the time it was
developed and released.
! Site Preparation Guide
The Site Preparation Guide contains information required for preparing the site for your
server installation.
! Installation Procedures
The Installation Procedures document provides procedures for installing the server at the
site, including unpacking the server, setting up the chassis components, and connecting
the power cables.
The Express5800/1080Xd server requires installation by qualified personnel such
as an NEC technician and system administrator.
!
CAUTION
! ServerCare
SM
Guide
The ServerCare Guide contains information about NEC’s warranty and server
registration.
Using This Guide ix
Safety Notices
To avoid a risk of injuries, installation should be performed by trained technical
personnel.
Your server is equipped with a front stabilizer. Engage the front stabilizer during
installation. For stability and to distribute the weight, also attach side stabilizers.
Otherwise, the rack may topple over and cause injuries.
If you extend two or more devices from the rack at the same time, the rack may
topple over on you. Extend only one device from the rack at a time.
Exercise great care not to hurt your fingers on the rail when you mount/dismount
the equipment into/from the rack.
Lithium batteries can be dangerous. Improper handling of lithium batteries may
result in an explosion. Dispose of lithium batteries as required by local ordinance.
Replace only with the same or equivalent type battery.
The DVD-ROM drive uses a laser beam. Do not look or insert a mirror inside
while the system is on. A laser beam is invisible; if your eyes get exposed to it,
there is a risk of losing your eyesight.
!
WARNING
! Elevated Operating Ambient Temperature – If installed in a closed or multi-unit rack
assembly, the operating ambient temperature of the rack environment may be greater
than the room ambient environment. Therefore, consideration should be given to
installing the equipment in an environment compatible with the maximum rated ambient
temperature of 89.6°F.
! Reduced air Flow – Installation of the equipment in a rack should be such that the
amount of air flow required for safe operation of the equipment is not compromised.
! To prevent fires, and damage to rack equipment and supply wiring, make sure that the
rated load of the power branch circuit is not exceeded. Equipment nameplate ratings
should be used when addressing this concern. For more information on installation and
wiring of power-related facilities, contact your electrician or local power company.
! To prevent electrical shock, connect all rack and rack support equipment to the same
electrical circuit of the building wiring. If you are unsure, check the building wiring to
avoid remote earth conditions.
! For safe operation, only connect the equipment to a building supply that is in accordance
with current wiring regulations in your country. In the USA those wiring standards are
regulated by Underwriter Laboratories (UL); in the U.K. by the Institution of Electrical
Engineers, (IEE) and in Canada by the Canadian Standards Association (CSA).
x Using This Guide
!
WARNING
Some locations within the server have high voltage and therefore are very
dangerous. To avoid risk of electric shock, turn off all server power and
disconnect power cables before working inside the server unit.
The main power of your server is turned off by turning off the power source to the
server or removing the power cable.
Before touching the parts in the server, wait for at least 10 to 15 seconds until
residual voltage is disc harged.
Safety Notices for Users Outside of the U.S.A. and Canada
!
PELV (Protected Extra-Low Voltage) Integrity: To ensure the extra-low voltage
integrity of the equipment, connect only equipment with mains-protected electricallycompatible circuits to the external ports.
! Remote Earths: To prevent electrical shock, connect all local (individual office)
computers and computer support equipment to the same electrical circuit of the building
wiring. If you are unsure, check the building wiring to avoid remote earth conditions.
! Earth Bonding: For safe operation, only connect the equipment to a building supply
that is in accordance with current wiring regulations in your country. In the USA those
wiring standards are regulated by Underwriter Laboratories (UL); in the U.K., by the
Institution of Electrical Engineers, (IEE) and in Canada by the Canadian Standards
Association (CSA).
Using This Guide xi
Care and Handling
Use the following guidelines to properly handle and care for your system.
Protect the system from extremely low or high temperatures. Let
the system warm (or cool) to room temperature before using it.
Keep the system away from magnetic forces.
Keep the system dry. Do not wash the system with a wet cloth or
pour fluid into it.
Protect the system from being bumped or dropped.
Check the system for condensation. If condensation exists, allow it
to evaporate before powering on the system.
Keep the system away from dust, sand, and dirt.
xii Using This Guide
System Overview
! Overview
! System Features
! System Chassis
1
! System Functions
! Expansion
! Security
Overview
Your Express5800/1080Xd server is a modular, multiprocessing server based on the
Intel® Itanium® 2 64-bit processor. The combination of Intel Itanium 2 architecture,
along with your server’s innovative crossbar switch and high-speed memory access
technology, provides for massive power and scalability using the latest available
operating systems. Your server is ideal for large-scale applications as well as compute
intensive environments. Your server is conveniently housed in a rack-mount cabinet
(see Figure 1-1).
Figure 1-1. Express5800/1080Xd Server
Advanced features of your Express5800/1080Xd server include:
! High-speed processing and high scalability
High-speed processing is realized through a combination of the new Intel CPU
and NEC crossbar switch and high-speed memory access technologies. In
addition to support for up to 8 CPUs, the server employs the advanced PCI-X bus
to connect peripheral and network devices and can be configured with up to 26
I/O slots, demonstrating the high scalability ideal for large-scale configurations.
! Partitioning functionality for flexible system operation
Your server can be partitioned at the hardware level, enabling each subsystem to
operate as an independent computer system. It is possible to divide an 8 CPU
system configuration into two subsystems, each of which has 4 CPUs, and let
them each operate separately. In this way, it’s possible to allocate processor
capacity according to workload status, resulting in flexible system operation and
guaranteed security.
! High reliability and availability
Many hardware components allow redundancy, and the CPU/memory cell board
and I/O card hardware are hot-swap compliant. Easy system recovery is possible
even at the time of failure.
1-2 System Overview
System Features
Your system features the following major components:
! Quad high-performance Intel
processors per CellV Board.
! Up to two CELLV Boards, each supporting the installation of up to 4 CPUs
(Intel Itanium 2 processors) for a total of 8 CPUs in the system.
Each CELLV Board has 16 DIMM sockets and supports from 4 GB (using four
1-GB DIMMs) to 16 GB (using sixteen 1-GB DIMMs) of ECC SDRAM fourway interleaved memory.
! Core Module that includes:
Interface to connect with the optional PCIX Unit (1.6G interface)
Twelve PCI-X expansion slots for add-in boards. A Basic I/O Board and
VGA card are installed in two of the PCI-X expansion slots. The Core
Module includes eight 64-bit/66-MHz hot-swap PCI-X slots and four
64-bit/133-MHz hot-swap PCI-X slots.
®
Itanium® 2 64-bit 1.3GHz/3MB or 1.5GHz/6MB
Two USB interface ports, two IDE interface ports, Mouse interface and
Keyboard interface ports.
ATI RAGE XL Video Graphics Array (VGA) controller with 8MB of video
memory (VRAM)
DVD-ROM unit
Bay for an optional DAT drive or optional USB FDD unit
Four hot-swap SCSI hard disk drive bays accessible from the front of the
chassis; each drive bay can contain a 36-GB, 73-GB, or 146-GB SCSI hard
disk drive.
! Intelligent Service Processor-Clock (iSP-C) Board which provides diagnostic
functions and clock distribution.
! Hot-swap SCSI disk drive backplane; a failed drive can be removed and replaced
with a new drive without system power being turned off (if software mirror has
been configured).
! Hardware monitors (temperature, fans, and voltage) and software monitors to
indicate failures.
! The main chassis supports three power supply modules. Only two of the modules
are required to power the system. The additional power supply module provides
hot-swappable redundant power (i.e., the system will continue to operate with a
single power supply failure). With three power modules installed, one power
module can be easily removed or installed from the front of the chassis without
turning the system power off.
System Overview 1-3
! Ten fan modules are located throughout the system. Any fan module can easily
be removed and installed, without powering down the system.
! Optional PCIX Unit in two versions, Base Unit and Core Unit:
14 PCI-X expansion slots in a Base Unit model
12 PCI-X expansion slots, a Basic I/O Board with 2 USB, 2 IDE, and
1 Keyboard interfaces, a VGA card with an analog interface, and a
DVD-ROM unit in a Core Unit model to allow a second bootable partition.
Bay for an optional DAT or optional USB FDD unit
Six hot-swap SCSI hard disk drive bays for up to 6 hard drives.
See Appendix A, “Technical Specifications,” for a list of system specifications.
1-4 System Overview
A
System Chassis
The following figures show the external and internal server features.
Front View
Figure 1-2 shows the front system features (front door and covers are not shown in the
figure).
M
L
K
J
B
C
D
E
F
I
H
A AC Power Switch H PCIX Power Unit with Two
Power Supplies (optional)
B AC Power Switches for
Optional Power Supply
Modules
C Filler Panels J 1080Xd Main Chassis
D Power/Status LEDs K Main Chassis Power Supply
E Bay for optional DAT Tape
Drive or USB FDD
F Hard Disk Drive Bays M Emergency AC Power Switch
I Base or Core PCIX Unit
(optional)
Modules
L DVD-ROM Drive
(for optional PCIX Unit)
G
G Cell Cooling Fans
Figure 1-2 Front View
System Overview 1-5
Top View
Figure 1-3 shows the components within the Main Chassis.
D
C
B
A
A DVD ROM Drive D Core Module Ejector
B Power Supply Modules (3) E PCI-X Expansion Slots
C Core Module Fans F Hard Disk Drive Fans
E
F
Figure 1-3. Main Chassis
1-6 System Overview
Right Side View
Figure 1-4 shows the system right side features.
B
A
CDE
Figure 1-4. 1080Xd Right Side View
A Service Processor and
Clock (ISP-C)
B 1080Xd Main Chassis E Cabinet
C Cell #3 Board
D Cell #0 Board
System Overview 1-7
Internal View
Figure 1-5 shows internal views of CELLV Board features.
Side A
Side B
D
C
AB
G
A CPU Slot #1 E CPU Slot #2
B CPU Slot #3 F CPU Slot #0
C DIMM Slots G Power Pods
D Power Pods
1-8 System Overview
E
F
Figure 1-5. CELLV Board
Main Components
The following sections provide information about the components in the main chassis.
Itanium 2 Processors
Depending on system configuration, your system includes four or eight Intel Itanium 2
64-bit 1.3-GHz/3-MB or 1.5-GHz/6.0-MB processors. Four Intel Itanium 2 processors
are installed within one CELLV board. See Figure 1-5. A second CELLV board has an
additional four Intel Itanium 2 processors. All processors installed in your system must
be of identical bus and core speed.
System Memory
Each CELLV board in your system contains sixteen 168-pin DIMM sockets.
See Figure 1-5. Memory DIMMs must be populated four at a time with 1-GB ECC
SDRAM DIMMs. Depending on the number of DIMMs installed, your system may
include from 4 GB up to a maximum of 32 GB of memory using 1-GB DIMMs.
PCI-X Core Module
The server’s expansion capabilities meet the needs of file and application servers for
high performance I/O by providing twelve hot-swap PCI-X expansion slots within the
Core Module. The Core Module consists of a CrossBar Controller (XBC) and an I/O
Router (IOR). The Core Module can be connected with up to two CELLV Boards, to
control data transfers between the CELLV Boards.
The Core Module includes five full-length and three half-length 64-bit/66-MHz hotswap PCI-X slots and three full-length and one half-length 64-bit/133-MHz hot-swap
PCI-X slots. The PCI-X slots allow PCI-X boards to be installed or removed while the
server is powered on (if the operating system supports the Hot Plug PCI function). A
Basic I/O Board to support standard I/O interface and a video VGA controller board are
installed in the Core Module. The Basic I/O Board and video VGA board are not hotswappable.
Note: Your operating system must support the Hot Plu g PCI
function.
A DVD-ROM drive is installed in the Core Module as standard equipment. Optionally,
a DAT tape drive or USB FDD and up to 4 disk storage hard disk drives may be added
to the Core Module. See Figure 1-2.
System Overview 1-9
Service Processor Board
The Service Processor Board (iSP-C Board) controls power and monitors status of all
components (see Figure 1-4). The board uses a PowerPC chip as the processor for
iSP-C, memory, LAN, serial interface, and clock distribution functionality. The Service
Processor Board performs initialization of the system, RAS functions, diagnostic
functions, failure management of the system, and clock generation and distribution.
Power/Status LEDs
Three LEDs are visible on the front of the server system cabinet (see Figure 1-2):
! AC
! DC
! Status.
See Table 1-1 for a description of the LEDs.
LED LED State Description
Table 1-1. Power/Status LEDs
Status LED
Green On OS ready (one node or more).
Amber
System Functions
The following subsections describe select system functions.
Partitioning
If your system includes two CELLV Boards and an optional core PCIX expansion unit,
your server may be partitioned at the hardware level into two distinct subsystems,
enabling each subsystem to operate as an independent computer system, each with its
own operating system.
On AC power on. AC Green
Off AC power off.
On DC power on (lights when DC48V is supplied). DC Green
Off DC power off.
On System is in Maintenance mode (execution of the SP “cm”
command).
Off Failure or offline state.
It is possible to divide the eight-CPU system into two subsystems, each of which has
four CPUs, and let them each function separately. In this way it’s possible to allocate
processor capacity according to workload status, resulting in flexible system operation.
Each partition is physically isolated by the hardware settings; a software error does not
affect the other partitions. Thus the system can maintain high security.
1-10 System Overview
Each partition consists of a CELLV Board and a core PCIX unit. Multiple OS instances
can run on different partitions independently. If a partition has at least one PCIX unit
with basic I/O, the CELLV Boards and the PCIX units can be flexibly assigned to any
partition.
The Service Processor manages the partitioning settings and configuration changes.
Chipset and Crossbar Switch
NEC developed a high-performance chipset and crossbar switch that is based on
supercomputer mainframe technology. The crossbar switch connects the CELLV
boards. The crossbar switch has a low latency as well as high data bandwidth. While
comprising Cache Coherent Non-Uniform Memory Access (cc-NUMA) architecture,
the system employs the chipset and crossbar switch technology in achieving near
uniform high-speed memory access.
Server Management
The Service Processor supports many management functions compatible to the
Advanced Configuration and Power Interface (ACPI) and Intelligent Platform
Management Interface (IPMI).
The system supports the following ACPI features:
! Configuration information tables interface from a platform.
! Software power off controls, etc.
The Service Processor also works as a management controller defined in IPMI. It
supports the following IPMI features.
! Provides Field Replaceable Unit (FRU) information to System Management
Services (SMS) running on the operating system.
! Monitors system power, fan speed, and temperature conditions.
! Monitors stall occurrences during the power-up sequence, OS loading, and
normal running using a watchdog timer, etc.
The Service Processor provides the following management features:
! Error handling (error monitoring, logging, diagnostics, and reporting)
! System reset
! System configuration management
! Firmware update, etc.
The SMS running on a PC can control the above functions using the Service
Processor’s system management LAN port, which can support TELNET, FTP, and
SNMP protocol. With the combination of the Service Processor and the
SystemGlobe/GlobalMaster software, the Express 5800/1080Xd supports automatic
reconfiguration of partitions based on the conditions pre-defined in the
SystemGlobe/GlobalMaster.
System Overview 1-11
Expansion
The Express5800/1080Xd server can be expanded by adding:
! Memory
! I/O boards
! Disk drives
! PCIX Expansion Unit.
See Figure 1-6 for a diagram of the Express5800/1080Xd system configuration. See the
following sections for a description of system expansion capabilities.
I t ani um2
Standard: one CELLV Board with 4 CPUs (Itanium 2);
a second CELLV Board with 4 CPUs (Itanium2)
Core Module
E
DVD-ROM drive
DVD-ROM/
CD-ROM
Magnetic tape
DD4 or
USB FDD
(Optional)
N
C
10/ 100B A SE -TX
RS 232C
(Consol e)
4 GB memory upgrade
(using 1-GB DIMMs)
Up to 4 sets of the above
memory per CELLV Board or up
to 16 GB can be installed
per board.
SP Console
(Standard)
Server Management
LAN Interface
Ethernet cable
Up to 4 HDDs (Disk Storage) can be
installed.
Figure 1-6. Express5800/1080Xd System Configuration
1-12 System Overview
1. 6G
1.6G cable
Optional PCIX Unit
N
E
C
DVD-ROM drive
DVD-ROM/
CD-ROM
Magnetic tape
DD4 or
USB FDD
(Optional)
CELLV Board
Each CELLV Board supports:
! 4 Intel Itanium 2 processors
! 16 DIMMs.
The system supports 2 CELLV Boards for a total of eight Itanium 2 processors and up
to 32 DIMMs.
CPUs
Each CELLV Board supports 4 Itanium 2 processors. The system supports the
following processor types:
! Intel Itanium 2 1.3GHz/3MB of level 3 cache
!
CAUTION
Contact qualified personnel, such as your System Administrator or
an NEC Technician, for adding or removing server components.
Memory
! Intel Itanium 2 1.5GHz/6MB of level 3 cache
The same type processor must be used in the system. The two types cannot be mixed
within a single system.
Each CELLV Board supports up to 16 DIMMs in the following configurations:
! Memory must be installed in groups of 4 DIMMs of the same capacity.
! Memory capacity can vary between different groups
! At least one group of four DIMMs is required in the system.
! Each CELLV Board supports up to 4 groups of 4 DIMMs.
! A memory group currently includes a group of four 1-GB DDR DIMMs for total
capacity of 4 GB in a group.
! Maximum memory capacity using currently available 1-GB DIMMs is 16 GB
per CELLV board or 32 GB on two CELLV boards.
For detailed memory configuration information, see Appendix B. in this guide.
Optional PCIX Uni t
A PCIX Unit can be added and connected to the Main Chassis. The PCIX Unit connects
to the Core Module via a 1.6-GB interface cable (dedicated cable for connecting the
unit).
A PCIX Unit requires a Power Bay Unit. Up to six Distributed Power Supply (DPS)
modules can be installed in a Power Bay Unit.
System Overview 1-13
Peripheral Devices
Disk drives can connect to a SCSI board, and ATA devices can connect to the Basic I/O
Board. You can also connect peripheral devices via PCI cards installed in the optional
PCIX Unit.
Security
To help prevent unauthorized entry or use of the system, the server provides the
following security features:
! Locked areas require a security key for entry. Locked areas include the rear
chassis door and drive bay units.
! The BIOS Setup utility provides user and administrative password security,
protecting the system from unauthorized operation.
! Console operation requires the entry of login authentication with a login account
and password.
1-14 System Overview
System Operation
! Setting Up the Server
! Starting Up the System
! Shutting Down the System
2
! Rebooting the System
! Booting the OS
! Using the DVD-ROM Drive
! Using an Optional Tape Drive
A
Setting Up the Server
Use the following procedure to set up the server.
Note: See Chapter 1 of this user’s guide to become
familiar with server features, such as the location of system
switches, indicators, and main chassis components.
1. Check that the server has been installed as described in the
Express5800/1080Xd/1160Xd/1320Xd Site Preparation Guide and
Express5800/1080Xd Installation Procedures. This server requires
installation by qualified personnel such as an NEC technician and system
administrator.
2. Make sure that any optional components other than I/O cards or boards,
have been installed by an NEC technician.
If you have an I/O card or board to install, install it now (see Chapter 5, “I/O
Board Installation”).
3. Unlock the rear door of the server with the security key. Open the door by
lifting the handle and turning it clockwise (see Figure 2-1).
Server cable connectors for system setup are located at the rear of the server.
B
A Lift Handle
B Turn Clockwise
Figure 2-1. Opening the Rear Server Door
2-2 System Operation
A
4. Locate the server LAN cable at the rear of the server cabinet. Connect a
client PC to the server LAN connection.
Note: A LAN cable either comes already connected to
the Service Processor board or it is connected by the NEC
technician during the server installation.
5. Connect peripheral devices, such as a monitor, mouse, and keyboard, to the
rear of the server. See Figure 2-2 for server connector locations.
B
A VGA Monitor Connector
B Mouse and Keyboard Connectors
Figure 2-2. Server Connector Locations
!
CAUTION
When connecting a cable to an I/O board, be sure to leave
enough cable free for sliding the main chassis or PCIX unit
out of the cabinet. Route the cable so it does not get pinched
or damaged.
Route the external device cables under the rear door frame
and out of the way of the rear server door.
6. Close and lock the rear server door.
System Operation 2-3
Starting Up the System
Start up the server system as follows.
1. Make sure all external devices, such as the console, keyboard, and mouse
have been connected, and the power cords are connected (see the previous
section, “Setting Up the Server”).
2. Turn on the circuit breaker or main switch to the system power source.
Note: If the server power cord is connected to a power
control unit such as an UPS (Uninterruptive Power Supply),
make sure that the power control unit is powered on.
3. Power on the console and any other external devices.
4. At the rear of the server cabinet, turn on the AC power circuit breaker for the
Main Chassis (see Figure 2-3), and if installed, for the optional PCIX Unit
(see Figure 2-4).
A
A AC Power Circuit Breaker
Figure 2-3. Main Chassis AC Power Circuit Breaker
2-4 System Operation
A
A
A AC Power Circuit Breaker
Figure 2-4. PCIX Unit AC Power Circuit Breaker
5. On the front of the server cabinet, power on the AC POWER switch at the
top of the system (see Figure 2-5).
A AC Power Switch
Figure 2-5. AC Power Switch
Note: If the AC-Link function has been enabled, following the AC
power being turned on, and if the operating system has been installed,
the system will automatically boot up the operating system without
further intervention (refer to the description of the SU command in the
Express5800/1080X Service Guide).
If the AC-Link function has not been enabled, then continue with this
“Starting Up the System” procedure.
System Operation 2-5
6. Press Esc on the service processor (SP) keyboard. The iSP (service
processor) login prompt appears.
7. Enter the login name spfw and password nec. (The login name and
password are default values.) The iSP Main Menu screen appears (see
Figure 2-6).
8. At the iSPyz prompt, enter the iSP command
s to enter the SP command
mode.
9. Press
Esc.
Integrated Service Processor.
Cabinet-ID:xx, Location:y, State:ssssss
Copyright (C) 2002 NEC Corporation, All Rights Reserved.
Welcome to Integrated Service Processor.
iSP FW version : 01.00 generated on 01/31/2002 19:20:33
iSP MAIN MENU
0) OS(BIOS) serial console of partition#0 (INITIALIZING)
1) OS(BIOS) serial console of partition#1 (RUNNING)
V) Virtual System Operator Panel
S) iSP commands
E) Exit
iSPyz> s
***** SP Command Mode ****
***** enter ESC to do the command input effectively *****
***** enter CTRL+B to quit *****
10. Enter up on the SP console to bring up the specified partitions
(see Figure 2-7).
The service processor turns on power to the specified partitions, initializes
the hardware, and hands off the control to the BIOS. The BIOS boots the
operating system.
iSPyz:---> up<ENTER>
This command will bring up the specified partition.
Enter partition number (0-7/all/CR=exit) : all<ENTER>
Execute OK? (y/[n]) y
UP command was accepted. All partitions will run soon.
[iSPyz:INFO.ccc] partition 0 : power on sequence started.
[iSPyz:INFO.ccc] partition 1 : power on sequence started.
:
[iSPyz:INFO.ccc] partition 1 : power on sequence completed normally.
:
[iSPys:INFO.ccc] partition 1 : handed off the control to BIOS.
<ENTER>
Figure 2-7. System Startup Screen
System Operation 2-7
Shutting Down the System
Shut down the system as follows.
1. Select a method to shut down the system:
Note: If supported by your operating system, Windows
Shut Down is the recommended method of shutting down
the system.
! Recommended shutdown – Windows Shut Down
(if supported by the operating system):
Shut down the operating system (OS). The related partition(s)
automatically shutdown and power off (see Figure 2-8).
! Shutdown using the DN command.
Enter dn on the SP console to shut down the system. If software is not
running, this command powers off the selected partition(s)
(see Figure 2-9).
! Shutdown system power using the DF command:
Enter df on the SP console to force a shut down of the system (see
Figure 2-10). This power shutdown method forces a partition shutdown
without prior warning to the operating system.
!
CAUTION
This SP df command turns off system power regardless of
OS or BIOS operation and without notifying either. This
command corresponds to a power button override function
of a system with a physical power button.
[iSPyz:INFO.ccc] partition 0 : power off sequence started.
:
:
:
[iSPyz:INFO.ccc] partition 0 : power off sequence completed normally.
2-8 System Operation
Figure 2-8. OS Shut Down Screen
iSPyz:---> dn<ENTER>
System power will be turned off if the software (OS) is NOT running.
Only power button interrupt will be generated if the software (OS) is running.
If you want to turn off the system power in any system state, use DF command.
Enter partition number (0-7/all/CR=exit) : all<ENTER>
Execute OK? (y/[n]) y<ENTER>
DN command was accepted. System power of all partitions will be turned off or
power button interrupt will be generated soon.
[iSPyz:INFO.ccc] partition 0 : power button interrupt.
[iSPyz:INFO.ccc] partition 1 : power off sequence started.
:
[iSPyz:INFO.ccc] partition 1 : power off sequence completed normally.
Figure 2-9. DN Command Power Shut Down Screen
iSPyz:---> df<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) : all<ENTER>
Execute OK? (y/[n]) y<ENTER>
DF command was accepted. System power of all partitions will be turned off soon.
[iSPyz:INFO.ccc] partition 0 : power off sequence started.
[iSPyz:INFO.ccc] partition 1 : power off sequence started.
:
:
:
[iSPyz:INFO.ccc] partition 1 : power off sequence completed normally.
Figure 2-10. DF Command Power Shut Down Screen
2. Check that the DC power is off. The SP console displays a “power off”
message (see Figures 2-8, 2-9, and 2-10).
This is a normal system “power off.” For a complete system power off,
perform the following steps.
Note: The following steps perform a “complete system
power off.” A “complete power off” is not normally performed.
System Operation 2-9
3. Power off the console.
4. Turn off AC power to the system:
! At the top front of the system cabinet, press the AC power switch.
! At the rear of the system, power off the circuit breaker to the optional
PCIX Unit, if installed.
! At the rear of the system, power off the circuit breaker to the Main
Chassis.
5. Power off peripheral devices not powered by the server.
6. Power off the main circuit breaker or power distribution board.
Note: If the server power cord is connected to a power
control unit such as an UPS (Uninterruptible Power Supply),
refer to the UPS user's guide for proper power-off
procedures.
Using Exception Procedures
The following sections describe exception procedures for restarting the system.
Dump
Use the dump function to request the operating system to perform its memory
dump process. You can select either to restart or not to restart using the
operating system settings. To use the dump function, the system must be
running the operating system.
To dump, enter
Cold Reset
Use a cold reset to reset the entire system, including memory, when there is a
hardware error condition.
Perform a cold reset as follows:
1. Stop the operating system.
Note: For detailed information about SP commands,
see “SP Command Reference” in Chapter 3.
dp at the SP command prompt.
2. Enter
2-10 System Operation
rs at the SP command prompt.
Restart
Perform a system restart as follows:
1. Stop the operating system.
2. Enter pc at the SP command prompt.
Power On Reset
Perform a power on reset as follows:
1. Stop the operating system.
2. Enter dn at the SP command prompt. Check that the main chassis fans stop
rotating.
3. Turn off AC power to the system:
! At the top front of the system cabinet, press the AC power switch.
! At the rear of the system, power off the circuit breaker to the optional
PCIX Unit, if installed, and to the main chassis.
4. Wait 10 to 15 seconds to discharge residual voltage.
5. Turn on AC power to the system:
! At the rear of the server, power on the AC power circuit breaker to the
main chassis, and if installed to the PCIX Unit.
! On the front top of the server cabinet, power on the AC power switch.
6. On the SP console, enter the login account and password.
7. On the SP console, enter up at the SP command prompt. The service
processor turns on DC power and initializes the hardware. The BIOS boots
the operating system.
System Operation 2-11
Booting the OS
The following sections include information about the EFI Boot Manager, EFI
shell, shell commands, and booting the OS from the EFI shell.
OS Boot from Boot Manager
The EFI Boot Manager automatically starts after a BIOS bootup (see
Figure 2-11). From the EFI Boot Manager, you can choose to go to:
EFI Boot Manager ver 1.10 [14.56]
Please select a boot option
Acpi(PNP0A03,0)/Pci(2|1)/Ata(Primary,Master)/CDROM(Entry1)
Acpi(PNP0A03,1)/Pci(3|0)/Scsi(Pun0,Lun0)/HD(Part1,Sig17FB0000)
EFI Shell [Built-in]
Boot option maintenance menu
Use the arrow keys to change settings
Figure 2-11. EFI Boot Manager Screen
OS Boot from the EFI Boot Manager
When the OS is installed, OS boot options are automatically registered in the
EFI Boot Manager. You can select and boot the OS from the EFI Boot Manager.
Figure 2-12 shows an example of a boot path defined
“Acpi(PNP0A03,0)/Pci(3|0)/Scsi(Pun0,Lun0)/HD(Part1,Sig17FB0000)” as the
OS boot disk.
To boot the OS from the EFI Boot Manager, select the boot path using arrow
keys and press
2-12 System Operation
Enter.
EFI Shell
EFI Boot Manager ver 1.10 [14.56]
Please select a boot option
Acpi(PNP0A03,0)/Pci(2|1)/Ata(Primary,Master)/CDROM(Entry1)
Acpi(PNP0A03,1)/Pci(3|0)/Scsi(Pun0,Lun0)/HD(Part1,Sig17FB0000)
EFI Shell [Built-in]
Boot option maintenance menu
Use the arrow keys to change settings
Indicates OS Boot Disk
Figure 2-12. OS Boot from EFI Boot Manager Screen
From the EFI Boot Manager, you can activate the EFI shell. Use the EFI shell
to:
! Read the system file of the Boot device.
! Copy files.
When you select the EFI Shell from the EFI Boot Manager, the EFI Shell screen
appears (see Figure 2-13).
The following table lists and describes the shell commands in the EFI shell.
To execute an EFI shell command, enter the EFI shell command at the EFI shell
prompt and press Enter.
Command Description
alias alias [-d|-v|-b] [sname] [value] Displays, creates, and deletes the alias
attrib attrib [+a|-a] [+s|-s] [+h|-h] [+r|-r]
[-b] [file ...] [directory ...]
Table 2-1. EFI Shell Commands
definition in the EFI Shell environment.
Displays and changes the attributes of the
file/directory.
bcfg bcfg driver|boot [dump –v] [add
# file “desc”] [rm #] [mv # #]
break break Executes a debugger breakpoint.
cd cd [path] Displays and changes the current
child child Handle Displays the device tree under the handle.
cls cls [color] Clears the standard output.
comp comp file1 file2 Compares the contents of the two files.
connect connect [-r] Handle# |
DeviceHandle# DriverHandle#
cp cp [-r] src [src ...] [dst] Copies the file/directory.
date date [mm/dd[yy]yy] Displays and sets the date.
dblk dblk device [Lba] [blocks] Dumps the block device.
dh dh [-p prot_id] [-b] | [handle] Displays the handle in the EFI
Displays and changes the configuration of
the driver/boot.
directory.
Binds the driver to the device and starts
the driver.
environment.
Disconnects the device and the driver.
dmpstore dmpstore Displays the NVRAM variable.
echo echo [-on|-off]
edit edit [file] Edits the ASCII/UNICODE file.
EfiCompress EfiCompress [InFile] [OutFile] Compresses the file.
EfiDecompress EfiDecompress [InFile] [OutFile] Decompresses the file.
err err [ErrorLevel] Displays and changes the error level.
exit exit Exit from the EFI Shell.
getmtc getmtc Displays the current counter value.
guid guid [-b] Displays the GUID in the EFI
2-14 System Operation
echo [message]
Displays messages, or switches on/off
echo.
environment.
Table 2-1. EFI Shell Commands (continued)
Command Description
help help [-b] | [cmd] Displays the help information.
hexedit hexedit [[-f] FileName | [-d
DiskName Offset Size] | [-m
Offset Size]
load load file [file ...] Loads the EFI driver.
LoadPciRom LoadPciRom [FileName] Loads the PCI option ROM image from
ls ls [-b] [-r] [-a [attrib]] [file] Displays the directory/file list.
map map [-r|-v|-d] [sname] [handle] [-
b]
memmap memmap [-b] Displays the memory map.
mkdir mkdir dir [dir ...] Creates a directory.
mm mm Address [Width 1|2|4|8]
[;MMIO| ; MEM| ; IO | ;PCI]
[:Value] [-n]
mode mode [row col] Displays and changes the mode of the
mount mount BlkDevice [sname] Mounts the file system on the block
mv mv src [src ...] [dst] Moves the file/directory.
OpenInfo OpenInfo Handle Displays the protocol of the handle/agent.
Edits in hexadecimal mode.
the file.
Displays and defines the mapping
information.
Displays and changes MEM/IO/PCI.
console output device.
device.
pause pause Displays a message and waits for input.
pci pci [Bus Dev [Func] [-i] [-s
rm [-q] directory [directory ...]
set set [-d|-v|-b] [sname [value]] Displays, creates, changes, and deletes
setsize setsize newsize file Sets the file size.
stall stall microseconds Stalls the processor in units of
time time [hh:mm[:ss]] Displays the current time or sets the time.
touch touch [-r] filename Sets the current date/time to the date/time
type type [-a|-u] [-b] file [file ...] Displays the content of the file.
unload unload [-n] [-v] HandleIndex Unloads the protocol image.
ver ver Displays the version information.
Displays the configuration space of the
PCI device.
Deletes the file/directory.
the EFI environment variable.
microseconds.
attribute of the file.
System Operation 2-15
OS Boot from EFI Shell
You can boot the OS from the EFI Boot Manager. You can also boot the OS by
entering commands from the EFI Shell.
An example follows for booting the OS from the SCSI hard disk drive in a
hardware configuration containing:
! IDE DVD-ROM (Master)
! SCSI HDD: OS boot disk
! External LAN card built into the Expansion PCI slot.
Note: Cards are available if they are supported by the
application programs or OS.
1. Specify the file system. Change the current file system to the file system
with the connected boot device by entering the device at the Shell prompt.
For the example in the following screen (see Figure 2-14), enter fs0: for the
Table 2-2. Formats Conforming to EDD3.0 Specification
Path Display Description
Acpi(PNP0A03, X) Indicates that the device is installed under the PCI host bus.
X: PCI host bus bridge number (starting with 0).
Pci(D|F) Indicates PCI installation information of the device.
D: PCI device number (Device numbers 2 – 5 correspond to
slot numbers 1 – 4.)
F: PCI function number.
Scsi(Pun0,Lun0) Installation location of the SCSI device (disk) connected to
the SCSI card.
HD(Part1,SigFF050000) SCSI disk drive information.
See the following example and Table 2-3 for device path formats for devices
that do NOT conform to EDD3.0 specification:
Example: SCSI cards and fixed disks installed on the PCI bus:
VenHw(Unknown Device:80)/HD(Part1,Sig6D5319DE)
Table 2-3. Formats for Devices Not Conforming to EDD3.0 Specification
Path Display Description
VenHw(Unknown Device:80) Example: The device does not conform to EDD3.0
HD(Part1,Sig6D5319DE) SCSI disk drive information.
Checking Failure
When a failure is detected in the system, it can be checked in the Virtual System
Operator Panel (SOP) on the SP console. Virtual SOP provides the following
information:
! Partition configuration of the system
! Failure information.
specification.
80: a consecutive number (called a drive number) assigned
to the disk under the SCSI card by the system BIOS.
The drive numbers are as follows:
80 or higher: fixed disk drive
9F: DVD-ROM drive
For more information about Virtual SOP, see “Virtual SOP” in Chapter 3.
2-18 System Operation
Using the DVD-ROM Drive
A DVD-ROM drive comes standard in the Main Chassis.
The DVD-ROM drive supports DVD-ROM and CD-ROM media.
See the following sections for information about using DVD-ROM or
CD-ROM discs in the DVD-ROM drive.
!
WARNING
Take care when inserting and removing DVD-ROM media.
To prevent injury, keep hands away from the tray when
ejecting or inserting the tray.
Inserting a Disc in the DVD-ROM Drive
Insert a DVD-ROM or CD-ROM disc in the DVD-ROM drive as follows (see
Figure 2-16).
1. Open the server door.
2. Press the Eject button on the DVD-ROM drive to eject the drive tray.
3. Place the disc on the tray, label facing up.
4. Press the Eject button on the DVD-ROM drive to insert the tray.
Removing a Disc from the DVD-ROM Drive
Remove a DVD-ROM or CD-ROM disc from the DVD-ROM drive as follows
(see Figure 2-16)
1. Open the server door.
2. Check that the drive access LED (orange) is off.
3. Press the Eject button on the DVD-ROM drive to eject the tray.
4. Remove the disc.
5. Press the Eject button on the DVD-ROM drive to insert the tray.
System Operation 2-19
DVD-ROM Drive
Eject Button
Figure 2-16. Inserting/Removing a DVD-ROM/CD-ROM Disc
DVD-ROM/CD-ROM
Tray
Using an Optional Tape Drive
You can add an optional digital audio tape (DAT) drive to the Main chassis and
to the PCIX Unit. See the following sections for information about:
! environmental DAT specifications
! DAT cartridge labels
! write protection
! cartridge insertion and removal.
Environmental DAT Specifications
The following information provides environmental conditions for using 4-mm
digital audio tape in the DAT drive.
Operating Environment:
! Temperature: 41 to 89.6°F (5 to 32°C)
! Humidity: 20 to 60%, no condensation
! Maximum wet bulb humidity: 78.8°F (26°C)
Storage Enironment:
! Temperature: 41 to 113°F (5 to 45°C)
! Humidity: 20 to 80%, no condensation
! Maximum wet bulb humidity: 78.8°F (26°C)
2-20 System Operation
DAT Cartridge Labels
Use the following labeling information:
! Place labels securely on the DAT cartridge in the position shown in
Figure 2-17. Be sure to write the start date of DAT cartridge use on the
attached Index label.
! If you need to change the contents for the DAT, replace the label with a
new one. (Do not erase the label contents.) Be sure to remove the old
label before attaching the new label.
! If you use a label other than the specified INDEX label, be sure the label
size is correct, the label can be easily replaced, and the label doesn’t leave
adhesive after removal.
NEC
Figure 2-17. Digital Audio Tape Label Positions
Write Protection
You can protect written data on the audio digital tape from being erased. To
protect the data, open the write protect slider on the label side of the digital
audio tape cartridge (see Figure 2-18).
To write or overwrite data on the digital audio tape, close the write protect
slider.
System Operation 2-21
Figure 2-18. Write Protection Slider on the DAT Cartridge
DAT Cartridge Insertion and Removal
Use the following information to insert and remove DAT cartridges (see
Figure 2-19).
! To insert a DAT cartridge:
Hold the DAT cartridge horizontally, with the label side up, and insert it
slowly into the drive until it is pulled into the drive.
! To remove a DAT cartridge:
Check that the access LED on the DAT drive is off (green). Press the
eject button on the DAT drive and carefully remove the cartridge.
DAT Drive
Eject Button
DAT Cartridge
Cover
Figure 2-19. Inserting and Removing a DAT Cartridge
2-22 System Operation
Service Processor
! SP Console
! OS Console
! Virtual SOP
3
! SP Command Console
! SP Command Reference
N
SP Console
The service processor (SP) in the Express5800/1080Xd main chassis provides the
interface for system management and RAS functions. The SP is on the service
processor and clock (ISP-C) board.
The following sections describe:
! SP console connections
! Console operations
! Console status and login authentication
! Login and Main Menu.
SP Console Connections
The service processor supports two types of console connections (see Figure 3-1):
! serial (local console)
! LAN via TCP port 5001 (LAN console).
Both serial and LAN console connections provide the same operation. However, the
LAN console requires an initial configuration which can only be done using the local
console. See Table 3-1 for console configuration settings.
ISP-C Board
Serial Connector 0
LAN Connector
ull Modem Cable
TCP5001
Local
Console
LAN
Console
Figure 3-1. Express5800/1080Xd Console Connection
3-2 Service Processor
Table 3-1. Console Configuration Settings
Console Type Configuration Item Default Settings
Serial
LAN
Note: The most effective connection method between the
Express5800/1000 Series and the Service Processor is by using a telnet utility.
Multiple instances of the telnet utility can be running at once, providing multiple
windows with which to monitor and control the system. These utilities also
provide logging features, which can be very useful in back-tracking system
settings and status reports. Be sure to set VT100 emulation mode.
Console Operations
Baud rate 9600
Data bit length 8
STOP bit length 1
Parity bit None
Flow control RTS/CTS
TCP port (Do not use 21, 23. They are for
factory use.)
IP address 10.1.1.1
Subnet mask 255.255.255.0
Gateway IP address N/A
5001
You can use the consoles to:
! Operate the service processor using SP commands
! Redirect the operating system (BIOS) serial console (in main chassis)
! Display the Virtual SOP (Virtual System Operator Panel).
Console Status and Login Authentication
To use the consoles, you must first log into the service processor. When you log into the
service processor, the iSP Main Menu appears.
From the iSP Main Menu, you can switch to one of the following functions:
! Virtual SOP – displays the system operating state for each partition with periodic
updates.
! OS Console – redirects the serial input/output for the operating system (including
BIOS).
! SP Command Console – allows you to monitor service processor output
messages required for system operation and maintenance and to enter commands
for the service processor. The SP Command Console lets you run commands
required for system operation.
Service Processor 3-3
Table 3-2 lists the login account and login password default values for entering the
Main Menu and using menu functions.
Table 3-2. Login Account and Password Defaults
Login Type Defaults
Login Account spfw
Login Password nec
Note: Only one connection to the OS Console per partition, up
to five connections to the Virtual SOP in the entire system, and only
one prime connection to the SP Command Console in the entire
system can be made simultaneously. If LAN is used, additional SP
Command Consoles can be attached using hubs, but they will be in
monitor mode only, and commands can be entered only via the
prime connection.
See Figure 3-2 for a diagram of using console modes.
The initial state of a console connected to the service processor is the login wait state
with the login prompt displayed. When you enter the login account and password, the
iSP Main Menu appears.
The characters you enter for the login account and password are case-sensitive.
However, alphabetic characters you enter in the Main Menu are not case-sensitive. For
example, the lowercase letter “e” and the uppercase letter “E” are processed the same.
Table 3-3. Login and Main Menu Screen
Screen Image Reference
Integrated Service Processor.
Cabinet-ID:xx, Location:y, State:ssssss
Copyright (C) 2002 NEC Corporation, All Rights Reserved.
Welcome to Integrated Service Processor.
iSP FW version : 01.00 generated on 01/31/2002 19:20:33
iSP MAIN MENU
0) OS(BIOS) serial console of partition#0 (INITIALIZING )
1) OS(BIOS) serial console of partition#1 (RUNNING )
V) Virtual System Operator Panel
S) iSP commands
E) Exit
DISCONNECTALL) disconnect all console connections
A
B
C
D
iSPyz> E
3-6 Service Processor
Table 3-4. Login and Main Menu Screen References
Reference Description
A “xx “is the ID for identification of a cabinet in a system composed of multiple
cabinets.
(“xx” is the system number specified by the SU command.)
“y” indicates the installation location of the service processor - clock board with 0.
“ssssss” becomes “master.”
B Entry for login account and password.
The password is not displayed.
C Display of service processor firmware (iSP FW) version information.
D Display of iSP Main Menu options.
The OS Console menu also displays a partition state summary.
E Display of the iSP Main Menu selection prompt.
“y” indicates the service processor-clock board number for 0.
“z” becomes “m.”
Table 3-5. Main Menu Login Events and Operations
Event Operation
The account or password is invalid. Displays “incorrect” and then displays the login
prompt again.
The account or password is invalid three times
in a row.
Left for 5 minutes in login or password prompt
state.
A character not on the menu is entered. Displays the menu again.
Left for 5 minutes in menu display state. Displays “timeout” and then disconnects the
0 – 3 selected. Switches to the OS (BIOS) serial console
S selected. Switches to the SP Command Console.
V selected. Switches to the Virtual SOP.
E selected. Disconnects the session.
DISCONNECTALL selected. Disconnects all connections with the service
Disconnects the session.
Displays “timeout” and then disconnects the
session.
session.
redirection.
processor except the current connection.
This operation occurs only in special situations
(such as the case where a connection with the
service processor was actually disconnected but
remains under service processor management due
to irregular access of a client to the service
processor; as a result, any further operation cannot
be performed).
The number of simultaneous connections
allowed for the selected menu is exceeded.
After a DISCONNECTALL is selected,
authentication with Maintenance Mode is performed.
Displays “N connections to the selected mode are
already established. Try it later.” Displays the Main
Menu again.
Service Processor 3-7
OS (BIOS) Console
When you select the OS (BIOS) Console on the iSP Main Menu, input/output is
redirected to the OS (BIOS) serial controller.
To return to the Main Menu, press ^B (CTRL+B).
The image displayed and the operation during redirection depend on the BIOS and OS
running in the partition; they are therefore not recognized by the service processor
firmware (iSPFW).
Table 3-6. OS (BIOS) Console Operation
Screen Image Reference
iSP MAIN MENU
0) OS(BIOS) serial console of partition#0 (INITIALIZING )
1) OS(BIOS) serial console of partition#1 (RUNNING )
V) Virtual System Operator Panel
S) iSP commands
E) Exit
DISCONNECTALL) disconnect all console connections
iSPyz> 0<ENTER>
*****redirection of serial console 0 *****
*****enter CTRL+B to quit *****
:
:
:
:
:
<CTRL>+<B>
*****returned from serial console 0 redirection *****
A
B
C
D
E
Table 3-7. Login and Main Menu Screen References
Reference Description
A
B The starting message of OS Console redirection is displayed.
C “:” is input and output during the OS Console redirection depend on the OS and
When you enter 0-3, the menu is redirected to the OS Console of the corresponding
partition.
BIOS.
D Pressing ^B terminates the redirection of the OS Console.
E A message is displayed to indicate the end of the redirection. Returns to Main Menu.
3-8 Service Processor
Table 3-8. OS (BIOS) Console Events and Operations
Event Operation
^B (CTRL+B) is pressed. Displays a message indicating the exit of the
session from the OS (BIOS) Console and then
returns to the Main Menu and prompt.
The SP command deletes the displayed
partition.
Virtual SOP
When you select Virtual SOP (Virtual System Operator Panel) on the iSP Main Menu,
Virtual SOP appears. The Virtual SOP periodically refreshes the display of the state of
all the partitions.
To return to the Main Menu from the Virtual SOP, press ^B (CTRL+B).
Screen Image Reference
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 )
V) Virtual System Operator Panel
S) iSP commands
E) Exit
DISCONNECTALL) disconnect all console connections
Displays a message indicating the exit of the
session from the OS (BIOS) Console and then
returns to the Main Menu and prompt.
Table 3-9. Virtual SOP Screen
iSPyz> V<ENTER>
----- Virtual System Operator Panel --------------------- 01/31/2001,19:30:20 ----xx 0 HW INITIALIZING yyyyyy xx 1 RUNNING yyyyyy
xx 2 STOPPED yyyyyy xx 3 FAULT yyyyyy
BIOS messages BIOS messages
SP messages SP messages
----- Enter CTRL+B to quit ----------------------------------------------------------------- :
:
:
:
:
<CTRL>+<B>
Service Processor 3-9
A
B
C
D
Table 3-10. Virtual SOP Screen References
Reference Description
A When you enter “V,” the Virtual SOP appears.
B Virtual SOP image is displayed.
C The Virtual SOP is periodically displayed.
D Pressing ^B terminates the Virtual SOP. Return to Main Menu.
Partition State Display
The state display for each partition is described in the following figure and table.
12
xx N sssssssssssssss cccccc
34
5
6
t t t t t t t t t t t t t t t t t t t t t t t t t t t t t t t
uuuuuuuuuuuuuuuuuuuuuuuuuuuuuuu
Figure 3-3. Partition State Display
Table 3-11. Reference to Partition State Display
Reference
No.
1 Numeral ID for identifying a cabinet in a super scalable cluster composed
String State of the partition.
POWER OFF DC OFF state.
STOPPED In DC ON state, has no failure, and is being stopped.
HW INITIALIZING ISP is initializing the hardware. The BIOS has not started yet.
SW ININIALIZING BIOS is initializing the system.
OS BOOTING OS booting is in progress.
RUNNNG BIOS has finished initialization of the system and the control
has been passed to the EFI.
Table 3-11. Reference to Partition State Display (cont’d)
Reference
No.
3 (cont’d)
4 6-digit hexadecimal Latest chassis code is sent from the BIOS or OS.
5
6
Display Description
FAULT Indicates that the BIOS has finished initialization of the system
and control has been passed to EFI.
SHUT DOWN iSP is shutting down the hardware.
NOT CONFIGURED Partition is not configured.
String Displayed when any error code is sent from the BIOS. The code
has 4 figures. For information about the code, see the BIOS
section.
Deleted at next system startup.
String Displayed when any warning error message is sent from the
SP. The message is similar to the activity log. When the
message is long, the latter part of the message will be omitted.
Deleted at next system startup.
Service Processor 3-11
SP Command Console
When you select the iSP commands on the iSP Main Menu, the SP Command Console
appears. Initially, the SP Command Console is in Normal Mode for general operation.
You can switch to Maintenance Mode (which allows all operations) by using the CM
command.
To return to the Main Menu from the SP Command Console, press ^B (CTRL+B).
Table 3-12. SP Command Console Operation
Screen Image Reference
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 )
V) Virtual System Operator Panel
S) iSP commands
E) Exit
DISCONNECTALL) disconnect all console connections
iSPyz> S<ENTER>
:
:
:
:
:
<CTRL>+<B>
Table 3-13. SP Command Screen References
Reference Description
A When you enter S, the SP Command Console appears.
B “:” indicates the monitoring of the SP command input and SP message output.
C Pressing ^B exits the session from the SP Command Console and returns to the
Main Menu.
SP Command Console Buffer
SP Command Console output from the service processor might contain important
information, such as the cause of a system state change. With the LAN console,
however, you cannot monitor the console output from the end of iSP startup until the
LAN console connection is established. Therefore, the iSP has a function to save a
certain amount of message output in a buffer while the connection is being established
to the SP Command Console. About 1,000 lines of messages can be stored in this
buffer. The buffer stores the latest 1,000 lines of messages. You can use the ML
command to view the messages stored in the buffer.
A
B
C
3-12 Service Processor
SP Command Prompt
In SP command mode (Normal Mode or Maintenance Mode), one of the following
types of command prompt is displayed when you press the ESC key.
Interactive operations for each SP command and prompts for subcommand entry
depend on the SP command.
Table 3-14. SP Command Mode Prompts
Prompt Description
ISPyz:--> Command prompt in Normal Mode.
ISPyz:MNT> Command prompt in Maintenance Mode.
SP Message Header
SP messages have a header in the formats listed in the following table.
No message header is added to the prompts and messages that appear during interactive
operations in each SP command.
Table 3-15. SP Message Header Formats
Message Header Description
[iSPyz:INFO.cccc] string Indicates an information message.
“cccc” is the ID assigned to each message.
“string” is the message body.
[iSPyz:WARN.cccc] string Indicates a warning message.
[iSPyz:ERRORcccc] string Indicates an error message.
Service Processor 3-13
SP Command List
The following table lists the SP commands by category.
Table 3-16. System Control Commands
CMD
DF Shut Down System Power
DN Shut Down System Power If the specified partition is in SO state, the iSP
DP System Dump The iSP generates the INIT signal to the
PC Power Cycle The iSP turns off the DC power of the
RS Cold Reset System The iSP initializes the specified partition
UP Bring Up System The iSP turns on the DC power of the
Command Name
(override)
Function
The iSP turns off the DC power of the
specified partition without notifying the SW
(OS) even if it is running.
only generates the SCI(POWBTN). Otherwise,
the iSP turns off the DC power directly.
specified partition. SW(OS) will enter its dump
routine.
specified partition without notifying the
SE(OS) even if it is running, turns on the DC
power, initializes HW and hands off the control
to the BIOS.
without notifying the SW(OS) even if it is
running.
specified partition and initializ e s H W and
hands off the control to the BIOS. The BIOS
boots the operating system.
NML
Mode
X X
X X
X X
X X
X X
X X
MNT
Mode
DF
PC
DC OF F
UP/PC
DN/DF
DC ON
Not running
UP/PC/RS
Ready
SW running
RS
Figure 3-4. System State Transitions and System Control Commands
DN/DP
(only t r igger)
3-14 Service Processor
Table 3-17. Configuration Command
CMD
HC Hardware Configuration The iSP displays and/or modifies the hardware
Command Name
Function
configuration, including partitions.
NML
Mode
X X
MNT
Mode
Table 3-18. Normal Mode Commands
CMD
CM Change Command Mode Enter into or exit from the maintenance mode. X X
DL Display SP logs Display the logs stored in iSP. X X
DT SP Date and Time Display the SP RTC (Real Time Clock) and set
EN Environmental Information Display the environmental information such as
FV Firmware Version Display the iSP FW version and BIOS version. X X
HE Help Display help information. X X
ML Message Log Display the iSP’s message buffer. X X
Command Name
Function
it.
the power state and the temperature sensors.
NML
Mode
X X
X X
MNT
Mode
Service Processor 3-15
SP Command Reference
The following sections provide detailed information about SP commands.
The commands listed can be executed in Normal mode or Maintenance mode.
Basically, SP commands and subcommands are not case-sensitive. Any need for case-
sensitivity (for example, accounts and passwords) is described.
3-16 Service Processor
CM (Change Command Mode)
Execution:
This command can be executed in the AC POWER ON state or DC POWER ON state.
Entering Maintenance mode requires the entry of a password.
Function:
Changes from Normal mode to Maintenance mode. When the system is in Maintenance
mode, the Status LED on the front of the server is amber.
Note: The CM command can be executed in Normal mode or
Maintenance mode.
Table 3-19. CM Command Screen
Screen Image Reference
iSPyz:---> cm<ENTER>
Password is needed to enter maintenance mode.
A To switch from Normal mode to Maintenance mode, a password is required.
If you enter a
another password entry. If you enter an incorrect password three times in a row, the
command terminates.
Passwords are case sensitive.
B After the mode change to Maintenance mode is displayed, the command terminates.
wrong password, a message is displayed and the system waits for
Service Processor 3-17
DF (Shut Down System Power <override>)
Execution:
This command can be executed on a partition which is in one of the following states:
! Automatic startup has completed or the UP command has been executed. (The
partition is in the DC POWER ON state)
! The ON command has been executed. (The partition is in the DC POWER ON
state.)
Function:
This command turns off system power (DC).
This command turns off the system regardless of the operation state of the OS or BIOS
and without notifying either. (This corresponds to the power button override function of
a system that has a physical power button.)
Note: The DF command can be executed in Normal mode or
Maintenance mode.
Table 3-21. DF Screen
Screen Image Reference
iSPyz:---> df<ENTER>
CAUTION:
System power will be turned off without any notice to the softwares even if they are
running.
Enter partition number (0-3/all/CR=exit) : all<ENTER>
Execute OK? (y/[n]) y<ENTER>
DF command was accepted. System power of all partitions will be turned off soon. C
[iSPyz:INFO.ccc] partition 0 : power off sequence started.
[iSPyz:INFO.ccc] partition 1 : power off sequence started.
:
:
:
[iSPyz:INFO.ccc] partition 1 : power off sequence completed normally.
A
B
D
Table 3-22. DF Screen References
Reference Description
A Enter a partition number. If you select “all”, all the configured partitions become the
B
C Displays the DF command acceptance message.
D Displays the state of the process running in the background.
3-18 Service Processor
targets.
Displays the confirmation message. To continue, enter “y”.
DL (Display SP Logs)
Execution:
This command can be executed in the AC POWER ON state or DC POWER ON state.
Function:
This command displays the logs stored in the iSP. You can upload the logs as a file to
an FTP server.
The detailed log (HW fatal-iSP snapshot) is linked and managed with the activity log
entry. When the log storage area is full, a new activity log is written over the oldest
activity log. When this happens, you cannot refer to the oldest detailed log. You should
display the important log and store it as a screen log of the terminal software. Or,
upload the important log to the FTP server.
Note: The DL command can be executed in Normal mode or
Maintenance mode.
Screen Image Reference
iSPyz:---> dl<ENTER>
Table 3-23. DL Screen
Log area status (03/01/2002 18:59:00 iSPFW R01.01):
Type Entries Latest No. Earliest Latest
Display or FTP upload? (d[isplay]/f[tp]/CR=back) : d<ENTER>
Filter logs by partition? (a[ll]/0-3/CR=back) : a<ENTER>
A
B
C
D
E
Service Processor 3-19
Table 3-23. DL Screen (cont’d)
Screen Image Reference
Filter logs by category?
a ... all 1 ... system control 7 ... fatal error
2 ... system configuration 8 ... recoverable error
3 ... BIOS event 9 ... dump event
4 ... IPMI SEL 11 ... proc. MCA event
5 ... system init. error 12 ... proc. INIT event
6 ... SP event 13 ... proc. CMC event
(a/1-13/CR=back) : a<ENTER>
select display mode (i[nteractive per page]/a[ll]/CR=back) : i<ENTER>
1023 10:30:32,12/31/2002 part.0--- CONT ROL
system state S5.
1022 10:30:31,12/31/2002 part.0--- CONT ROL
timeout. (Shutdown WDT)
1021 10:29:31,12/31/2002 part.0--- CONT ROL
going to system state S5.
1020 10:29:30,12/31/2002 par t.0--- IPM ISEL
01234567 89abcdef 01234567 89abcdef
1019 10:29:29,12/31/2002 part.0--- IPM I
stop IPMI WDT.
1018 10:29:25,12/31/2002 part.0--- CONT ROL
POWBTN# asserted.
1017 10:20:00,12/31/2002 par t.-1-- HR(012)
ATT1(CELL2:Memory SBE, addr=0020304050607080, ROW25)
action? (h=help/CR=next) : h<ENTER>
F
G
H
I
h : help r : refresh
l : latest entry o : oldest entry
p : previous page n : next page
q : quit
<nnnn> : jump to the entry which is numbered nnnn.
<hh:mm:ss,MM/DD/YYYY> : search the first entry after specified time.
d <nnnn> : display detailed log dump if present.
a <nnnn> : display detailed log analysis if present.
f <nnnn> : ftp detailed log data if present.
action? (h=help/CR=next) : d 1017<ENTER>
***** LOG DUMP START *****
:
:
:
***** LOG DUMP END *****
action? (h=help/CR=next) : a 1017<ENTER>
3-20 Service Processor
Table 3-23. DL Screen (cont’d)
Screen Image Reference
***** LOG ANALYSIS RESULT *****
:
:
:
***** LOG ANALYSIS END *****
action? (h=help/CR=next) : q<ENTER>
Log area status (03/01/2002 18:59:00 iSPFW R01.01):
Type Entries Latest No. Earliest Latest
Display or FTP upload the activity logs? (d[isplay]/f[tp]/CR=exit) : <ENTER>
DL command terminated.
J
Table 3-24. DL Screen References
Reference Description
A On the DL command MENU, select “a”.
B, D Select whether to display all the activity logs or upload them to the FTP server.
(Uploading detailed logs individually is described later.)
C This is an example of uploading to the FTP server.
E If you choose to display, select a partition number first.
When you enter a partition number (0-3), only the events related to the partition can
be displayed. (In this case, events common to the partitions are included in the
display.)
If you select “all”, no filtering by partition number is done.
F Select a category.
You can display only the events of the specified category.
If you select “all”, no filtering by category is done.
G Select to display all the events at the same time or to prompt you every 25 lines.
H This is an example of activity logs.
Service Processor 3-21
Table 3-24. DL Screen References (cont’d
Reference Description
I If you enter “h” in response to “action?”, Help for the action appears.
If you specify an activity log number, you jump to the log number.
If you specify the time, you jump to the oldest log after the specified time.
The log with the display of “XXX log was collected.” has a link to the detailed log.
The operations listed below are available to the log:
If you enter “d <nnnn>”, hexadecimal dump output of the detailed log is done.
If you enter “f <nnnn>”, the detailed log is uploaded to the FTP server.
If you enter “a <nnnn>”, the result of the analysis of the detailed log with analyzing
program is displayed. The detailed logs with program analysis are as follows:
HW fatal, HW recoverable, processor MCA, iSP snapshot.
J If you enter “q” in response to “action?”, the display exits from the log display.
3-22 Service Processor
DN (Shut Down System Power)
Execution:
This command can be executed on a partition if Automatic startup has completed or the
UP command has been executed. (The partition is in the DC POWER ON state.)
Function:
This command turns off system power (DC).
If software is not running (for example, in the S0 state), this command turns off the
system.
If any software, such as the OS and BIOS, is running (for example, in the S0 state), this
command only reports a power button interrupt to the software, and the process for the
power button interrupt depends on the software. (The software may ignore the power
button interrupt, or may perform a shutdown and turn off the power.)
Even if the iSP recognizes that some software is running, the software may not be able
to process the power button interrupt due to stalling. In this case, use the DF command
to force the system to turn off.
Note: The DN command can be executed in Normal mode or
Maintenance mode.
Table 3-25. DN Screen
Screen Image Reference
iSPyz:---> dn<ENTER>
System power will be turned off if the software (OS) is NOT running.
Only power button interrupt will be generated if the software (OS) is running.
If you want to turn off the system power in any system state, use DF command.
Enter partition number (0-3/all/CR=exit) : all<ENTER>
Execute OK? (y/[n]) y<ENTER>
DN command was accepted. System power of all partitions will be turned off or power
button interrupt will be generated soon.
[iSPyz:INFO.ccc] partition 0 : power button interrupt.
[iSPyz:INFO.ccc] partition 1 : power button interrupt.
[iSPyz:INFO.ccc] partition 2 : power off sequence started.
:
:
:
[iSPyz:INFO.ccc] partition 2 : power off sequence completed normally.
A
B
C
D
Service Processor 3-23
Table 3-26. DN Screen References
Reference Description
A Enter a partition number.
If you select “all,” all configured partitions become the targets.
B Displays the confirmation message.
To continue, enter “y”.
C Displays the command acceptance message.
The actual process runs in the background.
D Displays the state of the process running in the background.
3-24 Service Processor
DP (System Dump)
Execution:
This command can be executed on a partition if Automatic startup has completed or the
UP command has been executed. (The partition is in the DC POWER ON state.)
Function:
This command generates a dump interrupt in the system.
The actual operation of the dump processing and the following system reset depend on
the software (OS or BIOS). This command only generates a dump interrupt.
Obviously, nothing happens if no software is running.
Note: The DP command can be executed in Normal mode or
Maintenance mode.
Screen Image Reference
iSPyz:---> dp<ENTER>
Table 3-27. DP Screen
Dump button interrupt will be generated.
Enter partition number (0-3/all/CR=exit) : all<ENTER>
Execute OK? (y/[n]) y<ENTER>
DP command was accepted. Dump button interrupt will be generated soon. C
If you select “all,” al configured partitions become the targets.
B Displays the confirmation message.
To continue, enter “y”.
C Displays the command acceptance message.
The actual process runs in the background.
A
B
D
D Displays the state of the process running in the background.
Service Processor 3-25
DT (SP Date and Time)
Execution:
This command can be executed in the AC POWER ON or DC POWER state.
Function:
Displays and changes the time of the real-time clock built into the iSP.
This command only displays time in Normal Mode.
Note: The DT command can be executed in Normal mode or
Maintenance mode.
Screen Image Reference
iSPyz:---> dt<ENTER>
Table 3-29. DT Screen
current iSP RTC : 19:20:57,01/31/2002 +09:00
syncronized with NTP server (10.20.30.40)
DT command terminated
A: In Normal Mode, the command terminates after displaying the current time.
A
3-26 Service Processor
EN (Environmental Information)
Execution:
This command can be executed in the AC POWER ON or DC POWER state.
Function:
Lists the states of the system’s detected temperature and fan errors, etc. The
components in the DC POWER OFF state are not supervised.
Note: The EN command can be executed in Normal mode or
Maintenance mode.
Table 3-30. EN Screen
Screen Image Reference
iSPyz:---> en<ENTER>
---- Power Box/Bay Units -------------------------------------------------- 19:20:57,01/31/2002 --- state DPS0 DPS1 DPS2 DPS3 DPS4 DPS5
PBAY00 ON --- -- PBAY01 ON --- -- * EXT PBAY10 ON --- --- ALARM
---- PCIX-BOX DD-con/Temp/FAN alarm ------------------------------ 19:20:57,01/31/2002 --- state DD-con Temp FAN Local/Remote
* PCIX0(V) ON ALARM -- * PCIX1(F) OFF ALARM ALARM Remote
* PCIX2(F) ON --- ALARM Local
* PCIX3(F) OFF --- ALARM Remote
C When you press ENTER, the next page is displayed
D Displays an alarm state for the DCDC converter on the CELLV Board/XIC/XBR Board
in the Main Chassis and Expansion Chassis.
If an alarm occurs, an asterisk (*) mark appears at the beginning of the line.
E Disp lays an alarm state for the DCDC converter/fan/temperature of the PCIX Unit
and PCIV (Core Module).
If an alarm occurs, an asterisk (*) mark appears at the beginning of the line.
For information on the Fan Unit in the PCIV (Core Module), refer to B.
F Displays the temperature detected by the board/unit temperature sensor.
If an alarm occurs, an asterisk (*) mark appears at the beginning of the line.
Also displays the threshold values hard-coded in iSPFW.
"FAN" indicates the threshold values for high-speed and low-speed fan rotation.
"IPMI" indicates the threshold values at which a report is sent to the software via the
IPMI interface.
" ACPI " indicates the threshold values at which a report is sent to the software via
the ACPI interface.
3-30 Service Processor
FV (Firmware Versions)
Execution:
This command can be executed in the AC POWER ON or DC POWER ON state.
Function:
Displays the version information of the iSPFW and BIOS.
Performs a checksum of the storage area.
Note: The FV command can be executed in Normal mode or
Maintenance mode.
Screen Image Reference
iSPyz:---> fv<ENTER>
Table 3-32. FV Screen
Firmware Versions : (currently running firmware is Rxx.xx)
iSP BOOT (*) : xx.xx generated on mm/dd/yyyy hh:mm:ss
iSP FW bank0 : xx.xx generated on mm/dd/yyyy hh:mm:ss
iSP FW bank1 (*) : xx.xx generated on mm/dd/yyyy hh:mm:ss
BIOS bank (*) : 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...
A Displays the state of the current FW storage area.
B To perform a checksum test of the storage area, enter “y”.
A
B
C
C Displays the state of the checksum test.
Service Processor 3-31
HC (Hardware Configuration)
Execution:
Conditions for executing subcommands are described in the following subcommand
table.
Function:
Displays and changes the configuration information of the hardware.
Displays and changes the partition settings.
See Table 3-38, “HC – ALL Display Screen” for an example of the HC display screen.
See the following tables for a list of hardware components and subcomponents and for a
list of subcommands and descriptions.
Note: The HC command can be executed in Normal mode or
Maintenance mode.
Table 3-34. HW Components and Subcomponents
Component Subcomponent (1) Subcomponent (2)
CELLV Board Processor x4
MMC x2
TAG x8
CXI x2
XIC Board CXI x4
1.6G x4
MOVER x2
SERIAL CONSOLE x4
PCIV/PCIX Unit IOR
GXB x4 or GXB x2
-ROW x8
CACHE x8
--
--
--
--
--
--
1.6G x2
IOC x2
--
3-32 Service Processor
Table 3-35. HC Subcommands
cmd arg1 arg2 arg3 arg4 Description
help - - - - Displays the list of subcommands.
This command can be executed in the AC
POWER ON or DC POWER ON state.
quit
exit
disp
- - - -
- - - -
all - - part - - -
main - - -
Exits from the HC command.
Before an exit, the check subcommand is
automatically executed.
This command can be executed in the AC
POWER ON state or DC POWER ON state.
Used to display states.
Displays Help for “disp” when the argument is
omitted or an error exists.
This command can be executed in the AC
POWER ON or DC POWER ON state.
Displays all the states.
Displays the following partition division
information for each partition:
• State summary
• Physical CELLV Board number and logical
CELLV Board number
• Physical IOR chip number and logical IOR chip
number.
Displays the state summary of the system
configuration.
cellx
mmcxy
tagx
xbcx
- - -
- - -
- - -
- - -
Displays the state of the CELLV Board.
“x” is the physical CELLV Board number (0-3).
Displays the detailed state of the ROW under
control of the MMC specified by “xy”.
“x” is the physical CELLV Board number (0-3) on
which MMC is installed.
“y” is the MMC number (0-1) in the CELLV
Board.
Displays the detailed state of the TAG.
“x” is the physical CELLV Board number (0-3) on
which TAG is installed.
Displays the state of the XBC chip.
“x” is the physical XBC chip number (0-1).
Service Processor 3-33
Table 3-35. HC Subcommands (cont’d)
cmd arg1 arg2 arg3 arg4 Description
disp
(cont’d)
attach
pcixx
pbayxy
- - - - Used to associate partition numbers to CELLV
- - - Displays the state of the PCIV/PCIX Unit.
“x” is the DGI/I2C cable port number (0-3) from
the iSP-C Board to the PCIV/PCIX Unit.
IOR0 is installed on the XIC Board. But the
IOR0 is displayed with the PCIX0(V) to realize
the same operation as the PCIX Unit.
- - - Displays the state of the Power Bay/Power Bay
Unit.
“x” is the chassis number.
0: Power Bay in the Main/Expansion Chassis
1: Power Bay Unit
“y” is the ID number.
0 for the Power Bay in the Main Chassis
1 for the Power Bay in the Expansion Chassis
0 for the Power Bay Unit
Boards and IORs.
The number of CELLV Boards in a partition
must be the same or greater than the number of
IORs.
Displays Help for “attach” when the argument is
omitted or an error is made.
This subcommand can be executed in the DC
POWER OFF state of the partition.
When the online configuration and
deconfiguration function is released, this
restriction will be relieved.
cellx n m
- Associates the CELLV Board having the
physical number x with the logical CELLV Board
number m of partition n. (m: The number
recognizable by the BIOS and software.)
This command can also be used to change a
logical CELLV Board number if it has already
been associated.
Each logical CELLV Board number must be
unique among the CELLV Boards.
You cannot change the logical number of the
CELLV Board in the online state.
3-34 Service Processor
Table 3-35. HC Subcommands (cont’d)
cmd arg1 arg2 arg3 arg4 Description
attach
(cont’d)
iorx n m p
Associates the IOR having the physical number
x with the logical IOR number m of partition n.
(m: The number recognizable by the BIOS and
software.)
“p” (0-9) sets the priority.
Indicates which IOR is used with a higher
priority if the number of normal CELLV Boards is
smaller than the number of normal IORs due to
CELLV Board failure in the partition. (Smaller
values have a higher priority, and the IORs with
larger values get isolated one by one. If the
priority number is the same, the one with a
smaller physical IOR number has a higher
priority.)
This command can be used to change the
logical IOR number and priority if it has been
already associated.
The logical IOR number must be unique within
the partition.
You cannot change the logical IOR number or
priority of the IOR which is in the online state.
"Priority 0" is allowed one time for one partition
and a Basic I/O Board must be connected. If
any failure occurs in this IOR, the partition
cannot be started.
The IOR0 must have priority 0.
detach - - - - Used to cancel the associations between
partition numbers and CELLV Boards/IORs.
You cannot detach any component that is in the
online state.
The number of CELLV Boards in a partition
must be greater than or equal to the number of
IORs.
Displays Help of “detach” when the argument is
omitted or an error is made.
cellx
iorx
- - - Disassociates the CELLV Board having the
physical number x from the currently associated
partition.
- - - Disassociates the IOR having the physical
number x from the currently associated partition.
Service Processor 3-35
Table 3-35. HC Subcommands (cont’d)
cmd arg1 arg2 arg3 arg4 Description
swap - - - - Used to swap a CELLV Board with another
CELLV Board while the software is operating.
This subcommand is not supported at
present.
(This is not a combination of “attach” and
“detach”. The process dedicated for “swap” is
executed.)
Displays Help for “swap” when the argument is
omitted or an error is made.
This subcommand can be executed on the
partition in the DC POWER ON state. An
execution of “swap” on the partitions requires
the online configuration and de-configuration
function of the OS.
smem
This subcommand is not supported at
present.
cellx celly
- - - - Used to specify the size of the shared memory
n mmm
- - Swaps the operating CELLV Board having the
- - Specifies the size of the shared memory of
physical number x with the CELLV Board having
the physical number y.
No partition must be associated with CELLVy.
When the swap is complete, CELLVx is
disassociated from the partition and CELLVy is
associated to the partition.
The logical CELL Board number is transferred
from CELLVx to CELLVy.
of the partition.
Displays Help for “smem” when the argument is
omitted or an error is made.
This subcommand can be executed on the
partition in the DC POWER OFF state.
partition n in units of MB.
You cannot make any change to the partitions
currently in operation.
If the size is not a multiple of 128 MB, it is
rounded up.
3-36 Service Processor
Table 3-35. HC Subcommands (cont’d)
cmd arg1 arg2 arg3 arg4 Description
add
- - - - Used to instruct the iSP to add components
manually. The management state of the iSP
changes from “nonexist” to “power-off”.
Displays Help for “add” when the argument is
omitted or an error is made.
This subcommand can be executed in the AC
POWER ON state or DC POWER ON state.
When the Power Bay Unit is added, all partitions
must be in the DC POWER OFF state.
pbayxy
dpsxyz
- - - Adds a Power Bay/Power Bay Unit.
“x” is the chassis number.
0: Power Bay in the Main/Expansion Chassis
1: Power Bay Unit
“y” is the ID number.
0 for the Power Bay in the Main Chassis
1 for the Power Bay in the Expansion Chassis
0 for the Power Bay Unit
- - - Adds DPS to the Power Bay/Power Bay Unit.
“x” and “y” are the same as described in “pbay”
above.
“z” is the number of Distributed Power Supply
Module (DPS) in the Power Bay Unit (0-5). But
the number assigned in the Power Bay of the
Main Chassis and Expansion Chassis is 0,1 or
2.
xbcx
cellx
procxy
- - - Adds a XBC chip.
“x” is the physical number of the XBC chip (0-1).
0: Used for the XBC chip on the XIC Board.
1: Used for the XBC chip on the XBR Board.
- - - Adds a CELLV Board.
“x” is the physical number of the CELLV Board
(0-3).
0 or 3 is assigned to the CELLV Board in the
Main Chassis.
- - - Adds a processor.
“x” is the physical CELLV Board number (0-3).
“y” is the processor installation location on the
CELLV Board (0-3).
Service Processor 3-37
Table 3-35. HC Subcommands (cont’d)
cmd arg1 arg2 arg3 arg4 Description
add
(cont’d)
delete
pcixx
- - - - Used to delete a component from the iSP
[bio] Adds a PCIV/PCIX Unit.
“x” is the DGI/I2C port number of the iSP-C
Board side (0-3).
If PCIV is specified, “0” must be specified to x.
If a PCiX Unit is specified, 1,2 or 3 must be
specified to x.
If the Basic I/O Board is attached, specify “bio”
as the second argument.
“bio” must be specified in the case of the
PCIX0(V).
IOR0 is installed on the XIC Board. But the
IOR0 is added when the PCIX0(V) is added to
realize the same operation as the PCIX Unit.
management. If you do not delete it from the
iSP management, the component which has
been physically removed will still be managed
as “INVISIBLE”.
You cannot delete any components in the DC
ON state (except Distributed Power Supply
Module (DPS)).
Displays Help for “delete” when the argument is
omitted or an error is made.
enable
<arg1>
- - - - Used to enable a component managed as
pbayxy
- - -
- - - Enables a Power Bay/Power Bay Unit.
<arg1> is the same as described in “add”.
”DISABLE”.
Displays Help for ”enable” when the argument is
omitted or an error is made.
This subcommand can be executed in the DC
POWER OFF state of the partition that will use
the component.
When the online configuration and
deconfiguration function is released, this
restriction will be relieved.
“x” is the chassis number.
0: Power Bay in the Main/Expansion Chassis
1: Power Bay Unit
“y” is the ID number.
0 for the Power Bay in the Main Chassis
1 for the Power Bay in the Expansion Chassis
0 for the Power Bay Unit
3-38 Service Processor
Table 3-35. HC Subcommands (cont’d)
cmd arg1 arg2 arg3 arg4 Description
enable
(cont’d)
xbcx
[all] - - Enables the XBC chip.
“x” is the XBC chip number (0-1).
When the second argument is omitted, only the
XBC is enabled, and the states of any other
subcomponents do not change.
When “all” is specified as the second argument,
not only the XBC but also its subcomponents
become enabled.
cxix
- - Enables the CELLV Board interface part within
the XBC chip.
“x” is the interface part number (0-3).
The correspondence between CXI number of
the CELLV Board and the CXI number of the
XBC chip depends on the type of System Back
Plane.
When the CXI port within the XBC chip is
enabled, corresponding CXI port in the CELLV
Board is also enabled (and vice versa).
In the case of the System Back Plane (8-way),
refer to below.
When port 0 is enabled, port 1 is also enabled.
When port 1 is enabled, port 0 is also enabled.
When port 2 is enabled, port 3 is also enabled.
When port 3 is enabled, port 2 is also enabled.
ncix
moverx
- - Enables the NC interface part within the XBC
chip.
“x” is the interface number (0-1).
0: 1.6G cable port 0
1: 1.6G cable port 1
When the 1.6G port of XBC chip is enabled,
corresponding port in the NC chip/IOR chip is
also enabled (and vice versa).
- - Enables the MOVER part within the XBC chip.
“x” is the mover number (0-1).
Service Processor 3-39
Table 3-35. HC Subcommands (cont’d)
cmd arg1 arg2 arg3 arg4 Description
enable
(cont’d)
cellx
serialx
[all] - - Enables the CELLV Board.
cxiy
- - Enables the serial controller part within the XBC
chip.
“x” is the serial controller number (0-3).
A partition requires a serial controller. When a
partition contains plural CELLV Boards, a serial
controller is selected from available serial
controllers automatically .
“x” is the physical CELLV Board number (0-3).
When the second argument is omitted, only the
CELLV Board is enabled, and the states of any
other subcomponents do not change. In this
case, operation is rejected if some required
components are disabled.
When “all” is specified as the second argument,
not only the CELLV Board but also its
subcomponents become enabled.
- - Enables the XBC interface part within the
CELLV Board.
“y” is the interface part number (0-1).
For information on the relationship between the
CXI within the CELLV Board and the CXI within
the XBC chip, refer to “cxix” of “xbcx” in
“enable”.
procxy
mmcxy
- - - Enables the Processor.
“x” is the physical CELLV Board number (0-3).
“y” is the Processor number (0-3) within the
CELLV Board .
[all] - - Enables the MMC.
“x” is the physical CELLV Board number (0-3).
“y” is the MMC number (0-1) within the CELLV
Board.
When the second argument is omitted, only the
MMC is enabled, and the states of any other
subcomponents do not change.
When “all” is specified as the second argument,
not only the MMC but also its subcomponents
become enabled.
rowz
- - Enables the ROW.
“z” is the ROW number (0-3).
DIMM is not controlled individually.
DIMMs are automatically detected at the time of
startup.
3-40 Service Processor
Table 3-35. HC Subcommands (cont’d)
cmd arg1 arg2 arg3 arg4 Description
enable
(cont’d)
mmcxy
(cont’d)
tagx[sy]
pcixx
iorx
cachez
- - - Enables the TAG.
all - - Enables the PCIV/PCIX Unit.
[all] - - Enables the IOR chip.
- - Enables the Cache.
“z” is the Cache number (0-7).
“x” is the physical CELLV Board number (0-3).
“s” is either “e” (EVEN side) or “o” (ODD side).
“y” is the TAG number (0-3).
When “sy” is omitted, all the TAGs under the
CELLV Board specified by “x” beco me ena bled .
“x” is the DGI/I2C cable port number (0-3) of the
cable from the ISP-C Board to the PCIV/PCIX
Unit.
“all” must be specified as the second argument.
Then, not only the PCIV /PCIX Unit but also its
subcomponents become enabled.
IOR0 is installed on the XIC Board. But the
IOR0 is managed with the PCIX0(V) to realize
the same operation as the PCIX Unit.
“x” is the physical IOR chip number (0-3).
When the second argument is omitted, only the
IOR chip is enabled, and the states of any other
subcomponents do not change.
When “all” is specified as the second argument,
not only the IOR chip but also its
subcomponents become enabled.
nciy
iocy
- - Enables the 1.6G interface part.
“y” is the interface number (0 only).
When the 1.6G port of IOR chip is enabled,
corresponding 1.6G port in the XBC chip/NC
chip is also enabled (and vice versa).
- - Enables the IOC.
“y” is the IOC number (0 or 1) within the IOR
Daughter Board.
Service Processor 3-41
Table 3-35. HC Subcommands (cont’d)
cmd arg1 arg2 arg3 arg4 Description
enable
(cont’d)
disable
online
gxbxy
- - - - Used to disable a component manually.
<arg1> <arg2>
- - - - Used to dynamically configure an offline
- - - Enables the GXB.
“x” is the DGI/I2C cable port number of the
cable from the iSP-C Board to the PCIV /PCIX
Unit (0-3).
“y” is the GXB number (0-3) within the
PCIV/PCIX Unit. PCIV does not have GXB
number (1).
busA
|busB
- - Enables the busA side and busB side of GXB.
Displays Help for “disable” when the argument
is omitted or an error is made.
If the component is online state, the component
can not be disabled.
- -
<arg1> and <arg2> are the same as described
in “enable” above.
“all” cannot be specified.
component while the OS is running.
This command functions only with the support of
the software (OS and BIOS).
This SP command may be unnecessary
depending on the OS.
Displays Help for “online” when the argument is
omitted or an error is made.
offline
cellx
xbcx moverx
iorx
- - - - Used to dynamically disconfigure an online
<arg1> <arg2>
- - - Configures the CELLV Board for the OS.
- - Configures the XBC chip’s mover for the OS.
- - - Configures the IOR chip for the OS.
component while the OS is running.
This command functions only with the support of
the software (OS and BIOS).
This SP command may be unnecessary
depending on the OS.
Display Help for “offline” when the argument is
omitted or an error is made.
- - Same as described in “online” above.
3-42 Service Processor
Table 3-35. HC Subcommands (cont’d)
cmd arg1 arg2 arg3 arg4 Description
ncconn
ncdis
- - - - Used to set connection information of the 1.6G
cable.
Displays Help for “ncconn” when the argument
is omitted or an error is made.
This subcommand can be executed when all
partitions are in the DC POWER OFF state.
xbcx nciy iors ncit
iorsncit xbcx nciy
- - - - Used to disconnect the 1.6G cable.
xbcx nciy
- - Removes the connection of the 1.6G port with
Specifies the connection between the 1.6G port
with the port number y in the XBC chip with the
physical number x and the 1.6G port with the
port number t in the IOR chip with the physical
number s.
t must be (0).
Displays Help for “ncdis” when the argument is
omitted or an error is made.
This subcommand can be executed when all
partitions are in the DC POWER OFF state.
the port number y in the XBC chip with the
physical number x.
It is linked to the disconnection of the
corresponding port (and vice versa).
led
iors ncit
- - - - Used to turn on/off a component’s LED to
xbcx
on|off - - Turns on/off the LED of the XIC Board/XBR
- - Removes the connection of the 1.6G port with
the port number t in the IOR chip with the
physical number s. t must be (0).
It is linked to the disconnection of the
corresponding port (and vice versa).
identify its location.
Displays Help for “led” when the argument is
omitted or an error is made.
For execution on XBC (XIC Board/XBR Board)
and CELLV Board, one of the partitions must be
in the DC POWER ON state.
For execution on the PCIX, no condition is
required.
For execution on the PCI slot, the superior GXB
must be in the online state.
Board.
“x” is specified as below.
0: XIC Board
1: XBR Board
Service Processor 3-43
Table 3-35. HC Subcommands (cont’d)
cmd arg1 arg2 arg3 arg4 Description
led
(cont’d)
cellx
on|off - - Turns on/off the LED of the CELLV Board.
“x” is the physical CELLV Board number (0-3).
pcixx
pcixx slotnn
gxbxy
on|off - - Turns on/off the LED of the PCIV/PCIX Unit.
busA|
busB
“x” is the number of PCIV/PCIX Unit
(0-3).
When the PCIV is specified, all alarm LEDs are
turned on.
on|off - Turns on/off the LED of the PCI slot in the
PCIV/PCIX Unit. Slot number printed at the back
side of the Unit must be designated.
“x” is the number of PCIV/PCIX Unit
(0-3).
“nn” is the slot number printed at the back side
of the Unit.
slotn
on|off Turn on/off the LED of the PCI slot in the
PCIV/PCIX Unit according to physical control
number.
“x” is the PCIV/PCIX Unit number
(0-3).
“y” is the GXB number (0-3) in the PCIV /PCIX
Unit.
“n” is the slot number (0-3) in the unit of GXB
bus.
fann
loc
main
- - - - Used to specify location information manually.
on|off - - Turn on/off the LED of the Fan Unit in the Main
d
Chassis. “n” is the Fan Unit number.
Displays Help for “loc” when the argument is
omitted or an error is made.
This subcommand can be executed when all
partitions are in the DC POWER OFF state.
- - Specifies the location of the Main Chassis.
“d” is the position of the lower edge of the
chassis from the bottom of the cabinet in
decimal (0-63) by using the EIA unit.
(1 EIA unit = 44.45mm)
3-44 Service Processor
Table 3-35. HC Subcommands (cont’d)
cmd arg1 arg2 arg3 arg4 Description
loc
(cont’d)
check - - - - Checks the current configuration information
pbayxyd h
pcixx c d
- Specifies the location and height of the Power
Bay Unit in the cabinet.
“x” is the unit ID number.
1: Power Bay Unit
0: Not allowed
“y” is the ID number. (0) must be specified.
“d” is the position of the lower edge of the unit in
decimal (0-63) by using the EIA unit.
(1 EIA unit = 44.45mm)
“h” is the height of the unit (3).
Specifies the location and height of the PCIX
Unit in the cabinet.
“x” is the PCIX Unit number (1-3).
“c” must be (1).
“d” is the position of the lower edge of the unit in
decimal (0-63) by using the EIA unit.
(1 EIA unit = 44.45mm).
from the following points:
• Presence of units whose location information
is not entered
• Presence of “DISABLE” components
• Presence of “INVISIBLE” units
Configuration violating the installation
restrictions
Configuration with penalty in
performance/RAS.
This subcommand can be executed in the AC
POWER ON state or DC POWER ON state.
Service Processor 3-45
Table 3-35. HC Subcommands (cont’d)
cmd arg1 arg2 arg3 arg4 Description
clear
mmcxy rowz
- - Clears the memory bit error counters of ROW.
“x” is the physical CELLV Board number (0-3).
“y” is the MMC number (0-1) within the CELLV
Board.
“z” is the ROW number (0-3).
Each ROW has 3 counters. 3 counters are
cleared at the same time.
[Types of error counters]
• Single bit error counter:
Counts in the unit of DIMM in the ROW.
• Multi bit counter:
Counts in the unit of the ROW.
This subcommand can be executed in the AC
POWER ON state or DC POWER ON state.
Table 3-36. HC State Display Strings
Displayed String Description
nonexist Indicates that a component is defined as non-existent (i.e. the iSP manages a
component as if it does not exist).
INVISIBLE The iSP manages a component as if it exists, but it does not exist when seen
from the iSP due to failure or other reasons.
Once it is recognized by the iSP (regardless of auto detection or manual setting),
it will be managed as if it exists unless you delete it explicitly using the “delete”
command.
power-off Indicates that the power supply (DC) is OFF.
For some components, the power supply (DC) becomes ON when AC is
supplied.
power-on Indicates that the power supply (DC) is ON.
For some components, it is overwritten by the following state display.
offline Indicates that the power supply (DC) is ON and a component is not configured in
the software (OS or BIOS).
This applies to the CELLV Board, XIC/XBR Board, PCIV/PCIX Unit, and their
subcomponents.
online Indicates that the power supply (DC) is ON and a component is configured in the
software (OS or BIOS).
master This is valid only for the state display of the ISP-C Board. Always Indicates that
enable Indicates that the component itself is enabled (used for system operation).
3-46 Service Processor
This applies to CELLV Board, XIC/XBR Board, PCIV/PCIX Unit, and their
subcomponents.
it is operating as the master.
Table 3-36. HC State Display Strings (cont’d)
Displayed String Description
DISABLE Indicates that the component itself is disabled (not used for system operation).
In this state, it is detached from the system manually with the “disable”
command.
DISABLE* Indicates that the component itself is disabled (not used for system operation).
In this state, it is detached from the system due to failure of the component itself
or failure of the host interface.
It should not be configured in the system until the defective part is replaced.
DEG Indicates that some subcomponents are in the DISABLE state.
Table 3-37. HC Help Screen
Screen Image Reference
iSPyz:---> hcENTER>
iSP FW version is Rxx.xx.
HC> help<ENTER>
HC command help :
help : print this message.
disp : display current status.
smem : set size of shared memory of a partition.
attach : attach CELLs and IORs to a partition.
detach : detach CELLs and IORs from a partition.
swap : swap CELLs in a partition.
add : add a component.
delete : delete a component.
enable : enable a component.
disable : disable a component.
online : make a component online.
offline : make a component offline.
ncconn : connect 1.6G ports each other.
ncdis : disconnect 1.6G ports.
led : turn on/off maintenance LED of a component.
loc : set location info.
clear : clear memory bit error counters.
check : check illegal configuration.
quit : quit from HC command prompt.
A: Displays Help for the HC command when you enter “help”.
B: Displays the list of HC commands.