™
Sun Fire V100 Server User’s Guide
Sun Microsystems, Inc.
901 San Antonio Road
Palo Alto, CA 94303
U.S.A. 650-960-1300
Part No.816-2756-10
Revision A December 2001
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1. Introducing the Sun Fire V100 Server
1
Overview of the Sun Fire V100 Server
2
Contents of the Ship Kit
3
7
19-Inch Wide or 72-inch Tall Four-Post Rack
8
3. Communicating With the Server 19
Setting Up a Console Connection to the Server 20
Which Is the Appropriate Serial Port? 20
Serial Port Pin Arrangement 20
Serial Connection Settings 21
Serial Adapters 22
Contents
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Connecting to the Server Using a Sun Workstation or ASCII Terminal 23
Connecting to the Server Using a Terminal Server 25
Connecting to a Cisco Terminal Server 25
Connecting to Other Terminal Servers 26
Introduction to Lights-Out Management 43
Using LOM Commands 44
Powering On or Resetting the Server From the LOM Shell 45
Controlling the Server’s Booting Behavior 47
Monitoring the Server From the LOM Shell 49
Viewing the LOM Event Log 51
Verifying That a Component Has Been Fixed 53
Setting Up LOM Privileges for Named Users 54
Permissions Available for LOM Users 54
Setting the LOM Configurable Variables 58
LOM Shell Command List 62
6. Managing the Sun Fire V100 Server From the Solaris Prompt 65
Monitoring the System From the Solaris Prompt 66
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Checking the Supply Rail Voltages and Internal Circuit Breakers (lom -
Configuring Automatic Server Restart 73
Enabling the LOM Watchdog Process From Your Own Script or Command
7. Interpreting the LEDs 81
8. Removing and Replacing Components 85
Adding Components or Replacing A Server 86
Replacing the System Configuration Card 86
10. Troubleshooting 99
Diagnostic Tools 100
POST Diagnostics 100
OpenBoot Diagnostics 101
SunVTS 103
Problems You Might Encounter 105
Power On Failure 105
Cannot Set Up a Console Connection to a Server 105
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No LOM Messages Displayed at the Terminal 105
Cannot Display the lom>Prompt Using the #. Escape Sequence 106
Problems Connecting to the Server Using a Handheld Device 106
OpenBoot PROM Initialization Aborts and the Server Will Not Boot 106
IDE Controller Failure 107
Jumper Settings 107
Frequently Asked Questions 108
Acoustic Noise Generated 116
Environmental Compliance Information 117
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Figures
FIGURE 2-1
FIGURE 2-2
FIGURE 2-3
FIGURE 2-4
The Sun Fire V100 server
Cable Management Bracket
2
9
Positioning the Slide Mounts for a Sun StorEdge 72-Inch Tall Rack 10
Positioning the Slide Mounts for a Standard 19-Inch Wide Rack 10
Fastening the Slide Mounts to a Sun StorEdge 72-inch Tall Rack – Rear View (Side Panels
Removed for Clarity) 11
FIGURE 2-5
Fastening the Slide Mounts to a Sun StorEdge 72-inch Expansion Rack – Front View (Side
Panels Removed for Clarity) 12
Fastening the Slide Mounts to a Standard 19-inch Rack 13
Sliding the Sun Fire V100 Server Into a Standard 19-Inch Rack 14
Adjusting the Slide Mounts and Screwing the Server Into the Rack 15
Fitting the Cable Management Bracket to a Sun StorEdge or a Standard 19-Inch Rack 16
FIGURE 7-1
FIGURE 7-2
FIGURE 8-1
FIGURE 8-2
Serial Port Pins 1 to 8 21
Sun Fire V100 Server Power (On/Standby) Switch 39
Sample LOM Device Event Log (Oldest Event Reported First) 73
Front-Panel Power and Fault LEDs 82
Back-Panel Power and Fault LEDs 84
The System Configuration Card Slot 87
Using the Disposable Antistatic Wrist Strap Supplied With the System 88
Figures
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FIGURE 8-6
FIGURE 8-7
FIGURE 8-8
Removing the Top Cover 89
Replacing the Top Cover 90
DIMM Insertion and Removal Sequence 91
Installing Memory Into a Socket on the System Board 92
Removing the HDD Placeholder 93
Installing a Hard Disk Drive 94
FIGURE 10-1 The obdiagMenu 101
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Tables
TABLE 5-1
TABLE 5-2
TABLE 10-1
TABLE 10-2
Contents of the Ship Kit
3
Customer Installable Hardware
4
19-inch Rackmounting Kit
8
Server Serial Ports 20
Settings for Connecting to the Serial A/LOM or Serial B Port 21
Serial Adapters 22
Pin Crossovers in the Sun DB-25 (25-Pin) Adapter 22
Pin Crossovers in the DB-9 (9-Pin) Adapter 23
Pin Crossovers for Connecting to a Typical Terminal Server 26
Example PalmOS Terminal Emulator Macros 32
Boot Modes 48
LOM Commands 62
Open Boot Diagnostics Tests 102
SunVTS Tests 103
Tables
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Preface
The Sun Fire™ V100 Server User’s Guide describes how to install, manage, and
maintain the Sun Fire V100 server. The manual is intended for system administrators
who have experience in setting up networked SolarisTM servers.
How This Book Is Organized
Part I Installation and Configuration
specifications, lists the optional components available and includes an installation
quick start guide.
Chapter 2 provides information about installing the Sun Fire V100 server into a rack
and describes how to connect the cables.
Chapter 3 provides instructions on setting up console connections to the server via
server.
Part II Remote and Local Management
Chapter 5 explains how to use the LOM shell.
Chapter 6 describes how to use LOM-specific Solaris commands to monitor and
manage the system. This chapter also explains how to configure LOM to restart the
server in the event of a system lockup.
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Part III Maintenance and Troubleshooting
Chapter 7 provides information about the fault and power indicators and explains
Chapter 8 describes how to swap system configuration cards and how to open the
Chapter 10 describes the diagnostic tools that are available, and provides
Part IV Appendixes
Appendix A lists all physical and environmental specifications, and provides
information on calculating power consumption and heat dissipation.
Appendix B describes the parameters you can configure in the LOM driver
configuration file.
Using UNIX Commands
This document may not contain information about basic UNIX commands and
®
procedures such as shutting down the system, booting the system, and configuring
devices.
See one or more of the following for this information:
■ Solaris Handbook for Sun Peripherals
■ AnswerBook2™ online documentation for the Solaris software environment
■ Other software documentation that you received with your system
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Typographic Conventions
Typeface
Meaning
Examples
AaBbCc123
The names of commands, files,
and directories; on-screen
computer output
Edit your .loginfile.
Use ls -ato list all files.
% You have mail.
AaBbCc123
What you type, when
contrasted with on-screen
computer output
% su
Password:
AaBbCc123
Book titles, new words or
Read Chapter 6 in the User’s Guide.
terms, words to be emphasized These are called class options.
You must be superuser to do this.
Command-line variable;
replace with a real name or
value
To delete a file, type rmfilename.
Shell Prompts
Shell
Prompt
C shell
machine_name%
C shell superuser
machine_name#
Bourne shell and Korn shell
Bourne shell and Korn shell superuser
LOM shell
$
#
lom>
ok
OBP
Preface
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Accessing Sun Documentation Online
A broad selection of Sun system documentation is located at:
http://www.sun.com/products-n-solutions/hardware/docs
A complete set of Solaris documentation and many other titles are located at:
http://docs.sun.com
Ordering Sun Documentation
Fatbrain.com, an Internet professional bookstore, stocks select product
documentation from Sun Microsystems, Inc.
For a list of documents and how to order them, visit the Sun Documentation Center
on Fatbrain.com at:
http://www.fatbrain.com/documentation/sun
Sun Welcomes Your Comments
We are interested in improving our documentation and welcome your comments
and suggestions. You can email your comments to us at:
Please include the part number of your document in the subject line of your email.
Safety Precautions
For your protection, observe the following safety precautions when setting up your
equipment:
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■ Follow all cautions and instructions marked on the equipment.
■ Never push objects of any kind through openings in the equipment. Dangerous
voltages may be present. Conductive foreign objects can produce a short circuit
that could cause fire, electric shock, or damage to your equipment.
Symbols
The following symbols may appear in this manual:
Caution – There is a risk of personal injury and equipment damage. Follow the
instructions.
Caution – Hazardous voltages are present. To reduce the risk of electric shock and
danger to personal health, follow the instructions.
Modifications to Equipment
Do not make mechanical or electrical modifications to the equipment. Sun
Microsystems is not responsible for the regulatory compliance of a modified
product.
Caution – Do not block or cover the openings of your Sun product. Never place a
Sun product near a radiator or heat register. Failure to follow these guidelines can
cause overheating and affect the reliability of your Sun product.
Caution – If your server is installed in a closed or multi-unit rack assembly, the
operating ambient temperature of the rack environment may exceed the room
ambient temperature. Ensure that rack environment ambient temperature does not
exceed 40 degrees.
Preface
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Caution – Mounting of the equipment in a rack or cabinet should be such that a
hazardous condition is not created due to uneven mechanical loading or weight
distribution.
Caution – Ensure that the connection of multiple system units to the circuit does
not overload the supply overcurrent protection or supply wiring. Consider the Sun
agency label electrical ratings when determining the correct branch circuit rating for
your installation.
Caution – All supply connections, wiring, wire protection, and wire routing must
be made in accordance with applicable sections and requirements of national
electrical code and local electrical authorities.
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CHAPTER
1
Introducing the Sun Fire V100
Server
server and the contents of the ship kit, and lists the optional components available.
The chapter contains the following sections:
■ “Contents of the Ship Kit” on page 3
■ “Preinstalled Software” on page 3
■ “Optional Components” on page 4
■ “Installation Quick Start” on page 5
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Overview of the Sun Fire V100 Server
The Sun Fire V100 server is a single-processor server in a one rack unit (1 RU)
chassis. It is designed to maximize the density of high-performance Solaris servers in
a rack.
FIGURE 1-1 The Sun Fire V100 server
The server is ideal for:
■ Internet service providers
■ Telecommunications carriers
■ Financial services
■ Corporate customer networks
■ Anyone who wants to maximize the density of Solaris servers in a rack
The Sun Fire V100 server has the following features:
■ A removable system configuration card containing the server’s host ID, MAC
address, and NVRAM settings
■ Rackmounting enclosure with single power supply
■ Four DIMM sockets
■ Two 10/ 100 Mbps RJ-45 Ethernet ports
■ Console/ Lights Out Management RJ-45 serial port
■ Second RJ-45 serial port
■ Two USB ports
■ Support for up to two low-profile, 3.5-inch IDE disks
■ Solaris operating environment (64 bit) preinstalled
■ Slimline CD-ROM drive
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Contents of the Ship Kit
The Sun Fire V100 server is supplied with the following components:
TABLE 1-1
Item
Contents of the Ship Kit
Part Number
530-2093-xx
530-2889-xx
530-3100-xx
240-1207-xx
340-6125-xx
340-6234-xx
340-6151-xx
240-1373-xx
565-1645-xx
250-1007-xx
816-2756-xx
816-2755-xx
816-2754-xx
Quantity
RJ-45 to RJ-45 patch cable for Ethernet or serial connection
RJ-45 to DB-25 adapter
2
1
1
8
2
2
1
4
1
1
1
1
1
RJ-45 to DB-9 adapter
Rackmounting screws, 10-32x1/ 2
Front slide mount
Rear slide mount
Cable management bracket
M4 nuts
Rack screw kit
Antistatic wrist strap
Sun Fire V100 Server User’s Guide
Sun Fire V100 Server Safety and Compliance Guide
Sun Fire V100 Server Product Notes
Preinstalled Software
The Sun Fire V100 server is preinstalled with the Solaris 8 operating environment (64
bit), including Lights-Out Management (LOM). The server will only support a 64 bit
kernel, but applications written for a 32 bit environment can be used as long as they
do not depend upon a 32 bit driver.
For more information on the specific release of Solaris 8 installed on your server, use
the command below.
# cat /etc/release
Chapter 1
Introducing the Sun Fire V100 Server
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Optional Components
Sun offers additional hard disk drives and memory modules for the server. To order
them, contact your local Sun sales representative. See TABLE 1-2 for a list of
components and part numbers. The server should be seen as a replaceable unit: if a
fault occurs, contact your local Sun sales representative for a replacement.
TABLE 1-2
Customer Installable Hardware
Optional Components
Part Number
X7090A
X7091A
X7084A
X7096A
128-Mbyte DIMM
256-Mbyte DIMM
512-Mbyte DIMM
40 Gbyte, 7200 rpm hard disk drive
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Installation Quick Start
Task
See in the Sun Fire V100 Server User’s Guide
1
Install the Hardware
Mount in the rack.
“Installing the Sun Fire V100 Server Into a Rack”
on page 7
Connect the cables.
“Connecting the Cables” on page 17
Set up a console connection.
on page 20
2
Configure the Server
Note: The server is preinstalled with the Solaris 8 operating environment.
Power on the server.
“Powering On and Configuring the Server” on
page 34
or Solaris prompt.
3
Further Information
Reinstalling the Solaris software. “Reinstalling the Solaris Operating Environment”
on page 97
Troubleshooting
“Diagnostic Tools” on page 100
http:/ / docs.sun.com
Solaris 8 documentation
Chapter 1
Introducing the Sun Fire V100 Server
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CHAPTER
2
Installing the Sun Fire V100 Server
Into a Rack
This chapter explains how to install the Sun Fire V100 server into a rack and
cables to the server. The information is provided in the following sections:
■ “Choosing Between a Rack and a Cabinet” on page 8
■ “Installing the Sun Fire V100 Server Into a 19-Inch Wide or 72-inch Tall Four-Post
Rack” on page 8
■ “Connecting the Cables” on page 17
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Choosing Between a Rack and a Cabinet
The Sun Fire V100 server can be installed in either a rack or a cabinet. Factors that
might influence your decision include:
■ Security
If other people have access to the room in which your servers are located, you can
increase security by locking the servers in a cabinet.
■ Thermal issues
Cabinets often require additional fans, because the systems installed in them
generate heat in an enclosed space. Two-post racks, however, may require no
special cooling systems.
■ Flooring
Two-post telco relay racks are designed so that cables can be run overhead.
Cabinets often require cables to be run under the floor.
Installing the Sun Fire V100 Server Into a
19-Inch Wide or 72-inch Tall Four-Post
Rack
The 19-Inch Rackmounting Kit
The mounting slides can each be used on either side of the rack. The parts required
are listed in TABLE 2-1. The part number of the rackmounting kit is X6919A.
TABLE 2-1
19-inch Rackmounting Kit
Item
Quantity
Part No.
Front slide
Rear slide
2
2
340-6125
340-6234
340-6151
240-1373
565-1645
Cable management bracket
M4 nuts
1
4
1
Rack screw kit
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A bracket is provided to aid cable management at the back of the server (see
FIGURE 2-1). Use zip ties to secure the cables to the cable management bracket and
hold them in place.
FIGURE 2-1 Cable Management Bracket
1. Position the two parts of the slide so that the double-angled ear (A) is in the
correct position for the rack you are installing into.
■ For the Sun StorEdge 72-inch tall (19-inch wide) rack, the double-angled ear (A)
must be to the rear (see FIGURE 2-2).
Chapter 2
Installing the Sun Fire V100 Server Into a Rack
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■ For a standard 19-inch wide rack, the double-angled ear (A) must be to the front
(see FIGURE 2-3).
A
FIGURE 2-2 Positioning the Slide Mounts for a Sun StorEdge 72-Inch Tall Rack
A
FIGURE 2-3 Positioning the Slide Mounts for a Standard 19-Inch Wide Rack
2. Loosely screw the two parts of the slide mounts together using the M4 nuts
supplied.
3. Measure the distance between the front and back posts of your rack.
4. Adjust the slide mounts so that the distance between the front and back mounting
ears is approximately the distance between the front and back posts of the rack.
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5. Move the brackets so that the studs are in suitable slots and tighten the nuts.
6. Fasten the mounting slides to the rack using the screws supplied.
For the Sun StorEdge 72-inch rack, refer to FIGURE 2-4 and FIGURE 2-5. Leave the
screws slightly loose to allow adjustment when you slide the server into the rack.
For a standard 19-inch rack, refer to FIGURE 2-6. Leave the screws slightly loose to
allow adjustment when you slide the server into the rack.
FIGURE 2-4 Fastening the Slide Mounts to a Sun StorEdge 72-inch Tall Rack – Rear View
(Side Panels Removed for Clarity)
Chapter 2
Installing the Sun Fire V100 Server Into a Rack
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8. Align the thumbscrews on the sides of the server with the slide mounts in the
rack (see FIGURE 2-8).
If necessary, readjust the slide mounts to align the server properly. The thumbscrews
need to be finger-tight.
FIGURE 2-8 Adjusting the Slide Mounts and Screwing the Server Into the Rack
9. Tighten the slide mounts in the rack if you have not fully secured them yet.
10. When the slide mounts are secure, use a screwdriver to tighten the thumbscrews
on the side of the server.
The server is now securely installed in the rack.
▼ To Fit the Cable Management Bracket
● Hook the bracket over the slide mounts at the rear of the server (see FIGURE 2-9).
You can use the loops in the bracket to secure the cables with cable ties.
Chapter 2
Installing the Sun Fire V100 Server Into a Rack
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Cable management bracket
FIGURE 2-9 Fitting the Cable Management Bracket to a Sun StorEdge or a Standard 19-
Inch Rack
Tips for Using a Sun StorEdge 72-inch Rack
■ For maximum stability, fill the rack from the bottom up and at the top leave at
least four rack units empty.
■ To prevent warm air flowing to the front of the rack and being recirculated (which
would reduce the efficiency of your cooling system and potentially cause
overheating), close off the empty spaces at the top of the rack with filler panels.
The following filler panels are available from your local Sun sales representative:
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■
■
■
■
■
1 RU (part number: 330-2610-01)
2 RU (part number: 330-2611-01)
3 RU (part number: 330-2613-01)
4 RU (part number: 330-2614-01)
5 RU (part number: 330-2615-01)
■ Position your racks so that the warm air exhaust from one rack does not flow
directly into the cool air intake area for another.
■ If space is limited at the back of your Sun StorEdge 72-inch rack, install a
redundant fan tray (part number: X9819A) into the top of the rack. This pulls air
up through the top of the rack to prevent the build-up of heat behind it.
Connecting the Cables
The following section describes the positions of the ports and sockets for the
corresponding cables, and the correct procedure for connecting the cables.
The server’s ports are arranged and numbered as in FIGURE 2-10.
A/LOM
USB 1
USB 0
B Serial
Power
Systemconfiguration
card reader
Ethernet 1
Ethernet 0
Fan
On/Standby
FIGURE 2-10 The Server’s Back Panel
▼ To Connect the Cables to the Server
1. Connect the power cord.
Chapter 2
Installing the Sun Fire V100 Server Into a Rack
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2. Connect a serial device.
For more information, see “Setting Up a Console Connection to the Server” on
page 20.
If you want to use the server’s Lights Out Management (LOM) facilities, use the port
labeled Serial A/ LOM to make your serial connection to the server.
Note – The Sun Fire V100 server is supplied with shielded serial cables. Use only
these cables when making serial connections to the server.
3. Connect the server to a maximum of two Ethernet hubs.
You need connect to an Ethernet hub only if you intend to use the server in a
network.
4. Connect the server to a maximum of two USB devices.
If required.
5. If you intend to configure the server directly from a dumb terminal or a Sun
workstation, connect the serial cable into the DB-25 serial adapter that was
supplied with the server, and connect the adapter to the serial connector on the
terminal or on the Sun workstation.
Refer to Chapter 4 for information about powering on the system.
Note – The DB-25 serial adapter may not work with all terminals. If you have
problems, refer to your terminal manual to check its compatibility with the Sun
adapter.
Caution – AC-powered Sun products are designed to work with single-phase
power systems that have a grounded neutral conductor. To reduce the risk of electric
shock, do not connect Sun products to any other type of power system. Contact your
facilities manager or a qualified electrician if you are not sure what type of power is
supplied to your building.
Caution – Your AC-powered Sun product is packaged with a grounding type
(three-wire) power cord. To reduce the risk of electric shock, always connect the cord
to a grounded outlet.
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CHAPTER
3
Communicating With the Server
This chapter provides information on setting up a console connection to a Sun Fire
sections:
page 23
■ “Connecting to the Server Using a Terminal Server” on page 25
■ “Connecting to the Server Using a System Running Microsoft Windows” on
page 27
■ “Connecting to the Server Using a Handheld Device” on page 29
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Setting Up a Console Connection to the
Server
To perform the initial configuration and to continue to monitor and manage a server,
you can connect any of the following devices to the appropriate serial port on the
server’s back panel:
■ Sun workstation or ASCII terminal connected directly to the server
■ Sun workstation connected via a terminal server
■ Modem
■ PC
■ Handheld device
Which Is the Appropriate Serial Port?
There are two serial ports on the rear of the Sun Fire V100 server. TABLE 3-1 lists the
serial port labels and function of each port.
TABLE 3-1
Server Serial Ports
Serial Port
Purpose
Description
A LOM
Issue LOM
commands
This port is dedicated to the Lights Out
Management (LOM) device in the server.
B Serial
• Perform binary
data transfers
• Set up a modem
connection
Communication on the A/ LOM port is subject to
interruption by the LOM device, therefore the A/
LOM port does not assert the constant DTR signal
required by a modem.
Serial Port Pin Arrangement
When viewed from the back of the server, the pin arrangement of the RJ-45 ports is
as shown in FIGURE 3-1.
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A LOM
8
1
1
8
B Serial
FIGURE 3-1 Serial Port Pins 1 to 8
The settings you need to use for a serial connection are listed in TABLE 3-2. If you
need to perform binary data transfers (that is, transfers of anything more than
simple ASCII character streams), use the B Serial port, as communication on the A
LOM port is subject to interruption by the LOM device (see “Introduction to Lights-
Out Management” on page 43).
TABLE 3-2
Settings for Connecting to the Serial A/ LOM or Serial B Port
Parameter
Connector
Rate
Setting
Serial A/ LOM or Serial B (use Serial B for binary data transfers)
9600 baud
Parity
No
1
Stop bits
Data bits
8
Chapter 3
Communicating With the Server
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Serial Adapters
Depending on the type of device you use to connect to the server, you could need to
use either a DB-25 or DB-9 serial adapter. TABLE 3-3 describes which type to use, and
the following sections describe the crossovers each adapter performs.
TABLE 3-3
Serial Adapters
Terminal Device
Adapter
Sun workstation, ASCII terminal, or DB-25
terminal server
PC or laptop
DB-9 (female, supplied by Sun)
DB-9 (male, not supplied by Sun)
Handheld device
The Sun DB-25 Adapter
To connect to a Solaris tipsession or to a VT100 terminal, you need to use either the
DB-25 (25-Pin DSUB Male to 8-POS RJ-45 Female) adapter that is supplied by Sun
(part no. 530-2889) with your system, or an alternative adapter that performs the
same pin crossovers. The Sun-supplied DB-25 adapter enables you to connect to any
Sun system. The crossovers it performs are listed in TABLE 3-4.
TABLE 3-4
Pin Crossovers in the Sun DB-25 (25-Pin) Adapter
Serial Port (RJ-45 Connector) Pin
Pin 1 (RTS)
25-Pin Connecter
Pin 5 (CTS)
Pin 2 (DTR)
Pin 6 (DSR)
Pin 3 (TXD)
Pin 3 (RXD)
Pin 4 (Signal Ground)
Pin 5 (Signal Ground)
Pin 6 (RXD)
Pin 7 (Signal Ground)
Pin 7 (Signal Ground)
Pin 2 (TXD)
Pin 7 (DSR)
Pin 20 (DTR)
Pin 8 (CTS)
Pin 4 (RTS)
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▼ To Use the DB-25 Adapter
1. Insert one end of the standard RJ-45 patch cable supplied with the Sun Fire V100
server into one of the server’s serial ports.
2. Insert the other end of the RJ-45 patch cable into the supplied DB-25 adapter.
3. Attach the adapter to the appropriate port in your serial device.
Some devices, such as a PC or handheld computer, require you to use either a male
or female DB-9 adapter. The Sun DB-9 adaptor (part number 530-3100-xx) is a 9-Pin
DSUB female to 8-POS RJ-45 female adapter. To connect to any device that has a 9-
pin serial connector, use a DB-9 (9-pin) adapter that performs the pin crossovers
listed in TABLE 3-5.
TABLE 3-5
Pin Crossovers in the DB-9 (9-Pin) Adapter
Serial Port (RJ-45 Connector) Pin
Pin 1 (RTS)
9-Pin Connector
Pin 8 (CTS)
Pin 2 (DTR)
Pin 6 (DSR)
Pin 3 (TXD)
Pin 2 (RXD)
Pin 4 (Signal Ground)
Pin 5 (Signal Ground)
Pin 6 (RXD)
Pin 5 (Signal Ground)
Pin 5 (Signal Ground)
Pin 3 (TXD)
Pin 7 (DSR)
Pin 4 (DTR)
Pin 8 (CTS)
Pin 7 (RTS)
Connecting to the Server Using a Sun
Workstation or ASCII Terminal
To connect to the server using either a Sun workstation or an ASCII terminal, you
need:
■ DB-25 adapter
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■ RJ-45 to RJ-45 patch cable
Both are supplied with the Sun Fire V100 server.
▼ To Connect to the Server Using a Sun
Workstation
1. Connect to the server using the RJ-45 patch cable and DB-25 adapter as described
in “To Use the DB-25 Adapter” on page 23.
2. From a terminal session, type:
# tip /dev/term/a -9600
For information about dedicating the console to Serial B, see “Managing the Sun Fire
V100 Server From the lom> Prompt” on page 43.
For information about how to power on and configure the server, go to “Powering
On and Configuring the Server” on page 34.
▼ To Connect to the Server Using an ASCII
Terminal
1. Set up a connection between the terminal and the Sun Fire V100 server.
See “To Use the DB-25 Adapter” on page 23.
2. For the General terminal settings, refer to the terminal operating manual.
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3. Make the setting changes shown below.
Property
Setting
Duplex
Full
Bit Rate
9600
Parity
No
Data Bits
Stop Bit
8
1
VT100 Emulation
On (if applicable)
The lom>prompt appears.
For information about how to power on and configure the server, go to “Powering
On and Configuring the Server” on page 34.
Connecting to the Server Using a
Terminal Server
The pinouts for the Sun Fire V100 server’s serial ports correspond with the pinouts
for the RJ-45 ports on the Asynchronous Serial Interface Breakout Cable supplied by
Cisco for use with the Cisco AS2511-RJ terminal server. You can also use terminal
servers made by other manufacturers, but check the documentation to see if the
serial port pinouts of the Sun Fire V100 server match those of the terminal server
you plan to use.
Connecting to a Cisco Terminal Server
The serial ports on the Sun Fire V100 server are DTE ports. If you connect these to
other DTE ports, then the cabling between them must perform a crossover (also
known as a roll-over).
The pinouts for the server’s serial ports correspond with the pinouts for the RJ-45
ports on Cisco terminal servers. This means that if you are using a Cisco Terminal
Server (and you are connecting the Sun Fire V100 server to it using the Cisco
Asynchronous Serial Interface Breakout Cable), you have two connection options:
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■ Connect the breakout cable directly to the Sun Fire V100 server.
■ Connect the breakout cable to a patch panel and use the straight-through patch
cable (supplied by Sun) to connect the patch panel to the server.
Connecting to Other Terminal Servers
pinouts of the serial ports on the Sun Fire V100 server match those of the serial ports
on your terminal server. If they do not, you need to make a crossover (null-modem)
cable that takes each pin on the Sun Fire V100 server’s serial port to the
corresponding pin in the terminal server’s serial port.
TABLE 3-6 shows the crossovers that the cable must perform.
TABLE 3-6
Pin Crossovers for Connecting to a Typical Terminal Server
Sun Fire V100 Serial Port (RJ-45 Connector) Pin Terminal Server Serial Port Pin
Pin 1 (RTS)
Pin 1 (CTS)
Pin 2 (DTR)
Pin 2 (DSR)
Pin 3 (TXD)
Pin 3 (RXD)
Pin 4 (Signal Ground)
Pin 5 (Signal Ground)
Pin 6 (RXD)
Pin 4 (Signal Ground)
Pin 5 (Signal Ground)
Pin 6 (TXD)
Pin 7 (DSR)
Pin 7 (DTR)
Pin 8 (CTS)
Pin 8 (RTS)
Terminal Server
1. Attach the appropriate crossover cables as described in “Connecting to a Cisco
Terminal Server” on page 25 or “Connecting to Other Terminal Servers” on
page 26.
2. Open a terminal session on the Sun workstation, and type:
# telnet IP-address-of-terminal-server port-number
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For example, for a Sun Fire V100 server connected to port 10000 on a terminal server
whose IP address is 192.20.30.10, you would type:
# telnet 192.20.30.10 10000
Connecting to the Server Using a System
Running Microsoft Windows
If you want to configure and operate a Sun Fire V100 server from a PC or laptop
running Microsoft Windows, you can do so using the Windows Hyperterminal.
Note – The following procedure relates to Windows 98. Other variants of Microsoft
Windows may differ slightly.
Note – If you use a Palm Pilot or similar device, make sure that Hot Sync Manager
is closed. If it is not closed, you will not be able to communicate with the server from
your PC or laptop.
▼ To Connect to the Server
1. Connect the RJ-45 patch cable to the port labeled “A LOM” on the rear of the
server.
2. Connect the other end of the patch cable to the DB-9 adapter.
3. Connect the DB-9 serial adapter to the COM1 serial port on your PC or laptop.
4. Open a Windows Hyperterminal:
a. Choose Start > Programs > Accessories > Communications > Hyperterminal
b. Run Hyperttrm.exe
5. In the Set Up New Session window:
a. Name the session.
b. Choose an icon.
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c. Click OK.
6. In the Connect To window:
a. Click Edit.
b. Click Connect Using.
c. In the drop-down menu, click Direct to COM1.
Note – If you connected the DB-9 adaptor to a port other than COM1 on your PC or
laptop in Step 3, choose the appropriate option from the list in the drop-down menu.
d. Click OK.
7. In the COM1 Properties window:
a. Change the Bits Per Second value to 9600.
b. Set Flow Control to Xon/Xoff.
The correct values for all settings in this window are as shown below.
Property
Setting
9600
8
Bits Per Second
Data Bits
Parity
None
1
Stop Bits
Flow Control
Xon/ Xoff
c. Click OK.
The lom>prompt now appears in the Windows Hyperterminal. For information
about how to power on and configure the server, go to “Powering On and
Configuring the Server” on page 34.
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Connecting to the Server Using a
Handheld Device
The Sun Fire V100 server can be configured from a handheld device that uses
PalmOS 2.0 or later, as long as you have VT100 terminal emulation software
installed on the device and the correct hardware with which to connect to the server.
▼ To Set Up the Hardware
Note – To connect a handheld device to a Sun Fire V100 server you need a male DB-
9 adapter that performs the same crossovers as those listed in TABLE 3-5.
1. Connect the RJ-45 cable supplied with the server to the server’s A LOM port.
2. Connect the other end of the cable to the DB-9 adapter.
3. Connect the DB-9 adapter to the serial cable leading to your PalmOS device’s
cradle or travel kit.
▼ To Set Up the Software
Note – To configure the Sun Fire V100 server from a handheld device, you need
VT100 emulation software installed. The following procedure was based on a
package called “Online” which is available from http://www.markspace.com/
online.html#Getting. This web address also gives you information on
installing and using the software.
Once the program is installed:
1. Go to the Applications menu.
2. Click the Online icon.
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3. Choose Menu > Options > Communications and make the following settings.
This ensures correct communication with the server.
Property
Method
Port
Method
Serial
Serial
9600
Baud Rate
Data Bits
Parity
8
None
1
Stop Bits
RTS/ CTS
Xon/ Xoff
Unchecked
Unchecked
4. Choose Menu > Options > Terminal and make the following settings:
Property
Method
Emulate
TTY
Font
Small
Return
LF
Backspace
BS
Add LF
Unchecked
Checked
Unchecked
Unchecked/ Off
Display follows cursor
Autowrap to next line
Local echo/ Pacing
5. Click On.
This starts the software’s online mode.
The prompt should appear.
You can now configure the Solaris operating environment and manage the server
through the handheld device’s terminal emulator. For information on how to power
on and configure the server, go to “Powering On and Configuring the Server” on
page 34.
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The following sections give some additional information that may make using the
handheld device’s terminal emulator easier.
Using the Arrow Keys
The arrow keys available on the PalmOS device do not work with a Sun Fire V100
server. To work around this problem, specify while you configure the Solaris
operating environment that you are using an Xterm device.
The following keystrokes help you navigate the menus.
Keystroke
Ctrl-F or Tab
Ctrl-B
Action
Go forward to the next option (down).
Go back to the previous option (up).
Select option (X).
Space
Esc-n
Go to the next or previous screen, where n is indicated at the
bottom of the screen. Use this instead of the function (Fn) keys.
▼ To Use Macros
You can manage the server more efficiently by setting macros up in the terminal
emulator as follows:
1. Choose Menu > Options > Macro.
2. Define a name for the macro.
3. Specify the text that the macro will execute.
4. End the text of each macro with “\n“.
This indicates a return signal, and executes the macro.
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Table 3-7 shows some example macros.
TABLE 3-7
Example PalmOS Terminal Emulator Macros
Macro Name
Command
Action
backspace
stty erase ^H\n
Enables the Graffiti stroke for “delete”
to work on the screen without printing
the ^H character.
arrow-enable
csh;setenv TERM
dtterm\n
Switch to cshand set the terminal
variable to dtterm. This enables the
on-screen arrows to work on
applications such as vi.
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CHAPTER
4
Powering On and Configuring the
Sun Fire V100 Server
This chapter explains how to power on and configure the server, and how to use the
Power (On/ Standby) switch. The chapter contains the following sections:
■ “Powering On and Configuring the Server” on page 34
■ “Using the Power (On/ Standby) Switch” on page 39
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Powering On and Configuring the
Server
The Sun Fire V100 server comes preinstalled with the Solaris 8 operating
environment. When you power on the server for the first time, you will
automatically be taken through a configuration procedure. This procedure consists
configured.
Choose the configuration that best suits your requirements from the list below, and
server.
■ “To Power On With the Server’s Details Registered at a Name Server” on page 34
■ “To Power On Without the Server’s Details Registered at a Name Server” on
page 35
■ “To Power On a Standalone Server for the First Time” on page 37
■ “To Clear the Configuration and Start Again” on page 37
Note – Do not use the power On/ Standby switch on the back of the server to power
Before configuring a Sun Fire V100 server:
■ Connect the server to a power source (see “Connecting the Cables” on page 17).
■ Set up a serial connection to the server using one of the serial ports on the
server’s back panel and your choice of workstation (see “Setting Up a Console
Connection to the Server” on page 20).
▼ To Power On With the Server ’s Details
Registered at a Name Server
Note – Follow the instructions in this section only if you have a name server
installed on your network. For instructions on using a name server to automate the
process of configuring the Solaris operating environment on multiple servers, refer
to the Solaris Advanced Installation Guide that accompanies the Solaris operating
environment CDs.
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1. Connect the server to the power supply but do not power it on.
2. Set up a serial connection to the Serial A/LOM port and also a connection to at
least one Ethernet hub (as described in Chapter 3).
lom> poweron
For more information about the lom>prompt and the commands that are available
from it, see Chapter 5.
During booting you will be prompted for certain information. The information you
provide determines the configuration of the server.
4. Specify the type of terminal you are using to communicate with the Sun Fire V100
server.
5. Specify whether you need IPv6 enabled, and then follow the instructions on the
screen.
6. Specify whether you want to enable the Kerberos Security mechanism, and then
follow the instructions on the screen.
7. When prompted, give a password (if any) for users logging in as root.
The system will boot when you have provided it with the information it needs.
▼ To Power On Without the Server ’s Details
Registered at a Name Server
Follow the instructions in this section if you do not have a Name Server configured
on your network.
information the system will prompt you for when you start it for the first time.
1. Connect the server to the power supply but do not power it on.
2. Set up a serial connection to the Serial A/LOM port and also a connection to at
least one Ethernet hub (as described in Chapter 3).
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lom> poweron
For more information about the lom>prompt and the commands that are available
from it, see Chapter 5.
During booting you will be prompted for certain information. The information you
provide determines the configuration of the server.
4. Specify the type of terminal you are using to communicate with the Sun Fire V100
server.
5. When asked if you want the server to be networked, answer Yes.
If manually, specify an IP address when prompted.
6. Specify whether the IP address is to be configured by DHCP.
7. Specify which of the Ethernet ports you intend to use as the primary Ethernet
connection.
For the port labelled Net0, specify eri0. For the port labelled Net1, specify eri1.
8. Specify a host name for the server.
9. If prompted, specify the IP address for the system.
The system prompts you for this address if you declined to use DHCP in Step 6. It
also asks you whether the server is to be part of a subnet, and if you answer Yes it
prompts you to provide the netmask of the subnet.
10. Specify whether you need IPv6 enabled, and then follow the instructions on the
screen.
11. Specify whether you want to enable the Kerberos Security mechanism, and then
follow the instructions on the screen.
12. Specify the name service you want the server to use.
13. Specify the name of the domain of which the server will be a part.
14. Specify whether you want the system to search the network for a name server or
whether you want it to use a particular name server.
15. If you chose to use a particular name server, specify the host name and IP address
of the name server.
16. At the name server, create entries in the network administration files for the
system you are setting up.
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17. At the system you are setting up, follow the prompts to provide time and date
information.
18. When prompted, give a password (if any) for users logging in as root.
The system will boot when you have provided it with the information it needs.
Time
1. Connect the server to the power supply but do not power it on.
2. Set up a serial connection using the Serial A/LOM port (as described in “Setting
Up a Console Connection to the Server” on page 20).
lom> poweron
For more information about the lom>prompt and the commands that are available
from it, see Chapter 5.
4. Specify the type of terminal you are using to communicate with the Sun Fire V100
server.
5. When prompted to indicate whether you want the server to be networked, specify
No.
6. Specify a Host Name for the server.
7. Confirm the information you have given.
8. Specify the date and time information.
9. When prompted, give a password (if any) for users logging in as root.
The system will boot when you have provided it with the information it needs.
▼ To Clear the Configuration and Start Again
If you want to start the power on process again, as if from a previously unused
server, you must clear the configuration of the server.
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● If you are at the lom>prompt, go to the okprompt by typing:
lom> break
1. Boot the server into the Solaris environment by typing:
ok boot
2. At the Solaris prompt, type:
# sys-unconfig
3. When prompted to confirm that you want to create a “blank” server, type y.
4. When the server has unconfigured itself, type the LOM escape sequence. By
default, this is:
# #.
sections:
■ “To Power On With the Server’s Details Registered at a Name Server” on page 34
or
■ “To Power On Without the Server’s Details Registered at a Name Server” on
page 35.
■ “To Power On a Standalone Server for the First Time” on page 37
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Using the Power (On/ Standby) Switch
Caution – The power switch on the back panel of the Sun Fire V100 server is not an
On/ Off switch, it is an On/ Standby switch. It does not isolate the equipment.
The power (On/ Standby) switch is a rocker type, momentary action switch. It
controls only low-voltage signals; no high-voltage circuits pass through it. This
means that the main method of connecting or disconnecting power is by inserting or
removing the power supply cord. The server contains no integral circuit breakers: to
isolate a server, you must break all connections to it. If you do not do this by
removing the power supply cord, you must instead open all external circuit
breakers.
On / Standby switch
FIGURE 4-1 Sun Fire V100 Server Power (On/ Standby) Switch
The symbols on the switch are:
On
■
Press to apply power to the server.
Standby
■
Press for less than four seconds to initiate an orderly shutdown of the system
into Standby mode.
■
Press and hold down for more than four seconds to leave only the LOM and
certain battery backed functions running.
As long as there is a power cable connected to a server, then the server is either
powered on or in standby power mode. To power the server on, or return it to
standby power mode only, use either of the following methods:
■ Issue commands from the lom>prompt.
■ Press the rocker switch.
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To completely remove power from the server:
■ Disconnect the power cable from the server.
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CHAPTER
5
Managing the Sun Fire V100 Server
From the lom>Prompt
sections:
■ “Introduction to Lights-Out Management” on page 43
■ “Powering On or Resetting the Server From the LOM Shell” on page 45
■ “Monitoring the Server From the LOM Shell” on page 49
■ “Setting Up LOM Privileges for Named Users” on page 54
■ “Setting the LOM Configurable Variables” on page 58
■ “Separating LOM From the Console on the Serial A/ LOM Port” on page 60
■ “LOM Shell Command List” on page 62
Note – For information about how to configure the LOM device-driver, see
Appendix B.
Introduction to Lights-Out Management
Lights-Out Management (LOM) commands allow you to remotely manage a server
that is deployed in a “lights-out” environment. You can also use LOM commands to
perform quick onsite management tasks at a locally connected terminal.
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LOM commands enable you to:
■ Power the server on or to standby mode.
■ Monitor the server’s temperature and the status of its power supply, fans, internal
voltage rails, fault LED, and alarms, even when the server is in standby mode.
■ Turn a Fault LED on.
■ Configure the server to restart automatically after a lockup.
These LOM facilities are provided by the LOM device, which in the Sun Fire V100
server is contained on the system board. As long as the server is connected to a
power supply, even if it is not powered on, you will see the lom>prompt at your
terminal. This is because the LOM device uses standby power and remains active
even when the server is not powered on.
There are two ways to interrogate the LOM device or to send it commands to
perform. You can do either of the following:
■ Issue LOM commands from the lom>shell prompt. (Explained in this chapter.)
■ Issue LOM-specific Solaris commands from the console prompt. (Explained in
Chapter 6.)
Using LOM Commands
To use the LOM facilities either remotely or locally, first establish a terminal
connection to the A LOM port on the server. For details on how to do this, see
“Setting Up a Console Connection to the Server” on page 20.
With the server connected to a power source, but not powered on, and with a
terminal connected to the A LOM port, you will see the lom>prompt.
When you power on the server, the prompt will change to the Solaris console
prompt. For details on how to get back to the lom> prompt, see “To Display the
lom> Prompt” on page 46.
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Powering On or Resetting the Server
From the LOM Shell
Note – When a Sun Fire V100 server is connected to a power supply, it is always
either fully powered on or in standby mode. To remove power entirely from the
server you must disconnect its power cables or open all external circuit breakers.
The methods referred to in this chapter for powering the server on and off by using
lom>prompt commands are methods either of powering the server on or returning
it to standby power mode. The poweroffcommand does not power the server off
completely.
boot mode of the server require you or the named user to have r-level LOM user
permission. If you have not set up any named users of the LOM device, then you
have r-level permission by default. If you have set up one or more named users,
then you must explicitly give them r-level permission to use these commands. For
more information about user privileges, see “Setting Up LOM Privileges for Named
Users” on page 54.
▼ To Power On the Server or to Power Down to
Standby Mode
● To power on the server, type:
lom> poweron
● To power the server down to standby mode, type:
lom> poweroff
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▼ To Display the lom>Prompt
● To display the lom>prompt, type the following LOM escape sequence:
# #.
When you type the LOM escape sequence, the LOM device takes control of the Serial
A/ LOM port and the lom>prompt appears on your terminal screen. You can type
the LOM escape sequence at any time.
Note – If you are at the console and you type the first character of the LOM escape
appears on the screen. This is because the server waits to see if you type the dot (.)
character next. If you do, the lom>prompt is displayed. If you do not, the #
character appears on the screen.
For information about changing the first character of the LOM escape sequence, see
“To Change the First Character of the Sequence for Escaping to the lom> Prompt
(lom -X)” on page 77.
▼ To Exit From the lom>Prompt
● To return to the Solaris console prompt from the lom>prompt, type:
Note – If you have the Serial A/ LOM port dedicated to the LOM device (instead of
shared between the LOM and the console), this command will have no effect. For
information about dedicating the Serial A/ LOM port to the LOM device, see
“Separating LOM From the Console on the Serial A/ LOM Port” on page 60.
Note – If you have set up named users of the LOM device, the users need
c-level permission to use the consolecommand. Without it, the command will not
work. For more information about setting up user permissions, see “Setting Up LOM
Privileges for Named Users” on page 54.
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▼ To Reset the Server
● To reset the server, type:
lom> reset
● To perform a limited reset affecting the processor only, type:
lom> reset -x
The -xoption generates the equivalent of an externally initiated reset (XIR) of the
server. You must have r-level permission to use this command. (For information
about user authorization levels, see “Setting Up LOM Privileges for Named Users”
on page 54.) The -xoption takes the server into OpenBootTM PROM mode and
causes it to display the okprompt. It is useful for driver or kernel debugging,
because most of the contents of the server’s memory and registers are preserved.
The server does not automatically return to the Solaris environment when you reset
it using the -xoption. Instead, you must reboot it from the okprompt.
▼ To Display the okor kadbPrompt
To display the okor kadbprompt, type the following at the lom>prompt:
Note – If the Serial A/ LOM port is dedicated to the LOM device, this command will
have no effect. For information about dedicating the Serial A/ LOM port to the LOM
device, see “Separating LOM From the Console on the Serial A/ LOM Port” on
page 60. To use the breakcommand, you must have c-level LOM user privileges.
For more information, see “Setting Up LOM Privileges for Named Users” on
page 54.
Controlling the Server’s Booting Behavior
The LOM shell includes a bootmodecommand:
bootmode [-u][normal|forth|reset_nvram|diag|skip_diag]
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This command enables you to dictate the behavior of the server after a reset. Its
combinations are not available for the Sun Fire V100 server: you cannot use them
from a keyboard that is connected to the server with a serial link.)
You must have r-level LOM permission to use the bootmodecommand. For
information about user privileges, see “Setting Up LOM Privileges for Named
Users” on page 54.
Boot Modes Available
If you use the bootmodecommand without arguments, the LOM device reports
only the current boot mode. The boot modes available are listed in TABLE 5-1.
TABLE 5-1
Boot Modes
Mode
-u
This option does not represent a boot mode. However, if you have
previously dedicated the Serial A/ LOM port to LOM and you now
want to share the port between the console and LOM, you can use
the -uoption. It is a quick alternative to the procedure described for
sharing the Serial A/ LOM port in the section “Separating LOM
From the Console on the Serial A/ LOM Port” on page 60.
normal
forth
In this mode, the server boots using your OpenBoot PROM settings.
To cause this parameter to take effect, you must reset the server
after using the bootmodecommand at the lom>prompt.
In this mode, the server does not boot to the Solaris environment
but stops the boot cycle at the okprompt. The command is
equivalent to the Stop-F key combination for Sun keyboards. To
cause the parameter to take effect, you must use the bootmode
forthcommand at the lom>prompt and then reset the server. (It is
only when the server resets that it reads the new forthparameter
from the LOM device.)
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TABLE 5-1
Mode
Boot Modes
Description
reset_nvram
In this mode, the server returns all NVRAM data to its default
setting. The command is equivalent to the Stop-N key combination
for Sun keyboards. To cause the parameter to take effect, you must
reset the server after using the bootmodecommand at the lom>
prompt.
diag
In this mode, the server performs full self-diagnostics as part of the
boot process. The command is equivalent to the Stop-D key
combination for Sun keyboards. To cause the parameter to take
effect, you must power off and then power on the server within 10
minutes of using the bootmodecommand at the lom>prompt.
skip_diag
In this mode, the server skips the diagnostics part of the boot
process. To cause the parameter to take effect, you must power off
and then power on the server within 10 minutes of using the
bootmodecommand at the lom>prompt.
Monitoring the Server From the LOM
Shell
This section describes commands that enable you to check the status of the server
and the components monitored by the LOM device.
It also describes how to view the events stored in the LOM device’s event log.
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▼ To Check How Long the Server Has Been
Running
● To find out how much time has elapsed since the last boot, type:
lom> date
Time since last boot: +8d+20h48m2s
or:
lom> showdate
Time since last boot: +8d+21h49m6s
▼ To Check the Current Status of All Components
type:
lom> environment
CODE EXAMPLE 5-1 shows sample output from the environmentcommand. In this
example, all the components are running normally and none are faulty.
CODE EXAMPLE 5-1 Sample Output From the environmentCommand
lom>environment
Fault OFF
Alarm 1 OFF
Alarm 2 OFF
Alarm 3 OFF
Fans:
1 OK speed 99%
2 OK speed 95%
PSUs:
1 OK
Temperature sensors:
1 28degC OK
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Overheat sensors:
1 OK
Supply rails:
1 OK
2 OK
3 OK
4 OK
5 OK
lom>
Viewing the LOM Event Log
The eventlogcommand reports the last 10 events. The loghistorycommand can
report up to several hundred events. Note that the first event is the oldest and that
each event has a time stamp indicating the hours and minutes (and, if applicable,
days) since the following:
■ The LOM device was last powered off (that is, since all power to the server,
including standby power, was last removed) or
■ If the server has been booted since all power was last removed, then the time
stamp indicates the number of days, hours, and minutes since the last reboot.
▼ To View the Last 10 Events in the Event Log
● Type:
lom> show eventlog
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▼ To View the Entire Event Log
● Type:
lom> loghistory [pause x] [level y]
where x is the number of lines you want to display before pausing, and y is the
severity level of the events you want to see. By default, the loghistorycommand
displays all the events in the log and does not pause the display.
If you specify a severity level, you will see reports for the level you specify and
above. For example, if you specify level 2, you will see reports of level 2 and level 1
events. If you specify level 3, you will see reports of level 3, level 2, and level 1
events.
If you do not specify a level, you will see events for all levels.
For more information about severity levels, see “Viewing Event Reports That LOM
Sends to syslogd” on page 61.
Each entry in the log includes the time of the event, the server’s host name, a unique
identifier for the event, and a user-friendly text message describing the event.
Note – The LOM device’s Event Log is never cleared, and it can contain several
hundred entries. Events are stored from the very first time the server boots.
Eventually the buffer might become full, but when this happens, the LOM device
will start again at the beginning of the buffer, overwriting the earliest events.
▼ To View All Events From the First to the nth
Event Logged
● Type:
lom> loghistory index +n [pause x] [level y]
where n is the number of events you want to see that have been logged since the first
event in the current log, x is the number of lines you want to display before pausing,
and y is the severity level of the events you want to see. By default, the loghistory
command does not pause the display.
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▼ To View All Events From the Last One Logged
to the nth Event Before It
● Type:
lom> loghistory index -n [pause x] [level y]
where n is the number of events you want to see listed that were logged before the
last event in the current log, x is the number of lines you want to display before
pausing, and y is the severity level of the events you want to see. By default, the
loghistorycommand does not pause the display.
● To see the last five events, type:
lom> loghistory index -5
+0h39m34s Alarm 1 ON
+0h39m40s Alarm 3 ON
+0h39m54s Alarm 3 OFF
+0h40m0s Alarm 1 OFF
+0h40m58s Fault LED ON
Verifying That a Component Has Been Fixed
If a monitored component has failed, the LOM device does not continue to report the
failure. You can, however, check the status of a component, for example, after
attempting to fix it.
▼ To Check the Status of a Component
● Type:
lom> check
This causes the LOM device to update the status of all the components it monitors.
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Setting Up LOM Privileges for Named
Users
You can specify up to four named users of the LOM device on a Sun Fire V100
server. By default, no users are set up, and therefore no user login prompt appears
when you use the LOM escape sequence.
However, if you set up one or more users, every time you use the LOM escape
sequence to display the lom>prompt, you will be prompted for a user name and
password. Therefore, one of the user accounts you set up must be for yourself.
Permissions Available for LOM Users
Four areas of authorization are available for named users. When you create a new
user, no permissions are assigned until you use the userpermcommand. If you
specify any permissions (using the lom> userpermcommand), only those that you
specify will be available.
The four areas of authorization available are:
■ Console permission (c-level)
This enables the named user to select the system console from the lom>prompt
(if the Serial A/ LOM port is shared between the LOM and the console). The
■ User Administration permission (u-level)
This enables the named user to add and delete users and alter their permissions.
■ Administration permission (a-level)
This enables the named user to change the LOM device’s configuration variables
(see “Introduction to Lights-Out Management” on page 43).
■ Reset permission (r-level)
This enables the user you have named to reset the server and to power it on and
off using the LOM device.
For information about how to specify one or more of these areas of authorization for
a named user, see “To Specify Permissions for a Named User” on page 57.
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▼ To Create a LOM User Account
● Type:
lom> useradd username
where the username is up to eight characters long, begins with an alphabetic
character, and contains at least one lowercase alphabetic character. You can use any
of the following characters in the user name:
■ Alphanumeric
■ Period (.)
■ Underscore (_)
■ Hyphen (-)
Note – You must have User Administration (u-level) authorization to add a user
(see “Permissions Available for LOM Users” on page 54). If you have not added any
users, you have a-level and all other levels of authorization by default.
▼ To Specify the Password for a LOM User
Account
● Type:
lom> userpassword username
where the username is the name of a LOM user account that already exists.
Note – You must have User Administration (u-level) authorization to set a
password for a user (see “Permissions Available for LOM Users” on page 54).
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▼ To View the Details of a LOM User Account
● Type:
lom> usershow
This command displays the details of all users.
Note – You must have User Administration (u-level) authorization to view the
details of a LOM user account (see “Permissions Available for LOM Users” on
page 54).
▼ To Change Your Own User Password
1. To change the password for the account you are currently logged into, type:
lom> password
2. When prompted, type the current password.
3. When prompted, type the new password you want to use.
4. Type the new password again to confirm it.
▼ To Delete a LOM User Account
● Type:
where the username is the name of an existing LOM user account.
Note – You must have User Administration (a-level) authorization to delete a user
account (see “Permissions Available for LOM Users” on page 54).
If you delete all the users you have set up, you will no longer see the login prompt
when you go to the lom>prompt.
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By default, all four areas of authorization are available to each named user you set
up. You can limit users to a particular area or areas of authorization by specifying
permissions for a named user.
▼ To Specify Permissions for a Named User
● Type:
lom> userperm username [c][u][a][r][-]
You can specify:
■ All four parameters (for example, userperm cuar)
This also makes all four areas available to the named user.
■ One, two, or three parameters
This makes only the parameter or parameters you specify available.
The parameters are:
■ c
This stands for “console permission”. It enables the named user to exit from the
lom>prompt to the Solaris prompt (as long as the Serial A/ LOM port is shared
between LOM and the console).
■ u
add and delete users and alter their areas of authorization by using the userperm
command.
■ a
This stands for “administration permission”. It enables the named user to change
the LOM device’s configuration variables (see “Setting the LOM Configurable
Variables” on page 58).
■ r
This stands for “reset permission”. It enables the user you have named to reset
the server and to power it on and off using the LOM device.
■ -
Use this character to specify that no permissions are assigned.
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▼ To Quit a LOM Named User Session
● Type:
lom> logout
This returns you to the LOM login prompt.
Note – To be able to run the commands described in this section, the named user
must have a-level permission. For more information, see “Setting Up LOM
Privileges for Named Users” on page 54.
▼ To Turn the Fault LED On and Off
● To turn the Fault LED on by setting the faultonvariable, type:
lom> faulton
● To turn the Fault LED off by setting the faultoffvariable, type:
lom> faultoff
▼ To Set an Alarm Flag
● Turn the alarm on by typing:
lom> alarmon n
where n is the number of the alarm you want to turn on: 1, 2, or 3.
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● Turn the alarm off by typing:
lom> alarmoff n
where n is the number of the alarm you want to turn off: 1, 2, or 3.
Alarms 1, 2, and 3 are software flags. They are not associated with any specific
conditions, but are available to be set by your own processes or from the command
line. For more information, see “To Turn the Alarms On and Off (lom -A)” on
page 76.
▼ To Stop LOM Sending Event Reports to the
Serial A/ LOM Port
● Enable event reporting by typing:
lom> event-reporting on
Note – This is the equivalent of using the lom -E oncommand from the Solaris
shell. For more information, see “To View the Event Log (lom -e)” on page 72.
● Disable event reporting by typing:
lom> event-reporting off
Note – This is the equivalent of using the lom -E offcommand from the Solaris
shell. For more details, see “To Stop LOM From Sending Reports to the Serial A/
LOM Port (lom -E off)” on page 77.
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Separating LOM From the Console on
the Serial A/ LOM Port
By default, the LOM device shares the Serial A/ LOM port with the console, and
when it has an event report to send, it takes control of the Serial A/ LOM port itself,
interrupting any console activity you are performing. To prevent the LOM device
from interrupting the console, either turn serial event reporting off (see Chapter 6),
or dedicate the Serial A/ LOM port to the LOM device and use the Serial B port for
console activity. The next section, “To Dedicate Serial A/ LOM to LOM” on page 60,
gives more detail.
The advantages of dedicating the Serial A/ LOM port to the LOM device and using
Serial B as your console port include:
■ Preserving the ability to power on or reset the server (from the lom>prompt on
Serial A/ LOM) even if for any reason you lose access to Solaris on your console
port (Serial B).
■ Capturing all LOM events passively on a terminal connected to the dedicated
LOM port (Serial A/ LOM). Note, however, that if you dedicate the Serial A/ LOM
port to the LOM device, you cannot use the consolecommand to quit the LOM
shell. Instead, for access to the Solaris environment, you must connect to the
server using the Serial B port.
■ Preventing a user with console access from using the LOM escape sequence to
exit the Solaris environment and access the LOM shell. If you dedicate the Serial
B port to the console, users cannot bring up the LOM shell, which means that
they cannot interrogate or reconfigure the LOM device.
■ Performing binary data transfers. To perform any task other than an ASCII
transfer, you must use the Serial B port.
▼ To Dedicate Serial A/ LOM to LOM
1. Set up console connections to both the Serial A/LOM port and the Serial B port.
2. At the Solaris prompt, type:
# eeprom input-device=ttyb
# eeprom output-device=ttyb
# reboot
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The Serial B port (ttyb) is now your console port. The Serial A/ LOM port remains in
the control of the LOM device.
▼ To Share the Serial A/ LOM Port Between LOM
Note – By default, the Serial A/ LOM port is shared by the LOM device and the
console. Therefore, you should follow the instructions in this section only if you
have configured the server by using the instructions in the previous section (“To
Dedicate Serial A/ LOM to LOM” on page 60) and you now want to share the Serial
A/ LOM port between LOM and the console.
1. Set up console connections to both the Serial A/LOM port and the Serial B port.
2. At the Solaris prompt, type:
# eeprom input-device=ttya
# eeprom output-device=ttya
# reboot
The Serial A/ LOM port (ttya) is now shared between the LOM device and the
console.
Viewing Event Reports That LOM Sends
to syslogd
The LOM device monitors the status of the fans, supply rails, temperature, and
power supply even when the server is powered off (the LOM device operates on
standby power). If it detects a fault, it turns on the Fault LED on the server’s front
and back panels and stores a report in an event log, which resides in memory on the
LOM device. When the Solaris environment is running, the LOM device also sends
event reports to syslogd. The syslogdhandles these in the way it has been
configured to handle event reports. This means that by default it sends them to the
console and stores them in this directory:
/var/adm/messages
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In this file, the reports are displayed with a label identifying them as lomreports
and indicating their severity. Starting with the most severe, the levels of severity are:
1. Fatal
Fatal events can cause the server to shut itself down. Examples of fatal events are:
■ Supply rail failures.
■ Exceeded temperature thresholds.
2. Warning
Warning events do not cause the server to shut down, but they do require immediate
attention. Examples of warning events are:
■ Fans turning too slowly.
■ Fault LED has been turned on.
■ System Configuration Card has been removed.
3. Info
Info events are most likely to inform you that a problem is now fixed. For example,
if you reinsert the System Configuration Card, the LOM device will generate an
event to say that the System Configuration Card has been restored.
4. User
User level events indicate the activity of named users whom you have authorized to
access the LOM device. For example, an event is generated when a user logs in or
out.
LOM Shell Command List
The commands you can use from the lom>prompt are listed in TABLE 5-2.
TABLE 5-2
Command
LOM Commands
Description
alarmoff n
Sets alarm n off, where n is 1, 2, or 3. These three alarms are software
flags. They are associated with no specific conditions but are available
to be set by your own processes.
alarmon n
break
Sets alarm n on. See the description for the alarmoffcommand.
Takes the server down to the okprompt.
bootmode
Determines the behavior of the server during the boot process.
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TABLE 5-2
LOM Commands (Continued)
Command
Description
check
Resets monitoring to report all failures. If a monitored component has
failed, the LOM device will not continue to report the same failure. To
check the status of the component, for example, after attempting to fix
it, use the checkcommand. This updates the status of all monitored
components.
console
Takes you out of the LOM shell and back to the Solaris prompt. It
returns control of the serial connection to the console.
environment
Displays the temperature of the server and the status of the fans, the
power supply, the overtemperature monitors, the supply rails and
circuit breakers, the alarms, and the fault LED.
faulton
faultoff
help
Sets the Fault LED to On.
Sets the Fault LED to Off.
Displays the list of LOM commands.
Displays all the events in the LOM device’s Event Log.
loghistory
logout
Returns named users you have set up with password access to the
LOM user login prompt.
poweron
Powers the server on.
poweroff
reset
Powers the server down to standby power mode.
Resets the server.
show model
show hostname
Displays the server model.
Displays the server name (this command is equivalent to the Solaris
uname -n command).
show eventlog
Displays the LOM device’s event log. The event log is the list of the
last 10 events stored in the LOM device. The most recent event is the
one at the bottom of the list.
show escape
show
Displays the current LOM escape sequence.
Displays all the information available with the showcommand.
Adds a user to the LOM device’s list of permitted users.
Deletes a user from the LOM device’s list of permitted users.
Displays the details of a named user’s LOM account.
Sets or changes a user’s password.
useradd
userdel
usershow
userpassword
userperm
version
Sets the permission levels for a named user.
Displays the version number of the LOM device.
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CHAPTER
6
Managing the Sun Fire V100 Server
From the Solaris Prompt
LOM-specific commands in the Solaris 8 operating environment. It contains the
following sections:
■ “Monitoring the System From the Solaris Prompt” on page 66
■ “Other LOM Tasks You Can Perform From the Solaris Prompt” on page 76
Note – For information about how to configure the LOM device driver, see
Appendix A.
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Prompt
need a terminal connection to the Serial A/ LOM port on the server (see “Setting Up
a Console Connection to the Server” on page 20).
There are two ways to interrogate LOM or to send it commands to perform:
■ Use LOM commands from the lom>shell prompt. For information about how to
do this, see Chapter 5.
■ Use LOM-specific Solaris commands from the Solaris prompt. These commands
are described in this chapter.
All Solaris commands described in this section are available from the main Solaris #
prompt. They run a utility called /usr/sbin/lom.
Where appropriate, the command lines given in this section are accompanied by
typical output from the commands.
There are also manual pages for the LOM utility.
▼ To View the LOM Online Documentation
● To view the manual pages for the LOM utility, type:
# man lom
▼ To Check the Power Supply Unit (lom -p)
● To check whether the input lines and the output line for the power supply unit
are working normally, type:
# lom -p
PSU:
1 OK
#
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▼ To Check the Fan Status (lom -f)
● Type:
# lom -f
Fans:
1 OK speed 99%
#
Checking the Supply Rail Voltages and Internal
Circuit Breakers (lom -v)
The supply rails are the Sun Fire V100 server’s internal power lines. If the status of
any of these is faulty, contact your local Sun sales representative. It means that you
have either a faulty system board or a faulty PSU.
The -voption also displays the status of the server’s internal circuit breakers. For
any that have been tripped, the status will read faulty. The system contains three
circuit breakers: one for each of the USB ports and one for the system configuration
card reader.
If there is a problem with the circuit breakers or the USB port circuit breakers,
remove the device connected to the relevant port and the circuit breakers will
automatically recover.
If there is a problem with the circuit breaker for the system configuration card, it
means either that the system configuration card is inserted incorrectly, or is broken.
Insert a valid one to check.
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▼ To Check the Status of the Supply Rails and
Internal Circuit Breakers
● Type:
# lom -v
Supply voltages:
1 5V status=ok
2 3V3 status=ok
3 +12V status=ok
4 -12V status=ok
5 VDD-CORE status=ok
System status flags (circuit breakers):
1 USB0 status=ok
2 USB1 status=ok
▼ To Check the Internal Temperature
● Type:
# lom -t
System Temperature Sensors:
1 enclosure 25 degC : warning 67 degC : shutdown 72 degC
System Over-temperature Sensors:
1 cpu status=ok
#
This checks the server’s internal temperature, and the warning and shutdown
threshold temperatures.
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▼ To Check Whether the Fault LED and Alarms
Are On or Off
● Type:
# lom -l
LOMlite alarm states:
Alarm1=off
Alarm2=off
Alarm3=off
Fault LED=on
#
Alarms 1, 2, and 3 are software flags. They are not associated with any specific
conditions, but are available to be set by your own processes or from the command
line. For more information, see “To Turn the Alarms On and Off (lom -A)” on
page 76.
▼ To Change the LOM Automatic Server Restart
Configuration (lom -w)
For full information about enabling and using LOM’s automatic server restart (ASR)
process, see “To Configure the LOM ASR” on page 73.
● To find out how the LOM watchdog is currently configured, type:
# lom -w
LOMlite watchdog (ASR) settings:
Watchdog=on
Hardware reset=off
Timeout=40 s
#
The LOM watchdog is enabled by default when the Solaris environment boots. This
means that, by default, if the watchdog does not receive a “pat” for 40,000
milliseconds, it will turn on the Fault LED on the front and back panels of the
system, generate a LOM event report, and, if configured to do so, perform an
automatic server restart. However, although the watchdog is enabled by default
when Solaris boots, the Hardware resetoption is not. This means that the LOM
device does not, by default, automatically restart the server after a lockup.
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● To configure the LOM device to perform an automatic server restart (ASR) after a
lockup, you must enable the Hardware resetoption as well as the Watchdog
option.
For more information, see “Configuring Automatic Server Restart” on page 73.
▼ To View the Configuration of LOM
● To view the settings of all the configurable variables for the LOM device, type:
# lom -c
LOMlite configuration settings:
serial escape character=#
serial event reporting=default
Event reporting level=fatal, warning & information
Serial security=enabled
Disable watchdog on break=disabled
Automatic return to console=disabled
alarm3 mode=watchdog
firmware version=3.0
firmware checksum=2983
product revision=0.0
product ID=Sun Fire 100
#
▼ To View All the Status Data Stored by LOM,
Plus Details of the Device’s Own Configuration
● Type:
# lom -a
Code example 6-1 gives sample output of this command.
CODE EXAMPLE 6-1 Sample lom -aoutput
PSUs:
1 OK
Fans:
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CODE EXAMPLE 6-1 Sample lom -aoutput
PSUs:
1 OK speed 68%
LOMlite configuration settings:
serial escape character=#
serial event reporting=default
Event reporting level=fatal, warning & information
Serial security=enabled
Disable watchdog on break=enabled
Automatic return to console=disabled
alarm3 mode=user controlled
firmware version=3.9
firmware checksum=2262
product revision=0.1
product ID=Sun Fire 100
LOMlite Event Log:
+12d+18h28m30s fault led state - ON
+12d+18h28m34s fault led state - OFF
+12d+18h28m43s fault led state - ON
+12d+18h28m45s fault led state - OFF
+12d+18h28m46s fault led state - ON
+12d+18h28m47s fault led state - OFF
+12d+18h28m48s fault led state - ON
+12d+18h28m49s fault led state - OFF
4/11/2001 15:23:33 GMT LOM time reference
4/25/2001 15:30:13 GMT LOM time reference
LOMlite alarm states:
Alarm1=off
Alarm2=off
Alarm3=on
Fault LED=off
LOMlite watchdog (ASR) settings:
Watchdog=off
Hardware reset=off
Timeout=127 s
Supply voltages:
1
2
3
4
5
5V status=ok
3V3 status=ok
+12V status=ok
-12V status=ok
VDD core status=ok
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CODE EXAMPLE 6-1 Sample lom -aoutput
PSUs:
System status flags (circuit breakers):
1
2
3
USB0 status=ok
USB1 status=ok
SCC status=ok
System Temperature Sensors:
1
Enclosure 27 degC : warning 67 degC : shutdown 72 degC
System Over-temperature Sensors:
1 CPU status=ok
Console output prior to last reset:
▼ To View the Event Log (lom -e)
● To see the event log, type:
# lom -e n,[x]
where n is the number of reports (up to 128) that you want to see and x specifies the
level of reporting you require. There are four levels of event reporting:
1. Fatal events
2. Warning events
3. Information events
4. User events
you specify level 2, you will see reports of level 2 and level 1 events. If you specify
level 3, you will see reports of level 3, level 2, and level 1 events.
If you do not specify a level, you will see reports of level 3, level 2, and level 1
events.
FIGURE 6-1 shows a sample event log display. Note that the first event is the oldest
and that each event has a date stamp indicating the days, hours and minutes since
the system was last booted.
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# lom -e 10
LOMlite Event Log:
+0h0m21s host reset
9/15/2000 17:35:28 GMT LOM time reference
+0h3m20s fault led state - ON
+0h3m24s fault led state - OFF
+0h39m34s Alarm 1 ON
+0h39m40s Alarm 3 ON
+0h39m54s Alarm 3 OFF
+0h40m0s Alarm 1 OFF
+0h48m52s fault led state - OFF
+0h49m39s Fan 1 FATAL FAULT: failed
+0h50m58s fault led state - ON
# lom -e 10
FIGURE 6-1 Sample LOM Device Event Log (Oldest Event Reported First)
Configuring Automatic Server Restart
You can configure automatic server restart (ASR) to restart a server automatically
after a lockup. LOM has a watchdog process that, by default, expects to be patted
every 10,000 milliseconds. If it does not receive a pat after 40,000 milliseconds
(default), then LOM switches on the front and back fault LEDs and generates a LOM
event report. However, it does not automatically restart the system unless you have
configured it to do so.
▼ To Configure the LOM ASR
● Add the -Roption to the priocntlcommand in the script file called /etc/
rc2.d/S25lom.
This is the script that runs the LOM watchdog process:
# priocntl -e -c RT lom -W on,40000,10000 -R on
When you have done this, LOM will restart the server whenever the watchdog times
out.
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You can turn the option on and off from the Solaris command prompt. For more
information, see “To Set the Hardware Reset Option From a Script or Command
(lom -R on)” on page 75.
However, as long as you have the -R onoption set in /etc/rc2.d/S25lom, the
Hardware Resetoption will always be enabled when you start the system.
Own Script or Command (lom -W on)
Note – You do not normally need to do this. If you want to configure LOM to
perform an automatic server restart after a lockup, see “To Configure the LOM ASR”
on page 73. Use the lom -W onoption on the command line or in another script file
only if you have removed the
/etc/rc2.d/S25lomscript.
By default, the LOM watchdog process is enabled, and if you type
lom -W onwhile the watchdog process is already running, the command will have
no effect. You can run this command only if you have removed the
/etc/rc2.d/S25lomscript file, or if you have turned the watchdog off manually
by using the lom -W offcommand.
The default priocntlcommand is:
priocntl -e -c RT lom -W on,40000,10000
The number 40,000 on this command line indicates the watchdog’s timeout period in
milliseconds; you can specify a different number. The number 10,000 indicates its pat
interval in milliseconds; again, you can specify a different number.
Note – Do not specify a watchdog timeout period of less than 5000 milliseconds. If
you do, the watchdog times out frequently even though the server has not locked
If the watchdog process times out (in other words, if it does not receive its expected
pat), the LOM device will turn on the server’s front and back Fault LEDs and
generate a LOM event report. However, it will not automatically reset the system. To
make it reset the system, you must use the -Roption. For more information, see “To
Set the Hardware Reset Option From a Script or Command (lom -R on)” on page 75.
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● If you have no LOM watchdog process running already and you want the process
to run, type the following, or add it to another script file:
# lom -W on,40000,10000
● If you want the LOM device to perform an automatic server restart after a lockup,
you must include the -R onoption in the command, as follows:
# lom -W on,40000,10000 -R on
Note – Unless you include the lom -W onand -R onoptions in a script file, you
must run the lomcommand every time you reboot the system if you want to use the
automatic server restart facility. Otherwise the watchdog will not run, and the server
will not reset after a lockup.
Script or Command (lom -R on)
To make the LOM device’s watchdog process trigger an automatic server restart
(ASR) after a lockup, add the -R onoption to the command in your
/etc/rc2.d/S25lomscript file. This is the script that runs the watchdog. For
instructions about how to do this, see “To Configure the LOM ASR” on page 73.
However, if for any reason you are not using the script file provided with your
system (/etc/rc2.d/S25lom) but have instead enabled the watchdog from the
command line or from another script file, you can turn the Hardware resetoption
on.
● To turn the Hardware resetoption on, type the following at the command line:
# lom -R on
● To turn the Hardware resetoption off from the command line,type:
# lom -R off
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Other LOM Tasks You Can Perform
From the Solaris Prompt
This section describes how to:
■ Turn the alarms and Fault LEDs on and off with the lomcommand.
■ Change the first character of the lomescape sequence.
■ Stop LOM sending reports to the Serial A/ LOM port.
■ Remove driver protection from the device driver.
■ Make the LOM interface backward compatible.
■ Upgrade LOM firmware.
▼ To Turn the Alarms On and Off (lom -A)
There are three alarms associated with LOM. They are not associated with specific
conditions but are software flags that can be set either by your own processes or
from the command line.
● To turn an alarm on from the command line, type:
# lom -A on,n
where n is the number of the alarm you want to set: 1, 2, or 3.
● To turn the alarm off from the command line, type:
# lom -A off,n
where n is the number of the alarm you want to turn off: 1, 2, or 3.
▼ To Turn the Fault LED On and Off (lom -F)
● To turn the Fault LED on, type:
# lom -F on
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● To turn the Fault LED off, type:
# lom -F off
▼ To Change the First Character of the Sequence
for Escaping to the lom>Prompt (lom -X)
The character sequence #.(hash, dot) enables you to exit the Solaris prompt to the
lom>prompt.
● To change the first character of this default lomescape sequence, type:
# lom -X x
where x is the alphanumeric character you want to use instead of #.
Note – If you are at the console and you type the first character of the LOM escape
sequence (by default this is #), there is a delay of one second before the character
appears on the screen. This is because the system waits to see if you type the dot (.)
character next. If you do, the lom>prompt appears. If you do not, the # character
appears. If you want to change the LOM escape character, use a character that is not
included in any console commands; otherwise the delay between your striking the
key and the character appearing on the screen may affect your typing at the console.
▼ To Stop LOM From Sending Reports to the Serial
A/ LOM Port (lom -E off)
LOM event reports can interfere with information you are attempting to send or
receive on the Serial A/ LOM port. By default, the Serial A/ LOM port is shared by
the console and LOM. LOM interrupts the console whenever it needs to send an
event report. To prevent LOM from interrupting the console on Serial A/ LOM, turn
serial event reporting off.
● To stop LOM from sending reports to the Serial A/LOM port, type:
# lom -E off
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● To turn serial event reporting on again, type:
# lom -E on
If you want to dedicate the Serial A/ LOM port to the LOM device and you want to
use the Serial B port as your console port, see “To Dedicate Serial A/ LOM to LOM”
on page 60.
▼ To Make the LOM Interface Backward
Compatible (lom -B)
If you have scripts written to the LOMlite interface on the Netra T1 Model 100/ 105
server or the Netra t 1400/ 1405 server and you want to use these scripts on the Sun
Fire V100 server, you can add file system links that make this possible.
● Type:
# lom -B
When you have done this, you will be able to use the old scripts on the new system.
▼ To Upgrade LOM Firmware
(lom -G default)
To upgrade the firmware for LOM, obtain the new firmware package from the
SunSolveSM website (http://sunsolve.sun.com) or from your local Sun sales
representative, and type the following:
# lom -G default
Note – LOM firmware upgrades are released as patches and include detailed
installation instructions.
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LEDs
The Sun Fire V100 server contains two front panel LEDs (see FIGURE 7-1) and four
rear panel LEDs (see FIGURE 7-2). Those on the front panel indicate power and faults
only. Those on the back panel indicate the presence of up to two ethernet
connections, and replicate the power and fault information of the front LEDs.
Front-Panel LEDs
The front panel LEDs are located at the top left of the servers front bezel.
Power LED
Fault LED
FIGURE 7-1 Front-Panel Power and Fault LEDs
■ Power LED (Green)
This LED is lit when the server is powered on. It is unlit when the server is in
standby mode.
■ Fault LED (Amber)
The Fault LED is constantly on when a problem has occurred that is not fatal to the
server, but that you should fix as soon as possible. Circumstances that can create
this condition include the following:
■
■
■
The temperature inside the server’s enclosure is higher than normal.
The voltage on one of the server’s output supply rails is unusually high.
The system configuration card, containing the server’s serial number, MAC
address, and NVRAM settings, has been removed.
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■
The LOM watchdog has timed out, indicating that the server has locked up.
You can configure the server to restart automatically after a lockup (see
Chapter 6).
Circumstances that cause the Fault LED to flash include the following:
■
The speed of the fan inside the server is too low.
■
The temperature inside the server’s enclosure is too high. By default, this
causes the server to shut down. For information about configuring the server
not to shut down in this condition, see Appendix B.
■
■
The voltage on one of the server’s output supply rails is too high. By default,
this causes the server to shut down. For information about configuring the
server not to shut down in this condition, see Appendix B.
The temperature inside the CPU is too high. This causes the server to shut
down.
Back-Panel LEDs
The four back panel LEDs convey the information listed below. For the location of
the LEDS on the server, see FIGURE 7-2.
■ Ethernet port 0
Lights to indicate link status with dmfe0.
■ Ethernet port 1
Lights to indicate link status with dmfe1.
■ Fault LED
This mirrors the Fault LED on the front panel.
■ Power LED
This mirrors the Power LED on the front panel.
Chapter 7
Interpreting the LEDs
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Ethernet 0
Ethernet 1
Fault
Power LED
FIGURE 7-2 Back-Panel Power and Fault LEDs
▼ To Turn the Fault LED On or Off
● To turn the Fault LED on, type:
# lom -F on
# lom -F off
For information about turning the Fault LEDs on and off from the LOM shell, see
Chapter 5.
For more information about the lomcommands included in the Solaris operating
environment, see Chapter 6.
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CHAPTER
8
Removing and Replacing
Components
following sections:
■ “Adding Components or Replacing A Server” on page 86
■ “Replacing the System Configuration Card” on page 86
■ “Adding or Changing Internal Components” on page 87
■ “Memory Installation and Removal” on page 91
■ “Installing and Removing the Hard Disk Drive” on page 92
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Adding Components or Replacing A
Server
For a list of components that are available for the Sun Fire V100 server, see “Optional
Components” on page 4. If there is a fault with any of the components listed below,
replace the whole server. Should you need to do this, contact your Sun sales
representative.
■ Motherboard
■ Processor
■ Power Supply Unit
■ Fan
■ CD-ROM drive
The server contains a memory card called the system configuration card. The card
contains the following data:
■ the only copy of NVRAM
■ IDPROM
■
■
host ID
MAC address
Replacing the System Configuration
Card
The card is removable so that you can transfer the host ID and configuration data
onto a new server, allowing quick and easy server replacement.
▼ To Swap the System Configuration Card (SCC)
Between Servers
1. Make sure that both Sun Fire V100 servers are powered down.
2. Remove the zip ties securing the system configuration cards in both servers, and
remove the cards.
3. Insert the system configuration card from the old server into the new one.
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4. Replace the zip tie on the new system.
5. Power on the new system (see Chapter 4).
Caution – Never remove the system configuration card when the server is booting
or running Solaris. Power the server off or down to standby mode before removing
or inserting the system configuration card.
Caution – Do not handle the system configuration card unless you need to transfer
it to another system. If you need to handle it for this reason, avoid contact with the
gold terminals on the underside of the card.
FIGURE 8-1 The System Configuration Card Slot
Adding or Changing Internal
Components
The procedures in this section are for the attention of qualified service engineers
only. If you need to replace or add a component, contact your local Sun sales
representative, who will put you in touch with the Sun Enterprise Service branch for
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your area. You can then arrange to return the system to Sun for repair under the
terms of your warranty or you can order the components and have them installed by
your own qualified service engineers.
Caution – The system contains electronic parts that are extremely sensitive to static
electricity. Do not touch any metal parts. Place the system on top of an electrostatic
discharge (ESD) pad (see FIGURE 8-2). Use the disposable antistatic wrist strap
supplied with the system, and attach it to the metal base of the system before
touching any of the internal components.
Caution – Before attempting to remove the cover, make sure that the server is
powered off and that the power cord, and all other cables, have been disconnected
from it.
FIGURE 8-2 Using the Disposable Antistatic Wrist Strap Supplied With the System
▼ To Change Components In a Sun Fire V100
Server That Is In Use
If the system is currently in use and you need to open it to install a component:
1. Shut down the Solaris environment from the console.
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2. Hold the On/Standby switch in the Standby position for more than four seconds
to put the server in standby mode.
3. Disconnect the power cord.
4. Disconnect all other cables.
5. If the system is installed in a rack or cabinet, remove it.
▼ To Remove the Top Cover
■ If the Sun Fire V100 server is not in use, go straight to step 1.
■ If the server is already in use, see “To Change Components In a Sun Fire V100
Server That Is In Use” on page 88.
FIGURE 8-3 Removing the Top Cover
1. Place the unit on an ESD surface and attach an antistatic wrist strap (see
FIGURE 8-2).
2. Unscrew the captive screw from the back of the unit (see FIGURE 8-3).
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3. Slide the top cover back until the arrow on the cover lines up with the arrow on
the server body.
4. Lift the cover up and off.
▼ To Replace the Top Cover
1. Align the arrow on the cover with the arrow on the server body.
2. Press the cover down so that it clips into the server body.
FIGURE 8-4 Replacing the Top Cover
3. Slide the cover forwards so that its leading edge is flush with the back of the
server’s front bezel.
Note – When the cover is in position, the arrows do not line up; the arrow on the
cover is further towards the bezel than the arrow on the server body.
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4. Tighten the captive screw on the back of the unit.
Memory Installation and Removal
There are four industry standard PC133 memory module sockets on the Sun Fire
V100 server’s system board. To see the location of the memory modules inside the
server, see FIGURE 8-5 or the underside of the server’s top cover.
■ If the server is not in use, go straight to Step 1.
■ If the server is already in use, see “To Change Components In a Sun Fire V100
Server That Is In Use” on page 88.
1. Place the unit on an ESD surface and attach an antistatic wrist strap (see
FIGURE 8-2)
2. Remove the server’s top cover (see “To Remove the Top Cover” on page 89).
3. Insert the memory module in the next vacant DIMM socket.
The memory slots are numbered 3, 2, 1, 0. Add DIMMS in that order.
3
Add in this order
2
1
3
0
2
1
Remove in this order
0
FIGURE 8-5 DIMM Insertion and Removal Sequence
4. Press the memory module until the latches at the sides of the socket click into
place.
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FIGURE 8-6 Installing Memory Into a Socket on the System Board
5. If you are removing memory, open the latches and remove the module(s) in the
order 0, 1, 2, 3.
6. Replace the system cover and tighten the captive screw (see FIGURE 8-4).
Installing and Removing the Hard Disk
Drive
The server can accept two hard disk drives, which are numbered 0 and 1.
▼ To Install a Hard Disk Drive
■ If the Sun Fire V100 server is not in use, go straight to Step 1.
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■ If the server is already in use, see “To Change Components In a Sun Fire V100
Server That Is In Use” on page 88.
1. Place the unit on an ESD surface and attach an antistatic wrist strap (see
FIGURE 8-2).
2. Remove the server’s top cover (see “To Remove the Top Cover” on page 89).
3. Remove the metal placeholder if your server has one (if it was configured with a
single hard disk drive, the second hard disk drive slot will have the placeholder
installed).
FIGURE 8-7 Removing the HDD Placeholder
4. Insert and align the new hard disk drive (see FIGURE 8-8).
a. Position HDD and slide onto the clips on the base of the server.
b. Press the handle into the two clips on the base of the server.
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Step 4b
Step 4a
FIGURE 8-8 Installing a Hard Disk Drive
5. Attach the power and data cables (see FIGURE 8-8).
6. Replace the system cover and tighten the captive screw (see FIGURE 8-4).
■ If the server is not in use, go straight to Step 1.
■ If the server is already in use, see “To Change Components In a Sun Fire V100
Server That Is In Use” on page 88.
1. Place the unit on an ESD surface and attach an antistatic wrist strap (see
FIGURE 8-2).
2. Remove the server’s top cover (see “To Remove the Top Cover” on page 89).
3. Disconnect the data and power cables.
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4. Unfasten the hard disk drive’s handle from the two clips securing it.
5. Slide the hard disk drive until it is free from the clips on the base of the server.
6. Lift the hard disk drive up and out of the server.
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CHAPTER
9
Reinstalling the Solaris Operating
Environment
This chapter explains how to reinstall the Solaris operating environment onto the
Sun Fire V100 server. It contains the following sections:
■ “Reinstalling the Solaris Operating Environment” on page 98
■ “Reinstalling the Lights-Out Management Software” on page 98
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Reinstalling the Solaris Operating
Environment
The Sun Fire V100 server is supplied with the Solaris operating environment
preinstalled.
If for any reason you decide to reinstall the Solaris operating environment (for
example, if you need to repartition your root disk or recover from a failure) follow
the instructions in the Solaris Installation Guide (806-0955-10) and the Solaris Advanced
Installation Guide (806-0957-10).
Reinstalling the Lights-Out Management
Software
If you reinstall the Solaris operating environment and you intend to use the Lights-
Out Management (LOM) facilities, you must re-install the Lights-Out Management
software from the CD entitled Software Supplement for the Solaris Operating
Environment. This CD is included among the CDs supplied with Solaris.
If you do not reinstall the LOM software as described here, the LOM facilities will
not be available and layered applications that are dependent on them (for example,
the Sun Management Center software) will not function correctly. To reinstall LOM,
refer to the Sun Hardware Platform Guide.
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CHAPTER
10
Troubleshooting
server, and gives information to help fix those problems. The information is
contained in the following sections:
■ “Diagnostic Tools” on page 100
■ “Problems You Might Encounter” on page 105
■ “Frequently Asked Questions” on page 108
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Diagnostic Tools
The following troubleshooting tools are available for the servers:
■ Power On Self Test (POST) Diagnostics
■ OpenBoot Diagnostics (OBDiag)
■ SunVTS
POST Diagnostics
To view Power On Self Test (POST) diagnostic and error messages you need to have
a serial connection set up to the server. For more information, see “Setting Up a
Console Connection to the Server” on page 20.
If the OpenBoot PROM (OBP) variable diag-switch?is set to true, then POST
diagnostics will run automatically when you power on the server. However, the
default setting for diag-switch?is false.
To initialize POST diagnostics, you need to set the diag-switch?variable to true
and diag-levelto maxor min, and then power cycle the server. From the ok
prompt:
1. Type:
ok setenv diag-switch? true
2. Type:
ok reset-all
The system will now run POST diagnostics and display status and error messages in
your console window. If POST detects an error, it displays an error message
describing the failure. A sample error message is shown below:
Power On Self Test Failed. Cause: DIMM U0702 or System Board
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OpenBoot Diagnostics
Like POST diagnostics, OpenBoot Diagnostics can be run if the diag-switch?
variable is set to true.
You can also run OpenBoot Diagnostics interactively and select which tests you want
it to perform. To do so, follow the steps below from the okprompt.
1. Type:
ok setenv diag-switch? true
ok setenv auto-boot? false
ok reset-all
2. Type:
ok obdiag
This displays the OpenBoot Diagnostics menu:
obdiag
1 SUNW,lomh@0,8010
4 i2c-nvram@0,a0
7 serial@0,2e8
2 ethernet@5
5 ide@d
3 ethernet@c
6 pmu@3
8 serial@0,3f8
9 usb@a
Commands: test test-all except help what printenvs setenv versions
exit
FIGURE 10-1 The obdiagMenu
The tests are described in TABLE 10-1. Note the number that corresponds to the test
you want to perform, and use it with the testcommand. For example, to run a test
on the primary Ethernet port, type:
obdiag> test 3
Hit the spacebar to interrupt testing
Testing /pci@1f,0/ethernet@c ...........................passed
Hit any key to return to the main menu.
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Troubleshooting
101
3. When you have finished testing, exit OpenBoot Diagnostics and restore the value
of auto-boot?to true.
To do this, type:
obdiag> exit
ok setenv auto-boot? true
ok auto-boot? true
ok boot
The function of each test is shown below.
TABLE 10-1 Open Boot Diagnostics Tests
1
2
3
4
5
6
tests the LOM device
SUNW,lomh@0,8010
ethernet@5
ethernet@c
i2c-nvram@0,a0
ide@d
tests the secondary Ethernet port
tests the primary Ethernet port
tests the SCC card
tests the ide controller
tests the circuitry on the main CPU
board
pmu@3
7
8
9
test the ttyb port (Serial B)
tests the ttya port (Serial A)
tests the usb ports
serial@0,2e8
serial@0,3f8
usb@a
Setting the Diagnostic Level for POST and OpenBoot
Diagnostics
There are three levels of diagnostic testing available for OpenBoot Diagnostics and
POST diagnostics:
■ max (maximum level)
■ min (minimum level)
■ off (no testing)
Set the testing level by using the OpenBoot PROM variable called diag-level. The
default setting for diag-levelis min.The test level is set from the okprompt. To
set the test level:
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● Type:
ok setenv diag-level value
SunVTS
SunVTS, the Sun Validation and Test Suite, is an online diagnostics tool which you
can use to verify the configuration and functionality of hardware controllers, devices
and platforms. It runs in the Solaris 8 operating environment using any of the
following:
■ command line interface
■ serial (tty) interface
■ graphical interface within a windowed desktop environment.
SunVTS software lets you view and control a testing session on a remotely
connected server. Below is a list of example tests:
TABLE 10-2 SunVTS Tests
SunVTS Test
disktest
fputest
Description
Verifies local disk drives
Checks the floating-point unit
nettest
Checks the networking hardware on the system CPU board and on
network adapters contained in the system.
pmem
sutest
vmem
Tests the physical memory (read only)
Tests the server’s on-board serial ports
Tests the virtual memory (a combination of the swap partition and
the physical memory)
To Find Out If SunVTS is Installed
To check whether SunVTS is installed:
● Type:
# pkginfo -l SUNWvts
■
If SunVTS software is loaded, information about the package will be displayed.
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Troubleshooting
103
■
If SunVTS software is not loaded, you will see the following error message:
ERROR: information for “SUNWvts” was not found
Installing SunVTS
By default, SunVTS is not installed on the Sun Fire V100 server. SunVTS is
distributed via the Software Supplement for the Solaris Operating Environment CD. See
the Sun Hardware Platform Guide for details. The default directory to use when you
install SunVTS software is /opt/SUNWvts.
Using SunVTS Software
To test a Sun Fire V100 server by running a SunVTS session from a workstation
using the SunVTS graphical user interface, follow the procedure below.
1. Use the xhostcommand to give the remote server access to the local display.
Type:
# /usr/openwin/bin/xhost + remote_hostname
2. Remotely log in to the server as superuser or root.
3. Type:
# cd /opt/SUNWvts/bin
# ./sunvts -display local_hostname:0
Where local_hostname is the name of the workstation you are using.
Note – The directory /opt/SUNWvts/binis the default directory for SunVTS
software. If you have the software installed in a different directory, use that path
instead.
When you start SunVTS software, the SunVTS kernel probes the test system devices
and displays the results on the Test Selection panel. There is an associated SunVTS
test for each hardware device on your system.
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You can fine-tune your testing session by selecting the appropriate check boxes for
each of the tests you want to run.
Problems You Might Encounter
This section outlines some particular problems you might encounter when setting
up and using the Sun Fire V100 server and, where applicable, tells you where to look
in the Sun Fire V100 Server User’s Guide for more information.
Power On Failure
If the system does not power on when you apply power to the server, ensure that the
power cord is properly connected to the system and to the wall receptacle. Verify
that the wall receptacle is supplying AC power to the system.
If the wall receptacle AC power has been verified, but the system does not power on,
Cannot Set Up a Console Connection to a Server
The serial port pinouts are listed in “Setting Up a Console Connection to the Server”
on page 20. Verify that they are correct for the device (that is, the terminal or
terminal server) that you are connecting to the server.
No LOM Messages Displayed at the Terminal
You will only see LOM messages displayed at your terminal if you are connected to
the server using the A LOM port. If you are connected through the Serial B port,
then you need to switch serial ports to see LOM messages displayed.
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Cannot Display the lom>Prompt Using the #.
Escape Sequence
Check whether the first character of the #.escape sequence has been changed (this
is a user-configurable value). To check the current value, type the following from the
Solaris prompt:
# lom -c
The information that this command displays includes the serial escape character. If
this is not “#”, then type the character that is currently specified and follow it
immediately with a dot.
Problems Connecting to the Server Using a
Handheld Device
Having Sync Manager turned on causes problems when you try to establish a
connection to the server from a handheld device: make sure that Sync Manager is
turned off.
OpenBoot PROM Initialization Aborts and the
Server Will Not Boot
If the message “NO IDPROM” is displayed when the operating system attempts to
read the serial number and MAC address, the OpenBoot PROM initialization
sequence aborts. This could be caused by either of the following:
■ Incorrectly fitted system configuration card.
■ No valid system configuration card.
The SCC contains the serial number, MAC address, and NVRAM settings for the Sun
Fire V100 server. Check that the card is correctly inserted by pressing it firmly home.
If the server still will not boot, you may need to replace the system configuration
card. See your Sun sales representative.
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IDE Controller Failure
The probe-IDE diagnostic transmits an inquiry command to internal and external
IDE devices connected to the system’s on-board IDE interface. If the IDE device is
connected and active, the target address, unit number, device type, and
manufacturer name are displayed. Initialize the probe-IDE diagnostic by typing the
probe-idecommand at the okprompt. The following code example shows the
probe-IDE diagnostic:
ok probe-ide
Device 0 ( Primary Master )
ATA Model: ST34342A
Device 1 ( Primary Slave )
ATA Model: ST34342A
ok
Jumper Settings
The default settings for the jumpers are shown below. Do not change these settings.
Jumper Name
JP1
Jumper Setting
1-2
JP3
Not used.
JP7
1-2, 5-6.
JP8
Not used.
JP9
1-2
JP13
JP14
JP15
JP16
JP18
JP19
Jumper not fitted.
Jumper not fitted.
1-2
Jumper not fitted.
Jumper not fitted.
Jumper not fitted.
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107
Frequently Asked Questions
What hardware configurations is the Sun Fire V100 available in?
The Sun Fire V100 server is available in the following configurations:
Processor
500MHz
500MHz
500MHz
500MHz
RAM
Hard Disk Drive
Sun Part Number
600-7881-xx
600-7882-xx
600-7883-xx
128 MB
1 * 40 GB (7200 rpm)
1 * 40 GB (7200 rpm)
2 * 40 GB (7200 rpm)
2 * 40 GB (7200 rpm)
512 MB(2 * 256MB)
1 GB (4 * 256MB)
2 GB (4 * 512MB)
What software is preinstalled?
The Sun Fire V100 server comes preinstalled with the Solaris operating environment
(64 bit) including LOM. For more information, see “Preinstalled Software” on
page 3.
Can I install a 32-bit kernel?
The servers will only support a 64 bit kernel. Applications written for 32 bit or 64 bit
environments, and which do not rely on 32 bit kernel drivers specifically, should
work without modification.
Will my 32 bit application work on the Sun Fire V100 server?
32 bit applications should work without modification, as long as they were written
to be dynamically linked. If not, they will not work with Solaris 8 (64 bit).
Where can I get more information on the Solaris operating environment?
All Solaris documentation is available online and can be downloaded in PDF format
from http://docs.sun.com
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What are the Sun Fire V100 server’s expandability options?
The Sun Fire V100 server provides simplified expansion options. You cannot
upgrade the CPU, and the server does not ship with PCI slots. Optional components
and part numbers are listed in “Optional Components” on page 4.
Can I install my own PC DIMM memory?
Doing so risks breaking your warranty agreement. Only Sun service personnel
should install memory and only Sun certified memory may be used.
What peripherals can I connect to the USB ports?
Currently, the Solaris 8 operating environment ships with minimal USB driver
support and the only USB peripheral supported is the keyboard used with SunRay
systems.
What information does the System Configuration Card hold?
The System Configuration Card contains:
■ the only copy of NVRAM
■ IDPROM
■
■
host ID
MAC address
Should I put a server into stand-by mode before removing a System
Configuration Card?
Yes. The correct procedure for removing cards is described in “To Swap the System
Configuration Card (SCC) Between Servers” on page 86.
What if a System Configuration Card is lost?
You can order a new card from your local Sun Customer Solution Centre.
Is there a DC version of the Sun Fire V100 server?
There are no plans to introduce a DC version of the Sun Fire V100 server.
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109
How many Sun Fire V100 servers can be put in a standard 19-inch rack?
Physically and electrically, you can put up to 40 Sun Fire V100 servers into a
standard 19-inch rack with two 20-amp circuits. However, a more practical
deployment would be 32 servers in a rack with termservers, network gear, and
additional power strips.
Where do I connect my monitor, keyboard, and mouse?
Because the Sun Fire V100 server has been designed as a rack-mount compute
element, there is no keyboard, mouse or parallel port on the Sun Fire V100 server. To
manage the server, you have to connect to the console (ttya) port and manage via a
console connection. Two USB ports are available for adding a keyboard and/ or
mouse if needed.
What is ASR?
Automatic Server Restart (ASR) is a feature of Lights-Out Management that can
automatically restart the Sun Fire V100 server in the event of the operating system
locking up. The feature can be turned on or off and is fully configurable. See
“Configuring Automatic Server Restart” on page 73 for more details.
Why are two Ethernet 10/100 ports included with the Sun Fire V100
server?
The most common deployment for a server in use at a service provider is to have
two physical network connections to each server. One is for the production network,
the other for the administrative or backup network. Each is a separate physical port,
usually connecting to separate network switches. This provides better redundancy,
in case of error, and increased isolation, for security.
Why does the server use RJ-45 instead of DB-9 or DB-25 connectors for
the serial port?
The Sun Fire V100 server uses RJ-45 connectors for its serial ports because these
connectors best suit service providers’ systems. With RJ-45 connectors, you can use
standard Category 5 network cables without needing any extra adaptors. With DB-9
or DB-25 connectors, you would need to use extra adaptors to use the standard
Category 5 network cable.
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Do the serial ports support synchronous protocols?
No.
Will the server need a null-modem cable to connect to the console port?
No. Because the Sun Fire V100 server requires the use of console port, Sun has
designed the server not to need a null-modem cable. All you need to connect a Sun
Fire V100 server to a termserver is a standard Category 5 cable.
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APPENDIX
A
Physical and Environmental
Specifications
operating:
■ “Physical Specifications” on page 116
■ “Environmental Specifications” on page 116
■ “Operating Power Statistics” on page 117
■ “Calculating Power Consumption” on page 118
■ “Calculating Heat Dissipation” on page 118
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Physical Specifications
TABLE A-1 Sun Fire V100 Server Physical Specifications
Dimension
Height
Width
U.S.
Metric
1.72 in.
17.2 in.
18.8 in.
43.6 mm
436.7 mm
478 mm
Depth
Weight
9 kg (with two hard disk drives and four memory modules installed)
Environmental Specifications
You can operate and store the system safely in the conditions detailed below.
Specifications
Operating
Storage
Ambient temperature
5˚C to 40˚C
14˚F to 104˚F
–40˚C to 70˚C
–8˚F to 158˚F
Temperature variation
Relative humidity
Altitude
30˚C/ hr maximum
86˚F/ hr maximum
30˚C/ hr maximum
86˚F/ hr maximum
5% to 85%
(noncondensing)
10% to 95%
(noncondensing)
–300m to +3000m
–300m to +12000m
Acoustic Noise Generated
The system generates less than 60 dBA at a distance of 23.67 inches (600 mm) and a
height of 59.17 inches (1500 mm) while operating in an ambient temperature of 77˚F
(25˚C).
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Environmental Compliance Information
■ Electromagnetic compatibility
■
Immunity: The server conforms to EN55024.
■
Emissions: The server conforms to EN55022 Class A and FCC Class A.
■ Safety
The system conforms to UL 1950 (3rd edition), EN60950
Operating Power Statistics
TABLE A-2 Operating Power Statistics
Maximum operating current
Typical operating current
1.3A @ 100 VAC
See “Calculating Power Consumption” on
page 118
Maximum in-rush
40A peak at 115V 25˚C
current (cold start)*
Maximum in-rush
100A peak at 115V 25˚C
current (warm start, or upon a restart 20 to
*
200 msecs after power has been removed )
Operating input voltage range
Voltage frequency range
Power factor
90 to 264 Vrms
47 to 63 Hz
0.9 to 0.99
Maximum volt-ampere rating
BTU/ hr
130 VA
500 MHz processor: 148 (min), 280 (max).
* The in-rush current decays to the normal operating current in less than 200 msecs.
Caution – The power supply continues to regulate all outputs for at least 17 ms
after AC power is removed.
Note – Logic ground and chassis ground are connected internally.
Appendix A
Physical and Environmental Specifications
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Note – Power from the standby output is available whenever input power is
connected.
Calculating Power Consumption
A Sun Fire V100 server containing two disk drives has an estimated current
requirement of approximately 1 amp.
TABLE A-3 shows the estimated power consumed by the individual components in a
fully powered system. However, when you are calculating the power requirements
for your system, you must allow for 63 percent PSU efficiency. To perform this
calculation, add the figures for each component installed in the system, then divide
the result by 0.63.
TABLE A-3 Estimated Power Consumption of Server Components
Component
Sun Fire V100
Base system
22.5W
Memory (per DIMM)
Hard disk drive
4.59W (256 Mbytes, burst mode)
6.5W (40 Gbyte/ 7200 rpm, idle)
Note – To calculate the total power requirement for several servers installed in a
single rack or cabinet, add the individual power requirement figure for each server
installed.
Calculating Heat Dissipation
To calculate the heat generated by a server so that you can estimate the heat your
cooling system must dissipate, convert the figure for the system’s power
requirement from watts to BTU/ hr. A general formula for doing this is to multiply
the figure for the power requirement by 3.415.
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APPENDIX
B
Configuring LOM Driver
This appendix describes the parameters that you can use to configure the LOM
driver, and contains the following sections:
■ “The LOM Device Driver and Script Files” on page 120
■ “Configuring the LOM Device Driver” on page 121
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The LOM Device Driver and Script Files
The LOM driver software included in the Solaris 8 (10/ 00) operating environment is
as follows:
■ /platform/sun4u/kernel/drv/lom(the lomdriver [32-bit])
■ /platform/sun4u/kernel/drv/sparcv9/lom(the lomdriver [64-bit])
■ /platform/sun4u/kernel/drv/lom.conf(the driver configuration file)
The driver is started by the following three scripts in the Solaris 8 (10/ 00)
environment:
■ /etc/init.d/lom
■ /etc/rc2.d/S25lom
■ /etc/rc0.d/K80lom
This appendix describes the driver parameters you can set in the lom.conf
configuration file. Some of these parameters are configurable by means of the LOM-
specific Solaris commands described in Chapter 6.
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Configuring the LOM Device Driver
The full list of parameters you can set in this file is given in TABLE B-1.
TABLE B-1 LOM Configuration File Parameters
Field
Format
Default
Effect
wdog_reset=
Boolean
0=FALSE
1=TRUE
0
Causes LOM to reset the server
after a watchdog timeout.
Setting this to 1 is equivalent to
using the lom -R oncommand
wdog_alarm3=
Boolean
0=FALSE
1=TRUE
0
2
Turns on software alarm 3 when
the LOM watchdog times out.
Setting this to 1 is equivalent to
using the lom -A on,3
command described in
Chapter 6.
serial_events=
0=OFF
1=ON
2=ON
WHEN
DRIVER
NOT
Causes LOM to report events
over the serial connection.
Setting this parameter to 0
means that no events will be
reported over the serial
connection. Setting it to 1 means
that events will be reported
over the serial connection as
well as to syslogd; this is
equivalent to lom -E on. If
you have dedicated the Serial
A/ LOM port to LOM, you need
to set this parameter to 1. It
ensures that you receive all
event reports at the terminal
you have connected to Serial A/
LOM. Finally, setting the
LOADED
parameter to 2 means that
events will be reported over the
serial connection but only when
the driver is not running (when
it is running they will be
reported to syslogd, although
Fatal and Warning messages
will still go to Serial A/ LOM).
Appendix B
Configuring LOM Driver
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TABLE B-1 LOM Configuration File Parameters (Continued)
Field
Format
Default
Effect
disable_wdog_on_break=
Boolean
0=FALSE
1=TRUE
1
Causes LOM to disable its
watchdog if it detects a break
signal on the Serial A/ LOM
port.
disable_wdog_on_panic=
faulty_voltage_shutdown=
Boolean
0=FALSE
1=TRUE
1
1
Causes LOM to try to disable its
watchdog after a system
“panic”.
Boolean
0=FALSE
1=TRUE
Causes LOM to attempt first to
shut down the system and, if
that fails, to power off the
system in the event of a
problem with the supply rails.
o
enclosure_warning_temp=
C
67
1
Specifies the temperature at
which LOM generates an
overtemperature event.
over_temperature_shutdown=
Boolean
0=FALSE
1=TRUE
Causes LOM to attempt to shut
down the system, or to power it
off, if the enclosure temperature
exceeds the level specified for
the enclosure_shutdown_temp
parameter.
o
enclosure_shutdown_temp=
C
72
Specifies the enclosure
temperature above which LOM
attempts to shut the system
down or, if this fails, to power
the system off. (LOM will
attempt to do either of these if
over_temperature_shutdown is
set to 1.)
serial_security=
Boolean
0=FALSE
1=TRUE
1
Enables and disables the user
security facilities even if user
security has been configured.
You can use this parameter to
set up users again if your users
have forgotten their passwords.
Cannot be turned on if no users
are configured in the LOM.
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TABLE B-1 LOM Configuration File Parameters (Continued)
Field
Format
Default
Effect
serial_timeout=
Multiples
of 4 secs
0
Specifies the period after which
LOM gives control of the Serial
A/ LOM port back to the
console when it has finished
sending a report (or when the
user has issued a LOM shell
command, if you have enabled
the serial_return= option). By
default, there is no delay at all.
serial_return=
Boolean
0=FALSE
1=TRUE
0
3
Causes LOM to return the user
to the console from the lom>
prompt after each LOM shell
command. You can use this
option in conjunction with the
serial_timeout= option.
reporting_level=
Number
between 0
and 4
Indicates the severity level
down to which you want to see
LOM event reports. 0 means no
reports. 1 means fatal event
reports only. 2 means fatal and
warning event reports. 3 means
fatal, warning and information
event reports. 4 means fatal,
warning, information and user
event reports. (User event
reports concern the user
security facility; you will not see
any unless you have enabled
the security facility and set up
users.) If power is removed then
the setting is lost and not
reinstated until the next Solaris
boot.
Each parameter must be on a separate line and must be followed by an equals sign
(=) and a value, without spaces. Where the format is Boolean, 1 means true and 0
means false.
Appendix B
Configuring LOM Driver
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domain name, 36
A
acoustic noise, 116
alarms, setting, 62, 76
altitude, 116
automatic server restart, 73
E
electro-magnetic compatibility, 117
Ethernet
ports, 2
B
BTU rating, 117
C
checking the status, 67
turning on, 63
flooring, 8
cables, 17
ASCII terminal, 24
terminal server, 25
cooling (heat dissipation), 118
cross-over (null modem) cable, 22, 23
current
H
installing and removing, 92
power and data cables, 94
heat dissipation, 118
host name, 36
displaying, 63
D
DB9 adapter, 23
diagnostics, 100
OBDiag, 101
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I
input voltage range, 117
in-rush current, 117
installation
installing and removing, 91
monitoring the system, See Lights-Out Management
quickstart, 5
L
LEDs
front panel, 82
monitoring the system, 66 to 72
stopping event reporting, 121
viewing the LOM’s Event Log, 51
consumption, 118
warnings, 18
LOMlite2 device
LOMlite2 device, 61
upgrading firmware, 78
version number, 63
problems
booting (OBP initialization aborts), 106
displaying the lom> prompt or the Solaris
prompt, 106
getting to the LOM prompt, 106
turning serial event reporting on and off, 106
LOMlite2 interface
backwards compatibility, 78
escape sequence, 77
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Q
top cover
R
remote reset, 47
removal
hard disk drives, 92
memory, 91
S
safety, 117
security, 8
connection settings, 21
Solaris 8 operating environment
specifications, 2
stopping event reporting, 77
Sun StorEdge
72-inch tall (19-inch wide) rack, 9 to 17
supply rail voltages, 67
system configuration card (SCC)
swapping between servers, 86
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